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.
Encrypted
End-to-end mTLS on every session, from device to application
Invisible
No inbound ports, so your apps are dark to the internet
No appliances
One connector where your apps run, one cloud console for everything else
See it in action
From identity to application in four steps.
Pick a type of user below. Securvise links each identity directly to applications, never to your network: exactly what it needs, and nothing else.
Trust tier
Everything connects outbound from a verified identity, over our fabric. No inbound ports, nothing exposed to the internet.
+ invisible
1/4 · Creating a scoped identity
2/4 · An identity bound to applications, not the network
3/4 · The session travels over the Securvise fabric
4/4 · The access audit log
VPN vs zero trust
Why not just a VPN?
A VPN puts people on your network and trusts them once they are in. Securvise gives each identity a connection to one application, and keeps your network dark.
Being honest about the one exception: the Securvise edge is internet-facing by design, but it is deny-by-default and drops anything unauthenticated before a connection exists. Your services themselves keep no open ports and stay dark.
How it works
Identity first. Network never.
Three things happen before any connection is allowed, and your applications stay invisible the entire time.
Verify the identity
Users sign in through your own identity provider (Entra ID, Okta); every device receives its own certificate instead of a password. No shared logins, no standing trust.
Encrypt the session
A mutually authenticated TLS tunnel (mTLS) is established end to end. Traffic is encrypted from the device to the application and never decrypted in between.
Connect to the app, not the network
Access is granted to a single application, outbound-only. Users never touch the underlying network, so there is nothing to scan or move laterally into.
Strong access control, encryption and segmentation are core NIS2 technical measures. Securvise gives you those building blocks out of the box. Talk to us about fitting them into your environment.
Why Securvise
What changes when you drop the VPN.
Zero inbound ports
Your firewall allows nothing in. Applications dial outbound to the fabric, so a scanner finds nothing to probe or exploit.
End-to-end encryption
Each identity has its own mTLS certificate, and every session is encrypted from device to application. No shared secrets to steal or reuse.
Identity over IP
Access follows a verified identity, not a network position. Per-application segmentation without VLAN projects or firewall change windows.
Managed from one console
One application definition creates the whole chain: service, policies and routing. Every hour the platform verifies reality still matches what you defined, and flags anything that drifts.
Services
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, with no downtime.
Start with one connection.
Our side is ready the same day: your environment, the network and the policies. On your side it is one connector, installed where the application runs, scoped to exactly the identities you approve. You evaluate it in your own environment, free for 30 days. If it is not clearly better than your VPN, switch it off.
FAQ
Microsegmentation questions.
What is microsegmentation?
Microsegmentation is the practice of 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 microsegmentation 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 on the network; identity-based segmentation does not care where a workload sits, only who or what it is.
Does microsegmentation require managed switches or a network redesign?
No. Securvise runs as a policy layer on top of existing infrastructure, with no VLAN redesign, no managed-switch dependency and no firewall rule changes required. A single workload can be protected while the rest of the environment is left untouched.
Can microsegmentation work on OT and IoT devices with unmanaged switches?
Yes. Flat OT networks typically run on unmanaged switches, which gives switch- or VLAN-based segmentation nothing to enforce against. Because Securvise segments by identity instead of network position, it brings least-privilege zones to OT, IoT and legacy devices without requiring any change to the underlying switching infrastructure.
How long does it take to deploy microsegmentation?
There is no flow-mapping project or VLAN redesign required before deployment starts. Our side is ready the same day; on your side it is one connector installed where the application runs, and the first workload is protected. Broader rollout then proceeds incrementally, at whatever pace you choose.
Does microsegmentation help with compliance?
Yes. Identity-based microsegmentation maps directly to segmentation requirements in frameworks including NIS2, IEC 62443, PCI-DSS and NIST 800-207, and narrows the scope of systems included in an audit by isolating sensitive workloads at the identity level rather than the network level.
Get started
See your applications disappear from the internet.
A discovery call takes 30 minutes. We show you how each identity reaches its applications while everything else stays dark.