Bio-Inspired Vision for Real-World Conditions
Bio-Inspired Vision for Real-World Conditions
FlyEye® Vision Sensor
Bio-Inspired Vision for Real-World Conditions
FlyEye® Vision Sensor
The true power of artificial vision lies in data for AI, not in aesthetics for humans. Our vision sensors are engineered to maximize information extraction even in the most challenging environments, enabling accurate detection and fast, reliable decision-making to fully unlock the potential of AI systems. Early access to the FlyEye Evaluation Kit will be available soon.
We thrive where others break down
The true power of artificial vision lies in data for AI, not in aesthetics for humans. Our vision sensors are engineered to maximize information extraction even in the most challenging environments, enabling accurate detection and fast, reliable decision-making to fully unlock the potential of AI systems. Early access to the FlyEye Evaluation Kit will be available soon.
We thrive where others break down
The true power of artificial vision lies in data for AI, not in aesthetics for humans. Our vision sensors are engineered to maximize information extraction even in the most challenging environments, enabling accurate detection and fast, reliable decision-making to fully unlock the potential of AI systems. Early access to the FlyEye Evaluation Kit will be available soon.
We thrive where others break down
Traditional vision sensors struggle with extreme contrast. Our technology sees clearly, always. Slide to compare the advantage firsthand
Traditional vision sensors struggle with extreme contrast.
Our technology sees clearly, always. Slide to compare the advantage firsthand
Traditional vision sensors struggle with extreme contrast. Our technology sees clearly, always. Slide to compare the advantage firsthand
What Lies Beneath?
The Limitations of Standard Sensors
Standard cameras weren’t built for the extremes. Scenes with intense contrast, bright sunlight and deep shadows, headlights and reflections, can easily blind traditional sensors, making critical visual data disappear. Take as an example driving at sunset, the low sun creates intense glare that standard sensors can’t handle, causing them to lose detail in both bright and dark areas.
Existing solutions, including high dynamic range (HDR) imaging, attempt to mitigate these issues through multiple frame acquisitions or multi-sensor setups. However, these approaches introduce challenges like motion-induced artifacts, higher costs and energy consumption, and increased computational complexity. These limitations compromise their usage in real-world scenarios that demand real-time processing and low power consumption. In real-world applications, where missing a detection may have critical consequences, and where every millisecond counts and resources are limited, these trade-offs become critical bottlenecks.
What Lies Beneath?
The Limitations of Standard Sensors
Standard cameras weren’t built for the extremes. Scenes with intense contrast, bright sunlight and deep shadows, headlights and reflections, can easily blind traditional sensors, making critical visual data disappear. Take as an example driving at sunset, the low sun creates intense glare that standard sensors can’t handle, causing them to lose detail in both bright and dark areas.
Existing solutions, including high dynamic range (HDR) imaging, attempt to mitigate these issues through multiple frame acquisitions or multi-sensor setups. However, these approaches introduce challenges like motion-induced artifacts, higher costs and energy consumption, and increased computational complexity. These limitations compromise their usage in real-world scenarios that demand real-time processing and low power consumption. In real-world applications, where missing a detection may have critical consequences, and where every millisecond counts and resources are limited, these trade-offs become critical bottlenecks.
What Lies Beneath?
The Limitations of Standard Sensors
Standard cameras weren’t built for the extremes. Scenes with intense contrast, bright sunlight and deep shadows, headlights and reflections, can easily blind traditional sensors, making critical visual data disappear. Take as an example driving at sunset, the low sun creates intense glare that standard sensors can’t handle, causing them to lose detail in both bright and dark areas.
Existing solutions, including high dynamic range (HDR) imaging, attempt to mitigate these issues through multiple frame acquisitions or multi-sensor setups. However, these approaches introduce challenges like motion-induced artifacts, higher costs and energy consumption, and increased computational complexity. These limitations compromise their usage in real-world scenarios that demand real-time processing and low power consumption. In real-world applications, where missing a detection may have critical consequences, and where every millisecond counts and resources are limited, these trade-offs become critical bottlenecks.
A New Era for Vision
AI4IV Bio-Inspired Sensing
Inspired by nature, our FlyEye® Receptors are miniature, independent vision units that work in concert like a compound eye. Each receptor adjusts its exposure in real time, ensuring every part of the scene is captured with optimal clarity, no matter the lighting.
The result? Every detail. Every time. One single shot.
Adapts to any lighting
Handles movement with no artifacts
Industry leading energy efficiency
Being able to capture a wide dynamic range means to overcome the limitations of standard cameras and, at the same time, permits to unravel every details from any scene. On the other hand, doing this in real-time with one single shot translates into the ability of providing AI processor with images that are free from artifacts, without the need of demanding post-processing computations.
AI4IV sensing technology revolutionizes the way the scene is sensed. Its innate ability to adapt to any and every lighting scenario makes it ready for all types of Intelligent Vision applications.
