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Privacy Policy
Effective date: March 14, 2018, updated June 15th 2019
Anomaly Studios, LLC, also doing business as Anomaly Learning and the Coding Academy ("company", "us", "we", or "our") operates the https://anomalystudios.com, https://learn.anomalystudios.com, https://classes.anomalystudios.com UnityXD, Coding Academy websites and apps (the "Service").
This page informs you of our policies regarding the collection, use, and disclosure of personal data when you use our Service and the choices you have associated with that data.
We use your data to provide and improve the Service. By using the Service, you agree to the collection and use of information in accordance with this policy. Unless otherwise defined in this Privacy Policy, terms used in this Privacy Policy have the same meanings as in our Terms and Conditions, accessible from https://www.anomalystudios.com/terms-of-use-and-conditions
As stated in our Terms of Use, our website and Services are offered and available only to you, if you are (a) that You have not been previously suspended or removed from the Website by Anomaly Learning; (b) that You are either (i) at least 13 years of age or (ii) Your parent and/or guardian has consented to Your use of the Website; and (c) that your registration and your use of the Website is in compliance with any and all applicable laws and regulations.
We are obligated to ask for your explicit consent and give explicit terms of what users are giving consent to.
Personal Data or Personally Identifiable Information means data about a living individual who can be identified from those data (or from those and other information either in our possession or likely to come into our possession).
"processing" generally covers actions that can be performed in connection with data such as collection, use, storage and disclosure.
Usage Data is data collected automatically either generated by the use of the Service or from the Service infrastructure itself (for example, the duration of a page visit).
Cookies are small pieces of data stored on a User's device. Our website uses cookies to distinguish you from other users of our website. This helps us to provide you with a good experience when you browse our website and also allows us to improve our site. For example, by ensuring that users are finding what they are looking for easily.
Data Controller means the natural or legal person who (either alone or jointly or in common with other persons) determines the purposes for which and the manner in which any personal data are, or are to be, processed.
For the purpose of this Privacy Policy, we are a Data Controller of your data.
Data Processor (or Service Provider) means any natural or legal person (other than an employee of the Data Controller) who processes the data on behalf of the Data Controller.
We may use the services of various Service Providers in order to process your data more effectively.
Data Subject is any living individual who is using our Service and is the subject of Personal Data.
The User is the individual using our Service. The User corresponds to the Data Subject, who is the subject of Personal Data.
We collect several different types of information for various purposes to provide and improve our Service to you.
Our collection, use, and disclosure of Student Data are governed by our Privacy Policy and Terms of Use and also by the provision of the Family Educational Rights and Privacy Act (FERPA), the Children's Online Privacy Protection Act (COPPA), General Data Protection Regulation (GDPR), and applicable state laws that relate to the collection of Student Data.
Our cookies do not collect Personal Information or Children's Personal Information, and we do not combine the general information collected through these cookies with other Personal Information or Children's Personal Information to tell us who you are or what your user name or email address is.
If you come to our business through a sales affiliate, cookies are used to associate your account and information with the sales affiliate in order to calculate sales commissions.
While using our Service, we may ask you to provide us with certain personally identifiable information that can be used to contact or identify you ("Personal Data"). We only ask for Personally Identifiable Information where it is reasonably necessary to provide the Services. Personally identifiable information may include, but is not limited to:
â— Email address
â— First name and last name
â— Phone number
â— Address, State, Province, ZIP/Postal code, City
â— Credit Card Payment Information
â— Your Birthdate and Place of Birth
â— Workplace of School
â— A Photo
â— IP Address
â— Metadata
â— Education Records
â— Cookies and Usage Data
â— Posts on Social Media and more
We may use your Personal Data to contact you with newsletters, marketing or promotional materials and other information that may be of interest to you. You may opt out of receiving any, or all, of these communications from us by following the unsubscribe link or instructions provided in any email we send or by contacting us.
We may also collect information how the Service is accessed and used ("Usage Data"). This Usage Data may include information such as your computer's Internet Protocol address (e.g. IP address), browser type, browser version, the pages of our Service that you visit, the time and date of your visit, the time spent on those pages, unique device identifiers and other diagnostic data.
We may use and store information about your location if you give us permission to do so ("Location Data"). We use this data to provide features of our Service, to improve and customize our Service.
You can enable or disable location services when you use our Service at any time, through your device settings.
We use cookies and similar tracking technologies to track the activity on our Service and hold certain information.We may gather anonymous information about Users through cookie technology on an individual and aggregate level.
Cookies are files with small amount of data which may include an anonymous unique identifier. Cookies are sent to your browser from a website and stored on your device. Tracking technologies also used are beacons, tags, and scripts to collect and track information and to improve and analyze our Service.
Examples of Cookies we use:
â— Session Cookies. We use Session Cookies to operate our Service. which expire after a short time or when you close your browser, and persistent cookies, which remain stored in your browser for a set period of time. We use session cookies to identify you during a single browsing session, like when you log in
â— Preference Cookies. We use Preference Cookies to remember your preferences and various settings.
â— Security Cookies. We use Security Cookies for security purposes.
â— Advertising Cookies. Advertising Cookies are used to serve you with advertisements that may be relevant to you and your interests.
â— Analytics Cookies. enable us to monitor and analyze web traffic and can be used to keep track of user behavior.
â— Social Media Cookies. We use Social Media Cookies for various Social Media platforms like Facebook, Twitter, Youtube, Linkedin, and Instagram to allow interactions with their services.
â— Email marketing. We collect name and email address when you register for a webinar or event, request a free resource or join a waiting list, via Infusionsoft
Non-Personal Information
Web Beacons, also known as pixel tags and clear GIFs, ("Web Beacons"), are electronic images that allow a website to access cookies and help track marketing campaigns and general usage patterns of visitors to those websites. Web Beacons can recognize certain types of information, such as cookie numbers, time and date of a page view, and a description of the page where the Web Beacons are placed. No Personally Identifiable Information about you is shared with third parties through the use of Web Beacons on our website. However, through Web Beacons, we may collect general information that will not personally identify you, such as: Internet browser, operating system, date of visit, time of visit and path taken through the website.
When we collect usage information (such as the numbers and frequency of visitors to the Website), we only use this data in aggregate form, and not in a manner that would identify you personally. For example, this aggregate data tells us how often users use parts of the Services, so that we can make the Services appealing to as many users as possible. We may also provide this aggregate information to our partners; our partners may use such information to understand how often and in what ways people use our Services, so that they, too, can provide you with an optimal experience. We do not disclose aggregate information to a partner in a manner that would identify you personally.
â— Authentication and security. Cookies help authenticate your access to Anomaly Learning and prevent unauthorized parties from accessing your accounts.
â— Preferences. Cookies help us remember your settings on the pages you visit, so that we can display your preferred content the next time you visit, or preferred language or the country you're in, so we can provide content in your preferred language without asking each time you visit.
â— Analytics and research. Cookies help us test different versions of Anomaly Learning to see which features or content users prefer, web beacons help us determine which email messages are opened, and cookies help us see how you interact with Anomaly Learning, like the links you click on. We also work with a number of analytics partners, including Google Analytics, who use cookies and similar technologies to help us analyze how users use the Services.
â— Personalized content. Cookies help us provide more relevant content.
â— Advertising. To provide you with more relevant advertising. Note that advertising and targeting only happens through our marketing web pages. No marketing or advertising occurs within our platforms when you are logged into your account. We do this so that only advertising appears to parents and not to children. It is our practice and policy to never display advertising to children.
â— Improve Services. Cookies help us analyze user's experience with our services so that we may improve.
Some information is collected automatically by servers and the services that run the Internet. Additional Metadata is collected for data logs and for security to ensure our platform is a safe place for all. Automatic information collection is described below.
â— Device Information: including your IP address, browser types, browser language, operating system, platform type, gaming platform, device types, and device IDs such as unique identifiers, advertising identifiers, or gaming platform identifiers.
â— Usage Information: including files you download, domain names, landing pages, your browsing activity, what you click, scrolling and keystroke activity, pages viewed, advertising viewed or visited, forms or fields you complete or partially complete, search terms, whether you open an email and your interaction with the content, access times, and error logs, and other similar information.
â— Location Information: including the city, state and ZIP code associated with your IP address, information derived through WiFi triangulation, and precise location information from GPS-based functionality on your mobile devices or from your use of our Mobile Apps, and with your consent, your precise GPS information. (If you are using one of our native apps, and only if you explicitly turned GPS service on within the app, the precise location information from GPS-based functionality will be shared on from your mobile devices or from your use of our Mobile Apps. Your explicit consent is required within our apps for, your precise GPS information to be shared to our systems.)
â— Viewing Behavior: including the content you view, how long you watch each video, the quality of the service you receive (e.g. buffering, load times).
â— Offline Information. Certain information may also be stored while you are offline and transmitted to us when you next connect to the Internet, regardless of where you connect from or the device you use to connect.
Google Analytics
We use a tool called "Google Analytics" to collect information about the users of our services. Google Analytics collects information such as how often users visit our website site, what pages they visit when they do so, and what other sites they used prior to coming to our website. We use the information we get from Google Analytics to analyze performance so we can improve our services, including to help customize our website for users.
Most browsers are initially set up to accept cookies, but you can reset your browser to refuse all cookies or to indicate when a cookie is being sent. However, some features and services (particularly those that require you to sign-in) may not function properly if your cookies are disabled. You may also set your email options to prevent the automatic downloading of images that may contain technologies that would allow us to know whether you have accessed our email and perform certain functions with it.
Through browser preferences, it is also possible to delete Cookies installed in the past, including the Cookies that may have saved the initial consent for the installation of Cookies by our website.
Users can, for example, find information about how to manage Cookies in the most commonly used browsers at the following addresses: Google Chrome, Mozilla Firefox, Apple Safari and Microsoft Internet Explorer.
With regard to Cookies installed by third parties, Users can manage their preferences and withdrawal of their consent by clicking the related opt-out link (if provided), by using the means provided in the third party's privacy policy, or by contacting the third party.
Notwithstanding the above, the Owner informs that Users may follow the instructions provided on the subsequently linked initiatives by the EDAA (EU), the Network Advertising Initiative (US) and the Digital Advertising Alliance (US), DAAC (Canada), DDAI (Japan) or other similar services. Such initiatives allow Users to select their tracking preferences for most of the advertising tools.
