Telecom Networks Run on Software. Security Must Keep Up.
Modern Telecom Networks Need More
Cloud-Native Networks
Software-defined networks across cloud and edge environments.
Network Functions
Modern network services operate across distributed environments.
Open Source Components
Libraries and dependencies powering telecom applications.
Distributed Infrastructure
Complex, multi-vendor environments requiring consistent security.
Risk Enters Long Before Deployment
Every software component powering your network can introduce risk.
Vulnerable Container Images
Inherited vulnerabilities in public base images.
Open Source Dependencies
Unseen risks from third-party software components.
Software Supply Chain Attacks
Compromised components entering network infrastructure.
Limited Software Visibility
Unknown assets and dependencies across distributed environments.
Build with Verified Software Foundations
Secure your telecommunications infrastructure with visibility, hardened images and verified software dependencies.
Build Modern Networks on Verified Software
Discover
Gain visibility across clusters, registries, images and applications.
Standardize
Replace inconsistent public software with verified components.
Operate
Maintain verified software foundations through continuous verification.
Built for Modern Telecommunications
Integrity
SLSA Level 3 provenance, cryptographic signing and reproducible builds.
- FIPS 140-3
- SLSA Level 3
- SBOM
- AI BOM
- CIS Benchmarks
- DISA STIG
Outcomes That Drive Telecom Resilience
Reduced Software Risk
Minimize vulnerabilities across network workloads.
Standardized Foundations
Deploy verified components across network environments.
Operational Resilience
Improve software reliability across distributed infrastructure.
Compliance Readiness
Demonstrate software assurance with verifiable evidence.









