At-a-Glance
| Challenge | How the FoundriesFactory™ platform helps |
|---|---|
| AI-driven autonomy at the edge | Unified Linux platform with secured update pipelines for consistent, scalable deployments |
| Real-time control + high-performance AI on the same device | Hybrid architecture support: deterministic MCU control + Linux-based AI workloads |
| Secure fleet operations across diverse hardware | Embedded CVE tracking, automated patch delivery, and hardware-agnostic security tooling |
| CRA-ready security posture for robotics fleets | Verified boot, signed updates, minimal attack surface, and continuous vulnerability management |
| Long-term lifecycle management for deployed robots | CI/CD pipelines, rollback-ready OTA updates, and fleet-wide observability |
| Traceability and auditability for safety-critical robotics | Git-based workflows with full provenance and reproducible builds |
| Ecosystem integration | Innovation succeeds when hardware, software, and AI work seamlessly together |
The Challenge: Building Intelligent, Secure, and Maintainable Robotics Fleets
Robotics is undergoing a profound shift. As autonomous systems move from controlled environments into dynamic real‑world settings, developers need platforms that combine high‑performance AI, real‑time control, and secure, scalable software lifecycles.
Robotics manufacturers face a familiar but growing set of challenges:
- Fragmented software stacks that slow development
- Difficulty deploying and maintaining AI models across distributed fleets
- Security and compliance pressures, including the Cyber Resilience Act (CRA)
- Real-time control requirements alongside high-performance AI workloads
- Long-term maintainability for devices expected to operate for years
These challenges are not theoretical. Foundries.io customers like FORT Robotics and idealworks have already demonstrated how complex robotics systems can become without a unified, secure, continuously updated software foundation.
The robotics industry needs a platform that supports:
- Real‑time deterministic control
- High‑performance AI inference
- Secure OTA updates
- Fleet‑wide lifecycle management
- Compliance‑ready security architecture
A Complete Robotics Stack from Silicon to Cloud
Qualcomm Dragonwing™ IQ-8 Series Microprocessor
Enables demanding robotics workloads including:
- Visual SLAM
- Object detection and tracking
- Gesture recognition
- Predictive maintenance
- Autonomous navigation
Its heterogeneous compute architecture allows developers to run complex AI models while maintaining low-latency responsiveness.
Arduino® VENTUNO™ Q Board
Brings Dragonwing performance to a developer-friendly board that excels in robotics workloads. Key features include:
- Dragonwing IQ-8 Series for high-performance AI, delivering up to 40 TOPS of AI performance
- Dedicated STM32H5 microcontroller for real-time control
- Compatibility with Arduino® App Lab for local LLMs, VLMs, gesture models, and more
- A unified environment bridging prototyping and production
Edge Impulse
The ML pipeline robotics teams need to iterate quickly:
- Data ingestion and labeling
- Model training and optimization
- Deployment directly to the VENTUNO Q
- Support for vision, audio, and motion intelligence
This dramatically shortens the AI development loop, enabling robotics teams to update and refine models continuously.
The FoundriesFactory Platform
The security-focused, production-grade software foundation that ties the entire stack together:
- Upstream Linux® kernel and Yocto-built production Qualcomm® Linux® 2.x/LmP OS
- Secure boot, device provisioning, and fleet management
- Continuous OTA updates for firmware, OS, and containers
- DevOps workflows for robotics CI/CD
- Compliance-ready architecture aligned with the Cyber Resilience Act
This ensures robotics fleets remain secure, up-to-date, and maintainable for years.
Impact
- Accelerated Development: Arduino developer‑friendly environment and Edge Impulse’s ML tooling enable rapid prototyping and iteration
- AI at the Edge: Dragonwing compute performance supports advanced AI workloads with low latency
- Real‑Time Reliability: The STM32H5 microcontroller ensures deterministic control loops for robotics motion and safety
- Secure, Scalable Fleets: Foundries.io enables secure OTA updates, fleet management, and long‑term maintainability
- Reduced Certification Burden: A consistent, secure Linux platform simplifies audits and compliance
Real-World Applications
This ecosystem is enabling robotics innovation across:
- Autonomous mobile robots (AMRs)
- Industrial intralogistics platforms (as seen with idealworks)
- Safety-critical control systems (as deployed by FORT Robotics)
- Service robots for retail and hospitality
- Smart agriculture and inspection drones
- Collaborative robots (cobots)
Would you like support with building a secure, scalable software foundation for your next robotics platfor?
The combination of the Dragonwing, VENTUNO Q, Edge Impulse, and FoundriesFactory platform represents a new blueprint for robotics innovation. It gives developers the performance, flexibility, and security they need — from the first prototype to global fleet deployment.
Launch a Community Edition factory or request a demo to see how the FoundriesFactory platform can support you in building intelligent, secure, and maintainable robotics fleets.