Use Cases

Modernize codebases to newer language versions to enhance functionality, maintain compatibility, and boost security.

Upgrade code quality and libraries at scale while preserving coding style and improving maintainability.

Adapt and optimize code for cloud environments, reducing costs and improving scalability.

Refactor existing code for modern architectures, ensuring compatibility with new hardware or software platforms. Seamlessly migrate codebases to cloud environments, enhancing performance and minimizing disruption.

Analyze and optimize legacy and orphaned codebases to reduce maintenance costs and improve efficiency. Automate the identification and resolution of performance bottlenecks in outdated code.

Enhance mining algorithms and code efficiency to reduce energy consumption while maintaining or improving hash rates. For example, automatically optimize mining software for specific GPU configurations to maximize performance per watt. Generate cost savings through reduced power consumption and improved hardware utilization

Enable new team members to quickly navigate and understand complex codebases through AI-powered code analysis and advanced indexing. Provide interactive code exploration and contextual insights to help engineers understand system architecture and development patterns faster

Streamline the assessment and integration of new software components with automated code analysis and optimization. Ensure new workloads meet enterprise standards and seamlessly integrate with existing infrastructure before deployment into production environments. For example, identify performance bottlenecks and compatibility issues when integrating new applications into existing infrastructure

Transform generic code into hardware-optimized solutions that maximize the capabilities of specific processors and accelerators For example, optimize open-source LLMs for peak performance on Intel, NVIDIA, or AMD infrastructure