Delivering Expert Systems Engineering, Embedded Engineering, and Traceable QA

End-to-End Engineering for Mission-Critical Programs

ReliqAI provides systems engineering, traceability-driven verification, and embedded engineering services for mission-critical programs in space, aerospace, and defense.

We support programs where system behavior, interfaces, and verification must be clearly defined early—and proven later—across long lifecycles and complex supplier ecosystems.

Our work spans system architecture, implementation support, verification readiness, and sustainment, with a strong focus on integration and auditability.

Our Core Services

Systems Engineering
MBSE-based systems engineering
Operational analysis & mission definition
Logical & physical architecture decomposition
Requirements decomposition
Embedded Engineering
Firmware and device drivers
RTOS and bare-metal systems
Hardware–software integration
Connectivity & communication protocols
Firmware architecture for IoT edge devices by ReliqAI

Embedded AI Services

Firmware architecture for IoT edge devices by ReliqAI
TinyML, Embedded AI and Edge AI Integration

Deploying optimized AI/ML models on embedded (microcontrollers) and edge (microprocessor) devices

Sensor Fusion and AI Enablement

Combining data from multiple sensors to drive intelligent decisions at the edge

Digital Twin Support

Creating software representations of physical systems for simulation, monitoring, and predictive maintenance

Why work with ReliqAI

Focused Expertise

Mission-critical programs in space, aerospace, and defence

Full Lifecycle Coverage

Systems engineering, embedded development, and traceability-driven QA

Fast Turnaround

Rapid onboarding of experienced systems, embedded and QA engineers

Scales to Your Program

From small engagements to complex systems

Cost-Effective Delivery

Onshore leadership with offshore delivery for strong value

OUR EMBEDDED DEVELOPMENT PROCESS

Steps you can expect in your embedded or embedded AI system development

01

Initiation

02

Planning

03

Development

Milestone 1, 2, 3…

04

Validation

05

Support & Maintenance

Post-Release

Our recent Articles

Economics of In-Orbit Refueling (IOR) Interoperability

Interoperability in space is not about working together within a single country.

Projects are Complex: Ideal Distribution of Work Between Internal Teams, Contractors, and Engineering Partners

Modern engineering programs are increasingly complex, multi-disciplinary, and often span several years.

Systems Engineering vs MBSE vs Hybrid
Systems Engineering vs MBSE vs Hybrid: Best Approach for Complex Systems

Why Systems Engineering Still Struggles in Complex Systems Systems engineering is often