Terry KS MALAYSIA, 6 NOVEMBER 2026 – Keeper Security, known for its zero-trust and zero-knowledge identity security platform, has unveiled Self-Managed Keeper, a dedicated self-hosted deployment option engineered to bring enterprise-grade Privileged Access Management (PAM) capabilities to environments where external cloud connectivity is unavailable, strictly limited, or legally prohibited.
Geared specifically toward government bodies, defense teams, critical infrastructure providers, and heavily regulated sectors such as utilities and financial services, the platform allows entities to oversee privileged credentials, secrets, and interactive sessions strictly within customer-governed environments. These include on-premises data centers, private clouds, operational technology (OT) systems, and air-gapped configurations.
Many mission-critical sectors maintain isolated or non-routable networks to align with rigorous regulatory frameworks and national security standards. For these organizations, reliance on public cloud infrastructure introduces potential availability and operational hazards. Self-Managed Keeper resolves this barrier by granting internal IT and security operations full oversight over system deployment, access topologies, and localized data residency, free from external cloud ties.
Running via Docker containers on customer-managed Linux infrastructure, the platform encompasses core solutions such as the KeeperPAM Gateway, KeeperDB, the Keeper Admin Console, and integrated Keeper APIs. This architecture ensures operators retain unhindered access to critical privileged accounts even during major network blackouts or broader connectivity disruptions, aiding swift system restoration.
The platform provides organizations complete data residency by keeping all encrypted assets on internally governed hardware, backed by the company’s established zero-knowledge cryptographic framework where data encryption and decryption occur strictly on user endpoints.
According to technical leadership at Keeper Security, the initiative resolves a persistent industry dilemma by letting teams running complex defense and industrial networks deploy contemporary identity defenses without altering the isolated physical architecture that keeps their core operations safeguarded.