
Barcelona, March 2, 2026 — ARIA SENSING and ALGORIZED today announced a strategic collaboration that redefines what Ultra-Wideband technology can achieve. By combining the world’s first true 3D UWB radar System-on-Chip with Algorized’s Edge-Native Nervous System, the companies introduce the most powerful AI-based UWB sensing platform available, starting with a next-generation Automotive Child Presence Detection (CPD) system unveiled at Mobile World Congress 2026.
While most UWB chips on the market were originally designed for secure ranging, ARIA SENSING’s HYDROGEN 4x4 UWB Radar SoC was engineered from the ground up for radar performance.
“Traditional UWB solutions were never optimized for high-resolution radar sensing,” said Alessio Ciaccatori, CEO of ARIA SENSING. “Hydrogen changes the paradigm. Combined with ALGORIZED’s real-time edge-AI engine, we are delivering a sensing platform that dramatically outperforms conventional UWB and mmWave solutions in sensitivity, angular resolution, power efficiency, and real-world robustness.”
At the core of the breakthrough is Hydrogen, the world’s first UWB radar SoC featuring:
The result: high-resolution in-cabin sensing capable of detecting micro-motions, respiratory activity, precise occupancy mapping, behavioral patterns and more — dramatically reduced latency, and at a fraction of the power consumption and cost of legacy radar architectures.
When powered by ALGORIZED’s embedded edge AI foundation model, the platform delivers:
All running directly on a compact, scalable hardware platform ready for mass deployment.
The collaboration debuts with an advanced Automotive Child Presence Detection (CPD) in-cabin solution, designed for OEM and Tier-1 integration and aligned with emerging global safety regulations.
The joint platform extends far beyond CPD. ARIA SENSING and ALGORIZED are enabling a new class of intelligent sensing devices for:
From ceiling-mounted building sensors to embedded smart devices, the companies provide turnkey demonstrators and a fully integrated IC + AI software stack designed for rapid scaling into high-volume production.
“ARIA Sensing’s mission is to provide world’s best UWB single-chip radar devices,” said Alessio Cacciatori, CEO of ARIA Sensing. “Joining advanced Edge-AI features extraction with low-power, high-resolution single-chip radar devices truly enables a paradigm shift in how appliances, home, cars, and robots interact with persons.”
“ALGORIZED’s mission is to give machines human-level environmental awareness,” said Natalya Lopareva, CEO of ALGORIZED. “By combining AI with a purpose-built 3D UWB radar architecture, we are unlocking capabilities that were simply not possible with legacy silicon.”
Hydrogen will be demonstrated at MWC Barcelona (March 2–5, 2026) on ARIA Sensing booth, Hall 7, Booth 7D71, Stand 26, and specific CPD Evaluation kits are available for customer evaluation.
ARIA SENSING pioneers next-generation UWB radar technology with the Hydrogen SoC - the world’s first SoC to deliver scalable 1D/2D/3D architecture, 4Tx+4Rx channels, 4x resolution over other UWB devices and low power consumption.
ARIA Sensing is a company devoted to the research, development and commercialization of high-resolution advanced radars and UWB devices optimized for low-power consumption, ultra-high resolution, small form-factor and high penetration capabilities. Its design skills include most advanced semiconductor nodes and its activities include design of System-on-Chip UWB devices and systems, design of high-end antennas for radar applications, design of radar-based sensor systems and algorithms. Learn more at: www.ariasensing.com.
ALGORIZED builds the edge-native nervous system for Physical AI. Creators of the Predictive Safety Engine - ground-up edge-AI foundation models - Algorized transforms standard wireless sensors infrastructure into reliable human-aware perception. Backed by the Amazon Industrial Innovation Fund and rooted in Swiss research in through-wall human detection, Algorized is scaling globally through strategic partnerships with leading players across industrial robotics, automotive, and smart spaces - establishing a new standard for context-aware machines built for real-world operation. Learn more at www.algorized.com.