Silicon foundation
SoC and board enablement
Boot chains, BSPs, peripheral drivers, memory maps, power states, register validation, and board bring-up.
Silicon-to-system embedded engineering
Build intelligent hardware platforms from chip bring-up to production readiness.
Skylink engineers the low-level software, robotics control, connected I/O, edge AI, validation, and release infrastructure behind dependable embedded products.
Semiconductor enablement
Robotics and physical AI
Industrial edge systems
Connected device platforms
Production validation
Platform portfolio
A product-company style engineering stack for modern embedded programs.
Designed for teams that need more than isolated firmware work: silicon familiarity, system architecture, software delivery, hardware-aware validation, and production handoff.
Embedded compute
Firmware and runtime platforms
Bare-metal firmware, RTOS services, embedded Linux, diagnostics, secure updates, telemetry, and device services.
Intelligent machines
Robotics and physical AI
Motor control, sensing, autonomy hooks, safety states, kinematics interfaces, and edge inference pipelines.
Solutions
Engineering programs organized like industry platforms.
Skylink turns hardware intent into structured subsystems: compute, connectivity, control, intelligence, observability, and validation. Each subsystem has defined interfaces, test gates, and release artifacts.
Discuss a platform roadmapConnected edge products
Smart sensors, gateways, industrial devices, field telemetry, secure update paths, and production diagnostics.
Robotics control systems
Motion loops, actuator timing, perception interfaces, autonomy services, and safety-state behavior.
Silicon validation support
Board readiness, driver exercise, failure visibility, power-state checks, interface validation, and debug tooling.
Edge AI deployment
Camera and sensor pipelines, accelerator integration, model packaging, runtime monitoring, and device logging.
Architecture
A clean path from silicon signals to product-level outcomes.
The work is organized around layers that industry leaders use to make complex hardware programs readable: platform, software, system intelligence, validation, and lifecycle support.
Chip and board
SoC selection, power rails, clocks, memory, buses, boot, and board support.
Runtime software
Firmware tasks, kernel support, device drivers, update flow, and diagnostics.
Control and AI
Sensor fusion, robotics loops, inference pipelines, events, policies, and safety states.
Connectivity
Ethernet, wireless, serial, telemetry, provisioning, logging, and field interfaces.
Factory and field
Manufacturing tests, HIL rigs, trace capture, release packages, and support tools.
Validation and transfer
Build confidence before field deployment or production ramp.
Every engagement can produce measurable artifacts: logs, test plans, debug notes, firmware images, release baselines, and production handoff material.
- Bring-up evidence
- Board, SoC, firmware, driver, and interface readiness.
- Operational visibility
- Telemetry, trace points, fault reports, and reproducible diagnostics.
- Release discipline
- Versioned builds, configuration baselines, test gates, and documentation.
Engagement model
Start focused, then scale into a full platform path.
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01
Platform definition
Capture target silicon, board constraints, interfaces, operating modes, data paths, safety limits, and schedule.
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02
Bring-up and integration
Enable boot, drivers, firmware services, robotics paths, connectivity, edge AI, and instrumentation.
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03
Validation and hardening
Run bench automation, HIL checks, fault injection, logging review, thermal and power checks, and field readiness gates.
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04
Release and transfer
Deliver images, source packages, test reports, production diagnostics, and handoff notes for the next engineering phase.
Contact
Share the platform, silicon, robotics, or embedded product you need to build.
Use the form to open an email with the project details. Include target hardware, interfaces, validation needs, and schedule.