Embedded firmware
MCU firmware, RTOS tasks, peripheral drivers, bootloaders, power optimization, and testable device logic.
Embedded systems + applied AI
Engineering intelligent connected products from board to cloud.
We help hardware companies design firmware, edge AI pipelines, device connectivity, and production-ready software for global markets.
- MCU / Linux
- Firmware & BSP
- Vision / LLM
- AI integration
- IoT / OTA
- Device platforms
What we do
A technical partner for companies building smart hardware.
From low-level drivers to AI-enabled applications, our team bridges embedded engineering and modern software so your product can move from prototype to deployment with fewer handoffs.
6
visible product cases
5
smart hardware categories
Board to cloud
embedded, IoT, and AI delivery
Capabilities
Engineering services shaped for real devices.
Embedded Linux & BSP
Board bring-up, Linux customization, kernel drivers, Yocto/Buildroot pipelines, and factory image workflows.
AI on the edge
Vision models, sensor fusion, model compression, inference optimization, and hardware-aware deployment.
Connected device platforms
MQTT, BLE, Wi-Fi, 4G/5G, OTA updates, device telemetry, dashboards, and cloud-side APIs.
AI service development
RAG systems, automation agents, private knowledge assistants, multimodal workflows, and API integration.
Prototype to production
Technical feasibility, architecture review, MVP development, test rigs, deployment support, and documentation.
Solutions
Where embedded engineering meets applied intelligence.
We focus on product teams that need reliable device software and practical AI, not slideware. Choose a scenario to see the typical scope.
Selected scope
Industrial vision and edge inspection
Camera integration, image acquisition, model deployment, PLC or gateway communication, event logging, and operator dashboards.
- Industrial camera and sensor integration
- Edge model optimization and inference service
- Device telemetry, alerts, and remote diagnostics
Selected work
Embedded product work clients can see and evaluate.
These product cases show our embedded control and device behavior work across smart hardware categories.
Product case
Hydroponic planter electronic control
We handled the electrical control portion of the product, turning device behavior, sensing, lighting, timing, and reliability requirements into an embedded control implementation suitable for product delivery.
- Scope
- Electronic control system
- Product type
- Smart hydroponic planter
- Contribution
- Embedded control and device behavior
Product case
Wireless calling system
We developed this calling system product, covering embedded device logic, receiver display behavior, button communication, prompt handling, and reliable multi-button operation.
- Scope
- Calling system development
- Product type
- Wireless service call device
- Contribution
- Receiver logic, call buttons, and device interaction
Product case
Dishwashing appliance electronic control
We developed the electronic control portion for this dishwashing product, supporting appliance control logic, operation states, safety handling, and stable device behavior.
- Scope
- Electronic control development
- Product type
- Dishwashing appliance
- Contribution
- Control logic, operating states, and device reliability
Product case
Zcamp capsule smart home system
We developed the smart home system for Zcamp product applications, supporting cabin device coordination, scene control, environmental control, and user-facing operation flows.
- Scope
- Smart home control system
- Product type
- Capsule cabin and mobile hospitality unit
- Contribution
- Device control, scenes, and cabin interaction logic
Product case
Vehicle refrigerator electronic control
We developed the electronic control portion for this vehicle refrigerator product, supporting temperature control, power management, cooling behavior, and stable operation in automotive use cases.
- Scope
- Electronic control development
- Product type
- Vehicle refrigerator
- Contribution
- Temperature control, power handling, and cooling logic
Product case
Easybox industrial IoT product
We developed the Easybox product work for industrial IoT scenarios, supporting equipment connectivity, data acquisition, remote monitoring, alarms, and cloud-side device workflows.
- Scope
- Industrial IoT product development
- Product type
- Industrial intelligent connector
- Contribution
- Connectivity, monitoring, alarm, and cloud workflows
Project shape
Clear deliverables clients can evaluate.
Architecture package
System block diagrams, protocol decisions, deployment topology, risk register, and milestone plan.
Working prototype
Firmware, AI pipeline, dashboard, API, or integration demo running on target hardware or a close development kit.
Production handoff
Source code, build scripts, deployment notes, test checklist, and maintainable documentation for your team.
Engagement model
A practical path from idea to deployed system.
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1
Discovery
Clarify product goals, constraints, hardware state, data availability, compliance needs, and commercial priorities.
-
2
Feasibility
Validate the technical path with a small proof, benchmark, integration test, or architecture review.
-
3
Build
Implement firmware, AI services, device connectivity, application logic, and the required tooling around them.
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4
Launch support
Help with deployment, validation, documentation, bug fixing, and post-launch improvement cycles.
Start the conversation
Tell us what you are building.
Share your product type, target hardware, AI requirements, current stage, and expected timeline. We will respond with a practical next step.