Cryptographic Posture Management Platform | SafeLogic

See What Cryptography Exists, What Is Running, & What to Remediate First

SafeLogic Cryptographic Posture Management (CPM) is a modular cryptography management platform that combines layered discovery, runtime evidence, business context, policy-based governance, and integrated remediation to help organizations reduce cryptographic risk and accelerate post-quantum readiness. Move beyond point-in-time inventories and disconnected findings with a continuously updated view of cryptography across your code, systems, networks, dependencies, and supported running applications.

Cryptographic Risk is Hiding in Plain Sight

Cryptography is distributed across application code, open-source libraries, frameworks, operating systems, certificates, network connections, cloud infrastructure, and third-party dependencies.

Much of it may not have been selected directly by your development team. It may be inherited from a framework, embedded in a dependency, configured by a platform, or introduced through infrastructure that has changed over time.

Traditional scanners can identify algorithms and libraries that appear to be present. But static discovery alone cannot always answer the questions security and engineering teams need to act:

Is the cryptography actually being used?
How often is it running?
Which application or business service depends on it?
Did it originate in application code, a framework, a platform, or a provider?
Is the finding an immediate operational risk?
Will remediation require a rewrite, a configuration change, or replacement software?

Without this context, every finding can appear equally urgent—and migration programs stall.

Effective enterprise cryptography management requires more than a point-in-time scan. Security teams need an operational view of what cryptography exists, where it is used, which systems depend on it, and what should be remediated first.

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We Don’t Just Discover Cryptography. We Watch It Run.

A static scanner can identify an algorithm, library, or dependency present on disk. It cannot always tell whether that cryptography is actively used, how frequently it executes, what application path invokes it, or where remediation should occur.

SafeLogic CPM adds runtime evidence that can reveal:

✔️ Which cryptographic operations are actively executing
✔️ How often and where they are being used
✔️ The application, framework, platform, and provider behind each call
✔️ Cryptography observed at runtime but missing from declared inventories
✔️ Whether remediation may require code changes, configuration changes, or replacement software

That context can be the difference between planning a major rewrite and making a targeted configuration change.

Illustrative SafeLogic CPM runtime evidence showing a quantum-vulnerable RSA operation traced through application code, frameworks, the Java platform, and cryptographic provider — Illustrative example of how SafeLogic CPM traces cryptographic activity at runtime, identifies its origin across the application stack, and helps determine the appropriate remediation path.

Four Sensors. Layered Cryptographic Discovery.

SafeLogic CPM combines agent-based and agentless cryptographic discovery methods to support cryptographic asset discovery across code, hosts, networks, frameworks, dependencies, and supported running applications.

CI/CD Pipeline Scanner

Scan commits and branches for weak, deprecated, unauthorized, or quantum-vulnerable cryptography. Integrate cryptographic policy into build workflows through audit-only reporting or merge controls.

Host Agent

Inventory cryptographic libraries, application source code, certificates, trust stores, language runtimes, and operating-environment dependencies directly on supported hosts.

TLS Network Scanner

Probe live TLS endpoints without installing software. Identify certificate chains, protocols, cipher suites, weak configurations, and quantum-vulnerable key exchange.

Runtime Sensor

Observe cryptographic algorithms executing inside supported applications and stream runtime evidence into the correlated inventory.

Build an Operational CBOM That Evolves with Your Environment

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SafeLogic CPM generates and maintains a CycloneDX Cryptographic Bill of Materials that can be used across security, development, compliance, architecture, and risk-management workflows.

An operational CBOM can support:

PQC migration planning
Cryptographic risk management
Compliance and audit evidence
Software supply chain visibility
Ownership and remediation tracking
Continuous validation as applications change

Unlike a static CBOM generated during a point-in-time assessment, an operational CBOM reflects changes in deployed software, certificates, dependencies, configurations, and observed cryptographic activity.

Build and Maintain a Cryptographic Asset Inventory

Turn disconnected findings into a continuously updated operational cryptographic inventory.

SafeLogic CPM brings findings from code, hosts, networks, supported runtime telemetry, external tools, and enterprise systems into one unified inventory. This approach to cryptographic inventory management helps teams see what cryptography exists, where it runs, who owns it, which applications depend on it, whether it is actively used, which policies apply, and how it may be remediated.

SafeLogic CPM dashboard showing cryptographic inventory, risk prioritization, and post-quantum migration visibility — SafeLogic CPM correlates cryptographic findings across applications and environments to provide the visibility needed to prioritize risk and plan post-quantum migration.

