Embedded Software Development Services for UK Businesses Building Reliable Hardware-Connected Products
Our exceptional embedded software development solutions helps UK businesses build state-of-the-art embedded systems with clear scope in 5-10 days, reducing rework by 20-30%. We combine firmware engineering and hardware-connected product software to deliver reliable embedded product development UK solutions with less risk.
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What Problems Embedded Software Solves in Embedded Product Delivery
Embedded teams face Device reliability problems, Hardware bring-up issues, Timing constraints, and Memory constraints that cause delays and costly Field failures. We fix core embedded product delivery challenges by preventing firmware bugs and device failures using regression suites that deliver 30-50% reduction in field defects using regression suites.
Our QA gates ensure 99%+ stable firmware release readiness (QA gate) with Fault handling & watchdog recovery built-in. We reduce OTA update risk using OTA recovery mechanism included and build unique embedded software solutions as an Embedded Software development agency.
Why UK Businesses Choose Us for Embedded Software Development
Square Root Solutions UK, a full-cycle software development company in United Kingdom, builds production-ready embedded systems with clear delivery control. Our firmware delivery teams work with sprint milestones every 2 weeks, backed by review checkpoints, a full documentation pack, and long-term support with SLA options.
With 98% client satisfaction, we’re the embedded software partner UK product teams trust to reduce risk and deliver lasting results. Businesses consistently hire embedded software developers from us for precision and scale.
Embedded Software Development Services We Provide
We provide end-to-end embedded software development services with structured sprint delivery, 2-week milestones, and specialized modules such as firmware, RTOS, and IoT connectivity. Each engagement includes detailed driver development, QA gates, and review checkpoints to maintainhardware stability and delivery confidence.
Firmware Development for Microcontrollers
We deliver microcontroller firmware development for real-time control systems using memory-safe builds, precise interrupt scheduling, and low-latency response. Clients use our team to create your embedded software solutions with proven embedded product development services for high-performance firmware.
Embedded Linux Development
We offer embedded Linux development UK including custom Linux images, secure boot configurations, and kernel tuning. We manage long-term maintainable build pipelines using Yocto or Buildroot for performance-ready production deployment in embedded systems.
RTOS-Based Development
We provide RTOS firmware development with task-based architectures, stable inter-task communication, and predictable scheduling under peak load. Our experience in building a successful embedded software system ensures real-time behavior across safety-critical applications.
Device Driver Development
Our device driver development services focus on protocol accuracy, hardware validation, and error handling in noisy environments. We build clean driver abstraction layers and test for hardware compatibility to ensure driver portability and timing stability.
Bootloader & OTA Update Implementation
We implement OTA firmware update development using secure bootloaders and signed firmware packages. Our embedded bootloader solutions include rollback safety, partition management, and upgrade version control aligned with industry-grade embedded systems software development.
Embedded IoT Connectivity
Our IoT firmware development enables low-power, long-life device connectivity with MQTT embedded integration, cloud-ready telemetry, and offline buffering logic. We manage secure provisioning and device onboarding to deliver resilient IoT deployments.
Embedded Security Hardening
We deliver embedded security services with encrypted communications, anti-downgrade safeguards, and UK/EU-aligned security checklists. Our engineers ensure secure key storage and firmware protection while supporting your embedded product development services lifecycle.
What is Software Embedded development
Embedded software development is the process of designing, coding, and testing software that runs on dedicated hardware devices. This software controls specific functions within systems like medical devices, automotive components, or industrial machines. It is optimized for performance, reliability, and resource efficiency in real-time environments.
Industries in the UK That Use Embedded Software Systems
UK product companeis use embedded systems when hardware must run safely, reliably, and within tight constraints. We support 15+ embedded industry use cases supported with a Compliance-first requirements mapping approach and a Production-stage delivery approach. Our work covers industrial embedded systems, embedded software for robotics, and connected devices that demand long-life performance. Each build focuses on stable drivers, deterministic timing, and predictable QA gates. This is how we deliver Custom embedded software development that fits real factory, medical, and mobility environments.
