As malicious actors increasingly leverage artificial intelligence to locate, target, and exploit digital vulnerabilities at unprecedented machine speeds, cybersecurity defenders are struggling to keep pace using legacy methods. In a bid to shift the power dynamic back to enterprise security teams, Amsterdam-based autonomous offensive security startup Hadrian has successfully raised an additional $40 million in a Series B funding round, bringing its total capital raised to $65 million. <\/p>\n
The fresh funding injection was co-led by Forgepoint Capital International and SmartFin, with strong participation from a roster of existing investors including HV Capital, Motive Partners, Picus Capital, and Oetker Ventures. According to the company, the newly acquired capital will be deployed strategically to fuel aggressive market expansion across the Europe, Middle East, and Africa (EMEA) region as well as the United States. Furthermore, Hadrian plans to funnel significant resources into deepening investments in its core engineering and advanced research teams to continually evolve its proprietary security technology.<\/p>\n
Founded in 2021, Hadrian was established by a team of former ethical hackers\u2014Rogier Fischer, who serves as Chief Executive Officer, and Olivier Beg, who holds the role of Chief Hacking Officer\u2014alongside entrepreneur Maurice Clin, who acts as Head of Business Development. Together, the founders set out to build an AI-native offensive security platform capable of addressing the fundamental inefficiencies plaguing modern enterprise vulnerability management. The platform offers a comprehensive suite of capabilities spanning continuous discovery, rigorous validation, intelligent prioritization, and streamlined remediation. <\/p>\n
At the heart of Hadrian\u2019s technology stack is a combination of continuous external attack surface management and agentic penetration testing. The platform operates through dedicated components, notably Atlas and Nova. Atlas is designed to continuously map an organization’s entire external attack surface, deploying intelligent AI agents to automatically validate which discovered exposures are genuinely exploitable by malicious actors. Complementing this, Nova provides on-demand agentic penetration testing, allowing security teams to test their resilience dynamically rather than relying on periodic, static assessments.<\/p>\n
The emergence of platforms like Hadrian is a direct response to a growing asymmetry in the modern threat landscape. Malicious actors have rapidly adopted artificial intelligence and automation to orchestrate attacks at machine speed, scanning networks and identifying zero-day or overlooked vulnerabilities faster than humanly possible. Meanwhile, enterprise security teams remain heavily constrained by traditional, manual processes. Industry data highlights this stark operational lag, revealing that 87 percent of organizations still rely primarily on manual penetration testing to evaluate their security posture.<\/p>\n
This heavy reliance on manual pentests creates significant operational friction, particularly when attempting to separate critical risks from routine noise. Conventional vulnerability scanners often flood security teams with massive volumes of alerts, yet research indicates that only 0.47 percent of these findings represent genuinely exploitable vulnerabilities. Consequently, security analysts find themselves wasting valuable time and resources chasing down the remaining 99.5 percent of alerts that ultimately require no immediate action or remediation.<\/p>\n
Reflecting on this widening gap in the industry, Hadrian CEO Rogier Fischer noted that while everyone across the cybersecurity sector acknowledges how artificial intelligence is fundamentally transforming the threat landscape, many organizations are focusing their automation efforts on the wrong areas. Fischer pointed out that his team has been working hands-on with large language models since well before the technology went mainstream, providing them with deep insight into how AI can outperform traditional human offensive security teams in terms of sheer speed and scale. By building a platform that accurately emulates the complex attack paths utilized by real-world hackers, Hadrian helps customers pinpoint their true critical risks and allocate their limited security resources where they matter most.<\/p>\n
By harnessing AI to automate and refine the offensive security lifecycle, Hadrian claims its enterprise customers have achieved remarkable performance improvements. According to the company’s internal metrics, users of the platform experience up to ten times greater visibility into critical risks, a fivefold improvement in return on investment compared to traditional manual penetration testing, and an 80 percent reduction in time to resolution for verified vulnerabilities. <\/p>\n
Rather than seeking to completely replace human expertise, the platform is designed to augment human decision-making with automated execution. Humans define the overarching mission parameters and make the critical strategic decisions, while the artificial intelligence handles the labor-intensive work in between, delivering a level of continuous coverage, repetition, and speed that no human team could possibly sustain on a 24\/7 basis.<\/p>\n
Because the company was built from the ground up by former hackers, Hadrian\u2019s underlying architecture is informed by a deep, practical understanding of real-world adversary tactics and techniques. Its agentic system actively probes enterprise perimeters for exploitable pathways, matching the machine speed utilized by contemporary AI-assisted attackers. By providing always-on discovery, rigorous validation, and autonomous verification of remediation efforts, the platform ensures that organizations can secure their digital assets proactively rather than reactingively.<\/p>\n
Hadrian enters a rapidly expanding market for autonomous and AI-driven offensive security solutions, joining a wave of venture-backed startups securing substantial investments to transform vulnerability management and automated pentesting. As enterprises continue to grapple with expanding digital footprints and increasingly sophisticated cyber adversaries, platforms capable of operating at machine speed are quickly transitioning from innovative novelties to essential components of modern enterprise defense.<\/p>\n","protected":false},"excerpt":{"rendered":"
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