Cryptographic Posture Management Platform

Cryptographic Posture Management Platform

QVision - Every cryptographic asset, mapped, scored, and put in migration order.

QVision - Every cryptographic asset, mapped, scored, and put in migration order.

QVision continuously discovers the algorithms, keys, certificates, and protocols running across your estate and turns that inventory into a risk-ranked, governed path to quantum-safe.

QVision continuously discovers the algorithms, keys, certificates, and protocols running across your estate and turns that inventory into a risk-ranked, governed path to quantum-safe.

QVision continuously discovers the algorithms, keys, certificates, and protocols running across your estate and turns that inventory into a risk-ranked, governed path to quantum-safe.

Image of Qarin Dashboard

The Visibility Gap

The Visibility Gap

Teams don't stall on cryptography. They stall on not knowing where it is.

Teams don't stall on cryptography. They stall on not knowing where it is.

Migration plans built on spreadsheets and certificate scans miss the algorithms buried in code, config, and legacy protocols so remediation starts in the wrong order, and stays there.

Migration plans built on spreadsheets and certificate scans miss the algorithms buried in code, config, and legacy protocols so remediation starts in the wrong order, and stays there.

Migration plans built on spreadsheets and certificate scans miss the algorithms buried in code, config, and legacy protocols so remediation starts in the wrong order, and stays there.

CLM CMDB SPREADSHEET AGENT ALL SOURCES IN NO SOURCE
Shadow assets

Certificates and keys that exist on hosts or in traffic but appear in no CLM, no CMDB, no inventory anyone maintains.

CLM ECDSA P-256 FILESYSTEM RSA-2048 WIRE RSA-1024 fx-quote-api:8443 One certificate, three impressions, never aligned.
Configuration drift

What your certificate manager says is deployed, what’s actually on the filesystem, and what’s negotiated on the wire three different answers to the same question.

dev-portal ci-runner staging-api internal-wiki fx-quote-api:8443 RSA-1024 · internet-facing EASIEST TO REACH four low-risk fixes shipped MOST EXPOSED still waiting its turn
Remediation with no sequence

Without a risk-ordered plan, teams fix what’s easiest to reach not what’s most exposed. Effort goes to the visible fixes while the highest-risk assets wait their turn.

Not because teams are underprepared but because cryptography has never been managed as infrastructure. It's scattered across systems, undocumented, and invisible to tooling that was never built to find it.

Not because teams are underprepared but because cryptography has never been managed as infrastructure. It's scattered across systems, undocumented, and invisible to tooling that was never built to find it.

How QVision Works

How QVision Works

Start with evidence, not documentation.

Start with evidence, not documentation.

QVision sits across your environment, network traffic, certificate and trust infrastructure, filesystems and source code, observing cryptography wherever it lives. Every observation reconciles into one Cryptographic Bill of Materials, scored by risk and surfaced on a live dashboard your team can act on immediately.

QVision sits across your environment, network traffic, certificate and trust infrastructure, filesystems and source code, observing cryptography wherever it lives. Every observation reconciles into one Cryptographic Bill of Materials, scored by risk and surfaced on a live dashboard your team can act on immediately.

QVision sits across your environment, network traffic, certificate and trust infrastructure, filesystems and source code, observing cryptography wherever it lives. Every observation reconciles into one Cryptographic Bill of Materials, scored by risk and surfaced on a live dashboard your team can act on immediately.

WHY THREE MODULES No single vantage point sees all of your cryptography. Network Discovery what is actually negotiated Certificate Discovery what your CAs and key stores hold Software Discovery config files, keystores and binaries seen on the wire but in no CMDB issued but never deployed compiled in but never exercised agreed by all 3 Coverage is the union. Confidence is the overlap. Drop a plane and you lose a class of finding entirely, not a percentage of one. ONE RECORD Every observation resolves onto one model. 01 Services Payments Gateway 02 Components Payments Edge LB 03 Touchpoints 10.20.4.10:443 04 Assets certificate, key, library 05 Primitives ML-KEM-768 · RSA-2048 down — what a service depends on up — which services a weak algorithm exposes The same endpoint seen three ways is one row, not three to reconcile by hand. WHAT YOU DO WITH IT Ordered work, not a list of facts. Risk-ordered migration plan what to fix first, and why that order CBOM CycloneDX 1.7, for any scope you choose Policy verdicts per endpoint, against your own baseline Audit evidence a dated record you can attest against Posture over time the trend, once you start fixing things
WHY THREE MODULES No single vantage point sees all of your cryptography. Network Discovery what is actually negotiated Certificate Discovery what your CAs and key stores hold Software Discovery config files, keystores and binaries seen on the wire but in no CMDB issued but never deployed compiled in but never exercised agreed by all 3 Coverage is the union. Confidence is the overlap. Drop a plane and you lose a class of finding entirely, not a percentage of one. ONE RECORD Every observation resolves onto one model. 01 Services Payments Gateway 02 Components Payments Edge LB 03 Touchpoints 10.20.4.10:443 04 Assets certificate, key, library 05 Primitives ML-KEM-768 · RSA-2048 down — what a service depends on up — which services a weak algorithm exposes The same endpoint seen three ways is one row, not three to reconcile by hand. WHAT YOU DO WITH IT Ordered work, not a list of facts. Risk-ordered migration plan what to fix first, and why that order CBOM CycloneDX 1.7, for any scope you choose Policy verdicts per endpoint, against your own baseline Audit evidence a dated record you can attest against Posture over time the trend, once you start fixing things

