The Uno Q Strategic Hub: Own Your Industrial Stack
The Arduino® UNO Q is a dual-brain platform combining a Linux Debian-capable MPU and a real-time MCU. Whether you need object recognition, predictive maintenance gateways, or deterministic motor control, DeepSea Developments is the perfect partner to build the edge-ready solutions your business needs.
THE "DUAL-BRAIN" ADVANTAGE
Our approach ensures that our clients receive high-quality, cost-effective wearable tech products that meet the needs of the healthcare, consumer electronics, fitness, and industrial markets. As one of the top wearable electronics companies in California, DeepSea Developments is committed to delivering robust, scalable, and user-friendly wearable solutions.
Qualcomm® Dragonwing™ MPU:
A quad-core Arm® Cortex®-A53 running Debian Linux for high-level tasks like AI and computer vision.
STM32U585 MCU:
An Arm® Cortex®-M33 for responsive, time-critical control and 3.3V I/O.
Seamless Integration:
Both processors communicate via the Arduino Bridge RPC layer to handle complex projects on a single board.
Superior Cost-Effectiveness:
Eliminate expensive software licenses, support contracts, and "proprietary taxes." You pay for the hardware, while the development tools remain yours to keep.
Unmatched Flexibility:
Break free from rigid systems by programming in C++, Python, or IEC 61131-3 (PLC standards), ensuring seamless integration with any IT or cloud ecosystem.
Freedom from Vendor Lock-In:
Open standards grant you full ownership of your solution. Swap hardware or upgrade components without rewriting code or scrapping your entire infrastructure.
Global Community & Rapid Troubleshooting:
Bypass slow support tickets with instant access to massive open-source libraries and forums where most technical challenges have already been solved.
INDUSTRY-SPECIFIC SOLUTIONS
The dual-architecture of the Arduino® UNO Q isn’t just a technical feat—it’s a versatile foundation for the next generation of industrial IoT. From heavy-duty automation to intuitive smart interfaces, we leverage this ‘dual-brain’ power to build specialized solutions across every major sector.
A. Robotics & Industrial Automation
-Use Case: Develop autonomous delivery robots or vision-guided arms using Linux-based vision and MCU motor control.
-Focus: Real-time deterministic control paired with hardware-accelerated 3D graphics and video encoding.
B. Smart City & Infrastructure
-Use Case: Build interactive smart kiosks or vision-based inspection tools with built-in high-speed connectivity.
-Focus: High-speed I/O and Full HD video output via USB-C for public-facing displays.
C. Edge AI & On-Device Intelligence
-Use Case: Implement local anomaly detection, sound recognition, or keyword spotting without external processors.
-Focus: Leveraging pre-loaded AI models and "Bricks" for accelerated machine learning deployment.
D. Smart Home & Building Automation
-Use Case: Create facial recognition doorbells and climate hubs that adapt to movement and voice commands.
-Focus: Local processing for enhanced privacy and integrated Wi-Fi® 5 / Bluetooth® 5.1 connectivity.
Why Partner with DeepSea Developments?
Choosing the right hardware is only half the battle; the other half is choosing a partner that can harness its full potential. At DeepSea Developments, we combine the “Dual-Brain” power of Arduino Pro with a development philosophy built on speed, transparency, and technical excellence.
Accelerated Workflow
We use Arduino App Lab to combine Python scripts, C++ sketches, and containerized AI models into one unified application.
Robust Prototyping
We leverage the 4GB RAM / 32GB eMMC variant to ensure your resource-intensive apps run stably.
Scalable Deployment
Support for Docker and Docker Compose allows us to orchestrate your software across multiple devices efficiently.
Specialized Engineering Expertise
Our engineers are specialists in the Arduino Pro ecosystem, moving beyond standard implementations to find innovative ways to solve complex industrial hurdles.
Proactivity & Innovation
We can anticipate roadblocks. Our team is constantly looking for ways to optimize your architecture for better performance and lower long-term costs.
Radical Transparency
We believe in open communication. Through every phase of development, you have full visibility into our process, ensuring that the final product aligns perfectly with your vision.
Fast Time-to-Market
Our streamlined development cycles and deep familiarity with open-source libraries allow us to move from concept to deployment at a pace traditional firms can’t match.
YOUR NEXT INNOVATION STARTS WITH "UNO Q".
Don’t let technical complexity slow your time-to-market. Our engineers specialize in the Arduino® UNO Q dual-architecture to bring your ideas to life.
