01
Find
Prove exploitability with real attacks
NodeZero runs autonomous attack techniques in the environment — showing how an attacker would move, which credentials they would use and what data they would reach.
Validate continuously to find., fix., verify., repeat.
Autonomous, continuous pentesting with Horizon3.ai’s NodeZero platform: discover real attack paths, fix what matters and verify every fix. Implemented and operated by Shore in Portugal.
Partnership
The problem
Attackers gained scale and speed through automation and AI. Between one annual pentest and the next, the environment changes every day — and a list of vulnerabilities does not tell you what is actually exploitable.
68%
of breaches involve a non-malicious human element
Verizon DBIR 2024
6%
of vulnerabilities, approximately, ever reach widespread exploitation — the challenge is knowing which
Kenna Security · Cyentia Institute
4.44 M$
average global cost of a data breach
IBM, Cost of a Data Breach 2025
241
days, on average, to identify and contain a breach
IBM, Cost of a Data Breach 2025
Public sources, verified in July 2026.
Thousands of reported CVEs with no real exploitation context. The team drowns in false positives while the attack paths that matter stay invisible.
The environment changes every day; an annual pentest is a still image of a moving target — often outdated before the report is delivered.
Knowing a vulnerability exists does not tell you whether anyone can exploit it in your environment. Without proof of impact, prioritisation is guesswork.
Between tests, new configurations, exposed credentials and excessive permissions go unnoticed — exactly what an attacker looks for first.
The platform
NodeZero runs autonomous attacks in your environment and turns vulnerability management into a continuous validation cycle — find, fix, verify, repeat.
Implemented and operated by Shore in Portugal.
01
Prove exploitability with real attacks
NodeZero runs autonomous attack techniques in the environment — showing how an attacker would move, which credentials they would use and what data they would reach.
02
Prioritise what actually matters
In an ocean of vulnerabilities, it identifies the ones proven exploitable in your context, with detailed remediation guidance.
03
Close the loop on every fix
Every fix is re-tested to confirm the attack path is actually gone — proof of risk reduction, not a checkbox.
04
Validate continuously, not once a year
Risk changes whenever the environment changes. Tests repeat continuously, to find weaknesses before attackers do.
Traditional approach
Continuous validation
Static analysis with predefined signatures
Autonomous, adaptive attacks
Theoretical risk and severity scores
Proven impact through real exploitation
A paralysing volume of alerts
Clarity of action — what to fix first
Point-in-time tests, once or twice a year
Continuous, automated validation
Based on assumptions
Anchored in evidence
The capabilities and figures in this section and the next are those published by Horizon3.ai for the NodeZero platform (horizon3.ai, July 2026). The concrete scope of each implementation is defined in a proposal.
NodeZero operations
NodeZero brings multiple security operations into a single platform — from internal and external pentesting to cloud validation and emerging-threat response.
Autonomous internal network pentesting: attack paths, compromised credentials and risky configurations an attacker would exploit after initial access.
Continuous assessment of the external attack surface: exposed services, exploitable vulnerabilities and entry points reachable from the internet.
Security validation in cloud environments: risky configurations, privilege-escalation paths and access to sensitive data.
Kubernetes cluster security assessment: risky configurations, excessive RBAC, exposed secrets and container-escape paths.
Response to emerging vulnerabilities (CISA KEV): when a critical threat appears, quickly validate whether your environment is affected and exploitable.
Testing the real impact of a successful phish: what happens after the click — lateral movement, data access, privilege escalation.
Continuous Active Directory password auditing: weak, reused or compromised credentials, before they are exploited.
Integrated deception: traps placed on the network during tests to detect real attackers’ lateral movement in real time.
Delivery model
Shore implements, configures and operates the platform in your environment, in a three-phase model with clear deliverables.
Phase 01
First pentest and diagnosis
typically 1–2 weeks
Phase 02
Deploy and remediation
typically 2–4 weeks
Phase 03
Continuous validation
continuous
Indicative timelines — the plan, the calendar and the test cadence of the continuous operation are defined in each project’s proposal.
Start with an autonomous pentest of your environment — no commitment.
Schedule an assessmentWhy Shore
Implemented by a team that knows the Portuguese market, speaks your language and works in your time zone.
Horizon3.ai is one of the partner platforms of the Shore · Secnora cybersecurity service — implemented and operated within that catalogue.
The partnership’s pentesting and offensive security specialists interpret the results and separate the critical from the incidental.
Three phases with clear deliverables — assessment, implementation, operations — and a plan defined in a proposal before starting.
A team in Portugal, in the same time zone and in Portuguese — response without communication barriers.
We do not just hand over the report: we follow the remediation with your team and verify every fix on the platform.
Assessment, implementation, internal team training and continuous operations — with a single point of coordination.
Talk to us to schedule a first autonomous pentest, or to discuss your attack surface.
The button opens Shore’s secure contact form. We reply by email to schedule.