What’s Next?
Full Vision Intelligence
Building on the breakthrough FlyEye sensor, we are preparing to integrate its unmatched sensing capabilities with an innovative processing block. This next-generation system will combine perception and decision-making on a single chip, delivering end-to-end vision intelligence for the most demanding applications.
Bio-Inspired Sensing
Our FlyEye® sensor delivers real-time, artifact-free images with exceptional clarity, even in extreme lighting. This means more reliable data, faster decisions, and better performance for your vision-based applications.
Bio-Inspired Processing
Our AI engine, powered by Tensputer®, will bring intelligence directly on-chip, enabling fast and efficient scene understanding. Optimized for DNN inference with ultra-low power consumption, it will allow seamless deployment even on compact, battery-powered devices.
A New Era for Vision
AI4IV Bio-Inspired Sensing
Inspired by nature, our FlyEye Receptors® are miniature, independent vision units that work in concert like a compound eye. Each receptor adjusts its exposure in real time, ensuring every part of the scene is captured with optimal clarity, no matter the lighting.
The result? Every detail. Every time. One single shot.
Adapts to any lighting
Handles movement with no artifacts
Industry leading energy efficiency
Being able to capture a wide dynamic range means to overcome the limitations of standard cameras and, at the same time, permits to unravel every details from any scene. On the other hand, doing this in real-time with one single shot translates into the ability of providing AI processor with images that are free from artifacts, without the need of demanding post-processing computations.
AI4IV sensing technology revolutionizes the way the scene is sensed. Its innate ability to adapt to any and every lighting scenario makes it ready for all types of Intelligent Vision applications.
What’s Next?
Full Vision Intelligence
Building on the breakthrough FlyEye sensor, we are preparing to integrate its unmatched sensing capabilities with an innovative processing block. This next-generation system will combine perception and decision-making on a single chip, delivering end-to-end vision intelligence for the most demanding applications.
Bio-inspired Sensing
Our FlyEye® sensor delivers real-time, artifact-free images with exceptional clarity, even in extreme lighting. This means more reliable data, faster decisions, and better performance for your vision-based applications.
Bio-inspired Processing
Our AI engine, powered by Tensputer®, will bring intelligence directly on-chip, enabling fast and efficient scene understanding. Optimized for DNN inference with ultra-low power consumption, it will allow seamless deployment even on compact, battery-powered devices.
A New Era for Vision
AI4IV Bio-Inspired Sensing
Inspired by nature, our FlyEye® Receptors are miniature, independent vision units that work in concert like a compound eye. Each receptor adjusts its exposure in real time, ensuring every part of the scene is captured with optimal clarity, no matter the lighting.
The result? Every detail. Every time. One single shot.
Adapts to any lighting
Handles movement with no artifacts
Industry leading energy efficiency
Being able to capture a wide dynamic range means to overcome the limitations of standard cameras and, at the same time, permits to unravel every details from any scene. On the other hand, doing this in real-time with one single shot translates into the ability of providing AI processor with images that are free from artifacts, without the need of demanding post-processing computations.
AI4IV sensing technology revolutionizes the way the scene is sensed. Its innate ability to adapt to any and every lighting scenario makes it ready for all types of Intelligent Vision applications.
What’s Next?
Full Vision Intelligence
Building on the breakthrough FlyEye sensor, we are preparing to integrate its unmatched sensing capabilities with an innovative processing block. This next-generation system will combine perception and decision-making on a single chip, delivering end-to-end vision intelligence for the most demanding applications.
Bio-inspired Sensing
Our FlyEye® sensor delivers real-time, artifact-free images with exceptional clarity, even in extreme lighting. This means more reliable data, faster decisions, and better performance for your vision-based applications.
Bio-inspired Processing
Our AI engine, powered by Tensputer®, will bring intelligence directly on-chip, enabling fast and efficient scene understanding. Optimized for DNN inference with ultra-low power consumption, it will allow seamless deployment even on compact, battery-powered devices.
Whether you’re building autonomous vehicles, AR/VR wearable glasses or next-gen robotics AI4IV gives your system the vision it deserves.
Discover our Applications >
We developed a technology prototype to demonstrate the FlyEye sensor’s core innovation, self-adapting receptors.
Discover our Technology Prototype >
Whether you’re building autonomous vehicles, AR/VR wearable glasses or next-gen robotics AI4IV gives your system the vision it deserves.
Discover our Applications >
We developed a technology prototype to demonstrate the FlyEye sensor’s core innovation, self-adapting receptors.
Discover our Technology Prototype >
Whether you’re building autonomous vehicles, AR/VR wearable glasses or next-gen robotics AI4IV gives your system the vision it deserves.
Discover our Applications >
We developed a technology prototype to demonstrate the FlyEye sensor’s core innovation, self-adapting receptors.
Discover our Technology Prototype >