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Assume the breach, map the blast radius

CyberStrike works from an internal foothold the way an intruder would: enumerating Active Directory, surfacing exposed services and databases, and tracing how far one compromised host can move across your network.

The CyberStrike internal network map: live hosts, discovered services like PostgreSQL, Redis and SMB, exposed shares and cloud links across a 10.0.0.0/16 network

From a flat domain to a mapped attack graph

Every path to Domain Admin, surfaced

CyberStrike enumerates users, groups, ACLs and Kerberos tickets, then chains the misconfigurations an attacker would: Kerberoastable service accounts, excessive GenericAll rights and forgotten privileges. The result is the shortest path from any foothold to Domain Admin, ranked by the risk of each step.

A CyberStrike Active Directory attack graph: domain users, privileged accounts, Kerberoastable service accounts and the shortest paths to Domain Admin

Inside the perimeter

What one foothold turns into

  • Active Directory

    How a flat domain became a mapped attack graph

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  • Internal Services

    How an exposed Redis cache was caught before it leaked

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  • Segmentation

    How open SMB shares were traced across 12 subnets

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Compliance

Human-led trust, machine speed

Every engagement ends in an audit-ready report, signed by a certified pentester, and built to meet the frameworks your auditors hold you to.