Skip to content
Cequence Security Launches Advanced Bot Defense Solutions

Cequence Security Launches Advanced Bot Defense Solutions

First seen 25 Jun 2026, 13:06 UTC • •

Article Content

Browse articles
ThreatCluster AI
ThreatCluster •June 26, 2026 at 12:35 UTC
  • •Cequence Security launched Intent Graph and Biometric Check for enhanced bot defense.
  • •Automated traffic now exceeds human traffic, necessitating new defense strategies.
  • •The Intent Graph allows for rapid updates to detection models without code changes.

Cequence Security has introduced Intent Graph and Biometric Check, enhancing bot defense across web, mobile, API, and agentic AI traffic. The new capabilities do not rely on traditional client-side signals, which sophisticated bots can bypass. Automated traffic now constitutes over half of all web requests globally, indicating a significant shift in online interactions. The Intent Graph provides a dynamic behavioral model tailored to individual applications, allowing for rapid adjustments in detection and mitigation strategies. This approach addresses the inadequacies of traditional bot defenses that depend on browser signals like CAPTCHAs. The launch aims to help enterprises adapt to the increasing prevalence of automated traffic, which is outpacing human interactions. CEO Ameya Talwalkar emphasized the need for a proactive defense posture before the agentic inflection occurs. The solutions are designed to evolve with changing attack tactics in real time.

Start a free Starter trial for enhanced analysis

Ask AI about this cluster

Updated 106d ago How this analysis works

Timeline

2026-06-24
Cequence Security announces new bot defense capabilities
The company launched Intent Graph and Biometric Check to protect against sophisticated bots across various platforms.
Sourcesecurity
2026-06-24
Automated traffic surpasses human traffic
According to Cloudflare, automated traffic now accounts for over half of all web requests globally, highlighting the need for advanced defenses.
Sourcesecurity

More articles in this cluster (2)