Build blazingly fast, memory-safe, and reliable systems with modern system programming languages. From embedded systems to high-performance servers, we deliver solutions that push the boundaries of performance.
Start System ProjectDirect hardware access and zero-cost abstractions deliver unmatched performance for computationally intensive and real-time applications.
Rust's ownership system prevents memory leaks, buffer overflows, and data races at compile time, ensuring robust and secure applications.
Fine-grained control over memory management, hardware resources, and system calls for optimal resource utilization.
Used by major companies for operating systems, browsers, databases, and performance-critical infrastructure worldwide.
Best for: Modern system programming with safety guarantees
Advantages: Safety, performance, modern tooling
Best for: Complex applications requiring OOP and performance
Advantages: Mature ecosystem, OOP, extensive libraries
Best for: Embedded systems and low-level programming
Advantages: Minimal overhead, universal compatibility
Challenge: Build ultra-low latency trading system processing thousands of orders per second with microsecond precision.
Solution: Developed custom C++ trading engine with lock-free data structures, memory pools, and optimized networking.
Results:
Tech Stack: C++20, Linux, DPDK, custom memory allocators
Challenge: Create a secure, high-performance blockchain node with consensus algorithm implementation.
Solution: Built using Rust with async/await, ensuring memory safety while maintaining high throughput and security.
Results:
Tech Stack: Rust, Tokio, libp2p, custom cryptography
Challenge: Develop firmware for resource-constrained IoT devices with real-time data processing requirements.
Solution: Implemented efficient C firmware with custom RTOS, optimized for minimal power consumption and memory usage.
Results:
Tech Stack: C, FreeRTOS, ARM Cortex-M, custom protocols
Challenge: Build a cross-platform 3D game engine with advanced rendering and physics simulation.
Solution: Developed modern C++ engine with Vulkan/DirectX rendering, custom physics, and multi-threading support.
Results:
Tech Stack: C++17, Vulkan, DirectX 12, custom allocators
Our team includes systems engineers with deep knowledge of computer architecture, operating systems, and performance optimization techniques.
We're early adopters of Rust, leveraging its memory safety guarantees while maintaining the performance characteristics of traditional systems languages.
Every line of code is written with performance in mind, using profiling tools and optimization techniques to achieve maximum efficiency.
We prioritize security and safety, especially with Rust's compile-time guarantees and secure coding practices in C/C++.
Best for: Optimizing existing systems
Pricing: Contact for custom quote
Best for: New system-level applications
Pricing: Contact for custom quote
Best for: IoT and embedded applications
Pricing: Contact for custom quote
Choose Rust for new projects requiring memory safety, concurrent programming, and modern tooling. Use C++ for existing codebases, GUI applications, or when you need extensive libraries. Use C for embedded systems, kernel development, or maximum portability.
Yes! We specialize in performance optimization, including profiling, bottleneck identification, memory optimization, and algorithmic improvements. We can often achieve 2-10x performance improvements.
Absolutely! We develop firmware for microcontrollers, IoT devices, and embedded systems using C and Rust, with expertise in real-time systems and power optimization.
We use modern C++ practices, smart pointers, static analysis tools, sanitizers, and comprehensive testing. For new projects, we recommend Rust for guaranteed memory safety.
Yes, we can port applications from C to C++, C/C++ to Rust, or between platforms. We carefully plan migrations to maintain functionality while improving performance and safety.
We develop cross-platform applications using portable C/C++ code, Rust's excellent cross-compilation support, and platform-specific optimizations where needed.
Let's build fast, reliable, and secure systems that push the boundaries of performance.