Discovery Sensors

Discovery Sensors

Migration plans built on spreadsheets and certificate scans miss the algorithms buried in code, config, and legacy protocols so remediation starts in the wrong order, and stays there.

Migration plans built on spreadsheets and certificate scans miss the algorithms buried in code, config, and legacy protocols so remediation starts in the wrong order, and stays there.

Migration plans built on spreadsheets and certificate scans miss the algorithms buried in code, config, and legacy protocols so remediation starts in the wrong order, and stays there.

Network Sensor
Network Sensor

Observes TLS, SSH, QUIC, and IPSec handshakes in active and passive mode capturing what’s actually negotiated in production, including undocumented endpoints active scanning alone would miss.

Observes TLS, SSH, QUIC, and IPSec handshakes in active and passive mode capturing what’s actually negotiated in production, including undocumented endpoints active scanning alone would miss.

Observes TLS, SSH, QUIC, and IPSec handshakes in active and passive mode capturing what’s actually negotiated in production, including undocumented endpoints active scanning alone would miss.

Certificate & Trust Fabric Sensor
Certificate & Trust Fabric Sensor

Integrates with your CLMs, CAs, HSMs, KMS platforms, and CT logs via read-only API tokens mapping every certificate, key, and trust relationship across the systems that manage them.

Integrates with your CLMs, CAs, HSMs, KMS platforms, and CT logs via read-only API tokens mapping every certificate, key, and trust relationship across the systems that manage them.

Integrates with your CLMs, CAs, HSMs, KMS platforms, and CT logs via read-only API tokens mapping every certificate, key, and trust relationship across the systems that manage them.

Filesystem & Source Sensor
Filesystem & Source Sensor

Scans keystores, config files, container images, and source code for cryptographic material and API usage finding what’s stored and deployed but never observed on the network.

Scans keystores, config files, container images, and source code for cryptographic material and API usage finding what’s stored and deployed but never observed on the network.

Scans keystores, config files, container images, and source code for cryptographic material and API usage finding what’s stored and deployed but never observed on the network.

5 Layer Inventory Model

5 Layer Inventory Model

From cryptographic primitive to business service so risk flows upward automatically.

From cryptographic primitive to business service so risk flows upward automatically.

From cryptographic primitive to business service so risk flows upward automatically.

01 → Services
02 → Components
03 → Touchpoints
04 → Assets
05 → Primitives
01 Services
02 Components
03 Touchpoints
04 Assets
05 → Primitives
01 → Services
02 → Components
03 → Touchpoints
04 → Assets
05 → Primitives

Policy Engine

Policy Engine

Inventory without action is an audit artefact. The policy engine turns it into a plan.

Inventory without action is an audit artefact. The policy engine turns it into a plan.

Inventory without action is an audit artefact. The policy engine turns it into a plan.

Readiness Classification

Every primitive scored against the NIST deprecation schedule — quantum-safe, reduced security, quantum-vulnerable, or classically weak.

Readiness Classification

Every primitive scored against the NIST deprecation schedule — quantum-safe, reduced security, quantum-vulnerable, or classically weak.

Risk Scoring

The same vulnerable algorithm scores differently on a payment API than on an internal endpoint — business context drives the score, not raw counts.

Risk Scoring

The same vulnerable algorithm scores differently on a payment API than on an internal endpoint — business context drives the score, not raw counts.

Compliance Mapping

Every finding mapped to MAS TRM, CSA, NIST IR 8547, PCI DSS, ISO 27001, and DORA — generated on demand from the live inventory.

Compliance Mapping

Every finding mapped to MAS TRM, CSA, NIST IR 8547, PCI DSS, ISO 27001, and DORA — generated on demand from the live inventory.

Operational Flags

Certificate expiry, weak key sizes, and cross-host key reuse surfaced as findings today — independent of quantum risk entirely.

Operational Flags

Certificate expiry, weak key sizes, and cross-host key reuse surfaced as findings today — independent of quantum risk entirely.

Deployment

Deployment

QVision plugs into the infrastructure you already run, no rip and replace.

QVision plugs into the infrastructure you already run, no rip and replace.

On-Premises

Sensor binaries distributed via the patch management you already run Tanium, Ansible, Puppet, SCCM. QVision Server sits on your hypervisor, no egress required.

