Learn how to protect your APIs from malicious automated behavior like API abuse bots, account takeover (ATO), fake accounts, spamming, scalping, vulnerability scanning and content scraping.
Learn about our CVE Exposure capabilities, which provides in-depth insight into vulnerabilities and attacks against your APIs, and how to remediate these issues.
Take a quick tour of our End-to-End API Security dashboard. Discover all the APIs in your portfolio, the associated risks from OWASP Top-10 threats like Injections and BOLA, and sensitive data flows. Prevent API Abuse from Bots and DoS attacks. Find and block leaked API secrets like API keys, credentials, tokens and more. Set triggers and integrate into your existing workflow.
Learn how to discover all the APIs in your portfolio, based on actual traffic instead relying on schemas, including internal and external-facing endpoints, so you can protect them against OWASP Top-10 threats like Injections and BOLA, ensure sensitive data are protected against unintentional or malicious disclosure, and much more.
What is GraphQL? In this quick 2-minute video, you'll learn the basics of GraphQL and how it compares to REST APIs. GraphQL is a query language that enables developers to retrieve the exact data they need from an API, rather than over-fetching or under-fetching data, while REST API requires multiple requests to retrieve the same data. In this tutorial, you'll learn how to define a schema, create queries, and make requests to a GraphQL API.
Modern API security needs to be able to protect against modern challenges. Whether you are protecting brand-new APIs or legacy web apps, Wallarm provides key components to secure your business against emerging threats. Join Tim Ebbers, Field CTO, and Stepan Ilyin, Co-Founder, for a demo of the Wallarm platform, to learn more about the key components and recent feature enhancements.
In recent months, enterprise companies like CircleCI, Slack, and LastPass have seen an escalation in attacks involving leaked API keys and other API secrets. While API key leakage incidents are not new, complicated tech stacks, longer and more complex supply chains, and overstretched engineering teams are resulting in more frequent – and more damaging – attacks.