How Our Embedded Software Development Process Controls Delivery Risk
Our team develops and designs bespoke Embedded systems software using a step-by-step delivery model designed for risk mitigation. Each stage in our embedded SDLC is structured to reduce late hardware surprises, optimize QA strategy, and ensure field-ready firmware with fewer defects.
Contact UsHardware Interface Mapping & Requirement Freeze
We begin by mapping all hardware interfaces, documenting timing specs, and freezing inputs. This prevents late hardware surprises and ensures accurate interface mapping for embedded edge systems.
Architecture Design (RTOS tasks, driver layers, memory plan)
We define RTOS task priorities, memory layout, and driver abstraction layers upfront. This helps reduce ambiguity in low-level code paths and supports testable embedded software engineering.
Development in Sprints With Testable Milestones
Each feature is delivered through 2-week sprints, with milestones linked to hardware readiness. All sprint tickets include code + test + review, reducing risk of non-testable firmware chunks.
Hardware-in-the-Loop Testing + Regression Automation
We run automated regression tests on actual hardware with sensor stubs and signal emulation. This ensures early defect control and supports stable releases with 30-50% fewer field bugs.
Release, Field Monitoring & Post-Launch Support
Every release includes QA gate approval, OTA test logs, and post-launch support with watchdog logs, memory snapshots, and uptime tracking. Clients receive embedded SDLC docs and maintenance dashboards.
Embedded Software Testing, Debugging & Reliability Engineering
We verify firmware reliability through hardware debugging using tools like JTAG/SWD, logic analyzer, and oscilloscope testing. Each release includes firmware profiling, structured embedded debugging workflows, and CI/CD firmware builds. Our process enables 30% faster bug closure using structured debug workflows.
Every build passes a regression test suite per firmware release, gated by reliability engineering rules. An automated firmware build pipeline ensures stable delivery for edge device software development with enforced reliability gates before production release.
Security and Compliance for UK Embedded Products
We secure connected devices using Device identity, device identity management, and Cryptographic key management from day one. Our engineers apply ISO security principles with GDPR for IoT to build GDPR compliant IoT devices that support UKCA readiness.
We deliver secure OTA firmware updates with a Secure update pipeline included, plus Role-based access for update keys. We provide Audit-ready documentation and enforce 0 known critical vulnerabilities at release gate. This approach helps teams Craft a successful embedded software application.
Tools, Platforms & Embedded Tech Stack We Use
We build time-tested embedded software using a reliable toolchain and platform stack customized per project scope.
AWS
Azure
Google cloud platform
Microsoft Dynamics
IBM Cloud
Oracle Cloud
DigitalOcean
Heroku
Android
IOS
Linux
Windows
macOS
Chrome OS
MSSQL
MySQL
PostgreSQL
Oracle Database
SQLite
IBM Db2
Amazon RDS
MongoDB
Amazon DynamoDB
Elasticsearch
Google Spanner
Docker
Jenkins
Kubernetes
GitHub Actions
Engagement Models for Embedded Software Projects in the UK
Choose from flexible engagement paths designed for firmware delivery speed, accountability, and sprint-driven output control across embedded software projects in the UK.
Fixed Scope: Defined Outputs & Acceptance Criteria
Use our fixed scope firmware build model for clear milestones, QA checklists, and delivery timelines with signed acceptance criteria. Ideal for high-stakes deliverables that demand locked outputs and predictable firmware cost.
Dedicated Team: Monthly Velocity and Sprint Outcomes
Set up a dedicated embedded team for long-term builds. Measure work by monthly velocity and link output to defined sprint outcomes. Ideal for companies needing sustained progress with full delivery accountability.
Staff Augmentation: 1-3 Engineers Ramp-Up Within 7-10 Days
Start fast with the staff augmentation model. Ramp up 1-3 engineers within 7-10 days to support internal teams. Includes weekly reporting, embedded ownership, and strong project governance guardrails.
