Decides and responds locally
Sensors, detection, models, decisions, and response remain inside the mission boundary—even when WAN, DNS, or SATCOM fails.
Kybernao maps, tests, and defends digital terrain—from cloud to tactical edge.
Built for security teams in
- Energy systems
- Industrial operations
- Defense missions
- Critical facilities
The cloud will not always be there.
Kybernao keeps operating when connectivity disappears.
Meet Kybernao Node, the local cyber brain.
Cloud enhanced. Never cloud dependent.
Understands cyber and physical state
IT, OT, IoT, vehicles, radios, sensors, physical processes, and mission functions resolve into one cyber-physical graph.
Federates when links return
Every node operates independently, then exchanges selected state and threat intelligence when bandwidth becomes available.
Built for contested operations.
Cloud-dependent security and disconnected-first infrastructure
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
The mission continues locally.
- Local models, graph, telemetry, and response
- No cloud connection required to operate
- Store-and-forward synchronization
- Federated picture when links return
Map, test, defend
One continuous mission-survivability loop
01.
Build the Digital Terrain Graph
Cyber, physical, operational, and mission state
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.
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.
Operators see the route, the affected physical process, and the mission consequence before authorizing higher-risk actions.
Execution levelsObserveTwinLive
ENTRYIdentitycredential compromised
CONTROLOT controllercooling subsystem
CONSEQUENCEGenerator 343% capacity loss
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. The metric is no longer alert count—it is whether the system survives adversarial pressure.
Ship the capability, not another login
Kybernao Node puts the cyber system inside the mission boundary.
A local cyber brain
Compute, models, graph, telemetry, identity, and response in one deployable system.
KYBERNAO
LOCAL
NODE-I
Built for the site.
CPU/GPU/NPU compute, secure hardware root, encrypted storage, passive network interfaces, local models, local APIs, and an offline management plane.
Four mission form factors.
NODE-S tactical · NODE-R rack/datacenter · NODE-I industrial/OT · NODE-X rugged expeditionary.
Digital Terrain Graph
Kybernao maps how digital systems, physical systems, and mission functions depend on one another.
Integrates with
Cloud + datacenterIT
SCADA + HMIOT
PLCs + RTUsControl
Identity + accessTrust
Radio + C2Mission
UAV + UGVEdge
Sensors + AIData
Physical processEffect
Mission functionConsequence
One platform. Different mission environments.
Cyber infrastructure that travels with the operation.
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.
Critical facilities
Protect data centers, bases, transportation, water, and other environments where disruption becomes physical consequence.
Operate alone. Federate when available.
Every Kybernao environment remains sovereign and useful before, during, and after disconnection.
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
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
The Kybernao system
One distributed runtime connecting cyber terrain, adversarial testing, defense, and the operational picture.
Built on Kybernao Fabric →Kybernao Node
Deployable cyber compute that carries the platform into the site, vehicle, network, or mission.
Kybernao Atlas
The cyber-physical and mission graph connecting assets, trust, control, dependency, and consequence.
Kybernao Red
Authorized adversary emulation with execution levels designed for safety-critical environments.
Kybernao Sentinel
Local detection informed by the exact paths Kybernao safely validates against the environment.
Kybernao Guardian
Autonomous containment and response governed by operator policy and mission constraints.
Kybernao Range
Digital twins and isolated ranges for validating higher-risk paths without touching live operations.
Kybernao Command
The operational cyber picture for operators, defenders, leaders, and mission owners.
FedSpace
A secure federated mission layer for exchanging selected state across sovereign Kybernao nodes.
Design a mission deployment
Map one site, operational environment, or tactical mission with us.
Start the architecture session →