Nanoveu’s EMASS Teams Up with Bosch Sensortec to Launch Ultra-Low-Power Edge AI Asset Tracking Reference Design

EMASS and Bosch Sensortec Advance Event-Driven Edge AI for Asset Tracking

Nanoveu announced the joint development of an intelligent asset-tracking reference design that leverages the strengths of two leading technology companies. EMASS, the company’s wholly owned subsidiary, partnered with Bosch Sensortec, a Robert Bosch GmbH subsidiary and a global leader in MEMS sensors, to produce this sophisticated solution. The partnership exemplifies how modern asset-tracking systems can utilize edge AI processing to drastically reduce power consumption while enhancing contextual awareness of assets during transport and storage.

This collaboration highlights EMASS’s ECS-DoT event-driven edge AI architecture, which supports real-time AI inference at milliwatt-level power consumption. By integrating Bosch Sensortec’s suite of motion, environmental, pressure, magnetic, and gas sensors with ECS-DoT’s intelligent processing, the reference design delivers a comprehensive solution tailored for logistics and industrial IoT applications. This partnership expands EMASS’s ecosystem of industry leaders, accelerating customer adoption of its edge AI platform in fast-growing markets.

Transforming Traditional Asset Tracking with the New Reference Design

Conventional asset-tracking devices continuously collect and transmit large volumes of sensor data regardless of relevance, leading to high power consumption and limited battery life in portable systems. The new reference design addresses this by implementing an event-driven architecture that fundamentally changes asset tracking operations. Instead of streaming raw sensor data, it processes information locally and transmits only significant events when detected.

The design combines the EMASS ECS-DoT platform with five Bosch Sensortec sensors to monitor asset movement, location, handling, and condition throughout transit. ECS-DoT fuses data from multiple sensors and runs advanced edge AI models locally, converting raw inputs into meaningful contextual events before wireless transmission. This event-driven approach enables continuous sensing and AI inference at ultra-low power by activating higher-power components like wireless communication and GPS only when necessary. The configurable platform suits various applications including warehouse logistics, industrial IoT, cold-chain monitoring, and high-value asset protection.

Integration of Bosch Sensortec’s Advanced Sensors with ECS-DoT Platform

Bosch Sensortec GmbH, founded in 2005, is a leader in MEMS sensor development and deployment, building on Robert Bosch GmbH’s MEMS expertise since 1995. With over 26 billion MEMS sensors sold, Bosch Sensortec’s portfolio supports smartphones, tablets, wearables, hearables, AR/VR devices, drones, robots, smart homes, and IoT applications.

By integrating Bosch Sensortec’s motion, environmental, pressure, magnetic, and gas sensing technologies with EMASS’s ECS-DoT edge AI platform, the reference design delivers a synergistic solution. It enables context-aware asset tracking, including in GPS-denied environments, and detailed monitoring of asset handling and environmental conditions during transit. This intelligent sensor orchestration combined with edge AI processing offers richer insights while minimizing power consumption through selective activation of sensing, processing, and connectivity.

Wide-Ranging Applications in Logistics, Cold-Chain, and Industrial IoT

The reference design supports diverse applications across high-growth sectors. In logistics, it offers detailed tracking of asset movement and handling throughout supply chains. For cold-chain logistics, integrated environmental sensors monitor temperature and critical conditions, triggering alerts only upon significant deviations. Industrial IoT deployments benefit from equipment operation, maintenance, and environmental condition monitoring in manufacturing and processing facilities.

High-value and sensitive cargo applications gain from the platform’s context-aware tracking, monitoring location, handling, and environmental factors to provide comprehensive insights into asset treatment during transit and storage. By reducing unnecessary data transmissions and focusing on meaningful events, the solution extends battery life for tracking devices, reducing replacement frequency. Its configurable design allows customers to tailor the platform to specific application needs and environments.

Nanoveu’s EMASS Subsidiary and ECS-DoT Edge AI Technology

EMASS, Nanoveu’s wholly owned fabless semiconductor company, specializes in ultra-low-power, AI-enabled system-on-chip solutions for always-on sensing and intelligent edge processing. The ECS-DoT architecture supports real-time AI inference at milliwatt-level power, enabling next-generation applications across drones, wearables, hearables, smart devices, industrial IoT, robotics, and autonomous systems. This ultra-low-power capability is key to delivering extended battery life alongside advanced AI functionality.

