Pynt - API Security Testing

Using Pynt brings clarity to the "black box" of APIs in our organization. We use it for API discovery, scanning security issues, tracking, alerting, and suggesting fixes—all automated within our SDLC. No real downsides; the Pynt team is very helpful and ensures we get what we need. Automated API discovery, automated security testing, and vulnerability fix suggestions are exactly what we were looking for.

Pynt is incredibly easy to get started with, especially if you're like us and use Postman collections for testing. Pynt's approach makes it easy to get alerts on critical issues and cut through the noise. When evaluating other tools, we were overwhelmed with false positives. So far, nothing negative—it's very straightforward; you can forget about APIs until alerts come in. Pynt handles all our API security issues, from discovery to security, and we no longer need to run manual tests, order external pentests, or worry about outdated data.

Pynt helps our team discover APIs/LLMs and test them automatically for critical security issues. We particularly appreciate the straightforward integration with our SDLC. The start can be tricky since Pynt requires traffic, and we weren't sure how to integrate initially, but once you grasp the approach and find the right deployment, it's seamless. We've found issues we never imagined could exist in our codebases. Automated API discovery was our first step to locate our APIs. Then, API security testing to track verified vulnerabilities in a shift-left motion, with fixes sent to JIRA.

It's clear that Pynt outperforms other vendors. While many tools work similarly, Pynt's findings are more precise and delivered faster. We've encountered no issues; the team is supportive, and after dealing with some truly bad tools, it's refreshing that Pynt actually works. Pynt solves the problems it promises: discovering all APIs and assets, including LLMs, running security tests to find issues, and suggesting fixes within the SDLC.

API solutions rarely give you confidence due to the vast blind spots you're unaware of. Pynt provides that confidence by discovering every endpoint and alerting on critical issues. We've tracked hyper-critical issues using Pynt. As a relatively new product, it has some challenges, but it performs well—alerts on time, integrates with CI/CD, etc. Automated API discovery and testing were valuable; discovery was meaningful because you can't secure what you don't know exists. Fixes are automatically sent to JIRA.

Our team has been thoroughly impressed with Pynt's security engine. The most notable features are critical findings and a wide array of integrations that suit our complex tech stack. We're currently using only the REST API, but Pynt's coverage extends further, which is crucial for us as we expand. It's the only tool that captures API traffic effectively. Pynt first handles our API discovery needs, then tests for security issues. Continuous improvement is always necessary, but their development team promptly addresses and adds features that are vital to us. Pynt solves the API chaos problem by discovering what we use (which is messy) and then automatically securing our APIs.

We've relied on Pynt from the start, as it consistently identifies critical issues quickly and effectively. From injections to database problems, we've discovered things we never imagined existed, all thanks to Pynt's impressive security engine. We've found no downsides—we've worked with Pynt since early days, and it continues to evolve to meet our needs. Previously, we used a DAST solution we weren't satisfied with. Initially, we thought Pynt was just another DAST, but it fits our use case far better. Since we're heavily API-focused, traditional DAST doesn't help us, but Pynt is far more effective for modern applications.

You don't need to be a security expert to benefit from Pynt. If you have an Open API spec or Postman collection, Pynt can automatically generate security tests for common vulnerabilities. This is a game-changer for teams without dedicated AppSec personnel. Pynt performs best when your API has a clean OpenAPI spec or well-defined Postman collections. However, if your API is messy, undocumented, or highly dynamic (like GraphQL or complex multi-step workflows), Pynt's auto-generated tests might overlook key edge cases. Pynt encodes security best practices (OWASP API Top 10, fuzzing, auth tests, etc.), so you don't need expertise to identify typical vulnerabilities.

Pynt's standout feature is its smooth CI/CD integration, enabling automated API security checks without interrupting development. It intelligently maps API structures, spotlights vulnerabilities such as injection, misconfigurations, or authorization issues, and offers actionable, developer-friendly fixes, making remediation much more efficient. A major plus is that it demands no additional scripting or complex setup—tests run automatically from OpenAPI specs, Postman collections, or traffic captures. Real-time insights and clear severity levels simplify prioritization. Overall, Pynt achieves a good equilibrium between ease of use for developers and robust security coverage, which is rare in this space. However, its reporting and dashboard capabilities can feel somewhat constrained, particularly when managing multiple APIs in big teams. More granular filters, historical comparisons, and export options would improve tracking over time. Additionally, for intricate or custom APIs, Pynt might overlook certain business logic vulnerabilities needing deeper context, necessitating supplementary manual testing or other tools. Initial onboarding might be opaque for teams lacking OpenAPI specs or well-documented collections, making setup slightly harder than anticipated. Pynt tackles a critical often-ignored aspect of modern development: API security. Traditionally manual and late in the cycle, Pynt changes this by: - Automating security tests in CI/CD, catching issues like broken access control, injection flaws, and misconfigurations early. - Reducing reliance on dedicated security experts, making security approachable for developers through intuitive tooling and actionable feedback. - Cutting remediation time with detailed, context-aware recommendations. - Enhancing compliance and risk management through continuous scanning against standards like OWASP API Top 10.

After incorporating Pynt into our workflow for several months, it's become a vital part of our API security strategy. Here’s a thorough overview of why I believe it’s an excellent choice for professionals. Extensive Functionality: Beyond its well-known Postman integration, Pynt provides a wide range of capabilities. Its holistic approach to API security testing is particularly impressive. Regardless of whether you’re handling REST, SOAP, or GraphQL, Pynt is equipped to effectively test and secure them. The platform offers comprehensive vulnerability scanning and compliance evaluations, which are essential for ensuring our applications remain secure and compliant. Flexibility and Compatibility: Although Pynt's Postman integration is a standout feature, its usefulness extends well beyond that. The tool integrates smoothly into various CI/CD workflows and additional security solutions, boosting our operational efficiency and guaranteeing security checks are embedded throughout our development lifecycle. This adaptability allows for seamless customization and integration into our current systems, making security testing an integral component of our daily operations. Transparent Offerings: Pynt provides a no-cost tier that's particularly advantageous for small groups or solo developers. This tier grants access to core features, letting users explore the platform's potential before committing to paid plans. It's essential to note that while a free tier exists, certain advanced tools are reserved for paying customers. This structure enables users to scale their usage based on their requirements and budget. User Experience and Effectiveness: The user-friendly nature of Pynt stands out prominently. Its interface is straightforward, featuring well-structured dashboards and intuitive navigation. This makes it approachable even for those with limited experience in API security tools. The graphical presentation of data and findings is notably useful, enabling users to promptly identify vulnerabilities and respond appropriately. My Personal Experience: Overall, my journey with Pynt has been favorable. The tool has successfully uncovered several critical vulnerabilities we weren't aware of, allowing us to mitigate them before they escalated. The support staff has also been prompt and helpful whenever we've reached out, further enhancing the overall experience. Final Thoughts: To sum it up, Pynt is a robust and adaptable solution for API security testing. Its wide-ranging features, extensive integrations, and intuitive design make it an invaluable asset for any team focused on API security. The free tier allows users to explore its offerings, and the responsive team contributes to a positive overall experience. I wholeheartedly recommend Pynt to anyone seeking to boost their API security and optimize their testing processes. Here's a playlist I created about Pynt: https://www.youtube.com/playlist?list=PLdLZyV6tp2sqQiCyIPlBeeTCcutV5Rt09 I've not encountered significant drawbacks with Pynt. Their customer support is excellent. One of the most impressive aspects is the user-friendly interface, which is intuitive and well-organized, making it accessible even for novices. The visual data representation is particularly helpful for quickly understanding and addressing vulnerabilities.