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Act-1: Transformer for Actions

AI has moved at an unbelievable pace within the last couple of years. Scaling up Transformers has resulted in remarkable capabilities in language (e.g., GPT-3, PaLM, Chinchilla), code (e.g., Codex, AlphaCode), and image generation (e.g., DALL-E, Imagen). At Adept, we have been building another frontier of models that may take actions in the digital worldthats why were excited to introduce our first large model, Action Transformer (ACT-1).

Why are we so worked up about this?

First, we believe the clearest framing of general intelligence is really a system that may do anything a human can perform before some type of computer. A foundation model for actions, trained to utilize every program, API, and webapp that exists, is really a practical way to this ambitious goal, and ACT-1 is our first rung on the ladder in this direction.

Second, another era of computing will undoubtedly be defined by natural language interfaces that allow us to inform our computers what we wish directly, instead of doing it yourself. Hopefully these snippets of ACT-1 will provide you with a window in to the next frontier of computing once we view it!

Subscribe here to become listed on the waitlist for the upcoming alpha release of our first product built around ACT-1.

Capability preview

ACT-1 is really a large-scale Transformer trained to utilize digital tools among other activities, we recently taught it how exactly to use a browser. At this time, its installed to a Chrome extension that allows ACT-1 to see whats happening in the browser and take certain actions, like clicking, typing, and scrolling, etc. The observation is really a custom rendering of the browser viewport thats designed to generalize across websites, and the action space may be the UI elements on the page.

Theres lots of room to create it faster, both on the modeling side and on the program side – so we expect future systems could have latency thats largely imperceptible to humans. These videos have already been sped up to create them easier for you yourself to view. The next technical post will get into a lot more detail on most of these topics.

Here are a few cool things ACT-1 can perform!

ACT-1 may take a high-level user request and execute it. An individual simply types a command in to the text box and ACT-1 does the others. In this example, this involves repeatedly taking actions and observations over quite a while horizon to satisfy an individual goal.

This could be especially powerful for manual tasks and complex tools in this example, what might ordinarily take 10+ clicks in Salesforce could be now finished with only a sentence.

Working in-depth in tools like spreadsheets, ACT-1 demonstrates real-world knowledge, infers what we mean from context, and will help us do things we might not even understand how to do.

The model may also complete tasks that want composing multiple tools together; the majority of things we do on some type of computer span multiple programs. Later on, we expect ACT-1 to be a lot more helpful by requesting clarifications in what we wish.

The web contains a large amount of knowledge about the planet! Once the model doesnt know something, it knows how exactly to just research the info online (seen within voice mode).

ACT-1 doesnt learn how to do everything, but its highly coachable. With 1 little bit of human feedback, it could correct mistakes, becoming more useful with each interaction.

Looking ahead

Natural language interfaces, powered by action transformers like ACT-1, will dramatically expand what folks can do before a computer/phone/internet-connected device. A couple of years from now, we believe:

  • Most interaction with computers will undoubtedly be done using natural language, not GUIs. Well tell our computer how to proceed, and itll take action. Todays user interfaces will soon seem as archaic as landline phones do to smartphone users.
  • Beginners can be power users, no training required. Anyone who is able to articulate their ideas in language can implement them, irrespective of expertise. Software can be a lot more powerful as advanced functions become accessible to everyone no longer constrained by along a drop-down menu.
  • Documentation, manuals, and FAQs will undoubtedly be for models, not for folks. No more will we have to learn the quirky language of each individual program to become effective at an activity. We shall never read through forums for how exactly to do X in Salesforce or Unity or Figma the model can do that work, allowing us to spotlight the higher-order task accessible.
  • Breakthroughs across all fields will undoubtedly be accelerated with AI as our teammate. Action transformers will continue to work with us to effect a result of advances in drug design, engineering, and much more. Collaborating with one of these models can make us better, energized, and creative.

While were excited these systems can transform what folks can perform on some type of computer, we clearly note that they will have the potential to cause harm if misused or misaligned with user preferences. Our goal would be to create a company with large-scale human feedback at the guts models will undoubtedly be evaluated on what well they satisfy user preferences, and we’ll iteratively evaluate how well that is working as our product becomes more sophisticated and load-bearing. To combat misuse, we intend to use a mix of machine learning techniques and careful, staged deployment.

What weve shown above is scratching the top were making great progress towards Adept having the ability to do arbitrary things on some type of computer. We’ve ambitious goals in both short and longterm, and were hiring visionary and talented people across roles to create it happen apply here!

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