Anomaly Studios, LLC uses the collected data for various purposes:
â— To provide and maintain our Service
â— To notify you about changes to our Service
â— To allow you to participate in interactive features of our Service when you choose to do so
â— To provide customer support
â— To gather analysis or valuable information so that we can improve our Service
â— To monitor the usage of our Service
â— To detect, prevent and address technical issues
â— To provide you with news, special offers and general information about other goods, services and events which we offer that are similar to those that you have already purchased or enquired about unless you have opted not to receive such information
â— To comply with applicable laws, regulations, court orders, government and law enforcement agencies' requests.
If you are from the European Economic Area (EEA), our legal basis for collecting and using the personal information described in this Privacy Policy depends on the Personal Data we collect and the specific context in which we collect it.
We may process your Personal Data because:
â— We need to perform a contract with you
â— You have given us permission to do so
â— The processing is in our legitimate interests and it is not overridden by your rights
â— For payment processing purposes
â— To comply with the law
Anomaly Studios, LLC will retain your Personal Data only for as long as is necessary for the purposes set out in this Privacy Policy and that the data is required to offer our services. We will retain and use your Personal Data to the extent necessary to comply with our legal obligations (for example, if we are required to retain your data to comply with applicable laws), resolve disputes, perform our services, and enforce our legal agreements and policies.
Anomaly Studios, LLC will also retain Usage Data for internal analysis purposes. Usage Data is generally retained for a shorter period of time, except when this data is used to strengthen the security or to improve the functionality of our Service, or we are legally obligated to retain this data for longer time periods.
You may exercise your right to request your personal information to be deleted by Anomaly Studios, LLC.
We will hold on to personal information only as long as is reasonably necessary for the purpose for which it was collected. We will securely dispose of it once you no longer have a legitimate reason for retaining it.l
Your information, including Personal Data, may be transferred to - and maintained on - computers located outside of your state, province, country or other governmental jurisdiction where the data protection laws may differ than those from your jurisdiction.
If you are located outside the United States and choose to provide information to us, please note that we transfer the data, including Personal Data, to United States and process it there.
Your consent to this Privacy Policy followed by your submission of such information represents your agreement to that transfer.
Anomaly Studios, LLC will take all steps reasonably necessary to ensure that your data is treated securely and in accordance with this Privacy Policy and no transfer of your Personal Data will take place to an organization or a country unless there are adequate controls in place including the security of your data and other personal information.
If you choose to use our Services from the European Union, please note the following information:
Anomaly Studios, LLC is based in the United States of America. Your personal information is therefore transferred outside the European Union ("EU") and European Economic Area ("EEA"). Such transfer is necessary for the performance of the contract between you Anomaly Studios, LLC
Your PII is also transferred to and processed by third party payment providers and your bank. Such transfers are necessary for performance of the contract between you and Anomaly Studios, LLC(article 49.1 (b) of the GDPR).
In order for us to provide the Services to you, your personal information will be transferred to, and stored at/processed in the United States. Your personal data may also be processed by staff operating outside the European Economic Area (EEA), such as in India and the Philippines, who work for us or for one of our suppliers. We will take all steps reasonably necessary to ensure that your personal data is treated securely and in accordance with this notice.
If you are a resident of the European Economic Area (EEA), you have certain data protection rights. Anomaly Studios, LLC aims to take reasonable steps to allow you to correct, amend, delete or limit the use of your Personal Data.
If you wish to be informed about what Personal Data we hold about you and if you want it to be removed from our systems, please contact us.
In certain circumstances, you have the following data protection rights:
â— The right to refuse to become a data subject
The right to be informed with anything that happens with your personal data and to know what it is used for
â— The right to refuse processing
â— Unless other contractual issues exist or if proprietary company rights exist (of which you should be informed of before you allow your data to be processed) then you can request a copy of your data.
â— The right to erasure
â— The right to access, update or delete the information we have on you. Whenever made possible, you can access, update or request deletion of your Personal Data directly within your account settings section. If you are unable to perform these actions yourself, please contact us to assist you.
â— The right of rectification. You have the right to have your information rectified if that information is inaccurate or incomplete.
â— The right to object. You have the right to object to our processing of your Personal Data.
â— The right of restriction. You have the right to request that we restrict the processing of your personal information.
â— The right to data portability. You have the right to be provided with a copy of the information we have on you in a structured, machine-readable and commonly used format.
â— The right to withdraw consent. You also have the right to withdraw your consent at any time where we relied on your consent to process your personal information.
Please note that we may ask you to verify your identity before responding to such requests.
You have the right to complain to a Data Protection Authority about our collection and use of your Personal Data. For more information, please contact your local data protection authority in the European Economic Area (EEA).
There are some kinds of information you should never provide without student permission including student names, numbers, citizenship, gender, ethnicity, religious and other preferences, grades, GPAs, and class schedules or any other identifiable information.
We may use data which has been de-identified and/or aggregated for product development, research, analytics and other purposes, including for the purpose of analyzing, improving, or marketing the Anomaly Studios, LLC Services. In certain occasions, Anomaly Studios, LLC may share this data with business partners to improve our services or offerings. If we disclose information to authorized business partners to conduct research on online education or assist in understanding the usage, viewing, and demographic patterns for certain programs, content, services, promotions, and/or functionality on our Service, such data will be aggregated and/or anonymized to reasonably avoid identification of a specific individual.
If Anomaly Studios, LLC is involved in a merger, acquisition or asset sale, your Personal Data may be transferred. We will provide notice before your Personal Data is transferred and becomes subject to a different Privacy Policy.
Under certain circumstances, Anomaly Studios, LLC may be required to disclose your Personal Data if required to do so by law or in response to valid requests by public authorities (e.g. a court or a government agency).
Anomaly Studios, LLC may disclose your Personal Data in the good faith belief that such action is necessary to:
â— To comply with a legal obligation
â— To protect and defend the rights or property of Anomaly Studios, LLC
â— To prevent or investigate possible wrongdoing in connection with the Service
â— To protect the personal safety of users of the Service or the public
â— To protect against legal liability
The security of your data is important to us, but remember that no method of transmission over the Internet, or method of electronic storage is 100% secure. While we strive to use commercially acceptable means to protect your Personal Data, we cannot guarantee its absolute security.
We do not support Do Not Track ("DNT"). Do Not Track is a preference you can set in your web browser to inform websites that you do not want to be tracked.
You can enable or disable Do Not Track by visiting the Preferences or Settings page of your web browser.
Anomaly Studios, LLC aims to take reasonable steps to allow you to correct, amend, delete, or limit the use of your Personal Data.
Whenever made possible, you can update your Personal Data directly within your account settings section. If you are unable to change your Personal Data, please contact us to make the required changes.
If you wish to be informed what Personal Data we hold about you and if you want it to be removed from our systems, please contact us.
Schools must annually notify parents of students and eligible students in attendance of their rights under FERPA.
In certain circumstances, you have the right:
â— To access and receive a copy of the Personal Data we hold about you
â— To rectify any Personal Data held about you that is inaccurate. If you believe that any PII we are holding is incorrect or incomplete please send an email with your specific request to support@anomalystudios.com
â— You have the right to request your personal information to not be processed
â— You have the right to give consent to disclosures
â— You have the right to file a complaint
â— To request the deletion of Personal Data held about you
You have the right to data portability for the information you provide to Anomaly Studios, LLC. You can request to obtain a copy of your Personal Data in a commonly used electronic format so that you can manage and move it.
Please note that we may ask you to verify your identity before responding to such requests.
We may employ third party companies and individuals to facilitate our Service ("Service Providers"), to provide the Service on our behalf, to perform Service-related services or to assist us in analyzing how our Service is used.
These third parties may have access to your Personal Data only to perform these tasks on our behalf and are obligated not to disclose or use it for any other purpose. Not all providers below will have your data as this is a full representation of 3rd party providers for all our customers servicing a variety of contracts for platforms and services. Only data that is needed for the delivery of the Service is shared with providers to administer the Service.
Amazon Web Services
â— Hostgator and Endurance International Group: Their privacy policy can be viewed at: https://www.endurance.com/privacy/privacy
â— Google Apps for Business
â— Google Cloud/Firebase
â— Teachable
â— TeamworkPM
â— TeamworkDesk
â— Infusionsoft
â— Zapier
â— ScheduleOnce
â— OneSignal
â— Copper
â— ClickFunnels
â— ShareThis
â— Inspectlet
â— QuickBooks and QuickBooks Payments
â— Tawk.to Live Support: Their privacy policy can be viewed at: https://www.tawk.to/privacy-policy/
â— Cloudflare: Their privacy policy can be viewed at https://www.cloudflare.com/privacypolicy/
We may use third-party Service Providers to monitor and analyze the use of our Service.
â— Google Analytics
â— Google Analytics is a web analytics service offered by Google that tracks and reports website traffic. Google uses the data collected to track and monitor the use of our Service. This data is shared with other Google services. Google may use the collected data to contextualize and personalize the ads of its own advertising network.
â— You can opt-out of having made your activity on the Service available to Google Analytics by installing the Google Analytics opt-out browser add-on. The add-on prevents the Google Analytics JavaScript (ga.js, analytics.js, and dc.js) from sharing information with Google Analytics about visits activity.
â— For more information on the privacy practices of Google, please visit the Google Privacy & Terms web page: http://www.google.com/intl/en/policies/privacy/
We may use third-party Service Providers to show advertisements to you to help support and maintain our Service.
â— Google AdSense & doubleClick Cookie
â— Google, as a third party vendor, uses cookies to serve ads on our Service. Google's use of the doubleClick cookie enables it and its partners to serve ads to our users based on their visit to our Service or other websites on the Internet.
â— You may opt out of the use of the doubleClick Cookie for interest-based advertising by visiting the Google Ads Settings web page: http://www.google.com/ads/preferences/
Anomaly Studios, LLC uses remarketing services to advertise on third party websites to you after you visited our Service. We and our third-party vendors use cookies to inform, optimize and serve ads based on your past visits to our Service.
â— Google AdWords
â— Google AdWords remarketing service is provided by Google Inc.
