You open a new session, and before you can ask for anything new, you are typing the same paragraph again: this is the app, this is the stack, these are the conventions, here is what we decided last time. The agent reads half the repo to catch up. Then a bug sends it round a debugging loop that re-reads the same files four times. By the time real work happens, a chunk of your credits is already gone — and none of it built anything.
Vibe coding is fast, but it is not always cheap. The fun part is cheap. The waste around it is what runs up the bill.
Where the credits actually go
When people say vibe coding burns through credits, they rarely mean the actual feature work. They mean the overhead that surrounds it. Re-explaining the project every session means each new conversation starts amnesiac, so you re-describe the architecture, the decisions, and the gotchas — and pay tokens to send all of it, every time. The agent re-reading the codebase happens because, with no memory of what it learned last time, it re-opens files and rebuilds its mental model from scratch on every session, and on a growing repo that re-read gets more expensive every week. Long debugging loops turn a subtle bug into a spiral — read, guess, change, re-read, guess again — where each pass costs tokens and a loop with no outside check can run a long time before it converges or before you give up and start over. And redoing work the agent forgot it did means it re-derives a decision differently than last week, you notice the contradiction, and you pay again to reconcile it.
The pattern underneath all of it is the same: every session starts from zero, so you keep paying to rebuild context that already existed. The instinct when an agent is lost is to feed it more — more context, more re-reading, more attempts — but more tokens spent rebuilding context is exactly the cost you are trying to avoid. You cannot prompt your way out of a memory problem. As long as each session is amnesiac, the re-explaining tax is fixed and recurring, no matter how good your prompts are. The fix is not a better paragraph. It is not having to type the paragraph at all.
How afterclick cuts the waste
afterclick is a governance platform for AI-built software, and two of its capabilities go straight at credit burn. Claude is the developer. afterclick is everyone else.
A cross-session memory board so you stop re-explaining. afterclick keeps a persistent memory of the project that survives between sessions — decisions, context, what was built and why, what is still open. A new session starts with that continuity already in place, so you are not re-typing the project brief and the agent is not burning tokens re-reading the repo to rediscover what it already knew last week. The recurring re-explaining tax drops because the context carries over instead of being rebuilt from scratch every single time you open a session.
A targeted second eye so the expensive review runs only on the big calls. afterclick's independent review engine does not deep-review every edit. It engages on the genuinely risky changes — auth, money, data, production — and stays out of the way on the small, easily reversible stuff. That is deliberate: the costly, careful reasoning is spent where it actually protects you, not burned on every CSS tweak. You get a serious review where you need one without paying for one where you do not, and the engine being advisory by default keeps it from inserting itself into work that does not warrant it.
Memory that ends the redo-the-forgotten-decision loop. Because the memory board holds prior decisions, the agent stops re-deriving them differently and you stop paying to reconcile contradictions it created with its own earlier self. The single most repetitive form of waste — relitigating settled questions — largely goes away when the answers persist somewhere the next session can read.
An audit trail that shortens the debugging spiral. When something breaks, afterclick's read-only record of what changed and what was flagged gives the agent — and you — a place to start other than re-reading the whole codebase from the top. A debugging loop that begins with "here is exactly what changed recently" converges faster than one that begins by rebuilding context from zero, and faster convergence is directly fewer tokens.
In practice it looks like this. You open session number twelve on a month-old project. Instead of pasting three paragraphs of context and watching the agent open twenty files to catch up, it reads the memory board, picks up where the last session left off, and goes straight to the task. A bug surfaces; rather than spiraling, the agent checks the audit trail for the recent change that caused it and fixes it in one pass. The credits you would have spent on remembering go to building instead.
| Aspect | Without afterclick | With afterclick |
|---|---|---|
| Starting a session | Re-explain the whole project | Memory board carries context |
| Rebuilding context | Agent re-reads the codebase | Continuity is already there |
| Deep review | All edits or none | Only the genuinely risky calls |
| Forgotten decisions | Re-derived and reconciled | Held on the memory board |
| Debugging | Re-read everything from zero | Start from the audit trail |
Spend on building, not on remembering
The expensive part of vibe coding is rarely the building. It is the amnesia tax — paying, session after session, to rebuild context that should have persisted, and spending deep-reasoning credits on changes that never needed them.
afterclick gives the project a memory so you stop re-explaining it, and reserves the costly second eye for the calls that genuinely deserve it. It is free to start and installs with one paste, and it is designed to cut the overhead that runs up your bill rather than add to it. Claude is the developer. afterclick is everyone else — including the part that remembers, so you are not paying to start over every time. Stop renting context by the session — put it on the board and spend your credits on the work you actually wanted.