Retire the load-bearing spreadsheet.

You know the sheet. Renewals, vendor approvals, the onboarding checklist, the request queue — it works until two people edit it at once, until the lookup breaks, until the person who understood the macros leaves. It is load-bearing, and everyone knows it.

The fix has always been an app, and the app has always been someone else’s backlog. On CodeMonster you build it — with the AI you already pay for, on a backend IT can inspect. No tokens. No credits. No meter. You bring the AI subscription you already pay for.

What the organization license covers, and what it does not: how we price  ·  how the category actually bills, with sources.

From spreadsheet to governed app

Objects are real tables. Each column is a real column, and adding one is a real schema change rather than a new spreadsheet column that breaks the formulas underneath it. Every table carries an id, a tenant, and created and last-modified timestamps without you asking.

Forms take the field types a process needs — lookups to other objects, multiple choice, signatures, section headers — with required and read-only rules that can depend on other fields. Grids filter, sort and paginate; object views join tables when one grid needs data from several. Permissions are groups: a group gates which screens appear, which buttons work, which grids load, and the check runs on the server, not only in the browser.

Workflows that fit the stack you have

The spreadsheet’s real job was glue between systems. Workflows take that over: an email with fields templated into the body, a PDF generated from the record, an HTTP call to Zapier, Make, n8n or any endpoint you name, a push notification to the phone in the field. Salesforce sync and RDS lookups exist on the platform today, so a vendor record can carry the account it belongs to.

Workflows fire from the actions you wire them to — a form submitted, an approve button pressed. See what connects today, including what does not yet.

Public intake forms and approvals

Intake starts outside the company. A public form takes anonymous submissions — a vendor’s onboarding details, an applicant’s paperwork, a customer’s request — with tenant handling built in and no account required of the person filling it in.

From there, a multi-step approval: conditional routing by amount or category, an email to the approver, a status the requester can see. Every record can carry a row-level change log — who changed what, and when — so the audit trail is a query, not an archaeology dig through version history.

What your IT lead will ask

Here are the answers, in the order the questions get asked. Your agent reaches the platform only through approximately 100 named, guarded operations; there is no path for it to run arbitrary code against the platform backend, and the one place it writes code at all is a static custom frontend, which gets no backend of its own. A bearer token is validated on every request, and the agent acts with your permissions, never its own.

• Who can see what. Groups gate screens, actions and grids server-side, not in the browser.
• What the AI can change. Every edit is staged, previewed as a plain-language diff, and committed as one save — or rolled back.
• How to stop it. A per-solution freeze flag turns every AI write into a 403 when a human says so.
• Whose data is whose. Tenant isolation is row-level on every table.
• Where it runs. Apps run on managed cloud infrastructure we operate, built primarily on AWS; the backend is not self-hostable.

Send your approver the page written for them; it answers in their order.

Blueprints to start from

Three shapes that ship on the platform today, each with the primitives map and a starter prompt:

• Approval workflow — intake form, conditional routing, email notifications, audit trail.
• Intake form and survey — a public form, tenant-aware submissions, a grid to work the queue.
• Compliance checklist — multi-step form packets, stage-based workflow, activity log.

Starter prompt

The renewals sheet, as an app. Start from the spreadsheet — or rather, from its column headers.

Build a solution called Vendor Renewals to replace our vendor tracking spreadsheet.
Objects: Vendor (name, owner, category, annual cost, contract start, renewal date, status); Renewal Review (vendor, reviewer, decision, notes, decided on); Document (vendor, type, file).
Create a group "Procurement" that can edit everything and a group "Budget Owners" that can see their own vendors and submit a renewal review.
Add a grid of vendors with a renewal date in the next 60 days, sorted soonest first.
Add a workflow that emails the vendor owner 45 days before renewal, and a second workflow that posts to our Zapier webhook when a renewal review is marked "renew".
Enable the change log on Vendor. Preview the diff before you commit.