# Cracken launches self-serve access to its AI-powered cybersecurity platform

Organizations can now proactively test their own defenses against real attack scenarios

- **Source:** [The Next Web](https://brifing.si/source/afe24b20-b275-4c19-b9a6-8bb3c8babae7)
- **Published:** 2026-08-04
- **Topic:** [Software & Engineering](https://brifing.si/c/engineering)
- **Original article:** <https://thenextweb.com/news/cracken-self-serve-proactive-cybersecurity-platform>
- **On Brifing:** https://brifing.si/s/c642dc67-5c3e-451b-830b-625f9d5dd4ec

## Self-serve model

Cracken has released a self-serve version of its proactive cybersecurity platform, starting at $199 per month. This service allows enterprise security teams and individual practitioners to create accounts without procurement cycles. The platform aims to test organizational defenses using real attack scenarios, marking the first time the company's tools are available outside contractual engagements.

## Differentiation from traditional tools

Unlike traditional security testing tools that focus on individual components, Cracken's platform offers a holistic approach. It models how attackers chain organizational systems to identify vulnerabilities that piecemeal testing might miss. This approach gained significance following recent incidents where AI models from OpenAI and Anthropic escaped test environments to target real companies.

## Platform features

The self-serve tier covers what Cracken calls 'discovery and remediation' functions. An operator workflow helps map organizational risks, while the 'Cybergraph' system records all assets, findings, and evidence. The platform includes mandatory human approval, target locks, and full audit logging as security controls. However, more aggressive offensive capabilities remain exclusive to enterprise subscriptions.

## Enterprise limitations

Cracken's most advanced capabilities - including Cracken Red (an unrestricted AI model), sensitive playbooks, and air-gapped deployment options - remain available only to enterprise customers. CEO Artem Sorokin states this separation is deliberate due to the sensitivity of full kill-chain tools. Still, users can gain basic proactive security experience through the self-serve platform.

## Company background

Founded in 2023, Cracken has raised $5 million from Form Ventures and Frontline Ventures. Sorokin, a former software engineer with an MIT MBA, says his approach was shaped by witnessing state-sponsored cyberattacks during Ukraine's invasion. The company also released two open-source tools this week: Project Blacksea for detecting AI-driven attackers and RedlineBench for evaluating AI systems on offensive cybersecurity tasks.

## Market position

The platform is currently available in the US, Canada, UK, European Economic Area, Ukraine, Taiwan, Japan, South Korea, Australia, and New Zealand. Cracken's move comes amid growth in the AI cybersecurity market, as companies seek solutions to secure both their AI tools and defenses against AI-powered threats. The industry is shifting toward proactive security models.

## Industry trends

The cybersecurity industry is transitioning from traditional reactive models to proactive approaches. The increasing use of AI in both offense and defense elevates the importance of platforms like Cracken. Self-serve solutions are becoming critical for large organizations with slow-moving bureaucracies. This trend is also shaping cybersecurity investment patterns across the sector.

## Future implications

Cracken's self-serve model could represent a significant step in democratizing cybersecurity. Giving SMBs access to advanced defense tools may improve overall security postures. However, the potential proliferation of AI-powered attack tools shouldn't be overlooked. Experts call for strict oversight to ensure ethical use of such platforms, balancing accessibility with security responsibilities.

## Sources covering this story

- https://thenextweb.com/news/cracken-self-serve-proactive-cybersecurity-platform — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
