Cyberbeveiligingswet (NIS2) in force since 15 August 2026. See which technical measures SecurVise covers. Read more →
SecurVise

Your applications, reachable only by the right people

For everyone else, they don't exist. Employees, suppliers and machines each connect to exactly what they need: verified, encrypted and invisible to everyone else.

Built in the Netherlands · Hosted entirely in the EU · First application protected within a day

The SecurVise console: applications, identities, connectors and policies for one organisation, with the controller online

Four parts, one access model

Every client and every connector holds its own certificate, and policy points at applications rather than at your network.

Identity

People sign in through your own identity provider, Entra ID or another. The client and the connector each hold their own x509 certificate, so there is no shared VPN credential.

Policy

One rule binds an identity to the applications it needs, per person or per team. Everything else stays invisible.

Fabric

Sessions dial outbound to a mesh of EU edge routers over mTLS. No inbound ports, nothing exposed.

Audit

Who connected, to what and when. One log across the whole estate, verified hourly against your definitions.

Identity over IP

Access follows a verified identity, not a network position: the zero-trust model as NIST SP 800-207 describes it. You get per-application segmentation without VLAN projects, managed switches or firewall change windows, and policy does not have to be rewritten when IP addresses change.

  • Least privilege per identity, granted and revoked centrally instead of through firewall changes
  • Reaches systems on flat OT networks without VLAN or switch changes
  • No network-wide flow mapping before the first application is protected
More about the access model →
The Identities page: employees, suppliers, service accounts and connectors, each with its status and roles

One console, checked every hour

A single application definition creates the whole chain: service, policies and routing. Every hour the platform verifies that reality still matches what you defined, and flags anything that drifts.

  • One connector to install, where the application runs
  • Zero inbound ports opened on your firewall
  • One audit log across every site, identity and service

Pick a type of user

SecurVise links each identity directly to applications, never to your network.

Internal employee

Signs in through your own identity provider and gets exactly the applications their team needs, on any network, without ever joining the LAN.

Sign-in through your existing identity provider, such as Entra ID, with the device certificate issued automatically
Per-application policy, no subnet or VLAN membership
Access follows the person when they change teams or leave

External supplier

A machine builder or integrator reaches the single system they service: scoped, time-boxed and revoked the moment the job is done.

No VPN account, no jump host, no standing access
Scoped to one application, approved by you
Every session shows up in your audit log by name

OT and legacy systems

Nothing changes on the machine itself. A connector runs alongside it and dials out to the fabric, so the engineer or supplier who needs that system reaches it directly, instead of being placed on the plant network.

No agent and no certificate on the PLC, HMI or legacy server: the connector sits in front of it
The connector dials outbound, so the system has no inbound port facing the internet
No VLAN redesign or managed switches needed, because enforcement is at the connector, not the switch

Where the VPN hurts most

Six places to start, and why the first connection is usually the easy one.

Manufacturing & OT

Engineers and integrators reach one machine or HMI instead of the whole plant network, with nothing installed on the equipment. Traffic between devices on the same flat switch stays as it is.

Supplier & vendor access

Machine builders and integrators reach the one system they service. No VPN account and no jump host: access you grant for the job and switch off afterwards.

Healthcare

Staff and suppliers reach one clinical system rather than the hospital network, with an audit trail of which identity reached which system, and when.

Public sector

The fabric, the console and the logs stay inside the European Union, and SecurVise is a Dutch company under Dutch ownership.

Remote admins

Sessions to a single host, logged per identity, instead of an administrator sitting on the LAN through a tunnel.

Service providers

Manage several customer environments from one console, scoped per technician.

Why not just a VPN?

Most remote-access VPNs put people on your network and trust them once they are in. A VPN can be segmented, but it takes firewall work that has to be maintained. SecurVise gives each identity a connection to one application instead.

What you get
Traditional VPN Usually an IP address on your LAN: once connected, the user can reach whatever the firewall rules allow.
SecurVise A connection to one specific application. The user is never placed on your network.
Blast radius
Traditional VPN A stolen laptop or password gives an attacker the same reach as that user, and more if the network is flat.
SecurVise No network membership. A compromised identity still reaches the applications you granted it, but there is no network behind it to scan or pivot into.
Attack surface
Traditional VPN The concentrator listens on a public port. Remote-access gateways have been a repeated target of critical vulnerabilities.
SecurVise The connector dials outbound to the fabric, so your services need no inbound ports at all.
Trust model
Traditional VPN Connect first, authenticate second. Attackers reach the login stack before proving who they are.
SecurVise Authorize before connect. Unauthenticated traffic is dropped at the edge, before it reaches your application.
Access control
Traditional VPN Often access to a subnet or more; narrowing or revoking it means firewall and config changes.
SecurVise Per-identity, per-service access with least privilege, granted and revoked centrally instead of through firewall changes.
Routing
Traditional VPN All traffic backhauls to one concentrator: a detour and a single choke point.
SecurVise A mesh of edge routers picks a low-latency path, with failover between them.

