
Algorized is a deep-tech company developing edge-AI sensing and perception technology for machines that operate around people. Its software uses wireless sensing technologies such as ultra-wideband (UWB), mmWave radar, and Wi-Fi to detect human presence, movement, position, and vital signs.
The company’s technology is designed for Physical AI systems that need real-time awareness of their surroundings. Rather than relying exclusively on cameras or cloud processing, Algorized processes sensor data at the edge to help machines understand human activity and respond in real time.
Algorized develops software and AI models that turn data from existing wireless sensors into information about people and their behavior. Its technology can detect human presence, track movement and positioning, monitor breathing and heart rate, and identify patterns such as posture and movement trajectories.
A major application is human-robot interaction. Algorized’s edge-AI technology gives robots additional awareness of people sharing their workspace, allowing systems to distinguish humans from other objects and use information about movement and intent when making decisions. Its technology has been demonstrated with KUKA robotic systems for predictive robot safety and human-machine collaboration.
The company also develops sensor-agnostic software designed to work with existing wireless sensing hardware. This approach allows manufacturers and technology partners to add people-sensing capabilities without necessarily replacing their underlying sensor infrastructure.
Algorized’s technology combines edge AI, machine learning, wireless sensing, signal processing, and multimodal sensor fusion. Its models process data from technologies including UWB radar, mmWave radar, and Wi-Fi sensing to create a real-time understanding of people and activity in physical environments.
The system can perform real-time positioning and tracking, detect people through obstacles, and identify physiological signals such as breathing and heart rate. Because processing can occur at the edge, the technology is designed for low-latency applications where machines need to react quickly without depending on continuous cloud processing.
Algorized’s newer Physical AI positioning extends this capability into predictive machine awareness. Its foundation models are designed to help machines perceive human presence, understand movement and intent, and adapt their behavior in real time. At CES 2026, the company demonstrated this approach with KUKA using mmWave radar to provide human-aware robot safety even in conditions involving occlusion, darkness, and visual clutter.
Algorized is relevant to the emerging Physical AI market because it focuses on a critical layer between sensors and intelligent machines: real-time awareness of people in physical environments. Robots can perform tasks autonomously, but operating safely alongside humans requires machines to understand who is nearby, how people are moving, and what may happen next.
Its edge-AI approach also addresses situations where traditional camera-based perception can be limited by darkness, occlusion, dust, or visual clutter. By using wireless sensing and processing information locally, Algorized is developing technology that can complement existing robotic perception systems and support faster human-machine interaction.
The company’s $13 million Series A announced in February 2026 is being used to scale its Predictive Safety Engine and expand deployments across industrial robotics, automotive, and other Physical AI applications.
Algorized’s Predictive Safety Engine is an edge-AI system designed to give industrial machines and robots awareness of people in shared workspaces. It uses wireless sensing and AI models to detect human presence, classify entities, interpret movement, and anticipate aspects of human behavior.
The system was demonstrated with KUKA at CES 2026, where Algorized technology was integrated with a robotic arm to support human-aware operation. The approach is intended to move industrial safety beyond simple detect-and-stop behavior toward systems that can respond to changing human activity.
Algorized’s Human-Machine Interaction Engine applies its people-sensing foundation models to situations where machines need to understand and respond to human behavior. The technology combines sensing, positioning, movement analysis, and AI-based perception to provide machines with contextual information about people nearby.
The company has positioned the engine as a foundation for Physical AI applications spanning robotics, industrial environments, automotive systems, and smart spaces.
Algorized’s technology can provide robots with real-time awareness of human presence, movement, and intent in shared workspaces. This is particularly relevant to collaborative industrial environments where people and robots operate close to one another.
The company applies people-sensing technology to automotive environments, including in-cabin sensing and safety applications. Wireless sensing can provide information about human presence and vital signs without relying exclusively on cameras.
Algorized’s sensing platform can be applied to buildings and other infrastructure where detecting people, tracking movement, or monitoring occupancy is useful. Its technology is designed to use existing wireless sensing infrastructure and can operate without visual identification.
In 2026, Algorized announced a partnership with Asahi Kasei Microdevices using its edge-AI foundation model with AKM’s mmWave radar technology. The system can detect presence, posture, movement, and selected vital signs for applications including elderly care.
Algorized’s Predictive Safety Engine is an edge-AI system designed to help robots and industrial machines perceive people, interpret movement, and respond to human activity in shared physical environments.
Algorized processes data from wireless sensing technologies including UWB radar, mmWave radar, and Wi-Fi. Its AI models analyze the resulting signals to detect presence, movement, positioning, and selected vital signs without relying exclusively on cameras.
Yes. Algorized’s sensing technology is designed to detect human presence and movement through obstacles and in environments where traditional visual sensing can be challenged. The company uses wireless sensing and edge-AI models for this type of perception.
Algorized’s technology works with wireless sensing technologies including ultra-wideband (UWB), mmWave radar, and Wi-Fi sensing. Its sensor-agnostic approach is designed to use existing sensor infrastructure rather than requiring a proprietary sensing device.
Yes. Algorized’s models can detect physiological information such as breathing and heart rate from wireless sensor data. Its 2026 partnership with Asahi Kasei Microdevices demonstrated applications involving posture, presence, and heart-rate monitoring using mmWave radar.
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