Solutions & Services

Comprehensive C/C++ expertise for critical applications

Safety-Critical Embedded Systems

When lives depend on your software, you need engineering rigour that stands up to the most demanding scrutiny. We specialize in developing and certifying embedded systems to international safety standards.

Standards & Certifications

  • IEC 61508 – Functional Safety for industrial systems
  • ISO 26262 – Automotive functional safety (ASIL A-D)
  • DO-178C – Airborne systems and equipment certification
  • IEC 62304 – Medical device software lifecycle
  • EN 50128 – Railway applications software

What We Deliver

  • Safety requirements analysis and hazard assessment
  • Architecture design for safety-critical systems
  • MISRA C/C++ compliant implementation
  • Static and dynamic analysis
  • Unit, integration, and system testing
  • Certification support and documentation
// Safety-critical design patterns
#pragma once
#include <cstdint>

namespace safety {

template<typename T, T Min, T Max>
class BoundedValue {
    T value_;
public:
    constexpr explicit BoundedValue(T v)
        : value_(clamp(v, Min, Max)) {}

    [[nodiscard]] constexpr T get() const noexcept {
        return value_;
    }
};

} // namespace safety

UK & Europe

On-site or remote engagement from our Bath office, serving clients across the UK and EU.

Americas

US-based operations from Philadelphia, covering North and South American time zones.

Global

Distributed delivery model for international clients requiring follow-the-sun coverage.

C++ Contract Development

Access world-class C++ expertise on your terms. Whether you need to augment your team for a specific project or require specialized skills for a challenging technical problem, our contract developers integrate seamlessly with your workflow.

Engagement Models

  • Team Augmentation – Embedded developers working alongside your team
  • Project Delivery – Complete ownership of defined deliverables
  • Technical Advisory – Expert guidance on architecture and best practices
  • Code Review – Independent assessment of existing codebases

Technical Expertise

  • Modern C++ (C++17, C++20, C++23)
  • Template metaprogramming and generic programming
  • Performance optimization and profiling
  • Cross-platform development
  • Build systems (CMake, Bazel, Conan)
  • Testing frameworks (Google Test, Catch2)

AI & Machine Learning Development

Machine learning at the edge demands the performance and efficiency that only C/C++ can deliver. We develop high-performance ML solutions for embedded systems, real-time applications, and resource-constrained environments.

ML Infrastructure

  • Model Optimization – Quantization, pruning, and compression for embedded deployment
  • Inference Engines – Custom runtime development for specific hardware targets
  • Hardware Acceleration – CUDA, OpenCL, and vendor-specific accelerator integration
  • Edge Deployment – TensorRT, ONNX Runtime, TensorFlow Lite optimization

Application Domains

  • Computer vision for autonomous systems
  • Natural language processing on embedded devices
  • Predictive maintenance and anomaly detection
  • Real-time signal processing and classification
  • Reinforcement learning for control systems
// High-performance ML inference
#include <tensor.hpp>
#include <simd_ops.hpp>

namespace ml {

template<typename T, size_t N>
class OptimizedLayer {
public:
    auto forward(const Tensor<T>& input)
        -> Tensor<T>
    {
        // SIMD-accelerated computation
        return simd::matmul(input, weights_);
    }
private:
    alignas(64) Tensor<T> weights_;
};

} // namespace ml

Defense in Depth

Zero Trust Architecture

Continuous Validation

Cybersecurity

Security vulnerabilities in C/C++ code can have catastrophic consequences. We help organizations build secure systems from the ground up and harden existing codebases against evolving threats.

Security Services

  • Secure Code Review – Expert analysis of C/C++ codebases for vulnerabilities
  • Threat Modeling – Systematic identification of security risks
  • Secure Architecture – Design patterns that resist common attack vectors
  • Penetration Testing – Validation of system security through controlled testing

Focus Areas

  • Memory safety and buffer overflow prevention
  • Cryptographic implementation review
  • Secure boot and firmware protection
  • Network protocol security
  • Supply chain security and code signing
  • Compliance with IEC 62443, NIST frameworks

Consultancy Services

Vendor‑neutral, deeply technical advisory. We perform architecture and code reviews, design migration plans, define safety/security strategies, and guide build‑vs‑buy decisions. Expect frank assessments, quantified risks, and implementation‑ready roadmaps.

Project Delivery

End‑to‑end execution with engineering accountability. We scope, build, verify, and, where required, support certification. Deliverables include working software, documentation, and maintainable pipelines your team can own.

Specialist Headhunting

Research‑led search for rare engineering and leadership talent. We map markets, design the interview rubric, calibrate signals, and manage close. Embedded search partnerships align incentives to your outcomes.

Software Tooling

CodeLeft.ai
Our AI‑driven analyzer that unifies static/dynamic testing, documentation, and standards enforcement. CodeLeft.ai integrates with your repo and CI to:

  • Detect violations (MISRA/AUTOSAR/CERT) and generate targeted refactoring guidance.
  • Propose unit tests, harnesses, and assertions based on code intent.
  • Maintain live traceability and developer‑facing documentation.

Cantata (consulting & integration)
We extend Cantata with harness strategies, stubbing frameworks, coverage targets, and CI integration (e.g., Jenkins/GitHub/GitLab/Bazel). Outcomes: higher coverage, faster feedback, and audit‑ready test evidence.

Klocwork (advanced static analysis)
We operationalize Klocwork: checker baselines, false‑positive reduction, pre‑commit gating, MISRA/AUTOSAR mapping, dashboards for trends, and reports aligned to certification packages.

Lattix (architecture & refactoring)
We use Lattix DSM to assess and optimize complex C/C++ architectures: dependency cycles, layering violations, and modular boundaries. The result is a clearer architecture with measurable coupling reduction and safer refactoring paths.

Let’s Discuss Your Project

Every project is unique. Contact us to explore how we can help you achieve your objectives.

Get in Touch