ISS secures power and utility operators by establishing trusted identities for grid assets, enforcing cryptographic integrity on firmware and configurations, and automating credential governance across operational systems. Continuous trust monitoring reveals weak or tampered components early, ensuring resilient operations, regulatory compliance, and verifiable security across generation, transmission, and distribution environments.
The power grid, water utilities, and smart meters form the backbone of modern society. Protecting them requires a unified trust framework from embedded devices to cloud dashboards, ensuring safety and resilience at national scale.
Modernize cryptography for the post-quantum era — with full discovery, assessment, and migration readiness.
Prepare for future cryptographic standards with managed certificate and key transitions. Enable secure hybrid algorithms without disrupting core business operations.
AI agents are autonomous software entities that act, decide, and operate without human intervention. Like devices, services, and users, they require strong identity, cryptographic control, and enforceable policy to be trusted in production environments.
ISS extends Trust Lifecycle Management (TLM) to AI agents – treating them as first-class machine identities governed through the same platform that secures devices, enterprise systems, and cloud workloads.
Maintain continuous trust across applications and infrastructure with policy enforcement and audit-ready identity controls. Support evolving regulatory and industry requirements.
A leading supplier of mission-critical engine control units (ECUs) for U.S. military applications needed a way to securely transport firmware and key material to deployed systems - without relying on external connections, internet access, or physical vendor presence. The solution needed to meet government STIG standards, protect against tampering, and ensure end-to-end integrity from factory to edge-deployed systems.
A leading A&D prime contractor supporting the U.S. Missile Defense Agency (MDA) was developing next-generation defense capabilities. The customer faced the critical challenge of securely delivering cryptographic key material and mission-critical firmware directly to deployed devices - while eliminating human touchpoints, reducing risk of compromise, and aligning with STIG compliance mandates. Traditional models depended on manual processes, air gaps, and on-prem security protocols that could no longer scale to the desired automation, assurance, and operational tempo.
A global Tier-1 automotive supplier needed to protect the provisioning and management of sensitive credentials and firmware used in embedded Electronic Control Units (ECUs) across their supply chain. With increasing risks from unauthorized access, rogue diagnostics, and counterfeit components, the customer turned to ISS to automate and secure the lifecycle of ECU authentication—from initial password generation to in-field service validation.
