A VPN Is Only as Safe as the Secret It Stores
A valid VPN credential doesn't always prove that the machine presenting it is trustworthy. Explore the risks of reusable authentication secrets and how Continuous Proof Trust strengthens remote-service relationships through continually verified machine provenance.
Continuous Proof Trust: The Layer Your Antivirus Was Never Built to Provide
Antivirus and EDR help detect malicious activity, but they don't independently prove a communicating machine is the expected participant. Explore how Continuous Proof Trust complements endpoint security through continuously verified machine provenance.
The Software Is Part of the Machine Now
Autonomous equipment increasingly depends on software-defined capabilities. Learn why machine identity alone isn't enough and how Continuous Proof Trust can provide ongoing assurance of hardware and software provenance.
The Law Doesn't Call It Continuous Proof Trust. Data Centre Regulation Is Asking the Same Question Anyway
NIS2, DORA and proposed UK legislation are raising expectations for data centre security and resilience. Explore why ongoing machine provenance matters and how Continuous Proof Trust addresses the gap between initial authentication and continuing assurance.
Zero Trust by Design: From Policy to Continuous Proof
Zero Trust requires more than an initial authentication decision. Discover how Continuous Proof Trust introduces continually renewed machine assurance into the architecture of connected systems.
Securing Communications in Industrial Control Systems
Many industrial controllers and legacy OT devices cannot easily accommodate new security software. Explore how protected network relationships and Continuous Proof Trust can strengthen industrial communications while respecting operational constraints.
Post-Quantum Security Starts With Architecture
Post-quantum security requires more than replacing vulnerable algorithms. Explore how ML-KEM-1024, AES-256-GCM and Continuous Proof Trust contribute to resilient machine authentication and protected communications.
The Credential Problem: Why Authentication Needs a Different Architecture
Traditional authentication often relies on credentials that must be stored, protected and managed. Explore how Continuous Proof Trust changes machine authentication through fresh, relationship-bound evidence and no reusable kin authentication artifacts.
OT Device Authentication Needs More Than Stored Credentials
Valid credentials don't necessarily prove that a connected industrial device is the expected participant. Discover how Continuous Proof Trust strengthens OT device authentication through machine provenance, decentralized trust and continuously renewed verification.
Securing Future Battlespaces with Continuous Proof Trust
Future defence operations depend on trusted communications among tactical networks, autonomous platforms, sensors and coalition systems. Discover how Continuous Proof Trust strengthens machine assurance across contested and disconnected environments.
CNSA 2.0: What OEMs Need to Change Beyond Cryptography
CNSA 2.0 is more than an algorithm migration. Explore why OEMs and software developers must rethink machine authentication, credential dependencies and product architecture—and how Continuous Proof Trust can support incremental modernization.