--- title: README emoji: 🌖 colorFrom: purple colorTo: yellow sdk: static pinned: false --- # EliovpAI 🇧🇪 **Belgian AI Performance Optimization Specialists** We are a small, specialized team focused on **optimizing AI model performance through custom kernels and advanced optimization techniques**, delivering superior throughput and latency for production deployments. ## 🎯 Our Mission Maximizing AI inference performance through cutting-edge kernel optimization and hardware-specific acceleration technologies. ## 🛠️ What We Do - **Custom Kernel Development**: Hardware-specific optimizations for maximum throughput - **Latency Optimization**: Advanced techniques to minimize inference time - **Performance Engineering**: Squeezing every bit of performance from existing models - **Production Acceleration**: Real-world deployment optimization ## 🏢 Company - **Website**: [eliovp.com](https://eliovp.com) - **AI Division**: [ai.eliovp.com](https://ai.eliovp.com) - **Paiton Product**: [ai.eliovp.com/paiton](https://ai.eliovp.com/paiton) ## 🚀 Paiton: Our Flagship Optimization Platform Our core product **Paiton** is designed to dramatically improve AI model performance through: - **Custom kernel optimization** - **Advanced throughput engineering** - **Latency reduction techniques** - **Hardware-specific acceleration** Transform your existing models into high-performance inference engines. **Learn more**: [ai.eliovp.com/paiton](https://ai.eliovp.com/paiton) ## 🔧 Technology Focus - **Custom Kernels**: Hand-optimized for specific hardware architectures - **Performance Engineering**: Throughput and latency optimization - **Hardware Acceleration**: Specialized optimizations for AMD and other platforms - **Production Ready**: Battle-tested optimization solutions ## 🤝 Collaboration We're open to collaboration on: - Custom kernel development projects - Performance optimization consultancy - Enterprise AI acceleration solutions ## 📬 Contact For business inquiries and technical partnerships, visit [eliovp.com](https://eliovp.com) --- *Optimizing AI performance, one kernel at a time.*