â— You can opt-out of Google Analytics for Display Advertising and customize the Google Display Network ads by visiting the Google Ads Settings page: http://www.google.com/settings/ads
â— Google also recommends installing the Google Analytics Opt-out Browser Add-on - https://tools.google.com/dlpage/gaoptout - for your web browser. Google Analytics Opt-out Browser Add-on provides visitors with the ability to prevent their data from being collected and used by Google Analytics.
â— For more information on the privacy practices of Google, please visit the Google Privacy & Terms web page: http://www.google.com/intl/en/policies/privacy/
â— Twitter
â— Twitter remarketing service is provided by Twitter Inc.
â— You can opt-out from Twitter's interest-based ads by following their instructions: https://support.twitter.com/articles/20170405
â— You can learn more about the privacy practices and policies of Twitter by visiting their Privacy Policy page: https://twitter.com/privacy
â— Facebook and Instagram
â— Facebook remarketing service is provided by Facebook Inc.
â— You can learn more about interest-based advertising from Facebook by visiting this page: https://www.facebook.com/help/164968693837950
â— To opt-out from Facebook's interest-based ads follow these instructions from Facebook: https://www.facebook.com/help/568137493302217
â— Facebook adheres to the Self-Regulatory Principles for Online Behavioral Advertising established by the Digital Advertising Alliance. You can also opt-out from Facebook and other participating companies through the Digital Advertising Alliance in the USA http://www.aboutads.info/choices/, the Digital Advertising Alliance of Canada in Canada http://youradchoices.ca/ or the European Interactive Digital Advertising Alliance in Europe http://www.youronlinechoices.eu/, or opt-out using your mobile device settings.
â— For more information on the privacy practices of Facebook, please visit Facebook's Data Policy: https://www.facebook.com/privacy/explanation
â— Pinterest
â— Pinterest remarketing service is provided by Pinterest Inc.
â— You can opt-out from Pinterest's interest-based ads by enabling the "Do Not Track" functionality of your web browser or by following Pinterest instructions: http://help.pinterest.com/en/articles/personalization-and-data
â— You can learn more about the privacy practices and policies of Pinterest by visiting their Privacy Policy page: https://about.pinterest.com/en/privacy-policy
We may provide paid products and/or services within the Service. In that case, we use third-party services for payment processing (e.g. payment processors).
We will not store or collect your payment card details. That information is provided directly to our third-party payment processors whose use of your personal information is governed by their Privacy Policy. These payment processors adhere to the standards set by PCI-DSS as managed by the PCI Security Standards Council, which is a joint effort of brands like Visa, Mastercard, American Express and Discover. PCI-DSS requirements help ensure the secure handling of payment information.
The payment processors we work with are:
â— Apple Store In-App Payments
â—‹ Their Privacy Policy can be viewed at https://www.apple.com/legal/privacy/en-ww/
â— Google Play In-App Payments
â—‹ Their Privacy Policy can be viewed at https://www.google.com/policies/privacy/
â— Stripe
â—‹ Their Privacy Policy can be viewed at https://stripe.com/us/privacy
â— PayPal or Braintree
â—‹ Their Privacy Policy can be viewed at https://www.paypal.com/webapps/mpp/ua/privacy-full
â— Authorize.net
â—‹ Their Privacy Policy can be viewed at https://www.authorize.net/company/privacy/
â— Infusionsoft by Keap
â—‹ https://keap.com/legal/privacy-policy
â—‹ https://keap.com/legal/data-security
â—‹ https://keap.com/legal/data-protection-faq
â— WePay by Chase
â—‹ https://go.wepay.com/terms-of-service#us
â—‹ https://go.wepay.com/privacy-policy
Our Service may contain links to other sites that are not operated by us. If you click on a third party link, you will be directed to that third party's site. We strongly advise you to review the Privacy Policy of every site you visit. We have no control over and assume no responsibility for the content, privacy policies or practices of any third party sites or services.
We believe that protecting the privacy of all people is of paramount importance. Protecting the privacy of children is especially important. For that reason we will never collect or maintain information that is not necessary for the delivery of the Service. For account holders of student accounts we only collect a Pseudonym (nick name), username, and password to login to our services. This information is never shared or publicly displayed. Our Service does not address anyone under the age of 13 ("Children") as parents must create and maintain the account.
We do not knowingly collect personally identifiable information from anyone under the age of 13. If you are a parent or guardian and you are aware that your Children has provided us with Personal Data, please contact us. If we become aware that we have collected Personal Data from children without verification of parental consent, we take steps to remove that information from our servers.
We are proud supporters of the Student Privacy Pledge. Our collection and use of Student Records is governed by our contracts with the Schools, by our Privacy Policy, and by applicable privacy laws. For example, we work with Schools to help protect personal information from the Student's educational record, as required by the Family Educational Rights and Privacy Act ("FERPA"), and to protect the personal information of students under 13 consistent with the Children's Online Privacy Protection Act ("COPPA"). If you have any questions about reviewing, modifying, or deleting the personal information of a School User accessing the Service through a School partner agreement, please contact your School directly.
When our Service is used by a School in an educational setting, we may rely on the School to provide the requisite consent from the child's parents for Anomaly Studios, LLC to collect information from a School User under the age of 13. Look at our Terms of service to see more details on consent for children to use our services
Teachers can create accounts on behalf of Students. When registering an account for a Student who is under the age of 13 (a "Child"), the Teacher represents and warrants that they or the educational organization they work for has proper permission to register the Child to use our services.
By registering and creating an account for your child, your child will not be able to share information, including photos, videos, audio, and location, publicly and with others. If your child shares information publicly, it would have to be outside of our system and it is strongly advised to not do so as it may be indexable by search engines like Google Search. We are not responsible for the content uploaded by any user.
Anomaly Studios, LLC will not serve personalized ads to your child, which means ads will not be based on information from your child's account. Instead, ads may be served to a parent or teacher if they have visited our website for marketing purposes. Your child will never be served ads served by other (non-Google) ad providers, including ads personalized by third parties because we never advertise to children.
We may update our Privacy Policy from time to time. We will notify you of any changes by posting the new Privacy Policy on this page.
We will let you know via email and/or a prominent notice on our Service, prior to the change becoming effective and update the "effective date" at the top of this Privacy Policy.
You are advised to review this Privacy Policy periodically for any changes. Changes to this Privacy Policy are effective when they are posted on this page.
If you have any questions about this Privacy Policy, please contact us:
â— By email: support@anomalystudios.com
â— By visiting this page on our website: http://www.anomalystudios.com/privacy-policy
â— By mail: Anomaly Studios, LLC. P.O. Box 682592. Franklin, TN 37064
Automated Video Production Pipeline
This video guides you through setting up an automated video production pipeline, from selecting and testing brand voices using Eleven Labs to pairing them with digital avatars in HeyGen. By following the steps, you'll learn how to catalog and integrate voices, match them with visual characters, and generate preview videos for evaluation. Once you complete the video, you'll be able to efficiently create, test, and organize multiple spokesperson options for your brand's automated content generation. This process empowers you to streamline video production and build a scalable library of branded video assets.
Following are the key things you will be able to do after you watch this demo:
Identify suitable brand voices using generative AI tools.
Catalog and organize voice and avatar options for efficient selection.
Integrate third-party voices into video production platforms.
Pair voices with digital avatars to create compelling spokesperson combinations.
Generate and preview automated video content for evaluation.
Document and track production assets for streamlined workflow.
Select and finalize top spokesperson options for automated content generation.
Introduction to Automated Video Production Pipeline (00:00:00 – 00:00:59)
Josh kicks off the demo by outlining the goal: selecting brand-aligned voices and digital doubles (either your own clone or hired actors), organizing those assets, and laying out the end-to-end steps needed to spin up a fully automated video production pipeline.
Content Sequencing Concept and Cloning (00:00:59 – 00:02:20)
He explains the core idea of building a repeatable sequence of content—cloning a finished production over and over—so you can continually generate new videos by plugging different scripts into the same automated workflow.
Defining Digital doubles and Voice Types (00:02:20 – 00:03:11)
Josh clarifies terminology (digital twin vs. digital double), walks through the two main “buckets” of voice assets (personality-based clones vs. spokesperson avatars), and discusses how to mix and match them depending on your brand needs.
Selecting Platforms for Generative AI and Deployment (00:03:11 – 00:04:00)
He emphasizes the importance of vetting your generative-AI tools—voice engines and video avatars—and making sure they’re compatible with your target platforms before committing to any given solution.
Brand-Focused Workflow and SRT Utilization (00:04:00 – 00:05:25)
Josh decides to focus on one streamlined method for this demo, using a single SRT transcript file as the “source of truth” for automation—underscoring that a clean, well-formatted SRT is absolute gold when you’re architecting an automated pipeline.
Importing SRT and Leveraging Automation (00:05:25 – 00:07:40)
He shows how to import the SRT into the voice-generation platform, highlighting how the time-coded script drives every subsequent step—from audio rendering to scene assembly.
Setting Up Voice Design in ElevenLabs (00:07:40 – 00:11:49)
A step-by-step walkthrough of testing voice presets, tweaking text lengths, integrating third-party voices, and crafting voice-design prompts to nail down the exact tone and style you want.
Managing Credits and Reviewing Generated Audio (00:11:49 – 00:15:46)
Josh demonstrates how to monitor and conserve your generation credits, preview the rendered audio, swap out placeholder text, and ensure you’re only spending resources on polished clips.
Applying Voiceover and Text Overlays to Video (00:15:46 – 00:19:08)
He attaches the finalized voice track to the video timeline, adds and styles text overlays (centering, contrast adjustments), and assembles the basic video composition ready for export.
Enhancing Prompts with AI Tools for Voice Design (00:19:08 – 00:22:04)
Introduces additional AI utilities for brainstorming and refining your voice-design prompts—showing how to iterate until you get a sample that truly matches your brand voice.
API Key Handling and Asset Export Configuration (00:22:04 – 00:27:28)
A practical guide on securely copying your ElevenLabs API key, configuring export settings (e.g., 4K output), and organizing all generated files into branded folders for easy access.
Frame Rate Considerations and Quality Checks (00:27:28 – 00:31:42)
Notes the default 25 fps setting, explains how frame rate impacts perceived motion, and walks through checking your export quality to avoid any unexpected artifacts.
