Mission-Critical Embedded Engineering for Defence & Aerospace
Comint delivers embedded engineering services that translate complex hardware platforms into reliable, intelligent and production-ready systems. Our work spans the complete embedded lifecycle from low-level firmware and real-time software to signal processing, system integration and validation—supporting applications where determinism, performance and stability are essential.
Operating at the intersection of hardware and software, we enable system integrators, product teams and R&D organisations to build embedded platforms that function predictably under real-world constraints. Our focus extends beyond development to ensuring systems are integrated, validated and ready for sustained operation across their full lifecycle.
Embedded Systems Engineered for Predictable Operation
Embedded platforms demand software that performs consistently within tight timing, memory and processing limits. Comint provides embedded engineering services that prioritise deterministic behaviour, efficient resource utilisation and robust fault handling.
Our work supports control systems, sensor platforms, RF electronics and intelligent devices that must operate reliably in dynamic, constrained and mission-critical environments—ensuring stable performance under continuous operation and adverse conditions.
Embedded Engineering Capabilities Across the System Stack
Comint offers a structured and comprehensive set of embedded engineering services spanning the full system stack, including:
- Embedded Firmware & Real-Time Systems using Embedded C/C++ on bare-metal and RTOS platforms, including drivers, bootloaders, diagnostics and deterministic control loops
- High-Speed DSP & Sensor Processing for RF and sensor systems, supporting real-time acquisition, filtering, modulation and direction-finding
- Defence Communication Protocols implementing standard and custom interfaces with deterministic, secure and redundant communication
- Embedded Linux Platforms & Mission Software covering board bring-up, drivers, middleware, mission applications and operator interfaces
- Edge AI, Sensor Fusion & Intelligent Systems enabling real-time perception, classification and anomaly detection on embedded platforms
- Automated Test Systems & Validation Frameworks with HIL, ATE, calibration, acceptance testing and compliance-ready V&V
These capabilities are delivered with a strong emphasis on system integration, structured validation and lifecycle readiness—enabling smoother qualification, reduced rework and sustained system performance across mission-critical deployments.
Why Embedded Engineering Matters More Than Ever
Modern defence and industrial systems are increasingly software-defined, interconnected and sensor-driven. Embedded engineering determines how effectively hardware capabilities translate into reliable field performance. Strong embedded foundations reduce integration risk, support qualification and ensure platforms remain adaptable as requirements evolve—making embedded engineering central to operational readiness in mission-critical systems.
Network testing enables organisations to deliver consistent user experience, strengthen security posture and maintain operational stability across complex environments. It forms the foundation of network resilience and gives teams the confidence to deploy new services, upgrades and technologies without disruption.
Compliance, Assurance & Engineering Governance
Comint’s embedded engineering services are delivered with explicit attention to compliance and engineering governance required for defence and mission-critical platforms. Our development and validation workflows are designed to support qualification, auditability and long-term maintainability.
Through disciplined requirements traceability, controlled configuration management, rigorous verification and documented validation artefacts, we help system teams meet regulatory, contractual and operational assurance requirements—ensuring embedded systems remain reliable, supportable and compliant throughout their operational life.
