Blog
Can We Secure the Code Pipeline in an Era of Autonomous AI Vulnerabilities?
Explores how AI models can autonomously insert vulnerabilities into code and how Waratek IAST and RASP together detect and block these threats.
Blog posts, company news, and discussion papers on runtime security from the Waratek team.
Blog
Explores how AI models can autonomously insert vulnerabilities into code and how Waratek IAST and RASP together detect and block these threats.
Paper
A 2026 guide to Oracle EBS security covering recent critical CVEs, common vulnerability classes, hardening best practices, and how …
Blog
IAST and RASP let organizations pair fast AI development with continuous security rather than pausing innovation for risk …
News
Waratek's analysis of Oracle's July 2026 CPU: 1,455 patches, a CVSS 10.0 in Fusion Middleware, and active ShinyHunters …
Blog
How Waratek unifies IAST and RASP to close the 42% SLA perception gap between executives and …
News
Waratek's analysis of Oracle's June 2026 CSPU: 251 CVEs across 11 product families, 134 of them …
News
Waratek names veteran runtime security architect Apostolos Giannakidis as CTO to lead its technology …
Blog
62% of high-risk AI vulnerabilities go unfixed because traditional patching can't keep up with …
News
Oracle shifts to monthly security patching. Waratek's analysis of the first CSPU (May 2026): 35 …
Blog
As AI-generated code floods the software lifecycle, Waratek's IAST and RASP provide a dual-layer …
Blog
How Anthropic's Claude Mythos collapses exploit development from weeks to minutes, and why Waratek …
Blog
AI-driven static analysis hallucinates vulnerabilities that don't exist, fueling developer fatigue. …
Blog
Using a ballroom analogy to explain why SAST and DAST only see the outside of your application, and …