Cryptographic Discovery

Qinsight automates discovery so teams can eliminate blind spots and understand the true footprint of their cryptography.

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Insight software dashboard showing a scans list with scan IDs, user, profile used, agent, time taken, IP range, status, and action, alongside text highlighting features: seamless sensor deployment and scheduling, cryptography scanning across networks and devices, and credentialed scans for deeper insights.
// Cryptographic Discovery //

Scale and Automate The Cryptographic Discovery Process

Discover cryptographic assets across the network, infrastructure and applications with Qinsight Atlas' multi-pronged scanning approach. Deploy sensors to monitor cryptography in network segments and scan applications and services with credentialed scans.

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Laptop screen showing QInsight dashboard with quantum readiness score, cryptographic assets, discovered services, vulnerability charts, and cryptographic posture donut chart.

Improve Cryptographic Posture

Fully Visibility

Gain complete insight into all cryptographic assets across your enterprise environment.

Continuous Monitoring

Detect changes in cryptography in real-time to maintain ongoing protection and compliance.

Improve Security

Identify weak or expired encryption, keys, and certificates before they become exploitable.

Reduce Downtime

Prevent service outages by proactively managing expiring ceritifcates and crypto dependencies

Quantum Readiness

Assess exposures to quantum-vulnerable algorithms and plan migration to post-quantum standards.

Ensure Compliance

Meet evolving regulatory and industry mandates through automated crypto audits and reporting.

// How it Works //

How Qinsight Atlas Discovery Process Works

Two step discovery process to ensure maximum reach and depth of insights across data sources.

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Deploy Sensors Across Network Segments

Deploy sensors either directly or through a proxy connection within each network segment. Collect network cryptography and discover applications and services where credentialed scans are necessary.

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Connect to Source Types and Add Credentials

Findings are normalized into a searchable CBOM with algorithms, key sizes, certificate chains/issuers/expirations, protocol/cipher details, systems, and owners — ready to tag and export.

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Schedule Scans for Continuous Monitoring

Policy checks flag weak/expired/non-standard crypto, deprecated protocols, short keys, and quantum-susceptible usage. Get a PQC readiness score, and export compliance-ready reports (CSF 2.0, DORA, NIS2).

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// FAQ //

Frequently Asked Questions?

01/

How do you discover Cryptography across different infrastructure and services?

Our Cryptographic Posture Management Platform (CPM) gives you visibility and control over how cryptography is used across your environment. Qinsight builds a live CBOM (algorithms, keys, certificates, issuers/expirations, protocols, owners) and turns it into actionable insights—clear issues with severity, owners, and next steps—plus reports you can share with leadership and auditors.

02/

How can I start cryptographic discovery

Through authorized collection of cryptographic signals across systems and services (no heavy rollout). Findings are normalized into a searchable CBOM with business context (system, environment, owner) and can be exported to CSV/PDF or synced to CMDB/ticketing.

03/

Where does Cryptographic Discovery fit into PQC migration?

Deprecated protocol versions, weak/legacy ciphers, short keys, self-signed/mis-issued or near-expiry certs, inconsistent profiles—and quantum-susceptible usage where classical public-key schemes (e.g., RSA, DH/ECDH, DSA/ECDSA) protect sensitive flows. Qinsight highlights these areas and rolls them into an overall PQC readiness score so you can prioritize pilots and migrations.

04/

What do you look for during the discovery process?

To get a holistic cryptographic inventory, the following information must be gathered during the discovery process:
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  • Algorithms (e.g., AES-GCM, RSA-2048, ECDH), with parameters/modes/OIDs and classical vs quantum security level fields.
  • Protocols (e.g., TLS/SSH) with negotiated suites and referenced crypto.
  • Certificates/keys public keys, key sizes, issuers, validity, and key states (pre-activation, active, suspended, deactivated, compromised, destroyed) aligned to NIST key-management guidance.
  • Ciphers (who implements vs uses what), so you can trace impact.
05/

What access is needed to discover cryptography?

Today we focus on discovery, inventory, analytics, and alerts (including expirations and drift). We create issues with owners/dates and export to ticketing/CMDB; PKI/CLM integrations are on the roadmap.