Metabob's Graph Neural Networks-based software analysis enables development teams to
Analyze an entire codebase at once, rather than individual files on an editor
Understand code logic and context of large legacy software systems
Determine the impact of different problems to the entire codebase
Metabob is a vital tool for organizations grappling with complex legacy software systems, which makes detecting potential bugs and suggesting fixes a resource-draining problem.
Metabob Graph Neural Network allows it to analyze the complete codebase and understand the structure and data flow of the analyzed application, turning legacy code maintenance into a manageable task.
By analyzing new code in real time, Metabob helps identify potential bugs early in the development process, thereby saving development time, improving software quality, and preventing costly post-deployment fixes.
Metabob can be integrated into developers' IDEs and your company's CI/CD pipeline to automatically perform AI code reviews on new code.
As a sophisticated analysis tool, Metabob can scan AI-generated code for bugs, validate cohesion with the rest of the project and suggest corrections, acting as a crucial feedback loop that helps AI code generation models improve over time.
When deployed on-premise, Metabob can be tuned to your organization's specific use case by allowing it to understand which problems matter the most to you.
Metabob can be tuned by enforcing specific detection categories relevant to your use case, or by utilizing your organization's existing commit & bug fix history.
(CodeRabbit, Korbit AI, CopilotChat)
(Sonar, DeepSource, Coverity, etc.)
Analysis of complex codebases with a strong contextual understanding/retention
Yes
No
No
Detects compile-time errors
Yes
Yes
Yes
Detection rate of run-time errors
High
Medium*
N/A
Accuracy of context-sensitive problem descriptions and resolutions
High
Medium
No
Adaptability to customers' specific use cases
Yes
Yes
No
Problem detection requires human input
No
Yes
Yes
*depending on the amount of input data
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