Avatar Adjustments, Project Naming, and Fallbacks (00:31:42 – 01:05:16)
Josh covers fine-tuning avatar scale and positioning, updating project names for consistency, and setting up fallback workflows if you need to swap voices or visuals mid-pipeline.
Avatar Replacement and Cataloging (00:31:42 – 00:34:06)
Pair your chosen voice with visuals by replacing the default avatar, browsing through the 21 “looks” in each category, using the snipping tool to capture promising thumbnails, and logging each candidate’s name and category in your tracking spreadsheet.
Avatar Testing and Video Formatting (00:34:07 – 00:36:24)
Brainstorm voice–visual combinations (e.g. “August”), select a portrait-mode avatar, preview the static image, upload any custom avatars into the pipeline, drag your source video beneath the avatar layer, and confirm the composition and framing.
Voice-Avatar Sync and Quality Comparison (00:36:24 – 00:37:39)
Generate audio samples to compare HeyGen vs. ElevenLabs quality, force-refresh the clip to confirm it’s using the intended voice (e.g. Ryan Kirk), and watch for the spinning indicator to verify successful render.
Preview Generation and File Labeling (00:38:10 – 00:39:11)
Render a 4K preview of the voice-avatar pairing, then label the export asset with your convention (e.g. 001_RyanKirk_CharlieAvatar) so each test remains organized and easily identifiable.
Pipeline Duplication for Variant Testing (00:39:11 – 00:41:15)
Duplicate the entire sequence to create “Test 002,” swap in a new avatar (such as Colton), explore lifestyle/UGC categories, and note how background removal and frame size affect the final look.
Background Removal and Frame Adjustments (00:41:15 – 00:42:32)
Apply the background-remover tool to avatars with built-in backgrounds, observe any cut-offs (like arms being cropped), tweak the canvas framing, and decide between static vs. transparent backgrounds based on brand needs.
Third-Party Voice Integration Workflow (00:42:32 – 00:44:03)
In the “My Voices” tab, toggle on integrated voices (e.g. Charlie), heart your favorites so they surface first, preview each sample, and ensure the API integration is active before proceeding.
Voice Audition Labeling and Mood Board Documentation (00:44:03 – 00:47:09)
Name each audition (e.g. 002_CharlieAvatar), update your mood board with snipped thumbnails, record which browser tab or category each came from, and keep this documentation up to date for reproducibility.
Frame Rate and Credit Management (00:47:09 – 00:48:06)
Note the default 25 fps setting—mismatches can cause audio sync issues—toggle off “Avatar 4” if you’re on an unlimited plan, and monitor your generation credits to avoid unexpected limits.
Styling and Folder Organization (00:48:06 – 00:49:29)
Adjust text overlay colors to maintain contrast (match your brand palette), create new folders for each batch, and standardize your output directory structure so you know exactly where each rendered clip lives.
Option Preview and Cataloging Workflow (00:49:30 – 00:55:51)
Refresh thumbnails, scroll through voice-avatar combos, assign option numbers, screenshot grids of candidates, and log each pairing’s status (“Yes,” “Maybe,” “No”) in your spreadsheet.
Iteration Process and Consistency Notes (00:55:51 – 00:57:23)
Always regenerate every variation (never reuse stale renders), note any limitations (e.g. animated text can cover on-screen elements), and keep your naming and documentation consistent so the pipeline remains bullet-proof.
Ranking Options and Visual Separators (00:57:24 – 01:02:40)
Introduce visual separators in your catalog (e.g. blank rows), rank the top voice-avatar combos, screenshot your “definite yes” list, and preserve those as templates for future batches.
Additional Voice Integration: Amelia (01:02:40 – 01:04:33)
Search for “Amelia” in your voice library, verify whether it’s built-in or needs third-party integration, add it to favorites, preview the sample, and record its ID for consistent reuse.
Final Voice Candidate Integration (01:04:33 – 01:05:16)
Confirm Amelia’s render, then search for any last candidates (e.g. “Analore”), heart and test them, catalog the results, and ensure each new voice is fully integrated into the pipeline.
Final Pipeline Recap and Scale Duplication (01:07:40 – 01:08:34)
Recap how you’ve selected your final set of voices and avatars, finalize your naming conventions, and highlight that you can now duplicate this entire automated workflow to churn out an endless library of on-brand social-media videos.
Keywords: Content,creation,workflow,time-saving,high-quality,student,outcomes,audio,file,screen,recording,Camtasia,OBS,generative,AI,digital,double,course,matrix,instructional,design,Otter,PowerPoint,slides
Josh Lomelino's ultimate content creation workflow is designed to dramatically reduce course development time from months to weeks or days by leveraging various content generation methods. His approach ranges from simple audio-only techniques to fully automated workflows using generative AI, with a focus on delivering clear, measurable learning outcomes. The workflow encompasses four progressive methods, starting with basic audio creation and advancing to complex AI-driven content generation that can produce digital avatars, slides, and video content from simple text prompts. By providing a flexible, scalable approach, Lomelino enables content creators to efficiently develop high-quality online courses and educational materials.
Josh Lomelino's ultimate content creation workflow is designed to dramatically reduce course development time from months to weeks or days by leveraging various content generation methods. His approach ranges from simple audio-only techniques to fully automated workflows using generative AI, with a focus on delivering clear, measurable learning outcomes. The workflow encompasses four progressive methods, starting with basic audio creation and advancing to complex AI-driven content generation that can produce digital avatars, slides, and video content from simple text prompts. By providing a flexible, scalable approach, Lomelino enables content creators to efficiently develop high-quality online courses and educational materials.
After this demo, learners will be able to:
Understand the Four Methods of Content Creation
Differentiate between audio-only, screen recording, webcam, and fully automated content generation techniques
Recognize the strengths and limitations of each workflow method
Develop Efficient Content Generation Skills
Apply AI tools like Otter AI, Claude AI, and ChatGPT for script drafting and refinement
Create high-quality educational content using streamlined workflows
Leverage AI Technologies for Course Development
Utilize generative AI platforms for audio, video, and slide creation
Transform content development timelines from months to weeks
Design Learner-Centered Educational Content
Craft clear, measurable learning outcomes
Develop instructional materials that focus on practical skills and immediate application
Implement Scalable Content Production Strategies
Overview of Content Creation Workflow 0:09
Josh Lomelino introduces the ultimate content creation workflow class, aiming to reduce course development time from months to weeks or days.
The course will cover a blend of simple to fully automated workflows, starting with simpler methods for quick wins and progressing to advanced approaches.
Emphasis is placed on delivering clear, measurable outcomes and setting up necessary systems from the start.
The course will cover creating basic audio files, screen recording using tools like Camtasia or OBS, and fully automated workflows using generative AI.
Methods of Content Creation 1:30
Josh Lomelino outlines four methods of content creation, ranging from simple to fully automated, with each method providing a different level of complexity and automation.
Method one involves creating audio-only content using tools like Claude AI or ChatGPT to refine scripts and generate final audio files.
Method two involves real-time screen recording using software like Camtasia, capturing both screen content and voice simultaneously.
Method three combines screen recording with live webcam footage, allowing for a more dynamic on-screen presence.
Method four uses AI to generate a digital double video from a recorded vocal track, with AI also generating PowerPoint or Canvas slides.
Detailed Explanation of Methods 2:49
Method one: Josh explains the process of refining raw text into final audio scripts using AI tools and recording the final audio file manually or with AI.
Method two: Josh describes using Camtasia to record both screen and voice simultaneously, minimizing post-production work and suitable for relaxed, adaptable work.
Method three: Josh details recording both screen and webcam footage in one take, requiring careful setup for a consistent on-camera presence.
Method four: Josh explains using AI to generate a digital double video from a recorded vocal track, with AI also generating slides synchronized to the transcript.
Implementation and Integration 10:04
Josh emphasizes the importance of starting with method one and progressing sequentially to method four, explaining the workflows and specific tools used to optimize the process.
The course is designed to provide strategies that can be implemented immediately, with each method providing a different level of automation and complexity.
Josh will demonstrate how to generate scripts, auto-generate audio files, and record both audio and video manually, as well as how to automatically generate PowerPoint and Canvas slides using AI.
The final video will show how to integrate these workflows into Anomaly AMP, providing learners with contextual information and a timeline breakdown.
In this video, Josh Lomelino demonstrates how to create an AI-powered digital voice replica using 11 Labs, enabling content creators to rapidly generate high-quality audio and video content at scale. By training the system with a consistent audio sample, users can produce automated voice performances that sound like their own, allowing them to create lectures, demos, and other content quickly and efficiently. The method involves uploading 1-3 hours of controlled audio recordings, fine-tuning voice settings, and integrating with platforms like HeyGen to automate video production. After watching this tutorial, viewers will be able to develop their own AI voice clone, streamline content creation, and overcome time constraints by generating multiple scripts and videos with minimal manual effort.
In this video, Josh Lomelino demonstrates how to create an AI-powered digital voice replica using 11 Labs, enabling content creators to rapidly generate high-quality audio and video content at scale. By training the system with a consistent audio sample, users can produce automated voice performances that sound like their own, allowing them to create lectures, demos, and other content quickly and efficiently. The method involves uploading 1-3 hours of controlled audio recordings, fine-tuning voice settings, and integrating with platforms like HeyGen to automate video production. After watching this tutorial, viewers will be able to develop their own AI voice clone, streamline content creation, and overcome time constraints by generating multiple scripts and videos with minimal manual effort.
Here are the key things you will be able to do after you watch this demo:
Train an AI voice synthesis system using personal audio recordings
Generate consistent voice replicas with controlled audio samples
Optimize AI-generated voice settings for natural-sounding output
Integrate voice cloning technology with video production platforms
Create automated content at scale using text-to-speech technologies
Manage AI voice generation credits efficiently
Export and store audio files in multiple formats for different applications
Prototype and refine scripts using AI voice technology
Develop a workflow for rapid content creation across lectures, demos, and presentations
Leverage AI tools to overcome time constraints in content production
Creating a Voice Replica Using AI 0:09
Josh Lomelino discusses the use of AI-powered voice synthesis to create a voice replica, emphasizing the challenge of matching human recordings.
He highlights the effectiveness of using text prompts to quickly prototype, test, and revise scripts or generate finished audio files.
