Service
Aerospace & Defense Engineering
Mission-critical engineering for high-stakes environments. We deliver fault-tolerant systems designed to perform flawlessly in the most demanding conditions required by global defense and aerospace standards.
Reliability is paramount when lives and national security are on the line. Our engineering teams specialize in DO-178C compliant software, real-time embedded systems, and advanced guidance algorithms. From LEO satellites to autonomous UAV swarms, we provide the rigorous engineering required for certification and deployment.
Our Process
- 1
Requirements Engineering
Rigorous decomposition of mission objectives into verifiable system requirements adhering to standards like DO-178C and AS9100.
- 2
Embedded Systems Design
Development of hard real-time software and FPGA logic optimized for size, weight, and power (SWaP) constrained environments.
- 3
GNC Algorithm Development
Advanced Guidance, Navigation, and Control algorithms ensuring precise autonomous operation in GNSS-denied environments.
- 4
Hardware-in-the-Loop (HIL) Testing
Extensive validation using high-fidelity simulations to verify system behavior under nominal and edge-case failure modes.
- 5
Certification & Compliance
Comprehensive documentation and artifact generation to support FAA, EASA, and military airworthiness certification processes.
How We Deliver Results
- Zero critical failures in deployed mission-critical flight software
- Successful deployment of LEO satellite constellations with 99.9% uptime
- Development of autonomous UAVs capable of BVLOS operations
- Reduction in SWaP metrics by 25% through optimized FPGA offloading
- Accelerated certification timelines for Class A safety-critical software
- Secure, encrypted datalinks compliant with military standards
What You’ll Receive
- Safety-Critical Embedded Source Code (C/C++, Ada, Rust)
- Architectural Design Documents & Interface Control Documents (ICDs)
- Verifiable Test Procedures & Results (V&V)
- Simulation Models (Simulink/MATLAB)
- Regulatory Compliance Packages (DO-178C / DO-254)
- Operational Flight Programs (OFP)
- Ground Control Station (GCS) Software
Ways to Engage
R&D Prototyping
Rapid feasibility studies and technology readiness level (TRL) advancement.
Full-Cycle Engineering
From requirements definition through critical design review (CDR) to production.
V&V Augmentation
Independent verification and validation services for certification support.
Tools & Stack
FAQs
Q1. Is your facility ITAR registered?
Yes, we are fully ITAR compliant and capable of handling CUI (Controlled Unclassified Information) and defense-related projects.
Q2. Do you support DO-178C Level A software development?
Absolutely. Our processes are tailored to support the most stringent safety assurance levels, including formal methods where required.
Q3. Can you integrate custom payloads into existing airframes?
We specialize in developing custom mechanical and electrical interfaces to seamlessly integrate sensors and payloads onto various platforms.