Confidential computing and hardware trust.

Technologies

• Trusted execution environments Hardware-isolated enclaves and confidential VMs that protect data in use from the host.
• Remote attestation Evidence that a remote platform runs the expected firmware and software before it receives keys or data.
• Device identity and roots of trust Hardware-anchored identity that each device and server can prove.
• Secure and measured boot Boot chains that verify and record each stage so tampering is blocked or detected.
• Key management and hardware security modules Key generation, storage and rotation for fleets of remote sites.
• Confidential AI on accelerators Extending TEEs to GPUs so models and data stay protected during inference on shared hardware.
• Zero trust at the edge Authenticating every workload, device and operator connection at every site.
• Post-quantum readiness for edge fleets Crypto agility so long-lived edge hardware can move to post-quantum algorithms.