MosChip Technologies, a global leader in silicon and product engineering, is set to launch its ProductXcelerate™ Blueprints at Embedded World North America, marking a major step in redefining how OEMs develop intelligent, connected products for the AI-driven era. The new suite brings together pre-validated, domain-ready reference designs that unify hardware, embedded software, digital, and AI engineering into a single, co-engineered lifecycle—streamlining product creation from concept to scale.
Developed under MosChip’s Integrated Engineering framework, ProductXcelerate™ Blueprints remove long-standing barriers between hardware, embedded software, digital systems, and AI modules. Each blueprint combines validated hardware platforms, embedded software stacks, DigitalSky GenAIoT™ modules, and AgenticSky™ cores, ensuring interoperability, certification readiness, and scalability. This integration allows OEMs to “design once, certify once, and scale across products,” dramatically shortening time-to-market while ensuring reliability and compliance.
DigitalSky GenAIoT™ adds connectivity and distributed intelligence through edge-cloud orchestration, analytics, and automation, while AgenticSky™ cores—including VisionCore, HMICore, WearableCore, and ControllerCore—embed agentic AI characteristics such as autonomy, adaptiveness, and context awareness. Together, they enable devices and edge systems to perceive, reason, and act intelligently in real time.
“Our goal is to bring a modular, pre-validated engineering approach that lets OEMs build faster, smarter, and more sustainably,” said Vishal Patil, Senior Vice President – Product Engineering BU, MosChip Technologies. “By combining leading hardware ecosystems with advanced embedded software and AI frameworks, we’re giving engineering teams the ability to accelerate design cycles, reduce compliance risks, and deliver next-generation products that evolve seamlessly.”
At Embedded World North America, MosChip will present five live demonstrations of its ProductXcelerate™ Blueprints, each crafted to accelerate innovation across key industries. These blueprints combine advanced hardware and intelligent software integration to deliver scalable, real-world solutions for next-generation connected systems.
The Automotive SDV Gateway Blueprint is engineered on an automotive-grade, high-performance gateway platform that aligns with SOAFEE and COVESA standards. It integrates DigitalSky GenAIoT™ telemetry and AgenticSky ControllerCore, enabling adaptive diagnostics, seamless over-the-air updates, and intelligent vehicle management capabilities.
For the industrial and energy sectors, the Industrial & BMS Edge Gateway Blueprint leverages a multi-core processor with IO-Link and BACnet support. It features edge-to-cloud orchestration and self-healing control mechanisms that ensure real-time optimization, predictive maintenance, and increased reliability in factory and energy management environments.
In the retail domain, the Auto-Checkout Kiosk Blueprint uses a vision-optimized platform equipped with multi-sensor inputs. Integrated with DigitalSky GenAIoT™ and AgenticSky VisionCore + HMICore, it delivers autonomous, context-aware checkout experiences, transforming customer interaction and operational efficiency at the point of sale.
For smart living and personal wellness, the Home Automation Bridge Blueprint and Wearable Companion Blueprint showcase MosChip’s strength in connected ecosystems. The home automation bridge operates on a low-power, multi-protocol controller with Matter-ready firmware, enabling resilient and intelligent home management. Meanwhile, the wearable companion uses an energy-efficient SoC to power Android-class devices, combining DigitalSky GenAIoT™ health analytics with AgenticSky WearableCore for real-time, personalized wellness tracking.
With the launch of ProductXcelerate™ Blueprints, MosChip reinforces its mission to empower OEMs with ready-to-deploy, intelligent, and scalable product frameworks—accelerating innovation in automotive, industrial, retail, consumer, and healthcare domains.
