Automated Cryptographic Discovery
Identify cryptographic assets across complex enterprise and mission environments without relying solely on manually maintained inventories.
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Selected for the NIWC Atlantic Rapid Capabilities Cell (RCC) Hopper
AOI 26-A006 | Zero Trust Post-Quantum Cryptography Roadmap
Disclaimer: Selection at this Phase does not imply application through the DoW Acquisition, Testing, and Licensing Authorization for Security (ATLAS) Intake Process, or authorization to deploy any PQC-enabled technology, products, services, or solutions in the DoW
The Quantum Shift
Preparing mission environments for the post-quantum future.
Cryptography is embedded throughout modern mission environments, including enterprise systems, applications, cloud infrastructure, operational technology, networks, source code, binaries, and firmware.
As quantum computing advances, organizations need visibility into where cryptography exists, what algorithms and cryptographic technologies are being used, and which systems should be prioritized for transition.
Delviom helps organizations transform cryptographic discovery into an actionable post-quantum migration strategy.
Partnership
Mission-Focused Post-Quantum Readiness
In partnership with Merlin Cyber, Delviom has developed an approach designed to help Navy organizations gain visibility into where cryptography exists across their environments, assess quantum-related risk, and prioritize the transition to post-quantum cryptography (PQC).
Delviom Merlin Cyber
How It Works
From Discovery to Migration
A repeatable, five-stage path that turns cryptographic discovery into a prioritized, actionable migration plan.
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01
Discover
Identify cryptographic assets and dependencies across the technology environment.
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02
Inventory
Generate and maintain a Cryptographic Bill of Materials (CBOM).
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03
Assess
Evaluate cryptographic technologies and identify quantum-related risk.
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04
Prioritize
Determine which assets and systems require attention first based on risk and mission impact.
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05
Plan Migration
Develop an actionable roadmap for transition to post-quantum cryptography.
Core Capabilities
Six capabilities, one post-quantum program
Discovery, inventory, risk assessment, prioritization, roadmap development, and continuous visibility delivered as a single, mission-aligned capability.
Cryptographic Bill of Materials
Generate a structured Cryptographic Bill of Materials (CBOM) to provide visibility into cryptographic assets and dependencies.
Quantum Risk Assessment
Identify cryptographic technologies that may require modernization or migration as organizations prepare for post-quantum requirements.
Risk Prioritization
Prioritize remediation and migration activities based on technical risk, mission impact, system criticality, data sensitivity, and dependencies.
PQC Migration Roadmap
Transform cryptographic discovery and risk information into an actionable roadmap defining migration priorities, dependencies, sequencing, and modernization activities.
Continuous Cryptographic Visibility
Maintain visibility as applications, infrastructure, certificates, software, systems, and cryptographic technologies change over time.
Environments Supported
Visibility Across the Mission Environment
The capability is designed to support cryptographic discovery and analysis across enterprise IT, cloud, operational technology, applications, networks, source code, binaries, and firmware.
Enterprise IT
Servers, endpoints, databases, platforms, and enterprise infrastructure.
Cloud
Cloud services, workloads, applications, containers, and supporting infrastructure.
Operational Technology
OT platforms, specialized devices, industrial systems, and mission environments.
Applications
Cryptographic libraries, certificates, APIs, protocols, algorithms, and dependencies.
Networks
Encryption protocols, certificates, cipher suites, and network cryptographic services.
Source Code
Cryptographic implementations and dependencies embedded within application source code.
Binaries
Compiled applications and software components where cryptographic dependencies may not be immediately visible.
Firmware
Cryptography embedded within firmware, devices, and specialized mission technologies.
Crypto-Agility
From PQC readiness to crypto-agility.
Post-quantum migration is not simply a one-time replacement of cryptographic algorithms.
Organizations need the ability to continuously identify, manage, update, and replace cryptography as technologies, standards, threats, and mission requirements evolve.
Delviom helps organizations establish the visibility and technical foundation necessary to support crypto-agility and long-term cryptographic modernization.
Outcomes
Automated discovery. Actionable insights. Mission readiness.
Greater Cryptographic Visibility
Understand where cryptography exists and how it supports mission systems.
Actionable CBOMs
Establish structured cryptographic inventories that support security and modernization decisions.
Prioritized Quantum Risk
Identify which cryptographic assets should receive attention first.
Actionable PQC Migration Roadmaps
Create a structured transition plan for applications, systems, infrastructure, and mission environments.
Improved Crypto-Agility
Build the ability to respond more efficiently as cryptographic standards and technologies evolve.
Department of the Navy
Supporting the Department of the Navy's post-quantum future
We're excited for the opportunity to support the Department of the Navy as it prepares for the post-quantum future.
Delviom's approach helps Navy organizations move from cryptographic discovery to risk-based decision-making and ultimately toward an actionable post-quantum migration strategy.
Ready to understand your cryptographic environment?
The first step toward post-quantum readiness is understanding the cryptography already operating across your environment. Delviom can help your organization discover cryptographic assets, generate CBOMs, assess quantum-related risk, prioritize migration activities, and develop an actionable PQC roadmap. Navy program offices and resource sponsors interested in a briefing or demonstration are encouraged to connect with Delviom.