Solutions

Four capabilities, one accountable integrator.

Each deployment is designed around the environment it has to survive: contested networks, remote sites, air-gapped operations and national data rules.

01 · VIPN · Virtual & Invisible Private Network

Take critical systems off the attacker’s map.

VIPN hides your links, servers and services, so attackers cannot find them, scan them or map the traffic between them. Designed, deployed and supported by Beyond, powered by Snowpack technologies.

What it hides
Links, servers and services
What you install
Software on the devices and gateways you already run
Where it runs
Fiber, 4G, 5G and satellite, with no public or static address

What VIPN hides

A VPN hides what you say. VIPN hides that you are there.

Encryption protects content but leaves addresses, gateways and traffic patterns visible. Those are what attackers use to find a target.

Links

Traffic between sites is split into fragments on separate routes. No tap sees a whole message, and the pattern reveals nothing.

Servers

Protected servers keep no open port and no known address. A scan finds nothing to probe or attack.

Services

Applications are reachable only by authorized endpoints. To everyone else, they do not exist on the network.

How it works

Software, not hardware.

VIPN is a connector installed on the devices or gateways you already run. Nothing to rip out. National relay nodes are added in-country when sovereignty requires them.

How a protected link travels Traffic from a command center is split into fragments that travel three separate routes through relay nodes and are rebuilt only at the remote site. A scan aimed at the remote site finds no open port and no public address. Command center Remote site Relay node Fragment Separate routes, no readable content Scan: no open port, no public address
Traffic from a command center is split into fragments on three separate routes through relay nodes and rebuilt only at the remote site; a scan finds no open port and no public address. Command centerRemote site Relay nodeFragment Scan: no open port, no public address
Traffic is split, sent on separate routes and rebuilt only at the authorized endpoint.
  1. 01

    Strip

    Addresses and protocol details are removed from every packet.

  2. 02

    Split

    Each packet becomes same-size fragments with no readable content.

  3. 03

    Disperse

    Fragments take separate routes, so no node or tap sees the whole.

  4. 04

    Rebuild

    Only the authorized endpoint reassembles it. Servers keep no open port.

How a VIPN pilot runs

Five phases, proven under your own conditions.

A first pilot typically takes six to seven months, from scoping to the evaluation report. Each phase ends with a joint decision.

  1. 01ScopeMission, sites, endpoints and success criteria agreed.
  2. 02Lab testVIPN on a test bed your security team can inspect.
  3. 03IntegrationConnectors on your devices, gateways and command systems.
  4. 04Field trialsYour teams try to detect, jam or intercept, in real conditions.
  5. 05EvaluationMeasured results and a report your teams can use for accreditation.

Three ways to start

From a lab audit to a sovereign deployment.

A

Lab evaluation

A full-visibility test bed for your security team’s own audit, with maintenance and security support.

B · Recommended first step

Operational pilot

Test licences, integration with your equipment and live field trials on the shared VIPN network.

C

Sovereign pilot

The operational pilot, plus national relay nodes deployed and operated inside your country.

Build with trust

Test it. Audit it. Then decide.

  • Your own teams try to detect, jam or intercept VIPN during field trials.
  • Your security team sees inside the test network and audits it freely.
  • Nothing is a black box: the decision rests on your evidence, not our claims.

Technology developed with CEA-List, France’s public research institute, and protected by 4 CEA patents.

02 · Trusted critical assets · Powered by AIoTrust technology

Critical equipment reports an attack or a failure before it becomes an outage.

A sensor signal running normally, with one anomalous stretch flagged
A sensor signal: normal operation in midnight, the flagged anomaly in orange.

Our asset integrity solution, powered by AIoTrust technology, places embedded systems where data is hardest to fake. They read it directly at the input and output signals of sensors and actuators, below the control network an attacker would tamper with.

AI models trained on normal operation then flag anomalies and separate a cyber-attack from wear or natural failure, so maintenance and security teams act on the same evidence.

  • Energy and utilities: turbines, pumps, valves and substations
  • Defense: equipment and installations that must keep running
  • Transport and mobility: rail, ports and fleets
  • Industry and buildings: production lines and building systems

03 · Sovereign AI

AI runs on infrastructure you own, inside your borders.

Data, model and compute held inside one boundary, with nothing leaving it
Data, model and compute stay inside one boundary under the client’s control.

We design and integrate AI platforms that stay under the client's control: on its own premises or in a national cloud, including sites that run disconnected or air-gapped.

  • Compute sized to the workloads you will actually run, not to a catalogue
  • Model selection, adaptation and evaluation on your own data
  • Data governance and access control aligned with national rules
  • Integration with existing video, sensor, document and enterprise systems

04 · Security architecture

Every new capability is secured before it goes live.

Nested security zones with a controlled gateway at every boundary
Every boundary between networks gets a controlled, monitored gateway.

New AI and connectivity projects widen what an attacker can reach. We assess that exposure first and design the controls into the project, not on top of it.

  • Threat assessment of IT, operational and communication networks
  • Security architecture and control design
  • Integration and hardening of the selected technology
  • Acceptance testing and handover documentation

Not sure which capability fits?

Describe the site or network and what a breach would cost. We will tell you what we would deploy, and what we would not.

Contact us