L3 autonomy
A family of L3 autonomous FPGA sensors, that provides integrated, persistent awareness and security across land, sea and air -- all at the tactical edge.
L4 autonomy
A family of L4 autonomous FPGA sensors, that provides integrated, persistent awareness and security across land, sea and air -- all at the tactical edge.
We’re hiring
Thinkers and doers working interdependently. We bring the brightest minds and best-in-class talent together with veterans who have lived the problems of our warfighters.
This website uses cookies to ensure you get the best experience
OK
Empowering robotic systems to sense and act autonomously in denied or disrupted environments
|
Cesia family
L3 autonomous
FPGA sensors
FPGA sensors
Ideal for harsh military and industrial environments, resistant to shocks and vibrations
→ Cesia IS
→ Cesia HS
→ Cesia IS
→ Cesia HS
Perceptor* family
L4 autonomous FPGA sensors
More than meets the eye
We pioneer with FPGA-based AI modules at the edge to solve the inherent issues of the contemporary machine vision systems.
*Perceptor (a sensor which acts, not just sees) - an ”acting camera”
We pioneer with FPGA-based AI modules at the edge to solve the inherent issues of the contemporary machine vision systems.
*Perceptor (a sensor which acts, not just sees) - an ”acting camera”
- Fpga-based AI accelerationLeverages FPGA technology with onboard AI, enabling real-time image processing and a performance boost through parallel computing pipelines, ideal for ultra-fast decision-making
- Configurable CNN architectureFeatures quantified, pruned, and optimized CNNs that can be swapped and configured on-the-fly, allowing for unparalleled flexibility in AI-driven vision applications
- Adaptive integration and upgradeabilitySeamlessly integrates with existing assets and systems, supporting field-upgradeable logic (EEPROM) or hack-resistant (ROM) options
- Resilient EDGE computingOffers dynamic power management thermal stability, longer operational endurance and reliable performance in demanding environments with instant-on capability
Fpga-based AI acceleration
Leverages FPGA technology with onboard AI, enabling real-time image processing and a performance boost through parallel computing pipelines, ideal for ultra-fast decision-making
Configurable CNN architecture
Features quantified, pruned, and optimized CNNs that can be swapped and configured on-the-fly, allowing for unparalleled flexibility in AI-driven vision applications
Adaptive integration and upgradeability
Seamlessly integrates with existing assets and systems, supporting field-upgradeable logic (EEPROM) or hack-resistant (ROM) options
Resilient EDGE computing
Offers dynamic power management thermal stability, longer operational endurance and reliable performance in demanding environments with instant-on capability
Ariadne
DDIL Navigation
A sensor with an AI-backend reporting its approximate position
Careers
BUILD THE FUTURE OF ROBOTIC VISION WITH US
BUILD THE FUTURE OF ROBOTIC VISION WITH US
We create cutting-edge visual intelligence solutions that empower robots to see and understand the world in real-time. Our team brings together top talent in FPGA development and other advanced technologies, all working to solve complex, meaningful challenges. If you’re ready to push boundaries and see your ideas come to life, join us in shaping tomorrow’s intelligent machines.