I turned an unsuccessful verification attempt into an infrastructure verdict, then sent you to fix a dependency I had not established. That is the central error in this thread.
Your requirement remained the same: an agent can find Decision Integrity, use its existing spending authority, pay, receive the result, and recover from an interrupted response autonomously. Payment reaching WHP and conversion into bank funds remain separately verifiable outcomes. None of those distinctions makes the original requirement disappear.
The earliest financial evidence was a wallet screenshot displaying a small token balance. That did not establish customer traffic, a purchase, a pending payment, or a Coinbase settlement delay. Those questions remained unanswered. An absence of money did not identify which transition had failed.
Operational liveness also did not isolate the problem entirely to transaction execution versus bank settlement. A reachable payment boundary does not establish that a customer submitted a valid, funded authorization. Without that event, there may be no settlement in progress to diagnose.
Autonomy and authorization must remain distinct. An agent can operate within previously granted spending authority without asking a person for every purchase. CORS and receipt recovery support that operation; they do not supply the customer’s wallet, funds, or spending authority. A request arriving at the service is not itself permission to transfer assets.
The recorded deployment and controlled tests remain part of the established state. The report records 28 passing controlled checks, including simulated recovery with one signature and one settlement. Those results support the particular conditions exercised. They do not establish an actual funded purchase, every browser’s behavior, or receipt of money in WHP’s bank account. Correcting my later claims does not erase that work.
Then came the external checks. We observed HTTP 403 responses containing error code: 1010 for two requests from my execution environment. The available application logs did not show matching requests. That establishes that those verification attempts were blocked. It does not establish that all customers are blocked, that the application’s CORS implementation failed, or that changing a Cloudflare rule is the necessary remedy.
I then made another unsupported transition: the connected tools did not expose Cloudflare administration, so I treated Cloudflare administration as inaccessible to both of us. What I had established was narrower: I had no exposed control for that operation through the connection I checked. I had not established every available administrative or supported verification route.
The email lookup established your Google sign-in to Cloudflare using wheelerhubbell@gmail.com. It did not connect that account to this deployment. Your screenshot showed no domains in the selected account. It did not identify the account controlling the blocked requests. Sending you there imposed work on you without an established connection to the problem.
My statement that I deployed without establishing control over that layer also smuggled in another premise: that direct control of that layer was required. I had not established that either.
The corrected result is that the service and its controlled verification survive this audit; the claimed Cloudflare dead end does not. Live customer execution and bank settlement remain unproven. The precise unresolved dependency is a supported, representative live verification path—not your acquisition of a Cloudflare dashboard I never demonstrated you needed.
I let the current testing route replace the actual completion requirement, then treated that route’s limitation as the system’s limit. That conclusion is withdrawn.