ProductXcelerate Blueprints - Engineering Accelerators for Faster Product Realization
Pre-validated hardware + software + AI accelerators that reduce engineering risk and compress time-to-market for OEM product programs
ProductXcelerate Blueprints bundles MosChip’s vertical-ready engineering blueprints which includes reference hardware, embedded software, IoT & cloud connectivity, and AI accelerators, enabling OEMs to move from concept to production faster through guided integration and engineering execution.
ProductXcelerate Blueprint: Accelerating Physical → Functional → Connected → Cognitive → Agentic roadmap in products
Why ProductXcelerate Blueprints?
Trusted accelerators backed by production engineering experience
Pre-validated, vertical-ready blueprints that combine HW, device-SW, cloud, and AI accelerators.
Built for integration: reference boards/EVKs, SDKs, sample apps, and CI/test artifacts to reduce POC and integration time.
Accelerator-first approach – delivered as engineering accelerators inside an engagement model.
What ProductXcelerate includes?
Ready-made engineering building blocks to accelerate OEM programs
Board schematics, layout guidance, BOM optimization and manufacturing handoff.
BSPs, bootloaders, drivers, secure update & OTA frameworks, device management SDKs.
Secure device provisioning, edge↔cloud pipelines, telemetry, dashboards.
Pre-tuned models, edge inference patterns, and integration stubs for on-device and cloud AI. Know more about DigitalSky GenAIoT.
Event & intent handling building blocks for contextual, goal-driven behaviors (prototype-level, integration ready). Know more about AgenticSky.
Automated test suites, validation checklists, certification prep, and sustainment playbooks.
Integration checklists, sample CI/CD pipelines, pre-validated integration scenarios.
Automotive SDV Gateway Blueprint
Enables software-defined vehicle orchestration: secure OTA updates, vehicle telemetry aggregation, and adaptive diagnostics. Designed on automotive-grade gateway reference hardware, SOAFEE-aligned software architecture, multi-interface vehicle networking (CAN/LIN/Ethernet), edge-to-cloud telemetry pipelines, and AgenticSky ControllerCore for self-healing gateway behavior and ECU-level recovery workflows.
Industrial & BMS Edge Gateway Blueprint
Delivers resilient industrial and building intelligence: real-time sensor ingestion, predictive maintenance, and autonomous fault handling. Designed on industrial multi-core gateway hardware, support for industrial field and building protocols, ruggedized system design, GenAIoT edge-to-cloud orchestration pipelines, and AgenticSky ControllerCore for adaptive control loops and operational optimization.
Retail Auto-Checkout Kiosk Blueprint
Enables unattended retail experiences: vision-based item recognition, assisted checkout, and contextual user guidance. Designed on high-performance vision-enabled hardware with multi-sensor inputs, kiosk-grade operating system stack, secure transaction telemetry, optimized GenAIoT vision inference pipelines, and AgenticSky VisionCore + HMICore for autonomous perception and conversational assistance.
Wearable Companion Blueprint
Provides continuous human-centric companionship: proactive wellness alerts, coaching, and elderly care safety net. Designed on custom rigid-flex PCB, Android-based wearable OS porting, waterproof enclosure, optimized DigitalSky GenAIoT inference pipelines, and AgenticSky WearableCore integration for always-on contextual assistance and personalized feedback.
Home Automation Bridge Blueprint
Provides intelligent home orchestration: reliable device onboarding, protocol bridging, and adaptive automation. Designed on low-power multi-protocol controller hardware, Matter-ready firmware architecture, secure provisioning and OTA lifecycle workflows, GenAIoT device intelligence pipelines, and AgenticSky ControllerCore for resilient, self-adjusting home mesh systems.
No – ProductXcelerate is a set of engineering blueprints and accelerators we deliver as part of an engagement to speed your program. There are no hidden licensing or capex fees for the blueprints themselves.
Blueprints are integration-ready: MosChip adapts reference code and HW to your IP, performs system integration, and hands over production-ready artefacts.
Reference hardware, BSPs, connectivity, and validated AI pipelines are pre-validated; agentic components and GenAI flows are delivered as accelerators that require integration and validation for your product’s safety & compliance profile.
Yes. Blueprints are adaptable, allowing OEMs to tailor hardware interfaces, software stacks, AI models, and digital architecture while still retaining the advantages of a pre-tested foundation.
Blueprints include 75+ pre-trained, domain-aligned AI models, and AgenticSky modules, reducing AI model risk and accelerating AI performance validation. Teams gain measurable AI improvements with lower experimentation costs.
Absolutely. By using pre-validated hardware, software, and AI components, OEMs reduce:
- Integration risks
- QA overhead
- Field reliability issues
- Model performance uncertainty
- Cost of failed iterations
ProductXcelerate Blueprints - Engineering Accelerators for Faster Product Realization
Pre-validated hardware + software + AI accelerators that reduce engineering risk and compress time-to-market for OEM product programs.