Josh mentions his preference for the 11 labs tool, which offers a studio mode for producing longer form audio tracks.
He shares his initial struggles with the tool and how contacting their support provided helpful suggestions.
Training the System for Consistent Output 1:24
Josh explains the importance of training the system with a consistent audio sample to avoid unnatural variations in volume and tone.
He describes his initial mistake of using diverse recordings from different sessions, which led to inconsistent results.
Josh emphasizes the need for a controlled environment with a single, consistent audio sample for better results.
He plans to demonstrate the settings that produce the best results for replicating his voice in the user interface.
Optimizing Generated Audio Files 2:56
Josh advises generating audio sparingly to avoid exhausting monthly credits and recommends starting with smaller sections of text.
He explains the process of refining the output and generating both wave and mp3 audio files for different applications.
Josh mentions the importance of storing both wave and mp3 files for secure storage and project organization.
He notes that it may take several attempts to develop a method that works well for the user.
Exporting and Integrating Audio Files 4:19
Josh describes two methods for uploading audio files to virtual avatars: exporting both wave and mp3 versions or integrating the 11 labs API directly with Hey Gen.
He prefers using the wave audio file for higher quality and to avoid double compression but acknowledges the need to export the mp3 format for larger tracks.
Josh explains the integration of the 11 labs API with Hey Gen, which allows for rapid development of prototypes and large volumes of content.
He mentions the need to break up scripts into manageable sections for efficient processing by the software.
Automating Video Production with AI 6:02
Josh discusses the ability to produce videos at scale by automating both audio and video avatars from text.
He highlights the productivity gains from using AI to generate video scripts and produce audio and video automatically.
Josh notes the cost of AI-generated voice and the strategy of using high-quality audio only when necessary.
He explains the use of draft versions of scripts with Hey Gen's voice replica to refine the script without incurring additional costs.
Finalizing and Exporting Scripts 8:04
Josh describes the process of finalizing scripts and either reading and recording them manually or using the 11 labs integration within Hey Gen.
He mentions the use of a side-by-side display setup with a Google document and video avatar performance for quick edits.
Josh emphasizes the usefulness of this method for high-end projects that require detailed polishing and iteration.
He concludes the demo by encouraging the use of digital voice replicas to scale beyond time constraints and improve productivity.
Keywords: Screen,recording,audio,capture,on-camera,presentation,production,challenges,lighting,consistency,studio,lights,color,temperature,LED,panels,backlights,kicker,light,digital,double,4K,webcam,system,performance,green,screen,Camtasia
In this video, Josh Lomelino demonstrates Method Three for creating engaging screen recordings that combine on-camera presence, screen capture, and audio. Viewers will learn how to set up professional lighting using LED panels, choose the right camera equipment, and optimize their recording environment for high-quality video production. The tutorial covers essential techniques for maintaining visual continuity, managing lighting color temperatures, and using tools like Camtasia and green screens to create polished, professional-looking video content. By following Josh's guidance, content creators will be able to produce dynamic, natural-looking screen recordings with improved technical quality and visual appeal.
In this video, Josh Lomelino demonstrates Method Three for creating engaging screen recordings that combine on-camera presence, screen capture, and audio. Viewers will learn how to set up professional lighting using LED panels, choose the right camera equipment, and optimize their recording environment for high-quality video production. The tutorial covers essential techniques for maintaining visual continuity, managing lighting color temperatures, and using tools like Camtasia and green screens to create polished, professional-looking video content. By following Josh's guidance, content creators will be able to produce dynamic, natural-looking screen recordings with improved technical quality and visual appeal.
Here are the key things you will be able to do after you watch this demo:
Manage on-camera and screen recording simultaneously
Maintain visual continuity during video recordings
Set up professional lighting using LED panels
Adjust color temperature and brightness for optimal video quality
Create a three-point lighting setup with key, fill, and kicker lights
Select and configure appropriate camera equipment for video production
Optimize system performance for screen and camera recording
Use a Wacom tablet for digital whiteboarding
Implement green screen techniques for background removal
Combine multiple video takes into a seamless recording
Export and render high-quality video files
Create digital double avatars for reusable content
Troubleshoot common video production challenges
Select and position lighting equipment safely
Integrate on-camera performance with slides and screen recordings
Method Three Demo and Challenges 0:08
Josh Lomelino introduces method three, which involves screen recording, audio, and on-camera capture, emphasizing its ability to capture natural, unscripted moments.
He highlights the challenges of managing both screen and camera presence simultaneously, including the need to maintain a consistent camera angle and expression.
Josh explains the importance of resuming recording with a neutral expression to ensure visual continuity.
He mentions the difficulty of pausing and resuming recording without noticeable edits when on camera.
Lighting Considerations for On-Camera Work 1:46
Josh discusses the significance of lighting in on-camera work, including the need to keep lighting consistent between takes.
He recommends using affordable studio lights, such as LED lights, which stay cool and are suitable for longer sessions.
Josh explains the concept of color temperature, noting that outdoor light can affect indoor lighting and cause color shifts.
He suggests using LED lights that allow adjustments in brightness and color temperature to manage lighting effectively.
Setting Up Lighting Equipment 3:02
Josh shares his preference for the Spectro Essential 360 LED panels, which range from 3250 to 6000 Kelvins and are dimmable.
He describes his typical setup, which includes stacking four LED panels in front and sometimes behind him to create soft, even light.
Josh emphasizes the importance of using back lights to create a "kicker light" effect, which helps outline the subject and makes them stand out from the background.
He advises adding weight to light stands to prevent them from tipping if bumped.
Camera and Recording Equipment 6:07
Josh talks about using a full-frame camera like the Canon 5D Mark III for high-quality recordings, but notes that a good 4K webcam can also deliver excellent results.
He recommends Logitech webcams, such as the Logitech 1080P cam, for their affordability and performance.
Josh explains the benefits of recording screen and camera separately, especially if the system can't handle 4K video and screen capture simultaneously.
He mentions the use of digital double avatars for reusing lighting and performance footage.
Optimizing System Performance and Audio Settings 8:15
Josh advises optimizing the graphics card and operating system for better system performance.
He recommends setting the microphone to 48,000 hertz and ensuring phantom power is turned on through the sound interface.
Josh suggests using a Wacom tablet for live whiteboarding, either with the Cintiq for direct drawing or a more affordable tablet for drawing on a pad.
He emphasizes the importance of setting pen lines thick enough to show clearly in high-resolution recordings.
Using Camtasia and Green Screens 9:20
Josh highlights Camtasia's ability to combine multiple takes into one smooth recording and overlay on-camera performance videos on PowerPoint slides.
He explains the use of green screens for added flexibility, including the need to light the green screen evenly and separately from the face lighting.
Josh mentions the built-in removal tool in Camtasia for easily removing the green screen background.
He advises fine-tuning the green screen setup to avoid issues with hair and shoulder edges.
Exporting and Backing Up Videos 10:17
Josh recommends exporting videos as MP4 files using the H.264 format with a rendering quality around 75%.
He advises keeping files organized and backed up for potential updates.
Josh mentions the use of green screens for recording digital double avatar videos, which can be easily removed from the background later.
He concludes the demo by encouraging viewers to invest in high-quality audio and video assets for better results.
Keywords: automation,content,creation,production,studio,digital,doubles,video,avatar,text,script,cloud-based,tools,slide,decks,PowerPoint,Canva,training,programs,staff,development,retention,coding,Academy,method,four
Method Four of the Ultimate Content Creation Workflow enables creators to automate their entire video production process by leveraging cloud-based tools and digital technology. By mastering this method, content creators can clone their voice, generate video avatars, and produce high-quality training videos and presentations with minimal time and effort. The workflow allows you to transform a simple text script into a fully automated video production, complete with synchronized audio, visuals, and slide decks. Ultimately, this approach empowers busy professionals to scale their content creation without being constrained by traditional time-consuming production methods.
Method Four of the Ultimate Content Creation Workflow enables creators to automate their entire video production process by leveraging cloud-based tools and digital technology. By mastering this method, content creators can clone their voice, generate video avatars, and produce high-quality training videos and presentations with minimal time and effort. The workflow allows you to transform a simple text script into a fully automated video production, complete with synchronized audio, visuals, and slide decks. Ultimately, this approach empowers busy professionals to scale their content creation without being constrained by traditional time-consuming production methods.
Here are the key things you will be able to do after you watch this demo:
Clone your voice for digital content creation
Generate automated video avatars
Transform text scripts into complete video presentations
Automate slide deck production in PowerPoint and Canva
Scale content creation with minimal time investment
Develop training materials efficiently
Leverage cloud-based production tools
Create digital doubles of yourself
Streamline video production workflows
Produce high-quality educational content without extensive technical skills
Ultimate Content Creation Workflow Overview 0:08
Josh Lomelino introduces method four, which automates the entire content creation process.
This method combines the first three methods but focuses on automation, making it more efficient.
Josh emphasizes the importance of mastering the first three methods before attempting method four.
The method allows for the creation of high-quality content with minimal time, effort, and budget.
Method Four's Impact on Production 1:09
Josh describes the transformative power of method four, which revolutionized his production process.
A potential customer expressed interest in using the method for staff development and retention.
Josh explains how he creates digital doubles of himself to automate the production process.
The method enables large-scale production without the time constraints typically associated with video creation.
Addressing Time Constraints in Content Creation 1:49
Josh shares experiences of customers who face time constraints in creating training programs and classes.
He highlights the challenges of maintaining a busy schedule while keeping up with production demands.
Method four allows for the cloning of voices and creation of audio tracks to generate video avatars.
The method significantly reduces the time required to produce multiple videos.
Automation Capabilities of Method Four 2:29
Josh explains that everything in the final video is fully automated, starting from a text script.
The process involves copying and pasting the script into cloud-based production tools.
High-end computers are not necessary as most of the heavy lifting is done in the cloud.
The method also automates the creation of slide decks in tools like PowerPoint or Canva.
Step-by-Step Process Walkthrough 2:48
Josh mentions that he will walk through each part of the process in the following sections.
The detailed steps will provide a comprehensive understanding of method four.
The process aims to make content creation more efficient and less time-consuming.
Josh emphasizes the importance of understanding each step to effectively implement the method.
