Communications
Secure Communications Today. Prepare for the
Cryptography of Tomorrow.
Communications networks depend on cryptography across devices, applications, network infrastructure, cloud platforms, edge systems, and embedded equipment.
SafeLogic helps telecommunications providers and communications technology companies discover cryptographic risk, prepare for post-quantum cryptography, deploy trusted quantum-resistant algorithms, and continuously govern cryptographic posture—without compromising performance, availability, or interoperability.
Cryptographic Risk Is Embedded
Across the Network
Cryptography protects subscriber data, network signaling, device identities, software updates, APIs, management systems, and communications between network components.
It is embedded throughout:
- Telecom, 5G, broadband, and mobile networks
- Core, edge, transport, and cloud infrastructure
- Network equipment and embedded systems
- IoT devices, SIMs, eSIMs, and secure elements
- OSS, BSS, and network management platforms
- Roaming, interconnect, and partner ecosystems
- Satellite and critical communications systems
These environments are distributed, multi-vendor, and highly sensitive to downtime. Replacing vulnerable cryptography requires more than an algorithm update. It requires visibility, coordination, interoperability, and a practical migration strategy.
Post-Quantum Challenges for
Communications Organizations
Traditional asset inventories may identify an application, server, or device without showing which algorithms, certificates, libraries, protocols, and cryptographic modules are being used.
Without that visibility, teams cannot determine where quantum-vulnerable cryptography exists or which systems should be migrated first.
Network equipment, embedded systems, and customer-premises devices may remain deployed for many years. Products being developed today could still be operating in the post-quantum era.
Communications networks depend on multiple vendors, protocols, platforms, and generations of technology. Post-quantum migration must be phased carefully to maintain compatibility across the ecosystem.
PQC adoption must account for latency, throughput, processing power, memory consumption, uptime requirements, and constrained devices.
Communications vendors serving government, defense, public safety, and regulated industries may also require FIPS 140-3 validated cryptography.
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
- Operating systems and runtime environments
- Cloud, edge, embedded, and production systems
Runtime visibility helps distinguish cryptography that is actively being used from findings that may exist only in unused code.
Prioritize
SafeLogic combines technical findings with operational context to help teams prioritize migration based on:
- Active cryptographic usage
- Data sensitivity and longevity
- Product and network criticality
- External exposure
- Infrastructure lifecycle
- Regulatory requirements
- Vendor and protocol dependencies
Remediate
Both SafePQ and CryptoComply provide commercially supported implementations of NIST-standardized post-quantum cryptography.
Organizations can deploy:
- Classical cryptography
- Hybrid classical and post-quantum cryptography
- Fully post-quantum cryptography
- Crypto-agile algorithm selection and transitions
This enables communications providers to adopt PQC gradually while products, partners, suppliers, and standards evolve.
Govern
SafeLogic helps 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 CycloneDX Cryptographic Bills of Materials
- Producing evidence for audits and customers
Why Communications
Organizations Choose SafeLogic
Discovery Through Remediation
SafeLogic CPM connects cryptographic discovery and risk prioritization with trusted remediation through SafePQ and CryptoComply.
Built for Production Environments
Our solutions account for performance, availability, interoperability, embedded systems, and long product lifecycles.
Deep Cryptographic Expertise
SafeLogic brings experience across post-quantum cryptography, FIPS 140 validation, cryptographic software engineering, entropy, and lifecycle management.
Long-Term Support
Customers receive maintained software, security updates, deployment support, and guidance as cryptographic standards and requirements evolve.
Build a Practical Path to Quantum-
Ready Communications
SafeLogic helps communications organizations:
-
Discover
cryptography across products and infrastructure. -
Prioritize
the systems that create the greatest risk. -
Remediate
with trusted classical, hybrid, and post-quantum cryptography. -
Govern
cryptographic policy and production usage. -
Adapt
as standards, algorithms, and requirements change.
Modernize Cryptography Without
Disrupting Communications
Move from cryptographic visibility to trusted remediation. SafeLogic CPM helps communications organizations discover, prioritize, and continuously govern cryptographic risk across networks, applications, and infrastructure. SafePQ provides the trusted classical, hybrid, and post-quantum cryptography needed to remediate vulnerabilities and modernize critical systems without disrupting operations, while CryptoComply delivers FIPS 140-3 validated cryptography with post-quantum capabilities for organizations that must meet both compliance and quantum-readiness requirements.
MANAGEMENT
SafeLogic CPM
Continuously discover, inventory and monitor all cryptographic assets across your environment - code, containers, APIs, and infrastructure.
- Automated cryptographic discovery
- Continuous monitoring
- Risk prioritization
SAFEPQ
Validated post-quantum cryptographic algorithms, hybrid migration support, and cryptographic governance that modernizes security without disrupting operations.
- NIST PQC algorithm support
- Hybrid classical/PQC migration
- 93% faster than RSA at equivalent security
SOFTWARE
CryptoComply
Pre-validated FIPS 140-3 cryptographic modules across 28+ operating environments. Drop-in compatible, continuously maintained, and ready for integration.
- FIPS 140-3 validated
- 28+ Operating Environments
- Drop-in OpenSSL / BoringSSL compatible