The ECS-DoT platform represents a breakthrough in edge AI semiconductor design, overcoming the traditional tradeoff between intelligent processing and battery longevity that limited prior tracking devices. By processing data locally rather than streaming raw data for centralized analysis, ECS-DoT empowers developers to build smarter, longer-lasting devices. The Bosch Sensortec partnership underscores the platform’s versatility as a foundation for next-gen edge AI systems combining intelligent sensing, ultra-low-power processing, and low-power wireless connectivity. This strategy expands EMASS’s partner ecosystem and accelerates market adoption in high-growth sectors.

Expanding ECS-DoT Reference Platform Portfolio for Edge AI Customers

The intelligent asset-tracking reference design adds to EMASS’s growing ECS-DoT reference platform portfolio for edge AI applications. These platforms provide blueprints and evaluation tools for customers developing next-gen solutions across various markets. Collaborations with industry leaders like Bosch Sensortec broaden the available reference designs, reducing development time and technical risks for customers integrating ultra-low-power edge AI into their products.

The reference design is currently available for customer evaluation, facilitating direct assessment of platform capabilities and integration with existing systems. This supports EMASS’s commercial roadmap by demonstrating ECS-DoT’s adaptability across market segments and use cases. Successful integrations with established partners like Bosch Sensortec build customer confidence in the platform’s real-world performance. The expanding portfolio accelerates market adoption by offering practical examples that customers can customize for their applications.

Mark Goranson Highlights Breakthrough in Edge AI Power-Intelligence Balance

Mark Goranson, Nanoveu’s CEO of Semiconductor Technologies, emphasized that developers have traditionally faced a tradeoff between intelligent processing and battery life in asset tracking. The Bosch Sensortec collaboration proves this constraint can be overcome with modern edge AI architectures. By processing data locally and transmitting only meaningful events, the reference design provides a blueprint for smarter, longer-lasting tracking devices. This reflects advances in semiconductor technology and AI algorithms enabling sophisticated processing within ultra-low-power budgets.

Eliminating this tradeoff has major implications for device design and deployment in industrial and logistics sectors. Organizations can now deploy battery-powered trackers offering comprehensive monitoring and context awareness without compromising battery life. This breakthrough supports broader adoption of edge AI in cost-sensitive applications where battery and device replacement costs are significant. The reference design serves as a practical demonstration of this achievement using real-world sensor suites and commercial scenarios.

Nanoveu’s Leadership in Advanced Semiconductor and Materials Science Technologies

Nanoveu Limited is a technology innovator specializing in advanced semiconductor, visualization, and materials science applications. Its subsidiaries include EMASS, focused on ultra-low-power semiconductor and edge AI solutions. Additionally, Nanoveu owns Spinoff, a Singapore-based aerial robotics company developing proprietary drone platforms. This diversified approach positions Nanoveu to serve multiple adjacent markets where advanced materials, semiconductor design, and autonomous systems intersect.

Nanoveu is dual-listed on the ASX as NVU and on the OTCQB as NNVUF, accessing capital from Australian and North American investors. This geographic shareholder diversification aligns with Nanoveu’s international operations and business development. The EMASS partnership with Bosch Sensortec highlights the company’s success in collaborating with global technology leaders, validating its technology strategy and positioning in the competitive edge AI and sensor integration sectors.

Customer Evaluation and Next Steps for the Reference Design

The reference design is immediately available for customers developing next-generation asset-tracking solutions to evaluate. This access allows potential customers to assess platform capabilities, integration ease, and suitability for their needs. Interested parties can find more information about the EMASS ECS-DoT platform and asset-tracking reference design at nanoveu.com/emass/products. This direct engagement supports Nanoveu’s commercial strategy to accelerate edge AI adoption.

Immediate availability marks a key milestone in EMASS’s commercial roadmap. Providing working platforms reduces adoption barriers and shortens time-to-market for customers integrating ECS-DoT technology. Nanoveu plans to continue expanding its partner network and developing additional reference platforms across diverse markets and applications. Future updates may announce new partnerships, reference designs, or commercial achievements driven by ECS-DoT platform deployment.