Software Engineering and Verification
With a focus on controlled execution, we deliver software engineering and verification as an integrated capability; not isolated development effort. Our teams operate within program environments to develop, integrate, and verify flight and ground software systems that meet strict performance, reliability, and mission requirements.
We align software development with system-level objectives; ensuring traceability from requirements through verification. Through automated testing, continuous integration, and disciplined validation practices, we reduce integration risk, accelerate delivery, and ensure software is mission-ready at every stage of the lifecycle.
Test, Verification & Mission Readiness
With a structured, end-to-end validation approach, we deliver test, verification, and mission readiness capabilities that ensure systems perform as intended in operational environments. Our work spans hardware and software testing, system integration, and formal verification across flight and ground systems.
We support the full verification lifecycle; from requirements traceability and test planning through execution, analysis, and certification. Leveraging integrated test environments, simulation platforms, and hardware-in-the-loop testing, we validate performance under mission conditions and ensure systems are ready for deployment, launch, and sustained operations
Electrical Engineering
Design and integrate power, avionics, and communications systems for mission-critical aerospace applications across flight and ground environments. Ensure performance and compatibility through disciplined analysis of signal integrity, EMI/EMC, and system interfaces.
Support requirements development, integration, and test activities with configuration-controlled engineering and rigorous verification practices, ensuring systems meet performance requirements and operate reliably under mission conditions.
Mechanical & Structural Engineering
Design and analyze structures, mechanisms, and assemblies for aerospace systems operating in demanding flight and ground environments. Apply detailed stress, thermal, and dynamic analysis to ensure structural integrity, weight optimization, and performance under mission loads.
Support requirements, design, fabrication, and test activities with a focus on materials selection, manufacturability, and integration. Ensure hardware meets performance requirements and withstands operational conditions through disciplined analysis and verification practices.
Communications Systems
Design and integrate satellite communications architectures supporting telemetry, command, and data transmission across space and ground segments. Develop RF links, antenna systems, and network interfaces to ensure reliable, secure data flow in mission environments.
Support link analysis, system integration, and test activities with a focus on signal performance, latency, and interoperability. Apply rigorous validation practices to ensure communications systems maintain integrity and performance across all phases of operation.
Ground Support Systems
Design and develop ground support equipment and test infrastructure that enables integration, verification, and operation of aerospace systems. Support both electrical and mechanical systems used for checkout, handling, transport, and validation of flight hardware.
Integrate hardware, software, and control systems within lab and operational environments to ensure compatibility and performance. Apply disciplined design, fabrication, and test practices to deliver reliable systems that support program execution and mission readiness.
Systems Engineering & Integration
Define, decompose, and manage requirements to ensure alignment between mission objectives, system architecture, and delivered capability. Develop CONOPS, system architectures, and interface definitions that guide design and integration across disciplines.
Lead integration and trade studies to balance performance, cost, and schedule while managing technical risk. Maintain traceability from requirements through verification, ensuring systems meet mission objectives and perform as intended in operational environments.
Avionics & Data Systems
Design and integrate avionics architectures and data systems that enable command, control, and real-time operation of aerospace platforms. Support embedded processing, command and data handling (C&DH), and onboard/offboard data flows across flight and ground systems.
Develop interfaces, data architectures, and system integrations with a focus on reliability, latency, and fault tolerance. Ensure system performance and integrity through disciplined integration and verification practices in mission environments.
Our Mission
Enable mission-critical programs by aligning engineering talent, operational systems, and execution frameworks into a single, accountable delivery model.
Contact Us
info@gnos-co.com
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