Two things we should say plainly. The SecurVise edge is internet-facing by design; it is deny-by-default and drops anything unauthenticated, but it is a component with an attack surface, unlike your own services, which keep no open ports. And SecurVise is a service: if the fabric is unreachable, new sessions cannot be set up, which is why the edge is a mesh with failover rather than a single concentrator.

From identity to application in four steps

Issue a scoped identity

People authenticate at your own identity provider. The client and the connector each hold their own certificate, so there is no shared VPN account and no standing credential.

Bind it to applications

One policy links the identity directly to the applications it needs. Not to your network, not to a subnet.

Run it over the fabric

The session dials outbound through edge routers over our EU cloud. No inbound ports, nothing exposed to the internet.

Watch every session

See who connected, to what, and when, in one audit log across the whole network.

The technical measures auditors ask for

Access control, cryptography and network security are named among the risk-management measures in Article 21 of NIS2, implemented in the Netherlands as the Cyberbeveiligingswet, in force since 15 August 2026. The same segmentation and access requirements appear in the BIO for Dutch public bodies, NEN 7510 for healthcare, ISO 27001 and IEC 62443 for industrial environments. SecurVise gives you those building blocks and can narrow the scope of an audit. It does not make you compliant on its own.

Talk to us about your framework →
100%
EU data residency, Dutch-owned
mTLS
Mutually authenticated sessions
x509
Certificate identity, no shared secrets
1 hour
Drift check against your definitions

The platform, plus the people who implement it

Beyond the SecurVise platform, our engineers help you roll out zero trust inside your own environment.

Zero-trust implementation

We design your access model and roll out SecurVise across your applications, identities and locations.

Integration & migration

Moving off a legacy VPN? We connect SecurVise to your identity provider and migrate access app by app, so the VPN can stay up until the last one moves.

Start with one connection

We set up your environment, the network and the policies the same day. You install one connector where the application runs, scoped to exactly the identities you approve. Evaluate it in your own environment, free for 30 days. If it is not clearly better than your VPN, switch it off.

Get in touch

No procurement, no appliance, no network redesign

Microsegmentation questions

What is microsegmentation?

Isolating individual workloads instead of entire network segments, so a compromised system cannot reach anything beyond what policy explicitly allows. Traditional segmentation isolates whole subnets; microsegmentation isolates down to the individual application or service.

How is it different from VLANs or firewall rules?

SecurVise defines access by cryptographic identity rather than IP address or network location, so policy does not drift as infrastructure changes. VLANs and firewall rules depend on where a workload sits; identity-based segmentation only cares who or what it is.

Does it require managed switches or a network redesign?

No. SecurVise runs as a policy layer on top of existing infrastructure: no VLAN redesign, no managed-switch dependency, no firewall rule changes. A single workload can be protected while the rest of the environment is left untouched.

How does this work for OT, where devices cannot run an agent?

Nothing is installed on the device. A connector runs on a machine that can reach it and dials outbound to the fabric, so access to that system is granted per identity without a VPN into the plant network and without VLAN or switch changes. Be clear about the boundary: this controls who reaches the system from outside, it does not police traffic between devices sitting on the same flat switch.

How long does deployment take?

There is no flow-mapping project or VLAN redesign before deployment starts. We set up your environment, the network and the policies the same day; you install one connector where the application runs. Broader rollout then proceeds incrementally, at whatever pace you choose.

Does microsegmentation help with compliance?

It helps, but it does not deliver compliance by itself. Segmentation and access control appear in NIS2 (Cyberbeveiligingswet), the BIO, NEN 7510, ISO 27001 and IEC 62443, and isolating sensitive workloads at the identity level can narrow the scope of an audit. It is one measure among the many those frameworks ask for.

Stay in touch

Tell us which application you would protect first and we will show you how one identity reaches it while everything else stays dark.

SecurVise B.V. · Le Mairekade 77, 1013 CB Amsterdam

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