On-Premises

Sensor binaries distributed via the patch management you already run Tanium, Ansible, Puppet, SCCM. QVision Server sits on your hypervisor, no egress required.

Cloud-Native

Sensors deploy as Kubernetes workloads via Helm chart. QVision Server runs inside your own AWS, GCP, or Azure account.

Cloud-Native

Sensors deploy as Kubernetes workloads via Helm chart. QVision Server runs inside your own AWS, GCP, or Azure account.

Hybrid

A single QVision Server aggregates both estates into one CBOM — the inventory doesn’t care where a finding came from.

Hybrid

A single QVision Server aggregates both estates into one CBOM — the inventory doesn’t care where a finding came from.

QSTunnel — Cryptographic Agility Gateway

QSTunnel — Cryptographic Agility Gateway

Some systems can't run a PQC at all. Legacy systems, vendor-managed appliances, IoT devices like ESP32 controllers, or a site-to-site VPN you don't fully control. QSTunnel sits in front of the connection and adds quantum-safe protection without modifying the endpoint itself, so the systems you can't touch still get covered.

Some systems can't run a PQC at all. Legacy systems, vendor-managed appliances, IoT devices like ESP32 controllers, or a site-to-site VPN you don't fully control. QSTunnel sits in front of the connection and adds quantum-safe protection without modifying the endpoint itself, so the systems you can't touch still get covered.

Some systems can't run a PQC at all. Legacy systems, vendor-managed appliances, IoT devices like ESP32 controllers, or a site-to-site VPN you don't fully control. QSTunnel sits in front of the connection and adds quantum-safe protection without modifying the endpoint itself, so the systems you can't touch still get covered.

MODE A — IN-PATH WRAPPER QSTunnel encapsulates the existing session. It does not terminate it. ESP32 · appliance · VPN Legacy unmodified server · gateway Peer unmodified QS Tunnel wrapper QS Tunnel wrapper POST-QUANTUM PROTECTED TUNNEL — hybrid ML-KEM key exchange the original session runs end to end, unbroken and unmodified No termination and no re-origination — the session is carried, not rebuilt. No certificate swap and no change of trust; the endpoints keep their own identities. Symmetrical: a wrapper on each side, so neither endpoint is aware of the other.

Applied in Regulated Environments

Applied in Regulated Environments

Proven deployment models in production.

Proven deployment models in production.

OCBC Bank

Building the first complete cryptographic inventory across OCBC’s on-premises core banking environment. Outcome: posture baseline established; phased PQC migration roadmap in progress.

OCBC Bank

Building the first complete cryptographic inventory across OCBC’s on-premises core banking environment. Outcome: posture baseline established; phased PQC migration roadmap in progress.

BSSN Indonesia’s National Cyber and Crypto Agency

Selected to conduct cryptographic audits of government agencies nationwide — PQStation’s first sovereign-level mandate in Southeast Asia. Outcome: QVision established as the platform of choice for national cryptographic posture assessment.

BSSN Indonesia’s National Cyber and Crypto Agency

Selected to conduct cryptographic audits of government agencies nationwide — PQStation’s first sovereign-level mandate in Southeast Asia. Outcome: QVision established as the platform of choice for national cryptographic posture assessment.

Bosch Global Software Technologies

Protected internal enterprise communications using quantum-safe cryptographic tunnels — zero modifications to underlying systems. Outcome: quantum-safe connectivity delivered as infrastructure, supporting 500 concurrent connections at 6,500 requests/sec.

Bosch Global Software Technologies

Protected internal enterprise communications using quantum-safe cryptographic tunnels — zero modifications to underlying systems. Outcome: quantum-safe connectivity delivered as infrastructure, supporting 500 concurrent connections at 6,500 requests/sec.

The Engagement

The Engagement

Eight weeks from first sensor to first migration roadmap.

Eight weeks from first sensor to first migration roadmap.

Deploy

QVision deploys as a VM on your hypervisor or via Helm chart in your cloud account. Sensors distribute through your existing patch management. No new agents, no elevated access.

Week 1–2

Discover

Three sensor planes observe every place cryptography lives across your in-scope environment — what’s supported, and what’s actually negotiated in production.

Week 2-4

Inventory & Risk Score

Reconciliation collapses observations into one record per touchpoint. Every primitive is classified, scored by business risk, and mapped to your compliance frameworks.

Week 4-6

Act

Your team receives a risk-prioritized migration roadmap, a compliance evidence package, and an executive dashboard. QVision keeps running as the estate changes.

Week 6–8

Ready to see your cryptographic estate clearly?

Ready to see your cryptographic estate clearly?

A QVision Scoped Pilot delivers a real CBOM and risk report in eight weeks not a sales deck.

A QVision Scoped Pilot delivers a real CBOM and risk report in eight weeks not a sales deck.