In a move that signals the next leap forward in intelligent edge computing, BrainChip Holdings and HaiLa Technologies have announced a strategic collaboration aimed at bringing ultra-efficient, battery-friendly AI to real-world applications. Their partnership blends cutting-edge neural processing with breakthrough wireless communication technology—unlocking new possibilities for smart sensors in industries like healthcare, infrastructure, and environmental monitoring.

At the heart of this collaboration lies a shared vision: enabling connected devices that can think, sense, and communicate—all while consuming a tiny fraction of the power today’s systems require. BrainChip, known for its brain-inspired Akida™ neuromorphic processor, brings advanced event-based AI compute to the table. Meanwhile, HaiLa contributes its hyper-efficient BSC2000 radio chip, which communicates over standard Wi-Fi using passive backscatter technology—eliminating the need for energy-hungry transmitters.

Together, these two technologies deliver a game-changing result: always-on, intelligent sensors that can run for years on a single coin cell battery. Whether it’s monitoring patient vitals, detecting infrastructure anomalies, or tracking environmental changes in real time, the combined solution makes it possible to embed intelligence directly into devices at the farthest edge—without worrying about power limitations.

Top IntentTech News: Pocket Storage and Forum Launch Tech-Enabled Urban Storage

Steve Brightfield, Chief Marketing Officer at BrainChip, expressed genuine enthusiasm about the partnership, calling it a meaningful step toward making edge devices both smarter and more practical. He highlighted how combining Akida’s neuromorphic processing with HaiLa’s ultra-efficient wireless tech is opening the door to a new kind of sensor—one that’s always on, intelligent, and incredibly power-conscious. “It’s about making advanced AI truly usable at the edge, without worrying about battery life,” he said.

For HaiLa, this collaboration is similarly revolutionary. VP of Product Management Patricia Bower discussed how the pair is revolutionizing the discussion of power and performance: “With backscatter Wi-Fi and neuromorphic AI running on microwatts, developers can make always-monitored, smart sensors that don’t require battery replacement for years. This is a fundamental change for real-time sensing use cases like predictive maintenance and anomaly detection.”

Top IntentTech News: Acer Unveils Nitro GPUs with AMD & Intel Power

The companies will showcase their joint innovation at Sensors Converge 2025 in Santa Clara, where they aim to demonstrate what’s possible when advanced AI compute meets ultra-low power connectivity. It’s not just about reducing battery use—it’s about reimagining what edge devices can do when intelligence and efficiency go hand in hand.

This collaboration marks a pivotal moment in the evolution of smart devices—ushering in an era where sensors don’t just collect data, they understand it, act on it, and do so with minimal energy. The future of the edge, it seems, is not just smart—it’s power-smart.

Top IntentTech News: WeatherSTEM Advances Beach Safety Tools

To participate in our interviews, please write to our IntentTech Media Room at sudipto@intentamplify.com