Keywords: AI-generated,video,4K,resolution,workflow,optimization,content,longevity,editing,software,avatar,export,quarter,screen,principle,green,workflows,automated,production,performances,audio,files,text-to-performance,tools,cloud,storage,local,backups
In this video, you'll learn how to create a digital double avatar for automated video production, with a focus on optimizing workflow and resolution strategies. You'll discover techniques for producing high-quality avatars, including how to effectively composite 1080p avatars into 4K projects and create flexible avatar sets with multiple poses and angles. The tutorial will guide you through green screen workflows and demonstrate methods for automating avatar performances using audio and text-to-performance tools. By the end, you'll have a comprehensive understanding of how to efficiently generate professional-looking AI-driven video content with your digital avatar.
In this video, you'll learn how to create a digital double avatar for automated video production, with a focus on optimizing workflow and resolution strategies. You'll discover techniques for producing high-quality avatars, including how to effectively composite 1080p avatars into 4K projects and create flexible avatar sets with multiple poses and angles. The tutorial will guide you through green screen workflows and demonstrate methods for automating avatar performances using audio and text-to-performance tools. By the end, you'll have a comprehensive understanding of how to efficiently generate professional-looking AI-driven video content with your digital avatar.
Following are the key things you will be able to do after you watch this demo:
Select optimal video resolution for long-term content creation
Composite avatar videos into 4K projects using the quarter-screen technique
Design flexible avatar sets with multiple camera angles and poses
Implement cost-effective workflows for digital avatar production
Batch produce avatar videos efficiently
Utilize green screen techniques for high-quality avatar generation
Automate avatar performances using audio and text-to-performance tools
Future-proof video content by understanding resolution strategies
Create visually engaging educational or presentation videos with digital avatars
Optimize video production workflow for AI-generated content
Overview of Creating a Digital double Avatar 0:08
Josh Lomelino introduces the video as an overview of creating a digital double avatar, emphasizing the importance of early workflow considerations for automated video production.
He highlights the significant decision of choosing between HD at 1080p and Ultra HD at 4k or higher, noting that while 1080p is faster and more economical, 4k offers better future-proofing.
Josh recommends producing videos in 4k for longevity, ensuring the platform supports 4k playback, and mentions that Anomaly Amp supports this out of the box.
For cost-effective 4k output, he suggests exporting the avatar at 1080p and compositing it over a 4k background in video editing software like Premiere or Camtasia.
Techniques for Achieving 4k Output 2:12
Josh explains that exporting avatars in 4k can be costly, but exporting at 1080p and compositing it in a 4k project maintains full resolution without quality loss.
He describes the quarter screen principle, where the avatar is positioned in the bottom right-hand corner of the screen, enhancing the learning experience with foreground and background visuals.
Josh advises producing the original avatar in 4k and storing it at full resolution in both cloud storage and local backups, but notes that most people will render videos in 1080p.
He outlines the process of creating an avatar set with multiple camera angles, standing and sitting poses, and options with and without hand gestures, providing a flexible collection for different needs.
Green Screen Workflows and Automation 3:33
Josh discusses green screen workflows, offering tips for achieving strong results even without a high-end green screen.
He explains how to batch produce avatars efficiently, saving time with a streamlined workflow.
Josh introduces the concept of fully automating avatar performances using audio files or AI-generated audio and video with text-to-performance tools.
He concludes the demo by mentioning that he will cover these topics in more detail in future videos, encouraging viewers to stay tuned for further instruction.
Keywords: Digital, doubles, AI, tools, lighting, image, quality, training, model, green
In this tutorial, Josh guides viewers through creating high-quality digital doubles using AI technology. By following his detailed workflow, users will learn how to record themselves with optimal lighting, camera angles, and techniques to capture natural movements. The process involves creating multiple avatar variations with a consistent naming system, allowing for seamless video production and editing. After completing the tutorial, viewers will be able to generate professional, versatile digital avatars that can be used across different video projects with ease and consistency.
In this tutorial, Josh guides viewers through creating high-quality digital doubles using AI technology. By following his detailed workflow, users will learn how to record themselves with optimal lighting, camera angles, and techniques to capture natural movements. The process involves creating multiple avatar variations with a consistent naming system, allowing for seamless video production and editing. After completing the tutorial, viewers will be able to generate professional, versatile digital avatars that can be used across different video projects with ease and consistency.
Following are the key things you will be able to do after you watch this demo:
Create multiple avatar variations with a consistent naming system
Record high-quality source footage for AI digital double training
Select optimal recording environments (green screen or natural settings)
Capture multiple camera angles for flexible video production
Apply three-point lighting techniques for professional video quality
Use camera settings to record in 4K resolution
Develop a systematic approach to avatar creation and management
Experiment with different avatar styles and gestures
Optimize video recording for AI digital double learning
Implement a multi-camera editing workflow for seamless avatar transitions
Building Digital doubles from Scratch 0:08
Josh Lomelino explains the importance of following earlier steps, especially around lighting and image quality, to avoid costly post-production fixes.
He emphasizes the need for a two-minute video of oneself speaking directly to the camera, suggesting the use of a wireless mouse for discreet recording.
Josh prefers recording against a green screen for flexibility in background changes, but acknowledges the natural setting option.
He recommends experimenting with different avatars, using a consistent numbering system for organization, and provides examples of naming conventions for avatar variations.
Creating and Managing Avatars 3:19
Josh discusses the importance of capturing as many versions as possible for each outfit in one session to ensure consistency in hair, lighting, and clothing.
He explains his approach to recording multiple shots or angles simultaneously using different camera angles and a multi-cam edit in video editing software.
The three essential angles he always records are a close-up, a medium shot, and a three-quarter side view.
Josh mentions the challenges some AI tools pose with the three-quarter view but recommends capturing it for added realism and variety.
Recording and Equipment Considerations 4:43
Josh advises using a Logitech 4K webcam for better image quality, though a 1080p camera can also yield decent results.
He shares his experience with different recording devices, including a phone's rear-facing camera in 4K, a webcam, and a DSLR, and emphasizes the need for experimentation.
Josh recommends using the built-in Windows or Mac camera app for recording at the highest resolution possible, with instructions on adjusting settings to force 4K recording.
He advises recording a clip without the green screen, looking straight into the camera, and speaking casually to ensure the digital double learns natural behavior.
Batch Creating Avatars 6:07
Josh introduces a workflow in his video editing software for batch creating avatars, which speeds up the process.
He mentions the importance of recording a clip that is at least two minutes long to avoid issues with awkward movements being mimicked by the avatar.
Josh explains his setup for recording, including using an adjustable camera arm mounted to his desk for flexibility.
He concludes the demo by stating that he will cover more in the next video, indicating the end of the current session.
Keywords: Green screen, virtual avatar, training video, RGB, Ultra Key
In this tutorial, Josh demonstrates how to create a versatile virtual avatar using a green screen background. By following his step-by-step process, viewers will learn to record a training video, use video editing software to remove the background, and export a high-quality 4K file for avatar creation. The technique allows users to generate a digital double that can be placed on any background, enabling them to create numerous training videos, presentations, and lectures without being physically present. Ultimately, viewers will gain the skills to produce an AI avatar that can work continuously, freeing up their personal time while maintaining professional content production.
In this tutorial, Josh demonstrates how to create a versatile virtual avatar using a green screen background. By following his step-by-step process, viewers will learn to record a training video, use video editing software to remove the background, and export a high-quality 4K file for avatar creation. The technique allows users to generate a digital double that can be placed on any background, enabling them to create numerous training videos, presentations, and lectures without being physically present. Ultimately, viewers will gain the skills to produce an AI avatar that can work continuously, freeing up their personal time while maintaining professional content production.
Following are the key things you will be able to do after you watch this demo:
Shoot a training video using a green screen background
Apply the ultra key filter in video editing software
Create a 100% green color matte
Remove background elements from video footage
Export high-quality 4K video files
Generate a virtual avatar using AI software
Render digital doubles for multiple presentations
Layer virtual avatars over different backgrounds
Integrate avatar presentations with PowerPoint and Canva slides
Produce training content without physical studio time
Creating a Virtual Avatar with a Green Screen Background 0:08
Josh Lomelino explains the importance of using a green screen background for creating virtual avatars, emphasizing versatility and ease of use.
He describes the general principle of achieving a 100% green background in the RGB model, noting the difficulty of achieving perfect green.
Josh introduces simple steps to help with the process, including shooting a two-minute training video on a green screen and using 100% green shapes in video editing software.
He demonstrates the use of the ultra key filter in video editing software to eliminate the background and adjust settings like feathering, key color, and matte cleanup.
Setting Up the Green Screen Workflow 5:18
Josh explains the creation of a 100% green color matte in video editing software, specifying the width and height to be 4k.
He describes layering the green clip underneath the video track and extending it to the same length as the training clip.
Josh mentions the importance of placing additional green color mats to fix any spillover areas and avoid relying solely on the ultra key effect.
He outlines the process of setting in and out points, exporting the clip as an MP4 file, and using Adobe Media Encoder for batch rendering.
Exporting and Adjusting Settings 8:12
Josh details the export settings, including using the h264 codec for high quality and specifying the file type as MP4.
He emphasizes the importance of evenly lighting the green screen for a better key and mentions common issues like wrinkles and folds.
Josh shows how to create a new avatar in Hey Gen or other virtual avatar software, validating the model by reading a code aloud.
He explains the process of uploading source material, validating the camera angle, and retaining 4k footage for higher resolution renders.
Using the Virtual Avatar in Various Productions 11:27
Josh discusses the flexibility of using the virtual avatar in presentations, lectures, and demos, including mixing with PowerPoint slides and Canvas slides.
He highlights the ability to create unlimited digital doubles and the importance of not checking the AI remove background option.
Josh explains the use of Camtasia's Remove Color effect to key out the green color in the background and the importance of using high-quality settings.
He advises against using proxy footage for making decisions about green screen settings and emphasizes the need for maximum quality settings in video editing software.
Final Steps and Infinite Possibilities 14:54
Josh concludes by mentioning the infinite possibilities of the workflow, including creating presentations directly inside Hey Gen.
He discusses integrating with Canva for timed slide changes and animations, and the option to check the background removal button for a transparent background.
Josh reiterates the importance of using the method shown in the video to achieve 4k production quality, even if it requires a more expensive plan.
