A breach is not just a technology incident.
It is a regulatory event.
In a regulated enterprise, a breach triggers legal obligations, regulatory filings, board-level scrutiny, and reputational consequences that last years. The question is not whether you can prevent every attack. It is whether your detection is fast enough, your response is documented, and your notification obligations are met when one occurs.
What the threat environment
has outpaced.
Security teams are not falling short for lack of effort or expertise. The volume, speed, and complexity of the modern threat environment has outpaced what any human-led process can address at the required speed. Agentic AI does not replace your security team. It gives them machine-speed detection and response to work with.
Human analysts triage alerts sequentially. By the time a real threat is confirmed and escalated, lateral movement has already occurred. The 197-day industry average for breach detection is not a technology failure. It is a throughput problem that agentic detection solves.
Enterprise SOCs receive thousands of alerts per day, the overwhelming majority of which are false positives. Analysts develop calibration over time. The risk is that one real threat buried in high-volume noise receives the same initial response as the ones that are not real.
GDPR gives you 72 hours. Some US state laws give you 30 days. Both apply at the same time. Your legal, compliance, and IT teams must coordinate under pressure, across jurisdictions, while simultaneously containing the incident. One missed notification can define years of regulatory relationship.
A breach at a third party can expose your customer data, your intellectual property, and your regulatory obligations. Most enterprises have limited continuous visibility into the cybersecurity posture of their vendor ecosystem, creating exposure that is hard to quantify until it materialises.
Your security team knows there are vulnerabilities that have not been patched. The critical question is which of those vulnerabilities are being actively exploited in your sector right now. Without live threat intelligence informing patch prioritisation, sequencing is based on severity scores that do not reflect current attacker behaviour.
When regulators or investigators ask for the sequence of events during an incident, your team pieces it together from logs across multiple systems. This is slow, resource-intensive, and can be incomplete. Every action taken during a security incident should be documented automatically in real time.
Detection and response.
And the notification layer after it.
CyberProtx handles continuous threat monitoring and autonomous response. NotifAI handles the breach notification lifecycle that follows when an incident occurs. Together they address the full security lifecycle a regulated enterprise requires.
Continuously monitors your infrastructure, endpoints, and application layer. Threats are identified, assessed, and contained before human analysts are paged. Vulnerability scanning, credential monitoring, and patch prioritisation run autonomously under full audit trail. Built for enterprises where a breach is a regulatory event, not just a technical one.
Automates the entire breach notification lifecycle, from PII detection and scope assessment through regulatory filing. Compresses a weeks-long crisis response into hours. GDPR, CCPA, HIPAA, and all 52 US state laws handled simultaneously. Built for organisations where one missed notification triggers years of regulatory scrutiny.
Your vendors and partners are part of your attack surface. TPRM monitors your full ecosystem for cybersecurity vulnerabilities, breach disclosures, and security certification lapses on a continuous basis.
Explore TPRM cybersecurity features →Agentic security that acts,
not just alerts.
The difference between CyberProtx and a traditional SIEM is not the data it ingests. It is what happens next. CyberProtx acts autonomously on the threats it detects, at machine speed, under human governance with a complete audit trail.
Infrastructure, endpoints, application layer, network traffic, and user behaviour analytics. AnomalyRadar monitors every data stream simultaneously, with adaptive thresholding that distinguishes real threats from operational noise.
Threat containment, credential invalidation, traffic blocking, and incident isolation happen at machine speed. Human analysts receive the context they need to escalate or close, rather than the raw alerts they have to triage before they can act.
Continuous vulnerability scanning with threat-intelligence-driven prioritisation. Your patch queue reflects which CVEs are being actively exploited in your sector right now, not just CVSS scores that do not account for current attacker behaviour.
Every detection, autonomous action, and escalation is documented with timestamps, evidence chains, and decision rationale. When regulators or investigators ask for the sequence of events, the answer is already assembled, not retrospectively constructed.
When an incident triggers notification obligations, NotifAI automates PII scope assessment, affected individual identification, regulatory notification drafting, and multi-jurisdiction filing. Your legal team reviews and approves rather than writes from scratch under time pressure.
Manufacturing, utilities, and healthcare organisations operate where OT and IT security have converged. CyberProtx monitors both environments with the contextual understanding to distinguish what constitutes an anomaly in each.
the more it costs to contain.
Questions security and GRC leaders ask us
If your question is not here, our cybersecurity AI team will answer it directly. No sales scripts.
Talk to a security specialist →CyberProtx applies agentic cybersecurity AI to evaluate every alert in context before it reaches an analyst, cross-referencing endpoint, network, identity, and application signals simultaneously. Analysts receive pre-triaged, evidence-backed findings with recommended actions rather than raw alert queues. For enterprise SOC teams, this typically reduces actionable alert volume by over 70% while improving detection accuracy.
AVAT is CyberProtx's Automated Vulnerability and Attack Testing capability, which runs continuous attack simulation against your environment to identify exploitable vulnerabilities before attackers do. Unlike traditional penetration testing which produces a point-in-time snapshot, AVAT runs continuously and prioritises findings based on which CVEs are being actively exploited in your sector right now. This gives your security team a live, threat-intelligence-driven patch prioritisation queue.
CyberProtx and NotifAI together cover the detection, response, documentation, and notification obligations that DORA, NIS2, and ISO 42001 impose on regulated enterprises. Every autonomous action taken during an incident is logged with timestamps, evidence chains, and decision rationale, producing the audit trail regulators require. Compliance automation is built into the platform, not added as a reporting layer after the fact.
Yes. CyberProtx integrates with existing SIEM, XDR, and endpoint security platforms through ConnectCore without requiring replacement of current tooling. Rather than generating raw alerts for analyst triage, CyberProtx acts autonomously on confirmed threats at machine speed under full human governance. Your existing security investment is complemented rather than displaced.
CyberProtx monitors infrastructure, endpoints, application layer, and network traffic continuously, with detection operating at machine speed measured in seconds to minutes. The industry average breach dwell time with traditional tools runs to 241 days. Containment actions including credential invalidation, traffic blocking, and incident isolation execute autonomously, closing the window between detection and response rather than just shortening it.
See CyberProtx detect a real threat, in a live environment.
We will walk your CISO and security leadership through a live demonstration using real-world attack patterns relevant to your industry and infrastructure stack. No synthetic scenarios. No slides.