Zero-touch access,for every remote site.
Fantom Edge brings Zeroport's patented hardware isolation to remote sites, segmented networks, and operational environments: real-time, zero-touch access without exposure or compromise. On board, a lean NVIDIA Jetson Thor runs Moativ with deterministic rules tuned to physical operations, so the air gap stays intact and the day-to-day work stays watched.
Purpose-built for the field, Edge carries non-IP security and on-device AI guardrails to every remote location, with nothing to open and nothing to expose.
The Fantom Core
Inside every Edge appliance is the same sealed Core that powers Enterprise: a single module that bridges two isolated stations across a one-way optical break. One Core is one session, human or agent, on its own dedicated path, with nothing shared between it and any other. The boundary is the silicon, not a policy you have to trust.
Compact form,enterprise power.
Edge packs Core-level isolation into a footprint that ships to the field: a substation, a rig, a clinic, a cabinet on a factory floor. It drops in beside the equipment it protects, draws no IP route across the break, and runs unattended once it is plugged in. Inside, a lean NVIDIA Jetson Thor configuration runs Moativ with deterministic guardrails: rules written for physical operations and day-to-day work, enforced the same way every time, with no cloud and no drift. Same boundary as the carrier appliance, sized for the site.
Hardware-Enforced Protection
Every connection is physically isolated across the break, eliminating the software-based vulnerabilities that tunnels and agents carry with them.
Deterministic AI Guardrails
A lean NVIDIA Jetson Thor inside every Edge runs Moativ with rules built for operational work: which asset, which action, which window. The rule fires the same way every time, and off-course behavior, human or agent, is blocked or terminated at the boundary.
Scalable by Design
Capacity grows in Cores, with form-factors tuned to each use case. Scale a site linearly — add channels, add appliances — without re-architecting anything.
Ultra-Low Latency
Dedicated hardware pathways deliver real-time performance with no compromise on speed or reliability: fast enough for live control work.
Plug-and-Play Deployment
Zero-touch setup with no network reconfiguration and no ongoing maintenance. Power it, register it, and the site is live.
Control atyour fingertips.
Every Edge appliance reports into a single control pane. You see every active session, set the policy that governs it, and cut a path the instant you need to, across the whole fleet, from one screen. Zeroport sees none of it.
Native Session Recording
Capture every session end to end for review, compliance, and incident response, recorded at the boundary, not bolted on afterward.
Intuitive Admin Dashboard
One view of every site, appliance, and live connection: provision access and read fleet state without stitching together separate tools.
Real-Time SOC/NOC Monitoring
Feed live session and connection state straight into the operations centers already watching your estate.
Granular Access Policies
Authorize by user, asset, and window — system-specific access with no standing connection and no broad network reach.
Complete Audit Logging
Every grant, session, and revocation is logged in full — a complete, tamper-evident record of who reached what, and when.
A handful of secure channels per location
Edge is built for OT clusters and remote sites, not data-center density: a small set of fully isolated channels per appliance, each one its own Core, each one a session that touches nothing else.
Need more reach? Add channels, then add appliances. The boundary never changes; only the count does.
Remote access without opening the network
There is no inbound IP path to the protected side: no tunnel to hijack, no credentials that pivot anywhere, no route for malware to follow across the break.
You get remote access and control while the air-gap stays exactly as sealed as it was before.
Bring the boundaryto the edge.
See how Edge secures remote sites, segmented networks, and OT through portable, zero-exposure hardware with on-device guardrails, and no IP path for an attacker to follow.