OpenText Core Application Security and Polyspace Code Prover compete in the application security market, each providing distinct benefits tailored to user needs. Polyspace Code Prover has the advantage with its advanced feature set that justifies its higher investment.
Features: OpenText Core Application Security offers strong vulnerability detection, seamless integration, and supports centralized testing program management, all valuable for development teams. Polyspace Code Prover excels in precise static code analysis, runtime error detection, and memory corruption identification, essential for safety-critical software development.
Room for Improvement: OpenText Core Application Security could benefit from enhanced dynamic analysis coverage, improved user interface for easier navigation, and integration with more development environments. Polyspace Code Prover might improve in streamlining its complex setup process, reducing analysis time, and expanding its integration capabilities with more existing tools.
Ease of Deployment and Customer Service: OpenText Core Application Security is easy to deploy with comprehensive customer support, promoting a smooth onboarding experience. Polyspace Code Prover's deployment is complex due to its depth of analysis, but it is complemented by expert support to assist users in navigating challenges.
Pricing and ROI: OpenText Core Application Security is competitively priced, providing a quick return on investment, making it attractive for budget-focused organizations. Polyspace Code Prover, although typically more expensive, provides a high return on investment through deep code safety insights, making it worthwhile for projects with rigorous safety requirements.
Product | Market Share (%) |
---|---|
OpenText Core Application Security | 3.9% |
Polyspace Code Prover | 1.4% |
Other | 94.7% |
Company Size | Count |
---|---|
Small Business | 16 |
Midsize Enterprise | 8 |
Large Enterprise | 43 |
OpenText Core Application Security offers robust features like static and dynamic scanning, real-time vulnerability tracking, and seamless integration with development platforms, designed to enhance code security and reduce operational costs.
OpenText Core Application Security is a cloud-based, on-demand service providing accurate and deep scanning capabilities with detailed reporting. Its integrations with development platforms ensure an enhanced security layer in the development lifecycle, benefiting users by lowering operational costs and facilitating efficient remediation. The platform addresses needs for intuitive interfaces, API support, and comprehensive vulnerability assessments, helping improve code security and accelerate time-to-market. Despite its strengths, challenges exist around false positives, report clarity, and language support, alongside confusing pricing and package options. Enhancements are sought in areas like CI/CD pipeline configuration, report visualization, scan times, and integration with third-party tools such as GitLab, container scanning, and software composition analysis.
What features define OpenText Core Application Security?Industries like mobile applications, e-commerce, and banking leverage OpenText Core Application Security for its ability to identify vulnerabilities such as SQL injections. Integrating seamlessly with DevSecOps and security auditing processes, this tool supports developers in writing safer code, ensuring secure application deployment and enhancing software assurance.
Polyspace Code Prover is a sound static analysis tool that proves the absence of overflow, divide-by-zero, out-of-bounds array access, and certain other run-time errors in C and C++ source code. It produces results without requiring program execution, code instrumentation, or test cases. Polyspace Code Prover uses semantic analysis and abstract interpretation based on formal methods to verify software interprocedural, control, and data flow behavior. You can use it on handwritten code, generated code, or a combination of the two. Each operation is color-coded to indicate whether it is free of run-time errors, proven to fail, unreachable, or unproven.
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