The Deep Read
The Deep Read
What TinyFish and Okta Would Reach For If Anchor Disappeared
TinyFish's own blog publishes at a pace and depth Anchor can't match on browser-agent infrastructure. Okta's newsroom dominates its own AI-agent positioning narrative. Both Anchor publications are substitutable if they stay inside the customer's domain.
Neither customer monitors the adjacent layer that will reshape its product. TinyFish doesn't track what enterprise identity governance will demand of its architecture. Okta doesn't track how browser-agent tools actually handle credentials at the protocol level. The replacement test finds a narrow path to irreplaceability for both: bridge the gap between layers, or lose to content the customer already produces better.
What TinyFish and Okta Would Reach For If Anchor Disappeared
TinyFish's own blog publishes at a pace and depth Anchor can't match on browser-agent infrastructure. Okta's newsroom dominates its own AI-agent positioning narrative. Both Anchor publications are substitutable if they stay inside the customer's domain.
Neither customer monitors the adjacent layer that will reshape its product. TinyFish doesn't track what enterprise identity governance will demand of its architecture. Okta doesn't track how browser-agent tools actually handle credentials at the protocol level. The replacement test finds a narrow path to irreplaceability for both: bridge the gap between layers, or lose to content the customer already produces better.
Protocol Primer
Two Anchor customers look like they operate in unrelated domains. One sells enterprise identity governance; the other sells browser infrastructure for AI agents. Both now build on the same protocol surface, and it is moving fast enough to make any publication that ignores it stale within a quarter.
MCP's June 2025 authorization spec set the floor: every access token must name the specific server it targets, servers must reject tokens not issued for them, and passing a received token downstream to another API is explicitly flagged as an anti-pattern. That's the shared constraint.
Okta extended the spec toward centralized governance. Its Cross App Access extension, listed as stable in MCP on June 18, 2026, lets IT authorize connectors once, scope permissions by role, and revoke through a single identity provider.
TinyFish addressed a different surface of the same problem. Vault isolates credentials at the browser level so the model navigates login flows but never touches the raw secret. TinyFish itself notes Vault doesn't cover post-login risks like session misuse, which sit in exactly the territory MCP's token-validation rules and Okta's centralized revocation are designed to address.
Note the convergence. Both companies' product positioning depends on a protocol surface whose enterprise layer went stable one week ago. A publication that treats this substrate as background will lose currency before its next refresh.