Embedded Software Development
We develop embedded software for connected devices and hardware products, from firmware and RTOS to embedded Linux, with stable behavior on real hardware, reliable connectivity, and safe update paths.
Discuss Your ProjectWe take embedded products from first boot to production: board bring-up, BSP work, drivers, RTOS tasks, and embedded Linux integration. We also set up logging, diagnostics, and a release process so updates remain controlled after launch.
What We Build
Embedded products live under tight constraints: timing, memory, power, and storage, plus imperfect hardware behavior. We design firmware around deterministic execution, clear state machines, safe recovery, and diagnostics that make field issues reproducible.
Core Capabilities
Firmware and Platform
- Bare-metal firmware for microcontrollers
- BSP work and board bring-up for prototypes and production revisions
- Device drivers and low-level hardware integration
- RTOS applications with measurable latency and controlled concurrency
- Embedded Linux development when you need richer stacks and connectivity
Architecture That Survives Updates
- Hardware abstraction layers that isolate change between revisions
- Clear module boundaries so new features don’t destabilize core behavior
- Versioned interfaces between firmware, apps, and backend services
Connectivity and Device Workflows
Devices fail in boring, expensive ways: reconnect storms, timeouts, partial packets, long idle periods, and sudden power loss. We implement communication layers and workflows that remain stable under those conditions.
- Provisioning and onboarding flows
- Telemetry, events, and command handling
- Offline buffering and backpressure strategies
- Device-to-cloud contracts that stay compatible across releases
- Safe handling for clock drift, delayed acknowledgements, and recovery after power interruptions
Integrations
We connect firmware with the rest of your product without “demo-only” assumptions.
- Integration with mobile apps and backend APIs
- Connectivity to IoT platforms with well-defined data models
- Authentication and lifecycle flows: enrollment, rotation, decommissioning
- Operational status reporting built for long-term observability
Security and Reliability
We focus on safe update paths and controlled recovery, so devices don’t turn into support tickets.
- Signed firmware and secure update flows where required
- Secure boot options and protected storage patterns
- Rollback strategies to reduce the risk of bricking
- Structured logging and crash signals that support incident response
- Traceable firmware versions and meaningful diagnostic artifacts
Verification and Testing
We validate behavior on real devices, with failure scenarios that reflect production reality.
- Timing, concurrency, and memory profiling
- Power and sleep cycle validation
- Long-run stability testing
- Failure injection for disconnects, brownouts, corrupted state, and interrupted updates
- Tooling that makes field bugs reproducible
Delivery Process
We keep delivery predictable by reducing integration risk early.
- Technical review of hardware, requirements, and any existing codebase
- Architecture and milestones aligned to your release plan
- Short implementation cycles with CI and frequent device testing
- Edge-case hardening, release packaging, and versioning
- Controlled rollout planning, plus support and maintenance aligned to your update cadence
Who This Is For
- Teams shipping connected devices and needing reliable firmware ownership
- Products moving from prototype code to production-grade behavior
- Companies planning OTA updates and multi-year device lifecycles
Project Inquiry
Tell us what you’re building, your hardware stack, and where you are today (prototype, pilot, production). We’ll propose a practical path for bring-up, stability, connectivity, and safe updates.
Portfolio
Examples of our work
View all cases
Scan&Go Mobile Self-Checkout MVP
Mobile self-checkout MVP for a European supermarket chain: scan items, build a cart, and pay on the go, reducing peak-hour queues and enabling personalized offers and loyalty engagement.
I-Practice Online Booking Web Platform
Healthcare booking platform that lets patients choose a doctor, pick a time slot, and confirm appointments with reviews, PDFs, and email notifications, while clinics manage schedules with less manual coordination.
FAQ
What types of embedded projects do you take on?
Firmware for microcontrollers, RTOS applications, board bring-up and BSP work, embedded Linux development, device drivers, and connectivity-heavy devices that need stable field behavior.
Can you work with an existing codebase and improve stability?
Yes. We can take over or co-develop, refactor risky parts, add diagnostics, reduce regressions, and set up a structure that stays maintainable as the product evolves.
Do you support board bring-up and new hardware revisions?
Yes. We help with early bring-up, driver integration, and adjustments across revisions so firmware remains compatible and predictable as hardware changes.
What RTOS experience do you have?
We build RTOS-based logic with controlled scheduling, concurrency management, and latency that can be measured and validated on target hardware.
How do you handle weak networks and disconnect-heavy environments?
We design for real conditions: retries, timeouts, reconnect storms, offline buffering, and versioned device-to-cloud contracts that stay compatible across releases.
Do you build OTA update mechanisms and safe rollback?
Yes, when needed. We implement safe update flows, versioning, rollback strategies, and release packaging that reduces the risk of bricking.
What security features can you implement?
Signed firmware, secure boot options, protected storage patterns, credential handling, and hardened update paths, depending on the hardware capabilities and product requirements.
How do you test embedded software?
On real hardware. Timing and concurrency checks, memory profiling, power and sleep validation, long-run stability tests, and failure injection for brownouts, disconnects, corrupted state, and interrupted updates.
What do you need from us to start?
Hardware details, current firmware state (repo or snapshot), constraints and target behavior, connectivity requirements, and your release cadence.
How do you organize delivery and communication?
Short cycles, clear milestones, frequent device validation, and regular demos or status updates, with integration risk handled early.
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