Sovereign systems. Verified access.
CERT-In aligned Zero Trust for citizen systems and PSU infrastructure, with sovereign deployment and complete audit trails.
- NIST SP 800-207_
- CERT-In directions_
- DPDP Act_
- Sovereign deployment_
- Audit trails_
Government and PSU environments combine every hard case at once: large dispersed workforces across offices and field units; long-lived bespoke applications; deep vendor and system-integrator networks with standing access; heightened data-sovereignty expectations; and audit- and RTI-era scrutiny where “we believe access was appropriate” is not an answer.
Device-approval workflows and access reviews that are optional elsewhere are mandatory here, at a scale where manual process collapses.
The five or six places this actually changes something.
- Vendor & SI oversightThe system integrator's standing access becomes scoped, recorded and expiring, per contract and per system.Third-Party Access
- Dispersed workforceAgent and Always-On for managed fleets, with posture rules at institutional scale. This is where 1,500+ OS and device combinations matter.
- Device governanceBinding and approval workflows for large fleets, with the operational honesty that approval queues need owners and service levels behind them.Device Binding
- Sovereignty postureSplit-plane data paths and geofencing. Deployment-model specifics often decide these evaluations, so they are put on the table early rather than late.Privacy First
- Legacy departmental appsGates in front of the decades-old, so an application's age stops dictating the security posture around it.Legacy Applications
The numbers this vertical gets asked for.
- Architecture alignmentNIST SP 800-207 and the CSA Software-Defined Perimeter
- Fleet posture25 check types and 144 named rules across 1,500+ OS and device combinations
- Vendor oversightPer-contract, per-system scoping with recording and expiry
- Audit evidence202 event types, 11 report types, 7 SIEM export formats
- DeploymentCloud, on-premise or hybrid, with the same policy engine either way
Standing accessstops standing.
Three changes at the scale where manual process gives up.
Vendor access reviewable
System-integrator access at institutional scale becomes something a reviewer can actually read.
Audits answer themselves
Questions resolve from 202 event types and 11 report types rather than from a departmental email thread.
Legacy stops dictating
Modernisation timelines no longer set the ceiling on the security posture around old applications.
The whole stack ran inside their own data centre.
Controller, gateway and the second factor all sit on the customer’s hardware, with nothing about an access decision leaving the building. It grows inside the same racks rather than by procuring another product to stand alongside it.
- On their hardware_
- Posture checked_
- Device bound_
Aligned to the standards
governments themselves cite.
- Identity signals
- Device signals
- Network signals
- Application signals
You can verify identity, device, network, and app on every request. One decision engine evaluates all four before a single packet reaches anything — not four separate tools.
Posture at institutional scale. 25 check types and 144 named rules across 1,500+ OS and device combinations, which is what a fleet assembled over a decade actually looks like.
One console, not five. ZTNA, ZTAA, IAM, MFA, and SSO — retire the point products.
We are enterprise-grade compliant. Architecture aligned to NIST SP 800-207 and CSA SDP; supports the controls required by PCI DSS, HIPAA, GDPR, SOX, and ISO 27001.
Auto-rules clear the approval queue. Known standard builds clear automatically and manual review is reserved for exceptions, which is the only pattern that survives fleet-scale device governance.
- NIST SP 800-207
- ISO 27001
- CSA SDP
"decision": "allow"“It behaves like a natural extension of our own network. No latency complaints, and we scaled it fast.”
Every review below is a verified G2 review, published as written.
Read them on G2Government & PSU, answered.
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