Before You Appeal a Suspension: Reconstructing What Your Key Actually Did

Why a Vague Appeal Usually Fails

When a key is suspended, the first instinct is to open a ticket that says "my key was blocked, please restore it." That asks support to do the investigative work for you. Support sees an automated flag, not your intent, and a request with no evidence gives them nothing to check the flag against.

A stronger appeal does the opposite: it hands reviewers a short, verifiable story of what the key did, drawn from two independent sources that you can reconcile before you ever press send.

• Your side: the client, SDK, or gateway that issued the requests.
• The aggregator's side: the usage and request records tied to your key.

If those two accounts line up, the suspension looks like what it usually is — a pattern that tripped a threshold — rather than something unexplained.

Step 1: Know What Counts as "What the Key Did"

Before collecting anything, decide which facts actually matter. A useful timeline answers four questions:

• Volume: how many requests and how much usage, over what window.
• Sources: which IPs, regions, environments, or applications sent them.
• Timing: when the activity started, peaked, and stopped — including bursts.
• Identity: which key (or sub-key) was used, and whether anything else shared it.

Anything that does not speak to those four points is noise in a ticket. Keep the evidence tight.

Step 2: Collect Your Client-Side Logs

Most suspensions are explained by something in your own infrastructure: a retry loop, a shared key in a staging environment, a scheduled job that fanned out, or a misconfigured client. Pull logs from every place requests originate.

• Application logs: request timestamps, model names, status codes, and latency. If you log request IDs returned by the API, keep them — they are the join key to the aggregator's records.
• Gateway or proxy logs: source IP, path, and upstream response codes. These catch traffic your app logs miss.
• Scheduler and job logs: cron jobs, batch workers, and queue consumers that call the API on a timer.
• Deployment records: when a new build, environment, or teammate started using the key.

Export a window that starts comfortably before the first suspicious activity and ends after it. A raw dump is fine internally; you will summarize it before it goes in the ticket.

Step 3: Pull the Aggregator's Usage Records

Your dashboard usage view is the counterpart to your logs. Look for the same dimensions you collected locally:

• Request counts and token or unit usage by day, and by hour if available.
• Per-key breakdown, especially if you hold more than one key.
• Any error breakdown the dashboard exposes (rate-limit responses, auth failures, malformed requests).
• Request IDs or timestamps you can match against your own entries.

Export this data rather than reading it off the screen. You want it in a form you can sort and compare, and reviewers appreciate a tidy table over a screenshot.

Step 4: Build One Timeline

The value is in the merge, not either dataset alone. Put both sources into a single table sorted by time, with a column marking which side each row came from.

A workable layout:

• Timestamp (normalize to one timezone, ideally UTC).
• Source (client log / dashboard record).
• Event (request burst, config change, deploy, error spike).
• Key or request ID where available.
• Note explaining the event in one line.

Then annotate the timeline with the few events that explain the shape of the traffic: the deploy that introduced a retry, the environment that was accidentally pointed at production, the job that ran twice. Reviewers are looking for a coherent cause, and a timeline with three labeled events is far more persuasive than a thousand raw rows.

Step 5: Reconcile the Two Sides Before You Send

Do not put the ticket together until the two accounts agree — or until you can explain precisely why they differ.

• Counts should be close. Small gaps are normal (clock skew, buffered logs). Large gaps mean traffic came from somewhere you have not found yet, and you should keep looking.
• Timestamps should overlap. If the dashboard shows a burst your logs do not, suspect a shared key, a forgotten environment, or a client outside your logging.
• Sources should match. Every IP or environment in the dashboard should map to something you recognize.

If reconciliation surfaces a cause — a leaked key, a runaway loop, a misconfigured client — say so plainly. Owning the cause and showing the fix is stronger than arguing the flag was wrong.

Step 6: Write the Ticket Around Facts

Structure the appeal so a reviewer can verify each claim quickly:

• What happened: one sentence — the key was suspended, and here is the activity window in question.
• What the key did: volume, sources, and timing, in a few bullet points.
• What we found: the cause or the finding that the traffic matches expected use.
• What we changed: the retry cap, the rotated key, the environment fix, the added logging.
• How to verify: attach the reconciled timeline and point to the specific request IDs or windows that match the dashboard.

Keep it short. Attach the table as a file or a compact block rather than pasting weeks of logs. State facts and let the evidence carry the request.

Step 7: Prevent the Next Suspension

Once the appeal is out, close the loop so you are not back here:

• Give each environment and application its own key so usage is attributable.
• Log the request IDs the API returns; they make future reconciliation trivial.
• Cap retries and add backoff so a transient error cannot become a traffic spike.
• Alert on unusual per-key volume before a provider-side threshold does it for you.
• Rotate keys that were shared too widely, and remove them from old configs.

The Point

A suspension appeal is an evidence exercise, not a persuasion exercise. Pull your client-side logs, pull the dashboard records, merge them into one timeline, and reconcile the two before you write a word to support. A ticket that states volume, sources, and timing — and shows its work — gives reviewers exactly what they need to act, and gives you a clear record of what your key actually did.