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SafeNetis — Cyber-Physical Security Platform
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CYBER-PHYSICAL SECURITY INFRASTRUCTURE

Protecting the physical world
in a connected world.

SafeNetis reveals assets, locations, relationships and dependencies across physical security, OT and IT environments.

EDGE-LOCAL · READ-ONLY BY DEFAULT · EXPLAINABLE BY DESIGN

01 / THE CPS PROBLEM

Everyone sees their system.
No one sees the whole environment yet.

ILLUSTRATIVE EXAMPLE
PHY / 01
Physical security

Physical security

Cameras · access · sensors

OT / 02
OT / ICS

OT / ICS

Controllers · machinery · processes

IT / 03
IT / Network

IT / Network

Switches · identities · services

Separate systems. Shared dependencies. A camera, an access controller and an industrial machine may rely on the same network.

02 / THIS IS CPS

A digital failure. A physical consequence.

Cyber-physical security connects digital systems to their physical consequences. Follow the access chain, then explore what a network interruption could change.

Illustrative secure entrance with door, badge reader, access controller, network switch, servers and camera
ILLUSTRATIVE EXAMPLE01—05
  1. 01Door
  2. 02Access reader
  3. 03Access controller
  4. 04Network switch
  5. 05Identity service
Network connectionAccess dependencyCamera dependency

Illustrative dependency, not live detection. Effects depend on local design and fail-safe behavior.

03 / WHAT SAFENETIS DOES

Bring the evidence together.
Keep the context attached.

Local observations become a shared operational context. SafeNetis connects assets, places and evidence across your existing systems.

Physical Security
OT / ICS
IT / Network
  1. 01

    SafeNetis Edge

    Observe locally

  2. 02

    Context

    Qualify the evidence

  3. 03

    Digital Twin

    Represent dependencies

  4. 04

    Mission Control

    Investigate together

CONCEPTUAL ARCHITECTURE · CAPABILITY STATUS BELOW

Explore the architecture→

04 / SAFENETIS EDGE

Understanding starts
on your site.

Gather authorized evidence close to the site. EdgeOS organizes physical-security, OT and IT sources while preserving their origin and scope.

Explore EdgeOS→
Founder-approved SafeNetis Edge reference appliance, black chassis with the blue and cyan SafeNetis symbol
SafeNetis Edge · Reference appliance design
Physical SecurityOT / ICSIT / Network
SafeNetis EdgeEdgeOSMission Control
Local by design
Processing close to the environment.
Read-only by default
Access scoped to authorized sources.
Evidence stays visible
Provenance, gaps and conflicts retained.

Hardware and connectors require validation in the target environment. The reference design is not a certified hardware specification.

05 / MISSION CONTROL

Your site. Your assets.
One operational view.

Explore the site, inspect its assets and review documented dependencies. The laboratory workspace keeps findings and uncertainty visible.

Authentic EdgeOS Mission Control capture showing the fictional Atlas site, its assets, findings and documented dependencies
ACTUAL PRODUCT CAPTURE · ATLAS SIMULATIONOpen full-size screenshot
  1. 01

    Explore

    Locations, assets and sources.

  2. 02

    Understand

    Evidence, conflicts and coverage gaps.

  3. 03

    Investigate

    Dependencies and findings to review.

The figures belong to a lab scenario. Active detection and automated response are not implemented in this workspace.

Inside Mission Control →

06 / DIGITAL TWIN

Seeing assets is not enough.
You need to understand what connects them.

Explore how a location becomes a model of assets, relationships and shared dependencies. Every connection should be traceable to supporting evidence.

01 / 05

Start with the place.

Production A gives observations a shared physical context. A site, room or operational zone is more useful than an isolated address.

How evidence is qualified →

ILLUSTRATIVE SPATIAL MODEL · NOT LIVE PRODUCT DATA

ACTUAL PRODUCT CAPTURE · ATLAS · SCHEMATIC 2D MAPView the actual interface
Atlas Digital Twin in EdgeOS: schematic 2D map, locations and assets in read-only simulation mode
ACTUAL PRODUCT CAPTURE · ATLAS · SCHEMATIC 2D MAPOpen full-size screenshot

07 / CORRELATED CPS SITUATION

Three events.
One context to investigate.

Three observations, one shared context. Follow the evidence that could connect them, without assuming a cause.

ILLUSTRATIVE EXAMPLE01 / 08
Access event
  1. 01

    Access event

    Door D-12 · access control

  2. 02

    Camera unavailable

    CAM-07 · physical security

  3. 03

    Network anomaly

    SW-08 · IT network

04

Same location

Production A

05

Temporal proximity

Within 12 seconds

06

Related assets

D-12 → AC-042 · CAM-07

07

Shared dependency

Network switch SW-08

08 / Investigate together

Correlated CPS situation

Review the shared network dependency and source evidence. Keep alternative explanations open until a person verifies the situation.

ILLUSTRATIVE CORRELATION LOGIC · NOT A LIVE DETECTION RESULT

Explore situations & investigations→
ACTUAL PRODUCT CAPTURE · ATLAS SIMULATION · GROUPS TO REVIEWView the actual interface
EdgeOS Situations: Atlas cross-domain simulation replay, fictional assets and calculated correlations to examine
ACTUAL PRODUCT CAPTURE · ATLAS SIMULATION · GROUPS TO REVIEWOpen full-size screenshot

08 / SOLUTIONS

Built around the environment.

Start with a site, accessible sources and a question your teams need to answer.

Explore sector scenarios→

09 / TRUST & MATURITY

Evidence before promises.

A clear boundary between what is demonstrated, what is planned and what needs validation.

Demonstrated · lab / simulation

Actual EdgeOS interfaces. Fictional Atlas data, not a production deployment.

Illustrative

Spatial models and explanatory sequences. Not live product results.

Planned

Deeper correlation and richer digital-twin modeling remain product direction.

Requires validation

Hardware, connectors and production deployments need qualification.

10 / REQUEST A DEMO

Start with your real environment.

Tell us which site, systems and visibility gaps matter. We will discuss a focused demonstration and its actual scope.

Request a demo ↗