He wraps up the demo, encouraging viewers to explore the various applications and approaches for their virtual avatars.
Keywords: batch, avatar, digital-double, production, lighting, setup, color, correction, video, editing, project, HeyGen, encoder
In this tutorial, Josh Lomelino demonstrates a comprehensive workflow for efficiently batch producing multiple virtual avatars with consistent lighting and color quality. Viewers will learn how to set up precise video editing project settings, create a master sequence with multiple camera angles, and use Adobe Media Encoder to render individual clips for avatar training. The technique allows content creators to scale their avatar production, quickly export multiple versions of their digital doubles, and maintain a well-organized project structure that enables future edits and refinements. By following this method, users can streamline their avatar creation process, saving significant time and producing high-quality, professional virtual representations.
In this tutorial, Josh Lomelino demonstrates a comprehensive workflow for efficiently batch producing multiple virtual avatars with consistent lighting and color quality. Viewers will learn how to set up precise video editing project settings, create a master sequence with multiple camera angles, and use Adobe Media Encoder to render individual clips for avatar training. The technique allows content creators to scale their avatar production, quickly export multiple versions of their digital doubles, and maintain a well-organized project structure that enables future edits and refinements. By following this method, users can streamline their avatar creation process, saving significant time and producing high-quality, professional virtual representations.
Following are the key things you will be able to do after you watch this demo:
Configure video editing project settings to match camera specifications
Create a systematic numbering and organization system for avatar sequences
Set up multiple camera angles within a single project
Use Adobe Media Encoder to batch render avatar clips
Export individual video files for virtual avatar training
Implement color correction and LUT modifications across multiple clips
Organize project files for efficient content production
Develop a scalable workflow for mass avatar creation
Troubleshoot and remove performance anomalies in avatar recordings
Back up and preserve digital asset production files
Setting Up Lighting and Color Values 0:08
Josh Lomelino explains the importance of setting up lighting and color values once to achieve consistent results over time.
He emphasizes the need to test lighting and color values before batch producing a group of avatars.
Josh mentions the flexibility to make further adjustments later using L, U, T color modifications or color correction tools.
The workflow allows for the efficient production of 10 to 50 avatars, ensuring visual polish from the start.
Consistency in Project Settings 1:42
Josh highlights the necessity of matching video editing project settings to the specifications of the recording camera.
He provides an example of setting up a project for a Logitech 4k camera and ensuring consistency in frame size and frame rate.
Josh advises checking file properties to extract frame size and frame rate if unsure.
Consistency in project settings is crucial for mass producing different clips.
Creating a Master Sequence 2:59
Josh sets up a master sequence to serve as a template for duplicating sequences as needed.
He uses a clear numbering system for sequences, labeling each avatar with a specific outfit and camera angle.
Examples include Avatar 001, DIRECT address, no hands, and Avatar 0013, quarter view.
Josh organizes sequences in a dedicated folder called a bin for project organization.
Batch Rendering with Adobe Media Encoder 4:56
Josh explains the process of adding clips to a Batch Render Queue using Adobe Media Encoder.
He selects in and out points for each camera angle, creating dedicated files for each angle.
Josh configures the encoder to render only the specified in and out range on the timeline.
Each camera angle should be exported as an individual MP4 file, specifying the folder location and file name.
Finalizing and Organizing Project Files 6:40
Josh emphasizes the importance of organizing project files, including original source files, rendered clips, and project files.
He advises saving the video editing project frequently as a fail-safe for future edits.
Josh highlights the need to review source footage for any performance anomalies and correct them.
The workflow allows for the removal of outdated avatars and recreation without problematic movements.
Backing Up and Scaling Content Production 8:25
Josh frequently backs up his entire project folder by compressing it into a zip file for disaster recovery.
He mentions the time investment upfront to create polished assets and resolve hiccups.
Josh advises starting with manual methods and gradually scaling to more advanced techniques.
The well-organized project structure saves time, enables content production scaling, and supports high-performance results.
Keywords: Automated, performance, text, video, Otter, AI, voice, clone, Eleven Labs, HeyGen, audio, multilingual
In this video, Josh demonstrates how to create fully automated video performances directly from text using tools like Otter AI, 11 Labs, and HeyGen. Viewers will learn how to generate high-quality voice clones, prototype video scripts, and produce professional-looking content with minimal effort by leveraging AI-powered voice and video generation technologies. The workflow allows content creators to transform written or spoken text into polished video presentations quickly and efficiently. By following Josh's method, users can generate multiple video iterations, edit audio precisely, and create digital avatars that replicate their voice and performance with remarkable accuracy.
In this video, Josh demonstrates how to create fully automated video performances directly from text using tools like Otter AI, 11 Labs, and HeyGen. Viewers will learn how to generate high-quality voice clones, prototype video scripts, and produce professional-looking content with minimal effort by leveraging AI-powered voice and video generation technologies. The workflow allows content creators to transform written or spoken text into polished video presentations quickly and efficiently. By following Josh's method, users can generate multiple video iterations, edit audio precisely, and create digital avatars that replicate their voice and performance with remarkable accuracy.
Following are the key things you will be able to do after you watch this demo:
Generate video scripts from transcribed audio using AI tools
Create high-quality voice clones with consistent audio recordings
Prototype video content using free and paid AI platforms
Optimize voice training for digital avatars
Manage content production across multiple AI environments
Edit audio tracks with minimal credit consumption
Develop a systematic workflow for automated video creation
Replicate personal performance using digital voice technology
Transform text-based content into professional video presentations
Implement cost-effective strategies for video and audio generation
Creating a Fully Automated Performance from Text 0:08
Josh Lomelino explains the process of creating a fully automated performance directly from text, including generating audio prompts using Otter AI.
He describes how he brainstorms ideas while walking and exports the subtitle transcript file, SRT, to process it with AI tools like Claude or ChatGPT.
Josh mentions breaking up long scripts into manageable blocks of 1800 characters and generating a year's worth of content for various platforms.
He emphasizes the use of text, whether written manually or spoken and transcribed, to craft a video script using two primary methods.
Generating High-Quality Voice Clones 1:51
Josh discusses creating a high-quality voice clone using 11 Labs, initially finding the results artificial but later perfecting the settings.
He highlights the importance of using a consistent audio clip for training the voice digital double, ideally around three hours of spoken audio.
Josh explains the challenges of recording consistently for three hours and how he stitches together previous demo recordings to create a large audio clip.
He stresses the need for meticulous tracking of audio settings to ensure uniformity and avoid sudden changes in volume or tonal quality.
Optimizing Audio Recording for Consistency 3:36
Josh shares his experience of recording multiple live sessions with an audience, which infused the audio with personality and energy.
He explains the importance of having consistently dialed-in audio for generating a high-quality performance, as the AI listens to everything in the audio track.
Josh mentions the time and cost involved in using 11 Labs, which can take up to six to eight hours to analyze a voice and build a model.
He advises against using cheaper models, such as the multilingual version one model or turbo 2.5, and recommends upgrading to the multilingual version two model for better results.
Using Hey Gen for Cost-Effective Prototyping 5:35
Josh introduces Hey Gen as an alternative for creating generative content when 11 Labs burns through credits too quickly.
He explains how he trains Hey Gen on his voice by uploading a 10 to 15-minute audio clip and generates unlimited videos for free, depending on the subscription plan.
Josh describes the process of creating prototypes, making real-time adjustments to the script, and rendering multiple takes.
He mentions using his phone in split screen mode while walking to make adjustments on the fly and then copying and pasting the revised script into Hey Gen.
Switching Between Hey Gen and 11 Labs 7:44
Josh explains how he can switch the voice in Hey Gen to the high-quality production voice in 11 Labs with a click of a button.
He highlights the downside of using Hey Gen, which is the risk of losing all credits if there are issues with the audio track in the final video.
Josh prefers using the Studio tool in 11 Labs for targeted editing, which allows regenerating just portions of the audio without redoing the entire clip.
He mentions the benefit of being able to download the WAV file and MP3 file from the Studio tool in 11 Labs as a fail-safe.
Organizing Video Production Phases 9:21
Josh describes his workflow of treating production as two phases: the cheap, free voice phase and the final phase.
He explains the process of pasting the text directly into the Hey Gen editor, listening to the prototype, and resolving issues before creating a new file in Hey Gen.
Josh organizes his videos into two folders: a prototype folder and a final folder, for easy organization of his methods.
He mentions using the multilingual version two model for cost-effective throwaway tests and training his voice with Hey Gen for free prototyping.
Leveraging Digital doubles for High-Quality Videos 10:34
Josh shares how he uses his digital doubles to replicate a performance of his voice and generate a corresponding video composite.
He explains how he creates a script using Otter AI during a walk, copies and pastes it into his automated workflow, and produces a high-end video with minimal effort.
Josh highlights the benefits of this workflow, which allows him to deliver excellence without skipping a beat, even when small inconsistencies would have derailed the process before.
He concludes by mentioning the next steps in the following videos, which will cover adding automated visual elements on screen behind the virtual avatar.
Keywords: AI, Claude, Chat GPT, brainstorming, video, script, otter, SRT, transcription, generative audio, bulk export, workflow
Generate Ideas with Otter and Claude
Josh demonstrates how to use AI tools like Otter AI, ChatGPT, and Hey Gen to quickly transform brainstorming transcripts into polished video scripts. By leveraging AI's capabilities, creators can capture their ideas, generate scripts, and create content with minimal manual editing. The workflow allows users to convert spoken thoughts into text, refine the script through AI assistance, and produce a final video with a digital avatar or voice clone. Viewers will learn a streamlined process for content creation that dramatically reduces production time and enables rapid, creative video generation.
Following are the key things you will be able to do after you watch this demo:
Capture brainstorming ideas using Otter AI transcription
Export SRT files from recorded thoughts
Convert raw transcripts into structured video scripts
Leverage AI tools to refine and edit content automatically
Break down long scripts into manageable character blocks
Identify and correct potential AI pronunciation challenges
Generate video scripts with minimal manual editing
Prepare scripts for digital avatar or voice clone production
Batch process multiple transcripts simultaneously
Create content at scale using AI-assisted workflows
Using AI Tools for Content Creation 0:09
Josh Lomelino explains how AI tools help him capture ideas and generate content directly from brainstorming sessions.
