What types of defense and aerospace systems can RT Projects support?

We support embedded software, RF and SDR-adjacent workflows, secure device communication, telemetry, validation, and production handoff for hardware-based programs.

Can you work with existing engineering teams?

Yes. We can join existing programs to reduce delivery risk, own work packages, stabilize integrations, or support specialized embedded and software tasks.

Do you handle compliance documentation?

We can support engineering documentation and readiness workflows, while final compliance responsibility depends on the customer program and certification path.

All Solutions

SOLUTION Defense Aerospace Mission-Critical

Technology Solutions for Defense & Aerospace

Mission-ready embedded, RF, edge, and secure software for demanding programs.

RT Projects supports defense and aerospace teams with embedded software, RF systems, board-level integration, secure communication workflows, and production-oriented engineering delivery.

This sample solution page demonstrates the Solution editor structure: industry positioning, technical capabilities, relevant services, related case studies, standards notes, and FAQ content.

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Technology Stack

RFSoC FPGA Embedded Linux Secure Boot Telemetry RTOS DO-178C readiness System Validation

Capabilities

Mission-critical embedded software

Real-time software for constrained systems, field devices, and hardware-adjacent applications.

RF and signal-processing systems

Support for RF workflows, SDR concepts, FPGA-adjacent integration, and system validation.

Secure communication workflows

Architecture and implementation support for secure update, signing, diagnostics, and telemetry paths.

Program delivery support

Engineering planning, integration milestones, risk reduction, and production handoff support.

Proof: Related Projects

RFSOC SDR

Xilinx RFSoC based SDR

A software-defined radio (SDR) system based on Xilinx's Zynq RFSoC. Combines processing system, programmable logic, and RF data converters for ultra-high frequencies. The project's core — FPGA design and real-time signal processing for defense and advanced communications.

SATELLITE

Satellite Project

An advanced project combining satellite communications, real-time signal processing, and autonomous control systems. Students working on this project face the high reliability demands of space systems and operate against real operational requirements — from concept to launch.

FAQ