📣 Integrity Security Services (ISS) is now OmniTrust.
Read our CEO’s Letter ->
ILM request attributes let an RA profile declare what a certificate request needs and where each value comes from, so requesters answer less and policy is enforced more.
ILM now performs signing and RFC 3161 timestamping itself, with signing profiles, per-operation records, and authenticated endpoints, giving one inventory and one audit trail.
The PKI Maturity Model extension framework adds optional overlays without forking the model. PQC Readiness is the first, published at version 0.2.0 and still under development.
PKI Maturity Model 2.0.0 adds a Cryptography category to Governance, removes two cipher-suite requirements, and replaces position-based numbers with stable identifiers.
ILM 2.19.0 makes signing and timestamping first-class capabilities, moves PKI complexity off the requester, and replaces scattered certificate status updates with an explicit state machine.
CBOM Lens 1.1.0 writes the CycloneDX 1.7 cryptography registry fields, adds a Windows registry scanner, validates offline, and omits values it cannot prove rather than guessing.

Over the years, I’ve had countless conversations with customers, partners, and security leaders about the future of trust infrastructure. Lately, one question comes up more than any other:   “Why did OmniTrust choose to open-source ILM?” It’s a fair question. The answer goes beyond open source. It’s about what the future of trust infrastructure requires. […]

The open-source ILM operator simplifies how you run the platform managing your certificates, keys, and secrets on Kubernetes — with declarative Platform and Connector resources.

TL;DR: You cannot migrate to post-quantum cryptography without knowing what cryptographic assets you have. A Cryptography Bill of Materials (CBOM) gives you a structured, standardized inventory — and open-source tooling now exists to build one automatically. In our earlier post on post-quantum readiness as a strategic imperative, we discussed the steps organizations need to take […]

Most PKI environments grow organically without structured governance. The PKI Maturity Model (PKIMM) provides a measurable way to identify gaps, prioritize improvements, and move from reactive operations to governed infrastructure.