NodeZero for enterprise

NodeZero changes that by producing a single, evidence-backed picture of what is genuinely exploitable in the environment, and surfacing it in the language each layer needs. The SOC analyst, the engineering lead, the security manager, the CISO, the executive team and the board are all looking at the same underlying truth — expressed differently at each level, but never translated, approximated or lost.

NodeZero runs against your production environment on whatever schedule you set and safely executes the attack paths a real adversary would. Findings come with proof of exploitation, and attack paths are walked end-to-end with evidence at each step — not a CVE list, not a scanner dump, not a theoretical risk score.

Findings flow into the tools operational teams already use. The ServiceNow Vulnerability Response (VR) module integration goes beyond a generic REST export — exploitable findings land in the sn_vul_vulnerable_item table with vulnerability detail and host-matching attributes, pushed one way as a delta sync after each pentest. In the Vulnerability Management Hub, Quick Verify — including bulk fix verification — re-runs the targeted test against internal findings and confirms closure, or shows the weakness is still exploitable. Endpoint Security Effectiveness shows, host by host, whether your EDR blocked the techniques NodeZero used. On the Pro and Elite tiers, Tripwires drop decoys on high-risk assets during testing, so any later interaction with them raises a high-fidelity alert, which a webhook can route into your SIEM.

For teams building LLM-driven operations, the NodeZero MCP Server exposes the same exposure context to your AI agents — query pentests and the weaknesses NodeZero proved, and start new pentests, in natural language without leaving your chat or automation layer.

The SOC and engineering teams stop triaging scanner noise and start working on a finite, prioritised queue of paths an attacker could genuinely use. The work completed is work that demonstrably reduced risk.

At the management layer, NodeZero Insights (Elite tier) aggregates the same operational data into the measures security managers need to run the program: open weaknesses and attack paths over time, a remediation summary by severity and age, mean-time-to-remediate, trends across each recurring pentest series, and the systemic issues that recur across the organisation.

Security managers see where exploitable paths are closing quickly, where they linger, and where the recurring weaknesses are. Conversations with engineering leads and system owners happen on the basis of specific evidence rather than vendor dashboards and assumptions. Resource allocation decisions — where to invest, where to push harder, where a control is underperforming — rest on what an attacker could demonstrably do in the environment.

CISOs and their executive peers need a different frame again. The question at the executive table is not "how many findings do we have" but "what risk are we carrying, how is it changing, and is our investment delivering the reduction we promised."

On the Elite tier, High-Value Targeting surfaces crown-jewel paths to executives and critical systems — so a compromised account is not just a technical finding, it is a statement about who an attacker would be able to impersonate and what they could reach. Threat Actor Intelligence maps exposures to the TTPs of known adversaries, so prioritisation reflects the techniques attackers are actively using. Advanced Data Pilfering shows which sensitive data — personal information, financials, contracts, source code — an attacker could actually reach, so when the executive asks "could an attacker reach our customer data or our financial systems," the answer is specific, evidence-backed and current.

NodeZero Insights turns that data into executive-ready narratives with one-click exports — offensive, real-world security reporting that goes beyond static vulnerability lists. The CISO walks into executive conversations with a defensible position: this is what was exploitable, this is what has been verified closed, this is what remains open and why.

When a newly disclosed, actively exploited CVE hits the news and a board member calls the CISO to ask "are we affected," the answer does not have to wait for the next scan. For critical emerging threats, Horizon3’s attack team builds a production-safe exploit test, often within hours of disclosure, and Rapid Response (Pro and Elite tiers) runs it against your environment and reports back with evidence — not "we’re looking into it," not "we’ve pushed a patch and we hope it worked," but a clear answer grounded in a test that actually ran.

The board does not need to understand attack graphs. It needs to understand whether the security program is working, whether the investment is justified, and whether the organisation’s risk posture is improving or deteriorating.

NodeZero gives you the data to answer those questions: trend lines for mean-time-to-remediate, the exploitable paths that were found and closed, and what remains open. Not CVE counts.

Because every number you report to the board traces back through the executive narrative, through the management metrics, through the operational findings, to proof of exploitation in the environment — the board can ask harder questions and get consistent answers all the way down. That traceability is what builds board confidence, and board confidence is what keeps the program resourced.

The program stops being a cost centre that reports volume metrics and becomes an operational function that reports risk reduction. Budget defences become evidence-based, not narrative-based. Conversations with the board become about decisions, not about whose dashboard to trust.

When the board asks whether the security program is working, the CISO’s answer is the same answer the SOC analyst would give — expressed differently, but grounded in the same attack paths, the same remediation work, and the same verified outcomes.

Every action NodeZero takes against your environment is deterministic, pre-validated and reproducible. Exploits are engineered by Horizon3’s attack team in advance, not generated on the fly by a language model. Sensitive customer data stays under Horizon3’s control, and generative-AI tasks run only through secure, isolated cloud infrastructure such as Amazon Bedrock. Every command is logged, and generative-AI reasoning is recorded in auditable action logs. The AI approach →

That is what makes NodeZero safe to run continuously at enterprise scale, across production systems, against sensitive data — not just in a lab, and not just once a year.