Good question. To clarify: the app still has its own internal auth
logic — we're not bypassing that.
The encrypted lane handles connection isolation (who can reach
the app), while the app still handles identity (who the user is).
For agent-to-app communication specifically, the pattern we use:
1. Agent passes a short-lived token in the request payload (not URL)
2. App validates the token against its local auth store
3. The encrypted lane ensures no one else can intercept/replay that token
Let me clarify. I am not suggesting disabling authentication inside the app. I am suggesting a solution is to layer the network isolation + application auth. The secure application layer channel just removes the OAuth redirect dance for machine-to-machine flows.
For human access, you'd still need SSO. But once the human is authenticated, the services authenticate to one another (machine-to-machine) also at the application layer (not layers 3/4).
Does that make sense for your use case, or are you looking for something
that works with human SSO flows too?
The encrypted lane handles connection isolation (who can reach the app), while the app still handles identity (who the user is).
For agent-to-app communication specifically, the pattern we use: 1. Agent passes a short-lived token in the request payload (not URL) 2. App validates the token against its local auth store 3. The encrypted lane ensures no one else can intercept/replay that token
Let me clarify. I am not suggesting disabling authentication inside the app. I am suggesting a solution is to layer the network isolation + application auth. The secure application layer channel just removes the OAuth redirect dance for machine-to-machine flows.
For human access, you'd still need SSO. But once the human is authenticated, the services authenticate to one another (machine-to-machine) also at the application layer (not layers 3/4).
Does that make sense for your use case, or are you looking for something that works with human SSO flows too?