<
div class=”text-rich-text w-richtext”>
Securing Web apps, APIs, & LLMs Just Got Easier: Impart’s Native Integration with Gloo Gateway
APIs are the backbone of modern applications, but they’re also one of the biggest attack surfaces. As API threats evolve and Large Language Model (LLM) security becomes a pressing concern, organizations need fast, efficient, and easy-to-deploy solutions to protect their infrastructure. That’s why we’re excited to announce Impart’s native integration with Gloo Gateway—a seamless way to bring enterprise-class security to APIs and AI-driven applications.
Why This Matters
If you’re using Gloo Gateway, security is now as simple as adding a few Helm annotations. With Impart’s integration, you get:
✅ Enterprise-Grade API Security – Web Application Firewall (WAF), API security, and LLM protection
✅ Frictionless Deployment – Just a few Helm annotations to configure security policies inline
✅ High-Performance Protection – Uses gRPC for low-latency, secure enforcement without extra TLS overhead
✅ Inline Threat Prevention – Blocks attacks before they reach your applications
Security engineers, product security teams, and application security professionals can now fortify their APIs without sacrificing performance or dealing with complex configurations.
Built for Modern Security Challenges
The need for efficient application protection has never been greater. API attacks have surged by 400% in the past year, and as businesses increasingly integrate LLMs into their products, new security threats are emerging. Traditional security solutions can slow down applications with excessive encryptions, decryptions, and redundant processing. Impart’s integration with Gloo solves these issues by leveraging gRPC for real-time security enforcement without added latency.
Brian Joe, Co-founder and CPO of Impart, explains:
“Security teams using Gloo Gateway now have a seamless way to fortify their APIs and AI-driven applications without complex configurations. With just a few Helm annotations, they can e
[…]
Content was cut in order to protect the source.Please visit the source for the rest of the article.
Read the original article: