Find your internal

encryption.

Internal Cryptographic Inventory & CBOM Generation

Identify internal encryption within your network and how and where it communicates

Step 1 for Post-Quantum Cryptography Transition is Inventory: The Five Pillars of Cryptographic Discovery & Inventory.

In minutes. Continuously.

External Network

Understand what encryption is visible externally from your infrastructure.

Internal Network

Identify internal encryption within your network and how it communicates.

IT Assets

Recognize how endpoints, IoT devices, and servers use encryption and for what purposes.

Databases

Pinpoint the location of databases and understand how they are encrypted.

Code

Search for and inventory the encryption used within your code and code libraries.

Internal Encryption Inventory. Fully in Your Control.

QryptoCyber’s internal encryption scanning capabilities are available as a fully deployable software package—giving you complete control over encryption discovery and inventory within your internal environment.

It’s API-driven, so you can integrate cryptographic findings directly into your existing tools or manage everything through the QryptoCyber platform.

Fast to deploy, easy to use, and built to support your quantum readiness from the inside out.

Internal Network Inventory

The second pillar addresses encryption within the Internal Network, focusing on how data is secured as it moves between internal systems, databases, and devices. A complete cryptographic inventory—plus a CBOM—lays the foundation for transitioning to quantum‑safe cryptography.

Data In Transit

Encryption plays a critical role in securing data in transit within the organization’s perimeter, especially in environments that handle sensitive information like healthcare, financial, and personal data.

Part of a Complete Inventory

A complete cryptographic inventory not only enables you to identify your current encryption methods and assets but also lays the foundation for building a Cryptography Bill of Materials (CBOM)—a vital resource for transitioning to quantum-safe cryptography.

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Encryption protocols used in internal communications must be reviewed to ensure their resilience to quantum threats

Identify encryption used for internal communications

This includes the encryption of internal APIs, cloud services, and internal messaging systems. Is data being transmitted securely between systems?

01 Verify the use of secure protocols

Outdated protocols like SSL and older versions of TLS should be flagged and replaced with quantum-resistant alternatives.

02 Monitor encryption configuration

Ensure that internal encryption is properly configured to minimize vulnerabilities. Misconfigurations can lead to unnecessary exposure of sensitive data, even within the internal network.

03

Flexible Deployment Options:

Your agent or ours?

See our specifications for details

QryptoCyber can now be configured to use a variety of commonly deployed agents for internal scans.

Encryption is everywhere in your network: applications, databases, hardware… well everything.

Discover and Identify Cryptographic Elements

Data moving across networks or between systems (e.g., through APIs, internal networks, or external communications) must also be identified and protected using secure encryption methods.

Network scanners monitor data moving through the network, looking for unencrypted traffic or deprecated cryptographic protocols.

Starting is the easiest part.

The problem won’t get easier with time. The first step is both the simplest and easiest. Put your foot on the path and start walking to the post quantum future.