Built for contested environments·NODE-X now shipping
Defend the mission. Connected or not.
Kybernao is the cyber brain that maps, attack-tests, and defends your entire digital terrain, from cloud estates to OT sites to the disconnected tactical edge.
New path reproducedKYB-023 · Historian → safety PLC · High
Path reproduced by Kybernao
Historian API exposes controller tags without auth
Containment opened for your review
CI runner token grants OT jump-host access
Over-scoped operator role on SCADA HMI
Merged, re-running original path
Cross-site trust lets IT identity reach the OT DMZ
Original path no longer works
Radio C2 link accepts replayed session
Stale VPN session survives site isolation
Deliberately deferred
Built for security teams in
- Energy
- Industrial
- Defense
- Data centers
- Utilities
- Transport
0%link loss toleratedModels, graph, and response keep running with zero reach-back.
<0slocal decision latencyDetection and containment decided at the node, not in a vendor cloud.
0execution levelsObserve, twin, and live validation under explicit operator control.
0node form factorsFrom a backpack at the tactical edge to a rack in the datacenter.
Decides and responds locally
Sensors, detection, models, decisions, and response stay inside the boundary. When WAN, DNS, or SATCOM fails, the node keeps working and the mission keeps running.
Understands cyber and physical state
IT, OT, IoT, vehicles, radios, sensors, physical processes, and mission functions resolve into one cyber-physical graph. Kybernao sees the route, not just the pieces.
Federates when links return
Every node operates independently, then exchanges selected state and threat intelligence when bandwidth becomes available. No central dependence, ever.
Built for contested operations.
Cloud-dependent security and disconnected-first infrastructure
Cloud-dependent security
Security stops when the network does.
- Telemetry depends on external reach-back
- Models and decisions live in a vendor cloud
- Bandwidth loss creates operational blindness
- Sensitive topology crosses the site boundary
Kybernao disconnected-first
The mission continues locally.
- Local models, graph, telemetry, and response
- No cloud connection required to operate
- Store-and-forward synchronization when links return
- One federated picture across sovereign nodes
Map, test, defend
The lifecycle of an attack path
01.
Build the Digital Terrain Graph
Every asset becomes a node with reach, trust, and consequence
People, identities, applications, networks, radios, sensors, PLCs, vehicles, facilities, and mission functions become nodes in one continuously updated graph.
Kybernao understands what can reach, trust, control, and depend on everything else, so an attack path is a route through the mission rather than a list of CVEs.
02.
Validate safely inside the boundary
Authorized offensive capability without exporting topology
Kybernao Red moves from observation and simulation through digital-twin and non-destructive live validation under explicit execution controls. Nothing runs against a live process without an operator's say.
Operators see the route, the affected physical process, and the mission consequence before authorizing higher-risk actions.
Execution levels
ObserveTwinLive
03.
Detect, contain, and retest
Red, Sentinel, and Guardian share one feedback loop
Authorized adversary telemetry measures whether defenses saw the path and whether local containment can preserve the operation. After remediation, Kybernao retests the original route end to end.
The metric is no longer alert count. It is whether the system survives adversarial pressure.
Engineers in the loop
Each deployment gets a dedicated mission engineer.
In the platform with youA Kybernao engineer works inside Command alongside your team.
Book office hours anytime.
Our engineers will hop on a call, walk your team through a path, or think through your site architecture with you.
Every finding is reviewed by an engineer before it reaches you.
Your engineer reviews every path to prevent false positives, so your operators can focus on the routes that actually threaten the mission.
Digital Terrain Graph
Connect your environment and Kybernao assembles a live map of everything that can reach, control, or depend on the mission.
A fixed map of identity, IT and cloud, OT control, and mission systems showing how a corporate identity can reach a programmable logic controller and the physical process it drives.
Integrates with
- Amazon Web ServicesCloud
- Microsoft EntraIdentity
- Siemens SCADAOT
- Rockwell AutomationControl
- SplunkSIEM
- OktaIdentity
- CrowdStrikeEDR
- CiscoNetworking
- Palo Alto NetworksFirewall
- ServiceNowTicketing
- GitHubSource control
- KubernetesPlatform
- Microsoft AzureCloud
One platform. Different mission environments.
Cyber infrastructure that travels with the operation.
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Energy systems
Map attack paths from enterprise identity through the OT boundary to generation, transmission, and safety-critical processes.
-
Industrial operations
Passive OT visibility, safe digital-twin validation, and local defense for factories and process environments.
-
Defense missions
Operate across denied, degraded, intermittent, and limited connectivity without centralized reach-back.
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Critical facilities
Protect data centers, bases, transportation, water, and other environments where disruption becomes physical consequence.
Different ways to deploy.
Run Kybernao at a site with optional cloud federation, or fully disconnected at the tactical edge.
Kybernao Site
- NODE-R for datacenter and enterprise coordination
- NODE-I for industrial and OT visibility
- Local cyber-physical graph and data lake
- Optional Kybernao Cloud synchronization
- Fastest way to start
Kybernao Edge
- NODE-S and NODE-X for tactical deployment
- Local Red, Sentinel, and Guardian engines
- Store-and-forward operation under D-DIL
- Federated state without central dependence
- For missions where data never leaves
Four form factors. One cyber brain.
Kybernao Node carries compute, models, graph, identity, and response into the mission.
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Tactical
NODE-S
Backpack class. Runs on vehicle or battery power for squads, forward teams, and vehicles.
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Rack · datacenter
NODE-R
1U or 2U for enterprise sites and coordination across many disconnected environments.
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Industrial · OT
NODE-I
DIN-rail, fanless, and passive by default for plants, substations, and process environments.
-
Rugged · expeditionary
NODE-X
Sealed and shock-rated for austere deployments with intermittent power and no support.
The Kybernao system
One distributed runtime connecting cyber terrain, adversarial testing, defense, and the operational picture.
Built on Kybernao FabricKybernao Node
Deployable cyber compute that carries the platform into the site, vehicle, network, or mission.
Explore NodeKybernao Atlas
The cyber-physical and mission graph connecting assets, trust, control, dependency, and consequence.
Explore AtlasKybernao Red
Authorized adversary emulation with execution levels designed for safety-critical environments.
Explore RedKybernao Sentinel
Local detection informed by the exact paths Kybernao safely validates against the environment.
Explore SentinelKybernao Guardian
Autonomous containment and response governed by operator policy and mission constraints.
Explore GuardianKybernao Range
Digital twins and isolated ranges for validating higher-risk paths without touching live operations.
Explore RangeKybernao Command
The operational cyber picture for operators, defenders, leaders, and mission owners.
Explore CommandFedSpace
A secure federated mission layer for exchanging selected state across sovereign Kybernao nodes.
Explore FedSpaceArchitecture sessions open
Design a mission deployment
Map one site, operational environment, or tactical mission with a Kybernao engineer. See the terrain graph built from your own environment.