Cybersecurity products rely on encryption and cryptography to protect data, identities, applications, devices, networks, and cloud environments. As cryptography becomes more distributed and requirements evolve, companies must manage FIPS 140-3 compliance, post-quantum readiness, and growing cryptographic risk.
SafeLogic helps cybersecurity companies discover, prioritize, remediate, and govern cryptographic risk. With SafeLogic CPM, SafePQ, and CryptoComply, organizations can modernize encryption, address FIPS 140-3 and PQC requirements, and improve crypto-agility without disrupting product development or performance.
Cryptography Is Embedded
Across the Cybersecurity Stack
Encryption and cryptography enable the privacy, security, authentication, and trust that cybersecurity products are designed to deliver. They protect data in transit and at rest, secure identities and credentials, authenticate users and devices, validate software integrity, and protect connections between applications, services, and infrastructure.
It is embedded throughout:
- Network security and secure access products
- Endpoint and device security platforms
- Identity and access management solutions
- Cloud security and workload protection
- Data security and encryption products
- Application and API security
- Zero Trust and SASE architectures
- Security appliances and embedded systems
- PKI, certificate, and key management systems
- Managed security and security-as-a-service platforms
These environments are complex, software-driven, highly distributed, and often deployed across thousands of customer environments. Replacing vulnerable or outdated cryptography requires more than changing an algorithm. It requires visibility, coordination, interoperability, product planning, and a practical migration strategy.
Cryptographic Challenges for
Cybersecurity Companies
Cybersecurity companies may know where applications, components, and dependencies are deployed without knowing exactly which encryption algorithms, certificates, protocols, cryptographic libraries, or modules those systems use.
That makes it difficult to identify outdated or vulnerable cryptography, determine where post-quantum migration is required, or understand which cryptographic dependencies create the greatest risk.
SafeLogic CPM helps close that visibility gap by discovering cryptography across source code, software dependencies, cryptographic libraries, certificates, TLS communications, operating environments, and production infrastructure.
For cybersecurity vendors selling to the U.S. federal government and many regulated markets, encryption is not only a security requirement—it is a compliance requirement.
FIPS 140 establishes requirements for cryptographic modules, and FIPS 140-3 validation involves extensive documentation, testing, and validation. SafeLogic’s current Cybersecurity page notes that achieving and maintaining validation using the traditional process can demand significant time, specialized expertise, and ongoing effort as software and requirements change.
Cybersecurity companies therefore need to think beyond implementing strong encryption. They need a strategy for delivering validated encryption while maintaining the agility to keep developing and updating their products.
The public-key cryptography cybersecurity products have relied on for decades faces a long-term threat from quantum computing. NIST finalized its first three post-quantum cryptography standards in August 2024, accelerating the need for technology vendors to prepare products and infrastructure for PQC migration.
For cybersecurity companies, this means identifying where quantum-vulnerable cryptography exists, determining which products and use cases should be addressed first, and supporting a phased transition from classical algorithms to hybrid and eventually fully post-quantum approaches.
Cybersecurity products must run across diverse customer environments, operating systems, cloud platforms, hardware architectures, applications, and protocols.
Encryption modernization cannot come at the expense of interoperability or force every customer to migrate at the same time. Cybersecurity companies need crypto-agility—the ability to change cryptographic implementations and algorithms as security requirements evolve without redesigning entire products.
Encryption is often directly in the path of network traffic, applications, authentication, or data processing. Changes to cryptography can affect latency, throughput, compute requirements, and scalability.
Cybersecurity companies need trusted cryptographic implementations that meet security and compliance requirements while supporting the performance and availability customers expect.
From Cryptographic Discovery
to Remediation
SafeLogic supports the complete cryptographic modernization lifecycle.
Discover
SafeLogic CPM identifies cryptography across:
- Source code and software dependencies
- Cryptographic libraries and modules
- Certificates and TLS communications
- APIs and network protocols
- Operating systems and runtime environments
- Containers and cloud workloads
- Appliances and embedded systems
- Development, test, and production environments
Runtime visibility helps teams distinguish cryptography that is actively being used from findings that may exist only in unused code or dependencies.
Prioritize
SafeLogic combines technical findings with operational and business context to help cybersecurity companies prioritize remediation based on:
- Active cryptographic usage
- Data sensitivity and longevity
- Product and customer criticality
- External exposure
- Product lifecycle
- Regulatory requirements
- Customer requirements
- Third-party and protocol dependencies
This helps engineering and security teams focus first on the cryptographic risks that matter most.
Remediate
SafeLogic provides trusted cryptographic software for different modernization requirements.
SafePQ is designed for cybersecurity companies whose primary requirement is post-quantum cryptography. It provides commercially supported implementations of NIST-standardized PQC algorithms and supports phased migration from classical cryptography to hybrid and fully post-quantum approaches.
