March 26, 2026
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Steve Cooper
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Agentic Security Takes Center Stage at RSAC 2026: How Scantist Fits Into the Wave

The future of cybersecurity belongs to agentic systems.

San Francisco, March 26, 2026 — This week at RSAC 2026, a clear pattern emerged: the future of cybersecurity belongs to agentic systems. While established giants like CrowdStrike, Palo Alto Networks, and SentinelOne unveiled AI-enhanced defenses, a new generation of startups is redefining the offensive security landscape.

The Emerging Agentic Wave

The most telling announcements weren't incremental updates to existing tools — they were foundational shifts:

  • Arctic Security launched the "world's largest agentic SOC," ingesting over 10 trillion cybersecurity events per week
  • XBOW debuted agentic threat intelligence capabilities
  • Scantist introduced PAIStrike, autonomous red teaming at continuous scale

These aren't AI-enhanced tools. These are autonomous systems designed to operate independently, at speed, with minimal human intervention.

Why This Matters: The Asymmetry Problem

For years, red teaming and penetration testing have been fundamentally bottlenecked by human capacity. A team of 5–10 security professionals can only test so much, so often.

Meanwhile, threat actors now deploy autonomous, AI-driven attacks continuously — probing infrastructure 24/7, testing millions of attack paths in parallel, and adapting in real time.

The asymmetry is unsustainable. Organizations can no longer afford to test their security posture once or twice per year.

Meet PAIStrike: Continuous Autonomous Red Teaming

Scantist's PAIStrike flips this problem. Instead of waiting for a pentester, organizations now get:

  • Continuous testing — Autonomous agents probe infrastructure continuously
  • Comprehensive coverage — Every application, supply chain dependency, and control tested at scale
  • Real-world attacks — Simulations based on actual threat actor TTPs
  • Immediate visibility — Vulnerabilities discovered and reported before exploitation

The Scantist Position at RSAC

While defending against attacks is table stakes, Scantist occupies a unique position in the RSAC ecosystem: bringing the same autonomy and speed to offense that threat actors now deploy.

From the booth, our thesis was simple:

"Agentic security flips the game. If attackers have autonomous agents, defenders must too. But offense has an advantage: we can test every control, every application, every supply chain dependency with the same speed and autonomy that threat actors deploy attacks. That's what PAIStrike does — continuous, autonomous red teaming at scale."
— Charles Huang, Scantist

From LiteLLM to the Broader Trend

This week also highlighted why this matters urgently. Scantist identified a major supply chain attack targeting LiteLLM, a widely used AI infrastructure library. The attack used multi-stage credential harvesting, Kubernetes lateral movement, and persistent backdoors — a sophisticated autonomous campaign.

Attacks like this underscore a critical truth: AI infrastructure is now the prime target. Organizations deploying AI and LLMs need continuous, autonomous validation that their supply chains, dependencies, and controls can withstand this new class of threat.

The Convergence

RSAC 2026 made one thing clear: the industry is converging on agentic-first architectures. The old model — static controls, annual assessments, manual interventions — is becoming obsolete.

Scantist is leading the offensive side of this shift. PAIStrike isn't a tool used occasionally. It's a continuous partner, autonomously validating security posture at the speed modern threats demand.

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