One platform, built around the financial decision
Most teams stitch these capabilities together from five or six tools that never quite agree. Onek.ai runs them on one continuously updated model of your environment, arranged so the dollar figure decides what you look at, what you simulate and what you fix. Each page below explains the idea first and what Onek.ai ships for it second.
Digital twin for security
A cybersecurity digital twin is a continuously updated virtual model of an organization's IT environment — systems, identities, access paths, data flows, and dependencies — built from live telemetry. Unlike a static diagram, it stays in sync with reality, so teams can simulate attacks, trace blast radius, and quantify risk against the actual environment rather than an idealized one.
Learn moreCyber risk quantification
Cyber risk quantification (CRQ) expresses security risk in financial terms instead of qualitative ratings. It uses methods such as Value at Risk (VaR) and Monte Carlo loss modeling to produce a dollar-denominated loss distribution, so leaders can compare risks, justify investment, and report exposure to the board in the same language as the rest of enterprise risk.
Learn moreAttack simulation
Cyber attack simulation models how a breach could unfold against your actual environment, before an attacker does. Probabilistic approaches use agent-based modeling, discrete-event simulation, and Monte Carlo methods to produce distributions of outcomes — surfacing single points of failure, blast radius, weak points, and an overall resilience score rather than a single guess.
Learn moreNIST 800-171 & CMMC
NIST SP 800-171 is a U.S. standard of 110 security controls across 14 families that protect Controlled Unclassified Information (CUI) in non-federal systems. CMMC (Cybersecurity Maturity Model Certification) builds on it to verify that defense contractors actually implement those controls, through self-assessment or third-party certification depending on the level.
Learn moreMapping & remediation
Live network mapping visualizes systems and their connections from real telemetry, so the map reflects what is actually communicating now rather than a hand-drawn diagram. Remediation prioritization ranks findings by risk — scoring each by exploitability, blast radius, and dollar impact so teams fix what matters most first, with change previews and approval gates keeping every action controlled.
Learn moreIdentity & access review
An identity-aware access review compares the access people and service accounts have been granted with the access they actually use. Laying the two side by side separates three states that most tools blur together: access granted and used (fine), access granted but never used (dormant privilege, the raw material of lateral movement), and access used without any grant behind it (shadow access, which should not exist at all).
Learn moreConfiguration compliance
Configuration compliance checks the configuration a device is actually running against the configuration it is supposed to run — a golden config you have approved, or a published benchmark such as CIS, PCI DSS or NIST SP 800-171. Drift is any divergence between the two. Done continuously, it turns compliance from an annual attestation into a live property of the estate: every failing rule points at a specific line on a specific asset, and stays visible until someone fixes it or approves the exception.
Learn moreOperational resilience
Operational resilience simulation runs infrastructure failures — an availability-zone outage, a database failover, a cooling failure, a traffic surge — against a live model of your environment to see what degrades, what cascades, how many people and customers are affected, and what it costs per hour. It uses the same twin and the same financial model as cyber-attack simulation, so an outage and a breach are priced on one scale and compete fairly for the same budget.
Learn moreSee the whole platform in action
Explore the live demo against a full sample environment — then let's talk about bringing it to yours.