Organizations can support:
- Classical cryptography
- Hybrid classical and post-quantum cryptography
- Fully post-quantum cryptography
- Crypto-agile algorithm selection and transitions
CryptoComply is designed for organizations that need both FIPS 140-3 validated cryptography and post-quantum capabilities. It gives cybersecurity product teams a commercially supported foundation for meeting compliance requirements while building toward crypto-agility and PQC readiness.
This allows cybersecurity companies to modernize cryptography according to their products, markets, customers, and compliance requirements rather than relying on a disruptive, one-size-fits-all migration.
Govern
SafeLogic helps cybersecurity organizations continuously manage cryptographic posture by:
- Defining approved and prohibited algorithms
- Detecting unauthorized cryptographic changes
- Tracking PQC migration progress
- Monitoring production usage
- Maintaining cryptographic inventories
- Generating Cryptographic Bills of Materials
- Providing evidence for audits and customers
- Adapting policy as standards and requirements evolve
Cryptographic modernization becomes an ongoing capability rather than a one-time project.
Why Cybersecurity
Companies Choose SafeLogic
Discovery Through Remediation
SafeLogic connects visibility with action. SafeLogic CPM helps cybersecurity companies discover, assess, prioritize, and govern cryptographic risk, while SafePQ or CryptoComply provides trusted cryptography to remediate it.
Instead of treating inventory, encryption modernization, FIPS compliance, and PQC as disconnected projects, organizations can create a coordinated cryptographic strategy.
Accelerate FIPS 140 Compliance
Building cryptographic software internally is only part of the challenge. Achieving and maintaining FIPS 140-3 validation requires specialized expertise, testing, documentation, and continued attention as requirements and software evolve.
SafeLogic was built to reduce that burden. Its cybersecurity offering emphasizes reducing the expertise and engineering effort required, accelerating time to market, and making the ongoing cost of FIPS validation more predictable.
Deep Cryptographic Expertise
SafeLogic specializes in cryptography. That includes FIPS 140 validation, cryptographic software engineering, encryption, entropy, post-quantum cryptography, crypto-agility, and lifecycle management.
SafeLogic also participates in NIST’s NCCoE Post-Quantum Cryptography Migration project, contributing directly to industry efforts around PQC migration.
Built for Long-Term Cryptographic Change
Encryption requirements will continue to evolve. Algorithms change, vulnerabilities emerge, FIPS requirements are updated, operating environments evolve, and post-quantum standards mature.
SafeLogic provides maintained cryptographic software and ongoing support so cybersecurity companies can continue evolving their products without rebuilding their cryptographic foundation every time the landscape changes. SafeLogic’s current FIPS offering is explicitly designed around keeping validated modules and certifications current over time.
Build a Practical Path to Quantum-
Ready Cybersecurity
SafeLogic helps cybersecurity companies:
-
Discover
cryptography across products, software, infrastructure, and production environments. -
Prioritize
the cryptographic risks that create the greatest security, customer, and business exposure. -
Remediate
with trusted classical, hybrid, and post-quantum cryptography. -
Govern
cryptographic policy and production usage continuously. -
Adapt
as standards, algorithms, customer expectations, and regulatory requirements change.
Modernize Cryptography Without
Slowing Security Innovation
Cybersecurity companies must protect customers against an evolving threats, and the cryptography inside their products must evolve with it. SafeLogic CPM helps organizations discover, prioritize, and continuously govern cryptographic risk; SafePQ provides a trusted path to hybrid and post-quantum cryptography; and CryptoComply supports organizations that need both FIPS 140-3 and PQC. Together, SafeLogic helps cybersecurity companies understand what cryptography they have, modernize where needed, and stay agile as security requirements change.
MANAGEMENT
SafeLogic CPM
Continuously discover, inventory, assess, and monitor cryptographic assets across cybersecurity products and environments—from source code and software dependencies to APIs, containers, applications, and infrastructure.
- Automated cryptographic discovery
- Runtime visibility
- Risk prioritization
- Continuous monitoring and governance
SAFEPQ
Commercially supported post-quantum cryptography for cybersecurity companies that need to prepare products and infrastructure for the quantum era while supporting a practical, phased migration.
- NIST-standardized PQC algorithms
- Hybrid classical/PQC migration
- Crypto-agility
- Commercial support and maintenance
CRYPTOGRAPHY
CryptoComply
Validated cryptographic software for cybersecurity companies that need to meet FIPS 140-3 requirements while also preparing products for post-quantum cryptography.
- FIPS 140-3 validated cryptography
- Post-quantum readiness
- Broad platform support
- Commercial maintenance and support
