Maximize the Potential of Your CUDA Applications with Axivion
Find and fix hidden errors before they impact your software development. Axivion Static Code Analysis and Axivion Architecture Verification keep your CUDA projects predictable, compliant, and easy to update.
A Holistic Solution to Ensure High-Quality CUDA Applications
As software increasingly relies on parallel programming to harness GPU resources, ensuring reliability has become more critical than ever. Whether it’s for self-driving cars, AI-powered medical diagnostics, or the gaming industry, the role of CUDA is rapidly expanding. To help companies meet the growing demand for CUDA-based applications, Axivion provides automated architecture verification and static code analysis of CUDA code. This helps reduce — or even prevent — technical debt, making software easier to maintain and develop.
Scalable static code analysis with abstract interpretation and pointer analysis
Faster Time to Market
Increase your ROI
Prevent technical debt to keep your code maintainable, implement new features faster, and meet deadlines with confidence.
Reduced Workload
Reliable results - free of human error
Let your team focus on development, instead of bug hunting. Automated analysis uncovers hidden issues and eliminates the need for time-consuming manual checks.
Improved Employee Satisfaction
Boost your employer branding
Retain top talent and attract new team members by reducing repetitive work. Developers prefer building features, not manually reviewing code or fixing avoidable bugs.
How Does Axivion Work?
Axivion continuously checks your software to detect issues early, helping keep your code bug-free and compliant with your intended software architecture.In addition to verifying functional architecture, Axivion also checks safety and security architecture specifications for compliance, including requirements like Freedom from Interference.
Axivion’s detailed analysis results support the development of maintainable software in C, C++, and CUDA. Automated, full-scale checks are performed regularly to ensure long-term code quality and reliability.