Build in Rust. Or Migrate to Rust.
Memory-safe systems from embedded devices to enterprise backends.
Trusted by defense, finance, and Fortune 500 companies.
Government-endorsed for cybersecurity excellence.
Our Core Services
Build new Rust systems or migrate legacy code. Production-ready with memory safety and high performance.
Legacy Code Migration
Transform existing systems to Rust
Convert C/C++, Python, Java to Rust. Preserve all functionality while gaining memory safety and 50-300% performance improvements. Zero-downtime migration strategy.
- ✓C/C++ to Rust migration with FFI interoperability
- ✓Python/Java modernization for performance
- ✓Incremental migration with minimal disruption
- ✓Comprehensive testing and validation
New Rust Projects
Build from scratch on any platform
Build secure systems from day one. From embedded to enterprise. ARM to cloud. Production-ready code with comprehensive testing and documentation.
- ✓Embedded systems (ARM, RISC-V, bare-metal)
- ✓Enterprise backends & APIs
- ✓High-performance & real-time systems
- ✓WebAssembly & cross-platform apps
Government-Endorsed Security
The White House, NSA, and DARPA advocate for Rust to replace C/C++ in critical systems, citing superior cybersecurity and memory safety capabilities.
Eliminates 70% of Vulnerabilities
CISA reports that up to two-thirds of security vulnerabilities stem from memory-safety issues—which Rust prevents by design.
C/C++ Performance
No garbage collector overhead. Maintains high performance and low-level control while ensuring memory safety.
Concurrency Safety
Built-in borrow checker prevents data races, making multi-threaded programming safer and more reliable.
Core Competencies
From bare-metal firmware to enterprise backends. Memory-safe, high-performance systems for mission-critical applications.
Real-Time Firmware Development
Deterministic real-time firmware for bare-metal and RTOS environments. Safety-critical systems for aerospace, automotive, and industrial control with DO-178C/IEC 61508 compliance.
Learn MoreEmbedded Linux Development
Linux kernel drivers, custom kernel modules, and system services in Rust. Board support packages, device tree configurations, and Rust-for-Linux implementations.
Learn MoreHigh-Performance & Low-Latency Systems
Ultra-low-latency trading systems with sub-microsecond response times. Lock-free algorithms, zero-copy networking, and custom memory allocators for maximum performance.
Learn MoreRobotics & Autonomous Systems
ROS2 applications, SLAM algorithms, and autonomous navigation systems. Real-time control loops, sensor fusion, and computer vision for robotics and drones.
Learn MoreAI/ML Development & Fine-Tuning
Native Rust ML frameworks, LLM fine-tuning with LoRA/QLoRA, and real-time AI inference. Neural networks, computer vision, NLP, and MLOps infrastructure.
Learn MoreCross-Platform & Legacy Integration
Integrate Rust with C/C++, Python, Java, Node.js, and .NET. FFI bindings, gradual migration strategies, and WebAssembly for legacy system modernization.
Learn MoreIndustries We Serve
Industry-specialized Rust development for safety-critical and mission-critical applications.
Automotive
Autonomous driving, ADAS, vehicle control systems, and automotive safety with ISO 26262 compliance.
Robotics
Autonomous systems, real-time control, ROS development, and perception with safety certification.
Medical Devices
Medical device firmware, patient monitoring, and diagnostic systems with FDA compliance.
Aerospace & Defense
Flight systems, defense applications, satellite control, and mission-critical avionics with ITAR/TS-SCI readiness.
Energy & Utilities
Smart grid, renewable energy systems, power management, and utility infrastructure with NERC CIP compliance.
Agriculture
Precision agriculture, autonomous farming, crop monitoring, and agricultural automation.
Why Choose Rust Consulting
10+ years building secure systems. Trusted by defense and Fortune 500 companies. Compliance-certified and production-ready.
Security-First Development
Memory-safe programming eliminates 70% of security vulnerabilities. Zero-trust architecture and compliance with NIST, DO-178C, and HIPAA standards.
Proven Performance
Ultra-low-latency systems and real-time processing. Applications handling millions of operations per second with C/C++ level performance.
Industry Expertise
Deep knowledge across defense, finance, healthcare, and manufacturing. Delivering tailored solutions for your industry's compliance and performance requirements.
Full-Stack Expertise
From bare-metal embedded systems to enterprise backends. Seamless end-to-end solutions including FPGA development and safety-critical control systems.
Frequently Asked Questions
Answers to the most common questions about Rust development and our consulting services.
Why is the U.S. government promoting Rust?
The White House, NSA, and DARPA advocate for Rust to address cybersecurity concerns. Memory-unsafe languages like C/C++ have led to major incidents like Heartbleed. Rust's design-based memory safety prevents buffer overflows, dangling pointers, and data races—eliminating up to two-thirds of security vulnerabilities while maintaining C/C++ performance without garbage collection overhead.
Why choose Rust over other programming languages?
Rust provides memory safety without the performance overhead of garbage collection, preventing critical bugs like buffer overflows, null pointer dereferences, and data races that plague other languages. You get C/C++-level performance with the safety and productivity of modern languages.
How do you ensure security in Rust development?
Security is built into everything we do. We follow defense-in-depth principles with comprehensive security audits, strict adherence to NIST standards, and zero-trust architectures. Our team has extensive experience with security clearances and compliance frameworks like DO 178C, ISO 26262, IEC 61508, and military standards. We participate in firmware and system-level architecture discussions, contribute to technical design documents, and leverage static analysis to de-risk complex interactions.
What industries do you serve?
We serve mission-critical industries including defense, government, financial services, aerospace, healthcare, critical infrastructure, and enterprise technology. Every solution is designed for the highest levels of reliability and security your industry demands.
Can you migrate existing codebases to Rust?
Absolutely—we specialize in migrating existing codebases from C/C++, Python, Java, and other languages to Rust. We preserve all functionality while adding memory safety, performance improvements, and modern maintainability through carefully planned incremental migration strategies.
Ready to Build with Rust?
Start a new project or migrate existing code. Free consultation to discuss your requirements.