Duality AI, the company behind the Falcon simulator, has announced the expansion of its simulation capabilities into the cloud. This move allows users to access simulations through web browsers, making it easier for developers of artificial intelligence (AI) and robotics to test their creations in virtual environments.
With Falcon, developers can simulate real-world conditions and create digital twins of objects such as terrain, buildings, and vehicles. This powerful 3D virtual world product, built on Unreal Engine, enables AI-enabled robots and self-driving vehicles to be tested safely before deploying them in the real world.
Previously, Falcon simulations were only accessible on desktops. However, with the launch of FalconCloud, customers can now run simulations at massive scale without the need for special hardware and software. This expansion into the cloud opens up new possibilities for testing and simulating AI-powered robot interactions.
Duality’s founders, Apurva Shah and Michael Talor, combined their talents in virtual space creation and engineering to create the company. They recognized the potential of training robots and AI in virtual worlds and have spent years developing simulation capabilities that are repeatable, deterministic, and high-fidelity.
The simulation capabilities provided by Duality have already been utilized by organizations such as the United States Defense Advanced Research Project Agency, Honeywell International Inc., KEF Robotics, and Procter & Gamble Co. These customers understand the importance of testing smart systems in diverse and challenging conditions to ensure their safety.
The expansion into the cloud aligns with Duality’s mission to make AI-powered systems safe in all conditions. By simulating different situations, including darkness, rain, fog, and other inclement weather, AI robot systems can be trained to navigate effectively. FalconCloud also offers FalconEditor, which allows users to build their own simulations using Unreal Engine 5, further enhancing the flexibility and customization of the platform.
Duality’s focus on providing easy collaboration and data generation for AI and robotics engineers demonstrates their commitment to supporting their customers’ journeys. By enabling testing in virtual worlds with digital twins, developers can save time and money by identifying and addressing potential issues before they arise in the real world.
Overall, the expansion of Duality AI’s simulation capabilities into the cloud opens up new possibilities for developers and researchers in the field of AI and robotics. By providing easy access to simulations through web browsers, Duality is revolutionizing the way AI and robotics are developed and tested.
What is Duality AI?
Duality AI is a company that develops simulation tools for artificial intelligence and robotics. Their flagship product, Falcon, allows for the creation of virtual worlds where AI and robotics can be tested and simulated.
What is Falcon?
Falcon is a powerful 3D virtual world product developed by Duality AI. It is built on Unreal Engine and can simulate real-world conditions and create digital twins of objects such as terrain, buildings, and vehicles.
How does FalconCloud expand Duality’s capabilities?
FalconCloud is the expansion of Duality’s simulation capabilities into the cloud. It allows users to access simulations through web browsers, eliminating the need for special hardware and software. This enables simulations to be run at a massive scale.
Who can benefit from Falcon and FalconCloud?
Developers of AI-enabled robots and self-driving vehicles can benefit from Falcon and FalconCloud. By testing their creations in virtual worlds, they can evaluate how their systems will perform in different scenarios before deploying them in the real world.
How does Duality ensure the safety of AI-powered systems?
Duality focuses on training AI and robots in diverse and challenging virtual environments. By simulating various conditions such as darkness, rain, and fog, they can ensure that the systems are robust and capable of navigating effectively in real-world scenarios.