Articles

Securing AI Workloads in SASE Environments

Securing AI Workloads in SASE Environments

SASE solved secure access from anywhere for the workforce. AI changes what is doing the accessing and what is being accessed — and the same identity-and-posture model, extended, is how a sovereign AI plane keeps its guarantees off-premises.

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Real-Time Workload Enforcement with ISE and eBPF

Real-Time Workload Enforcement with ISE and eBPF

Cisco ISE governs what reaches your network. eBPF governs what executes on your hosts. Unified under one attestation decision, they form a single real-time enforcement fabric — the controlled-execution property of AI Sovereignty Architecture, made concrete.

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Sovereignty Is an Architecture, Not a Feature

Sovereignty Is an Architecture, Not a Feature

Sovereign AI is becoming a marketing checkbox that usually means little more than data residency. Real sovereignty is an architectural property: own the compute, prove the output, control the execution — without trusting a third party for any of the three.

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Zero Trust Is a Decision, Not a Product

Zero Trust Is a Decision, Not a Product

Zero Trust has been sold as a product so many times the phrase has nearly lost meaning. But underneath the marketing is a discipline about how a single decision gets made — and a refusal to collapse three separate questions into one.

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