Conceptualize your idea
Define the vision and objectives of your device.
Fast prototype (PoC)
Validate feasibility, define features, and select components.
Advanced Prototype (MVP)
Create functional samples for testing and refinement.
Golden sample
Finalize the design, ready for mass production and industrial use.
CLIENT FEEDBACK
"Thanks to DeepSea Developments’ expertise, we got a cost-effective, end-to-end solution that has already saved us thousands of dollars in machinery maintenance."
Smart thermal Management
The challenge: Thermal management is no longer just about turning on a fan when things get hot—it is about energy optimization, preventing throttling, ensuring hardware longevity, and maintaining uncompromising operational safety.
Results:The integration has resulted in energy savings of up to 30%, improved equipment reliability, and enhanced operational efficiency. The company reports reduced cooling costs while maintaining optimal working conditions for critical systems.
Smart security and access control
Local Biometric Orchestration: Perform facial recognition, gait analysis, or PPE compliance checks entirely on the QRB2210 MPU. Sensitive employee biometric data stays on the device, ensuring 100% compliance with strict corporate data privacy regulations.
Edge-native smart security: Modern facility security requires intelligent gateways capable of multi-factor authentication without cloud dependency.
As experts in building Arduino Pro projects for the industry, we can design and develop professional terminals that isolate high-level AI processing from critical safety triggers.
LOOKING TO BUILD A UNO Q BASED-DEVICE?
Frequently Asked Questions (FAQ) about our UNO Q based-devices
you need more than a vendor; you need a strategic roadmap for hardware sovereignty. Here is how we leverage the UNO Q and the Arduino Pro ecosystem to deliver enterprise-grade assets.
What types of devices can you develop?
We specialize in high-stakes, “Dual-Brain” industrial assets. This includes:
Autonomous Mobile Robots (AMRs): Navigation brains with real-time safety envelopes.
Edge AI vision systems: Localized sorting and quality control without cloud latency.
Software-defined PLCs: Open-architecture process controllers that eliminate vendor lock-in.
Predictive maintenance gateways: Distributed sentry networks for high-value rotating equipment.
Secure industrial gateways: Biometric access control and data-sovereign telemetry hubs.
- We can build several solutions for the industrial market. Just talk to us, and we will help you out.
What is the typical development timeline for a UNO Q based-device?
By leveraging the pre-validated Arduino Pro ecosystem, we bypass the “ground-up” R&D phase that usually stalls hardware projects.
Rapid prototyping (4–6 weeks): Functional “Alpha” units demonstrating core logic and signal integrity.
Production-ready design (3–5 months): Finalized custom carrier boards, industrial hardening, and optimized firmware.
The benefit: This typically shaves 40% off traditional development cycles, allowing you to move from concept to pilot before your competitors have finished their spec sheets.
How do you ensure product efficiency?
Efficiency in our world means maximum performance with minimum technical debt. As Arduino Pro Gold Design Partners, we provide distinct advantages:
Tier-1 Access: We have a direct line to Arduino’s core engineering team, ensuring your architecture is optimized for the latest silicon capabilities.
BOM Optimization: We use industrial modules that are already production-proven, significantly reducing your Bill of Materials (BOM) risk.
Reduced R&D Friction: Our partner status means we use standardized, modular building blocks, ensuring that every hour of engineering is spent on your unique value proposition, not reinventing basic connectivity.
Can you help with regulatory certifications?
Yes. Compliance is often the graveyard of hardware prototypes; we make it a milestone.
Pre-Certified Foundations: The UNO Q and the underlying Arduino technology are engineered with CE, FCC, and RoHS compliance in mind.
Accelerated Approval: Because we build on top of pre-certified modules, the path to UL or ISO certification is significantly shorter and less expensive. We handle the documentation and testing orchestration to ensure your product meets global industrial standards.
Do you offer end to end support?
We don’t just hand over a schematic and walk away. Our partnership covers the entire lifecycle:
Architecture & design: Defining the MPU/MCU split for safety and performance.
Firmware & edge AI: Developing the “brains” of the device, including Dockerized ML models.
Custom hardware: Engineering the carrier boards, power isolation, and EMI shielding.
Mass production: Transitioning from pilot to scale with DFM (Design for Manufacturing) expertise.
Lifecycle management: Ensuring your fleet stays secure and updated via remote orchestration.
