Platform updates and API changelog for INFONITE
Direct Executions — the API without the widget, documented
The second way to use INFONITE now has a section of its own: Direct Executions — the same engines, called straight from your backend, for the cases where nobody is in front of a screen.
It is not a new API. It is the one that has been running client integrations for a long time, written down properly for the first time: what to send, what comes back, what each state means, and the decisions that are easy to get wrong.
The guides
- What is a direct execution — when this is the right integration, when a flow is, and what becomes your responsibility when there is no widget in the middle.
- Your first execution — six calls, as real commands, against a sandbox engine: find the engine, ask what it needs, run it, follow it, read the results, delete them.
- Authentication & keys — the
X-APP-SECRETheader, sandbox versus production, and how to encrypt the credentials you send with your application’s public key so that not even an intercepted request body reveals them. - The execution lifecycle — every state, the three clocks, the limits that end a run on their own, and why
PARTIALis a finished execution rather than a failed one. - Challenges & MFA — what to do when the institution asks for a one-time code: reading the form it publishes, answering it, and the deadline you have to beat.
- Stored credentials — turning one execution into a token so that next month’s run needs no password on your side, what a token is scoped to, and what each of its states means.
- Webhooks — the four execution events, the delivery envelope, and the authentication header your endpoint can require.
- Reading the results — global positions versus per-product endpoints, the difference between “nothing to report” and “you never asked for it”, and the original documents behind the data.
The reference
The Direct Executions API is in the API Reference tab, beside the flow API, with a request explorer on every operation: the engine catalogue, the execution lifecycle, tokenization, every results endpoint, attachments, and the four webhooks.
Execution webhooks carry the state, never the data. An execution event tells you that something happened; the records are read back over an authenticated call. That is deliberate — it keeps somebody’s financial data off a public endpoint — and it is different from a flow session, which can deliver its results encrypted with a key you supplied.
Credential tokenization, explained once
Credential Tokenization is a guide of its own now, in the Security section, because it is not a Direct Executions feature — it is a platform one, and it is coming to the widget flows too, Bank Reader first.
It documents what tokenization actually gives you: the credentials are stored encrypted under a key derived from the token key you hold together with a secret that never leaves our runtime, so neither side can open them alone. We keep the ciphertext and a non-reversible verifier of your key, never the key itself.
If you lose your token key, the stored credentials can never be opened again — by anyone, including us. That is the design working, not a failure of it. Store your half as you store any secret you cannot recreate, and mint a new token from a fresh run when you have to.
Banking data models
The data models section gains the Banking family — the models any financial engine returns, field by field: accounts with their categorised transactions, cards, loans and mortgages, deposits and savings, investments and direct debits.
Until now that section documented only what comes back from a public administration. Both family maps are on the overview page now, side by side.
Also on the site
- The API Reference now opens by naming the two APIs and what each one is for, with the base URLs of both.
- The encryption guide finally points somewhere for the RSA envelope used to send values to us: the walkthrough now lives with the credentials it protects.
clients.infonite.iois announced as the address the Direct Executions API is moving to;clients.infonite.techkeeps serving until it arrives.