He uses Otter AI to record his thoughts verbatim, which he then exports as an SRT file for transcription.
The SRT file contains every word spoken along with time codes, making it easy to generate a full video script.
Josh leverages AI tools like 11 Labs and Hey Gen to produce audio and video content from the transcribed text.
Generating Video Scripts from Transcripts 2:00
Josh describes the process of generating a video script from the transcribed text using AI tools.
He explains the difference between having a clear plan and a vague notion for the script.
The AI can capture random ideas and generate multiple scripts within the Otter AI application.
Josh then uses tools like Claude AI or ChatGPT to expand and refine the generated scripts.
Collaborative Writing with AI 2:35
Josh aims to create a video script that his digital double can read aloud, reducing the need for extensive editing.
He explains the collaborative writing process between himself and AI tools to generate drafts and revisions.
The ultimate goal is to use AI to create a polished video script without spending hours on manual editing.
Josh emphasizes the importance of spending time to perfect the AI prompting process.
Workflow for Converting SRT Files 3:51
Josh demonstrates the workflow for converting an SRT file into a video script using Otter AI and Notepad.
He highlights the importance of checking the prompts document for time-saving methods.
Josh explains two methods for creating video scripts: word-for-word transcription and general direction.
He provides detailed prompts for ChatGPT to convert SRT files into 1800-character blocks.
Handling Rough Brainstorming Transcripts 7:40
Josh discusses handling rough brainstorming transcripts that require more assistance from AI tools.
He explains the need to be mindful of checking each word when using AI to generalize the transcript.
Josh provides a prompt for ChatGPT to convert the SRT file into a video script and fix grammatical issues.
He emphasizes the importance of ensuring the script is readable by the AI digital double.
Challenges with AI-Generated Scripts 10:06
Josh mentions potential challenges with AI-generated scripts, such as mispronunciation by the digital double.
He explains the time-consuming process of manually correcting AI-generated scripts.
Josh introduces a prompt for a cleanup pass to automatically correct readability issues.
He advises copying and pasting the corrected script into the video script document for backup.
Finalizing the Video Script 12:23
Josh explains the final steps of rendering the script as a prototype using a free voice clone.
He advises listening to the playback and adjusting the script for pronunciation issues.
Once satisfied with the prototype, the final audio can be generated using tools like 11 Labs.
The final audio clip can then be uploaded to a virtual avatar software for the final on-screen performance.
Batch Processing Multiple SRT Files 13:21
Josh highlights the option to bulk export multiple SRT files from the Otter AI app for time savings.
He explains how this process can be applied to a whole folder of SRT files.
This method allows for the creation of massive amounts of content quickly and easily.
Josh concludes the demo by encouraging viewers to try the process for themselves.
Keywords: Automation, AI-generated, content, slides, video background, SRT, transcript
Automate Slide Data Creation
In this demo, Josh Lomelino reveals a powerful workflow for automating on-screen elements and slide creation using AI tools. Viewers will learn how to transform a transcript into a fully automated slide deck by leveraging AI platforms like Claude and ChatGPT to generate inspirational content with precise timing. The technique allows content creators to automatically generate slide content, export it to a CSV file, and prepare for seamless PowerPoint or Canvas slide production. By following this method, users can save significant time in presentation creation and eliminate manual slide transitions.
Following are the key things you will be able to do after you watch this demo:
Generate automated slide content using AI transcription tools
Extract precise time codes from transcripts for slide transitions
Transform raw transcripts into structured slide presentations
Use AI prompts to create inspirational and motivational slide copy
Convert slide data into JSON and CSV formats
Automate slide creation across multiple platforms (PowerPoint, Canvas)
Optimize slide timing and pacing for engaging presentations
Leverage AI tools to reduce manual presentation development time
Export transcription data for seamless content repurposing
Create consistent and professional slide decks without manual intervention
Automating On-Screen Elements with AI 0:09
Josh Lomelino introduces the demo, focusing on automating on-screen elements for lectures or demos.
He explains the use of AI-generated voice, digital double avatar, and automated slide content.
Josh emphasizes the importance of the vocal track in automating the entire performance.
He mentions using either an SRT file or transcription tools like Otter AI or Loom for accurate time codes.
Using Loom for Precise Time Codes 1:24
Josh advises using Loom for more accurate time codes compared to Otter AI.
He explains the challenges of automating slide transitions and the importance of precise time codes.
Josh demonstrates how to export the SRT file and use it for automating slide transitions.
He highlights the need for accurate time codes to avoid manual recording and timing issues.
Generating Slide Content with AI 4:38
Josh shows how to use Claude AI to generate slide content based on the SRT file.
He explains the process of copying the SRT file into memory and using AI prompts to generate slide content.
Josh suggests making the slide content inspirational and motivational.
He emphasizes the importance of comparing and mixing AI-generated content to get the desired outcome.
Adjusting Slide Transition Timing 6:10
Josh discusses the importance of slide transition timing and how it affects the video's pacing.
He suggests using a fixed number of slides and adjusting the transition timing based on the video's feel.
Josh explains how to increase or decrease the number of slides while maintaining the conversational tone.
He highlights the need for accurate time codes to ensure smooth slide transitions.
Handling Time Code Issues 8:13
Josh addresses potential issues with time codes and suggests using Loom for more accurate data.
He explains how to adjust the number of slides based on the video's length and transition timing.
Josh provides prompts for asking AI tools to generate the correct number of slides and time codes.
He emphasizes the importance of accurate time codes for automating slide transitions.
Exporting Slide Data to Excel 12:53
Josh shows how to export the slide data to an Excel file from AI-generated JSON data.
He explains the process of copying and pasting JSON data into an Excel file.
Josh suggests using a fail-safe strategy if the direct export method doesn't work.
He highlights the importance of having a clean data source for generating slides automatically.
Transforming JSON Data to CSV 13:59
Josh demonstrates how to transform JSON data into a CSV file using ChatGPT.
He explains the process of copying JSON data into ChatGPT and generating a CSV file.
Josh provides prompts for handling issues with special characters and ensuring clean data.
He emphasizes the importance of having a CSV file for automating PowerPoint or Canvas slides.
Final Steps for Automating Slides 18:03
Josh explains how to use the CSV file to generate PowerPoint or Canvas slides automatically.
He highlights the power of having all the necessary data for automating the presentation.
Josh mentions that the next demo will cover generating PowerPoint and Canvas slides in detail.
He concludes the demo by summarizing the key steps and the benefits of automating the presentation process.
Creating Multilingual Videos
After completing this video, viewers will know how to create and translate audio and video content into multiple languages using advanced AI-powered workflows. They will be able to generate synchronized lip-sync performances, dubbed audio, and accurate subtitles for up to 36 languages, ensuring a seamless user experience for international audiences. Users will also be able to integrate these multilingual assets into platforms like Amp, allowing viewers to easily switch between languages. This process empowers content creators to efficiently mass produce and manage localized video content for diverse learning environments.
Following are the key things you will be able to do after you watch this demo:
Click here to see and get each tool used in this demo.
Examples Shown in this Demo
Overview of Multilingual Video Creation 0:08
Josh Lomelino introduces the demo overview for creating multilingual videos and integrating them into Anomaly Amp.
Discusses the three methods for delivering multilingual content: audio-only, translation services, and advanced methods.
Highlights the advanced method's ability to generate performances with audio and video in sync in multiple languages.
Mentions the demo will focus on the advanced method, which offers the best user experience.
Preparing the Source Material 3:55
Josh emphasizes the importance of using a high-quality WAV file for the best translation and quality.
Demonstrates the process of preparing the source material, whether it's live or generated.
Explains the steps involved in exporting the audio file as a WAV or MP3.
Discusses the benefits of using a WAV file for better translation and quality.
Translation Process Using 11 Labs 7:08
Josh explains the translation process using 11 Labs, which provides the best translation and vocal performance.
Details the steps for creating a dubbing project in 11 Labs, including specifying the source and target languages.
Discusses the benefits of using multiple speakers and disabling voice cloning for better performance.
Demonstrates the process of uploading and translating an audio file using 11 Labs.
Spot Checking Translations 13:29
Josh shows how to spot check translations using AI translation services if a full translation team is not available.
Explains the process of exporting the translated audio file and re-translating it back to English for validation.
Highlights the importance of having a review team to ensure accuracy.
Discusses the steps for implementing multiple languages into Anomaly Amp.
Advanced Method Demonstration 21:05
Josh demonstrates the advanced method, which generates performances with audio and video in sync in multiple languages.
Explains the sequential process of preparing the source material and translating it using 11 Labs.
Discusses the benefits of using a digital double for creating multilingual videos.
Demonstrates the process of uploading and generating the translated video file.
Integrating Multilingual Videos into Anomaly Amp 28:08
Josh explains the process of integrating multilingual videos into Anomaly Amp.
Discusses the options for switching between languages on the fly.
Demonstrates the steps for creating a new page in Anomaly Amp and uploading the multilingual video.
Highlights the benefits of using Vimeo's advanced tools for managing multilingual videos.
Handling Subtitles and Closed Captions 35:00
Josh discusses the options for handling subtitles and closed captions in multilingual videos.
Demonstrates the process of adding subtitles and closed captions in Vimeo.
Explains the benefits of using AI translation services for generating subtitles.
Highlights the importance of ensuring the subtitles and closed captions are accurate and synchronized.
Implementing Multiple Language Pages 58:30
Josh explains the process of creating multiple language pages in Anomaly Amp.
Discusses the benefits of having a separate page for each language.
Demonstrates the steps for creating and linking the multiple language pages.
Highlights the importance of organizing the content based on the target audience's language preferences.
Text Translation and Localization 59:19
Josh discusses the importance of text translation and localization for multilingual content.
Demonstrates the process of translating text using Google Translate.
Explains the benefits of having a review team to ensure the accuracy of the translated text.
Highlights the importance of localizing the entire site for a seamless user experience.
Architecting the Multilingual Experience 1:04:46
Josh discusses the different ways to architect the multilingual experience in Anomaly Amp.
Explains the benefits of having a separate class for each language.
Demonstrates the steps for organizing the content based on the target audience's language preferences.
Highlights the importance of choosing the best method for delivering multilingual content.
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