Rotterdam (The Netherlands) - Hackurity has officially rolled out the 3rd generation of its Autonomous Pentesting engine alongside a redesigned customer dashboard experience, following several months of development, internal validation, and production testing across customer environments.

The new release focuses on one core objective: helping organisations validate exposure faster, prioritise real risk more effectively, and reduce operational friction during offensive security testing.

Faster Testing and Shorter Validation Cycles

One of the largest improvements introduced in the new engine is execution speed.

Security testing workflows that previously required hours can now complete in minutes, allowing organisations to validate exposure more frequently while reducing operational overhead.

This enables faster identification of exploitable weaknesses across modern attack surfaces without disrupting production environments.

“We built this new generation engine to help organisations move faster without sacrificing quality. The speed improvements, rapid CVE coverage and enhanced customer experience represent an important step forward for both the platform and our customers.”
- Felix Nagy, CEO of Hackurity

Rapid CVE Coverage Integration

The updated engine significantly improves how quickly newly disclosed vulnerabilities are incorporated into testing workflows.

New CVEs can now be integrated within hours after public disclosure, helping organisations rapidly assess whether newly disclosed weaknesses affect their environments.

This reduces the delay between vulnerability publication and exposure validation, particularly during periods of active exploitation.

Multi-Stage Exposure Validation and Exploit Chaining

The 3rd generation engine also introduces enhanced exploit chaining capabilities designed to simulate realistic attacker progression across exposed environments.

Rather than validating vulnerabilities in isolation, the platform can correlate and chain multiple weaknesses together to identify operationally relevant attack paths, privilege escalation opportunities, and lateral movement scenarios.

This allows organisations to better understand how seemingly lower-severity findings may contribute to larger compromise paths when combined under real-world attack conditions.

By introducing attacker-aligned multi-stage validation workflows, Hackurity further improves prioritisation accuracy while helping security teams focus on exposures that represent genuine operational risk.

Known Exploited Vulnerability Prioritisation

The platform now includes a dedicated Known Exploited Vulnerabilities (KEV) section, allowing customers to prioritise vulnerabilities that are actively being exploited in real-world attack activity.

This improves remediation focus by helping teams concentrate on validated and operationally relevant risk rather than large volumes of low-priority findings.

Reduced Reporting Noise and Improved Findings Quality

The new engine also introduces improvements to finding prioritisation and reporting quality.

Large volumes of low-value findings have been replaced with clearer informational insights, contextual prioritisation, and more actionable outputs.

The goal is to reduce analyst fatigue while improving remediation efficiency.

Expanded Technical Detail for Security Teams

Every finding now includes expanded technical detail and remediation context.

This provides security and IT teams with:

  • clearer remediation guidance,
  • improved visibility into identified weaknesses,
  • and faster transition from discovery to remediation.

By improving contextual detail directly inside the platform, organisations can reduce manual validation work and shorten remediation cycles.

Redesigned Customer Dashboard

Alongside the engine update, Hackurity has also released a redesigned customer dashboard experience featuring:

  • expanded visibility into findings and testing results,
  • enhanced reporting functionality,
  • direct management of testing schedules,
  • improved navigation and usability,
  • and a cleaner operational workflow overall.

The updated dashboard is designed to provide customers with clearer oversight and greater operational control across continuous offensive testing activities.

Continuous Offensive Security Validation

The release of the 3rd generation engine reflects Hackurity’s broader focus on continuous autonomous red teaming and validated exposure testing.

As attack surfaces evolve and vulnerability disclosure cycles accelerate, organisations require testing workflows capable of adapting quickly to changing attacker behaviour.

This release improves testing speed, vulnerability coverage, exploit chaining capabilities, prioritisation quality, and operational usability while maintaining Hackurity’s focus on practical, attacker-aligned offensive security.

- The Hackurity Red Team