ProductXcelerate Blueprints bundles MosChip’s vertical-ready engineering blueprints which includes reference hardware, embedded software, IoT & cloud connectivity, and AI accelerators, enabling OEMs to move from concept to production faster through guided integration and engineering execution.
ProductXcelerate Blueprint:
Accelerating Physical → Functional → Connected → Cognitive → Agentic roadmap in products
Why ProductXcelerate Blueprints?
Trusted accelerators backed by production engineering experience
Pre-validated, vertical-ready blueprints that combine HW, device-SW, cloud, and AI accelerators.
Built for integration: reference boards/EVKs, SDKs, sample apps, and CI/test artifacts to reduce POC and integration time.
Accelerator-first approach – delivered as engineering accelerators inside an engagement model.
What ProductXcelerate includes?
Ready-made engineering building blocks to accelerate OEM programs
Board schematics, layout guidance, BOM optimization and manufacturing handoff.
BSPs, bootloaders, drivers, secure update & OTA frameworks, device management SDKs.
Secure device provisioning, edge↔cloud pipelines, telemetry, dashboards.
Pre-tuned models, edge inference patterns, and integration stubs for on-device and cloud AI. Know more about DigitalSky GenAIoT.
Event & intent handling building blocks for contextual, goal-driven behaviors (prototype-level, integration ready). Know more about AgenticSky.
Automated test suites, validation checklists, certification prep, and sustainment playbooks.
Integration checklists, sample CI/CD pipelines, pre-validated integration scenarios.
Automotive SDV Gateway Blueprint
Enables software-defined vehicle orchestration: secure OTA updates, vehicle telemetry aggregation, and adaptive diagnostics. Designed on automotive-grade gateway reference hardware, SOAFEE-aligned software architecture, multi-interface vehicle networking (CAN/LIN/Ethernet), edge-to-cloud telemetry pipelines, and AgenticSky ControllerCore for self-healing gateway behavior and ECU-level recovery workflows.
Industrial & BMS Edge Gateway Blueprint
Delivers resilient industrial and building intelligence: real-time sensor ingestion, predictive maintenance, and autonomous fault handling. Designed on industrial multi-core gateway hardware, support for industrial field and building protocols, ruggedized system design, GenAIoT edge-to-cloud orchestration pipelines, and AgenticSky ControllerCore for adaptive control loops and operational optimization.
Retail Auto-Checkout Kiosk Blueprint
Enables unattended retail experiences: vision-based item recognition, assisted checkout, and contextual user guidance. Designed on high-performance vision-enabled hardware with multi-sensor inputs, kiosk-grade operating system stack, secure transaction telemetry, optimized GenAIoT vision inference pipelines, and AgenticSky VisionCore + HMICore for autonomous perception and conversational assistance.
Wearable Companion Blueprint
Provides continuous human-centric companionship: proactive wellness alerts, coaching, and elderly care safety net. Designed on custom rigid-flex PCB, Android-based wearable OS porting, waterproof enclosure, optimized DigitalSky GenAIoT inference pipelines, and AgenticSky WearableCore integration for always-on contextual assistance and personalized feedback.
Home Automation Bridge Blueprint
Provides intelligent home orchestration: reliable device onboarding, protocol bridging, and adaptive automation. Designed on low-power multi-protocol controller hardware, Matter-ready firmware architecture, secure provisioning and OTA lifecycle workflows, GenAIoT device intelligence pipelines, and AgenticSky ControllerCore for resilient, self-adjusting home mesh systems.
No – ProductXcelerate is a set of engineering blueprints and accelerators we deliver as part of an engagement to speed your program. There are no hidden licensing or capex fees for the blueprints themselves.
Blueprints are integration-ready: MosChip adapts reference code and HW to your IP, performs system integration, and hands over production-ready artefacts.
Reference hardware, BSPs, connectivity, and validated AI pipelines are pre-validated; agentic components and GenAI flows are delivered as accelerators that require integration and validation for your product’s safety & compliance profile.
Yes. Blueprints are adaptable, allowing OEMs to tailor hardware interfaces, software stacks, AI models, and digital architecture while still retaining the advantages of a pre-tested foundation.
Blueprints include 75+ pre-trained, domain-aligned AI models, and AgenticSky modules, reducing AI model risk and accelerating AI performance validation. Teams gain measurable AI improvements with lower experimentation costs.
Absolutely. By using pre-validated hardware, software, and AI components, OEMs reduce:
- Integration risks
- QA overhead
- Field reliability issues
- Model performance uncertainty
- Cost of failed iterations
