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The logic behind modern systems. High-performance software development for your AI future.

Trusted by 1000+ founders

Embedded systems and industrial automation.

Software Engineering × AI Innovation × Chip Architecture × Software Development × Research & Development

KI & Machine Learning Engineering

• Edge AI Implementation: Optimizing neural networks for direct operation on industrial processors (NVIDIA Jetson, ARM Cortex-M/A, RISC-V).

• Computer Vision: Developing algorithms for real-time object detection, defect analysis in production, and autonomous navigation.

• Predictive Maintenance Models: Software for analyzing sensor data streams to predict system failures.

• Model Quantization & Optimization: Compressing AI models for minimum latency and low power consumption on embedded systems.

Industrial Processor Software (Low-Level)

• Custom Firmware Development: Developing mission-critical firmware for complex control tasks.

• Kernel & Driver Development: Customizing Linux kernels and developing drivers for specialized industrial processors.

• Real-Time OS (RTOS): Implementing real-time operating systems (FreeRTOS, Zephyr, QNX) for deterministic process control.

• Hardware Abstraction Layers (HAL): Creating interfaces to decouple application software from hardware-specific requirements.

• High-Performance Computing (C++/Rust): Developing compute-intensive applications with a focus on memory management and thread safety.

• Distributed Systems: Architecting systems that synchronize data across thousands of industrial processors and the cloud.

• Secure OTA Updates: Developing secure over-the-air update infrastructures for distributed industrial processors.

• Processor Benchmarking: Consulting on the selection of the optimal processor platform based on software requirements.

• Scalability Audits: Analyzing existing software systems to identify bottlenecks in AI processing.

System-Programmierung & Backend

We program Machine-Learning-Frameworks × Optimization algorithms × Custom-AI solutions

Xentexx does not view processors as mere components, but as a space of possibilities. We don’t build hardware – we make hardware intelligent.

AI Processors • Code Co-Design • Deep Learning • Algorithms • Server AI Software

Chip Architecture × ASIC Design × Process Technology × Software Development × Performance Optimization

XENTEXX AI Stack & Frameworks

Maximum performance on industrial AI processors

Instead of selling chips, we optimize the software infrastructure to extract the absolute maximum from existing high-end processors (NPU, GPU, TPU).

• Deep Learning & Training Orchestration: Specialized software layers for distributed training and large-scale model infrastructures.

• Compute Optimization (Up to 500 TOPS): We develop compiler and kernel optimizations to ensure your algorithms reach the theoretical peak performance of the hardware.

• HBM3 Memory Management: Intelligent software drivers for maximum data throughput and minimized latency in memory-intensive AI models.

• Ideal for: Research institutions, training of Large Language Models (LLM), and compute-intensive industrial AI.

Next-Gen Performance × Energy Efficient × Maximum Security × AI Optimized × Ultra-Fast Computing × Efficient

XENTEXX Server Architecture & Optimization

Maximum efficiency for enterprise workloads

We develop the software layers that efficiently distribute and control modern data center resources (64–128 cores). Xentexx specializes in programming kernels and frameworks that exploit the full potential of enterprise processors.

• Massive Parallel Workloads: Software architectures for optimal utilization of multi-core environments (64 to 128 cores).

• Next-Gen Bus Interface (PCIe 5.0 & DDR5): Implementation of high-speed drivers for minimal data bottlenecks and maximum throughput.

• AI Accelerator Orchestration: Integration and programming of dedicated AI accelerator units within the CPU architecture.

• Target Applications: Cloud infrastructures, scalable data centers, and high-availability enterprise systems.

Hardware Engineering × AI Innovation × Chip Architecture × Software Development × Research & Development

Our Co-Design through Software Excellence

Xentexx combines cutting-edge AI research with deep system programming. We develop machine learning frameworks and optimization algorithms specifically tailored to the unique semiconductor architectures of leading enterprise processors.

Our focus lies in software-hardware synergy: through low-level programming, we achieve efficiency gains that are impossible with standard solutions. We don’t develop off-the-shelf software; we create highly optimized code for faster inference, more efficient training, and smarter, scalable systems.

Neural Networks • ML Frameworks • Low-Level Code Optimization • AI System Architecture

KI-Prozessoren × Custom Chips × Algorithm Design × Server-CPUs × Deep Learning Hardware × Neuromorphic Computing × KI-Prozessoren

Custom Software Engineering

Our development philosophy breaks with conventional approaches: we view software as the decisive tool for pushing the physical boundaries of modern processors. Innovation in software architecture, mathematical precision in algorithm development, and technological excellence in system integration form the core of our work.

Instead of manufacturing physical chips, we develop highly specialized software stacks tailored precisely to the microarchitectures of 5nm and 3nm processor platforms. Through deep code refactoring and the use of proprietary optimization algorithms, we achieve efficiency gains that are impossible with standard frameworks. Our solutions enable up to 60% higher energy efficiency for intensive AI workloads – achieved solely through the intelligent control of logical computing processes on the silicon.

• Logic & Architecture Design: Development of customized software structures for complex industrial requirements.

• Joint Algorithm Development: Cooperative development and validation of mathematical models for performance maximization.

• Prototyping to Full-Scale Deployment: Seamless support from the initial architectural draft to global implementation in enterprise systems.

Algorithm Engineering • 3D Software Architecture • High-Speed Data Integration • Computational Efficiency

Datacenter Solutions × Automotive AI × Cloud Infrastructure × Edge Intelligence × Industrial Computing