Embedded Software Development Cost in the UK (What Drives Pricing)
At Square Root Solutions UK, embedded software development costs typically range from £25,000 to £150,000. Pricing is driven by project complexity, hardware integration, safety certification, and development timeline. UK clients often face higher costs due to compliance with ISO standards, post-deployment support, and industry-specific regulations.
Frequently Asked Questions
Square Root Solutions UK designs, develops, and tests embedded software that powers custom hardware systems. The company manages the entire process, including firmware programming, real-time OS integration, device driver development, and compliance with UK industry standards. Its goal is to deliver efficient, stable, and secure embedded solutions.
We develops firmware for STM32, ESP32, and ARM Cortex devices. The company programs low-level drivers, configures peripherals, and integrates real-time operating systems. It ensures reliable performance, power efficiency, and compliance with hardware-specific requirements across industrial, consumer, and IoT applications.
We secure embedded firmware by using encryption, secure bootloaders, and hardware-based authentication. The company prevents hacking through code obfuscation, regular firmware updates, and secure key storage. It also follows UK cybersecurity standards to protect devices from unauthorized access, tampering, and data breaches.
We implement secure boot and signed firmware updates to protect embedded systems from unauthorized code execution. The company verifies digital signatures at startup and ensures only authenticated firmware runs on the device. This approach prevents tampering, strengthens device integrity, and meets UK security compliance standards.
We conduct unit testing, integration testing, hardware-in-the-loop (HIL) testing, and regression testing for embedded software projects. The company verifies real-time performance, memory usage, and fault tolerance. Testing ensures system stability, meets safety standards, and validates functionality across different hardware configurations.
Square Root Solutions UK debugs embedded systems using JTAG, SWD interfaces, logic analyzers, and real-time trace tools. The company isolates faults by monitoring memory, CPU registers, and I/O behavior. It also uses firmware logs and breakpoint analysis to identify timing issues, crashes, and hardware-software mismatches.
We support UKCA and CE compliance documentation for embedded systems. The company provides technical files, test reports, risk assessments, and declarations of conformity. This ensures your product meets UK and EU regulatory standards for safety, EMC, and environmental directives like RoHS.
We use agile sprints to develop embedded software in iterative, time-boxed phases. The team plans features, delivers working code in 2–4 week cycles, and adapts based on feedback. This approach improves collaboration, reduces risk, and accelerates delivery of reliable embedded systems.
We typically deliver embedded software projects in 3 to 9 months. Timelines depend on system complexity, hardware availability, certification needs, and integration scope. Smaller prototypes may take 4–6 weeks, while safety-critical or multi-board systems can extend beyond 12 months.
We typically build a firmware MVP in 4 to 8 weeks. The timeline depends on hardware readiness, feature scope, and real-time performance needs. MVPs focus on core functionality such as sensor integration, I/O control, and boot processes to validate hardware-software interaction early.
Yes, Square Root Solutions UK offers dedicated embedded software teams on a monthly basis. Clients can hire teams that include embedded engineers, firmware developers, and QA specialists. Monthly engagement provides flexibility, faster delivery, and direct collaboration, ideal for long-term projects or ongoing product development.
Our embedded software developers provide post-launch firmware support, including bug fixes, performance updates, and feature enhancements. The team monitors system behavior, addresses field issues, and delivers over-the-air (OTA) updates when needed. Ongoing support ensures long-term reliability, compliance, and user satisfaction.
Yes, we monitor embedded devices in the field after release. The company uses remote diagnostics, telemetry, and logging to track performance, detect faults, and gather usage data. This enables proactive maintenance, faster issue resolution, and continuous firmware improvement based on real-world feedback.
Yes, Square Root Solutions UK supports firmware updates for old devices. The company analyzes legacy hardware constraints, updates codebases, and ensures backward compatibility. It also implements secure delivery methods like USB or OTA to upgrade existing systems without disrupting functionality or violating compliance standards.