Workforce Scheduling & Compliance Middleware for Fire-Safety Engineering
PyroPlanner is a custom integration layer that connects Monday.com - where Pyro Fire plans jobs and projects - with Connecteam, the field app their engineers carry on site. It keeps jobs, shifts and engineer assignments in sync across both systems automatically, removing the daily manual re-keying that used to sit between the office and the field. On top of the sync, PyroPlanner generates 'PyroProof': structured, timestamped proof-of-work records for every completed visit, giving Pyro Fire audit-ready evidence that compliance work was carried out on time and by the right engineer.
Reads jobs and project boards from Monday.com and turns them into scheduled work, so the office continues planning in the tool they already use without learning a new system.
Creates and updates shifts and engineer assignments in Connecteam automatically, putting the right job in front of the right engineer on the day it is due.
Keeps both systems aligned as work progresses - when a shift is completed or rescheduled in the field, the corresponding Monday.com item reflects it without anyone re-typing the change.
Captures timestamped proof-of-work for each completed visit - who attended, when, and against which job - producing an audit-ready compliance trail for fire-safety obligations.
Event-driven webhooks trigger syncs the moment something changes in either system, so the schedule stays current in near real time rather than on a slow nightly batch.
Validates engineer availability before an assignment is written, preventing the double-bookings and clashing shifts that manual scheduling regularly let through.
Monday.com and Connecteam describe jobs, shifts and people in fundamentally different shapes, so a naive field-for-field copy produced mismatched and duplicated records.
Built a mapping layer that translates between the two models and holds a single source of truth for each job, so a change on either side resolves to one consistent record rather than two competing copies.
Webhooks can fire out of order, duplicate, or fail silently, which risked engineers seeing stale or missing shifts in the field.
Added idempotent handlers and retry-with-backoff so repeated or out-of-order events settle on the correct end state, and every sync attempt is logged for traceability.
Fire-safety work needs defensible proof it was done correctly, but that evidence was previously scattered across messages and memory.
PyroProof records capture the engineer, job and timestamp for each visit in a structured store, turning proof-of-work into a queryable, audit-ready dataset.
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