Turn Cryptographic Findings into a Ranked Action Queue

Security teams need to know which cryptographic risks matter most.

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Discovery can produce thousands of findings. SafeLogic CPM correlates cryptographic evidence with business and operational context so teams can focus on the risks that matter most.

The analysis engine can evaluate factors including:

Quantum vulnerability
Application criticality
External exposure
Data sensitivity
Runtime activity
Compliance and policy status

Integrations with platforms such as ServiceNow CMDB and Splunk SIEM add ownership, application tier, data classification, and observed exposure to the analysis.

The result is a prioritized action queue that shows what is actively at risk, what is truly exposed, which systems matter most, and whether remediation requires a configuration change or a larger engineering effort.

By combining cryptographic evidence with business context, SafeLogic CPM supports risk-based enterprise cryptographic risk management rather than treating every finding as equally urgent.

One Cryptographic Policy. Three Layers of Enforcement.

SafeLogic CPM helps operationalize cryptographic policy throughout development, deployment, and production.

1. Detect

Evaluate code, systems, network configurations, and supported runtime activity against policies such as CNSA 2.0, FIPS 140-3 requirements, or organization-specific standards.

2. Correct

Turn prioritized findings into controlled remediation actions, including configuration changes and deployment of trusted classical, hybrid, or post-quantum cryptographic software.

3. Prevent

Integrate policy into CI/CD workflows and deploy policy-enforcing SafeLogic cryptographic software so noncompliant algorithms cannot be selected or reintroduced.

Remediate Risk—and Verify the New Path Is Running

Most discovery tools stop after identifying vulnerable cryptography. SafeLogic CPM connects findings with a path to remediation through SafeLogic’s production-ready classical, hybrid, and post-quantum cryptographic software.

Depending on the finding, remediation may involve:

Adjusting an application or framework configuration
Replacing an outdated cryptographic library
Enforcing an approved algorithm policy
Deploying FIPS 140-3 validated cryptography with CryptoComply
Deploying NIST-standardized PQC with SafePQ
Updating certificates, protocols, or TLS configurations
Verifying through subsequent scans or supported runtime telemetry that the intended cryptographic path is active

A Modular Platform That Works with Your Existing Environment

Use the capabilities you need without replacing the tools that already work.

SafeLogic CPM is designed as a modular, interoperable platform—not a closed technology stack. Organizations can deploy the complete CPM lifecycle or integrate individual capabilities into existing security, development, and cryptographic modernization programs.

Deploy the Platform

Use SafeLogic CPM across discovery, inventory, prioritization, remediation, and continuous governance.

Bring Existing Data

Ingest third-party findings, normalize and deduplicate results, correlate them with business context, and generate prioritized actions.

Start with Remediation

Transition vulnerable implementations to trusted classical, hybrid, or post-quantum cryptographic software.

Enterprise-Ready Integrations

SafeLogic CPM integrates with the enterprise tools organizations already rely on.
Supported integrations include:

ServiceNow CMDB

Splunk SIEM

CI/CD Pipelines

CycloneDX CBOM Ecosystem

APIs & Data Export

Enterprise Development Workflows

Enterprise Software & Cryptography Expertise

SafeLogic CPM is backed by cryptographic engineers, solution architects, and enterprise support teams experienced in FIPS 140, post-quantum cryptography, cryptographic integration, and production software deployment.

SafeLogic helps organizations deploy CPM, integrate it with existing workflows, interpret findings, and connect identified risks with a practical cryptographic modernization path.

Planning a broader cryptographic modernization program?

Explore the Cryptography Maturity Action Plan

SafeLogic Cryptographic Posture Management (CPM) at a Glance

Continuous Cryptographic Discovery

Discover cryptography across source code, libraries, operating systems, certificates, TLS communications, and runtime environments.

Automated Cryptographic Inventory

Normalize, deduplicate, and correlate findings from SafeLogic or third-party discovery sources into a continuously updated inventory with CycloneDX CBOM generation.

Risk-Based Prioritization

Combine business context with real-time cryptographic telemetry to prioritize active risks based on vulnerability, criticality, exposure, and operational impact.

Real-Time Runtime Telemetry

Confirm which cryptographic algorithms are actively running and identify deprecated, unauthorized, or newly introduced cryptography.

Policy-Based Governance

Define approved cryptographic standards, detect policy violations, monitor drift, and support continuous compliance.

Quantum-Safe Remediation

Remediate identified risks with SafeLogic’s rigorously tested classical, hybrid, and post-quantum cryptographic software.