Role-aware customer portal
Scoped modules per tenant, audit-friendly activity, and pragmatic SLIs — a representative engagement shape until the published case study lands.
Apps Script is the quickest way to turn a spreadsheet workflow into scheduled automation — until it needs tests and staging; we plan that boundary upfront.
Organizations searching Google Apps Script development want invoicing macros, mail merges with Drive attachments, or Sheet dashboards fed by HTTP APIs. BalochDev namespaces functions, avoids triggers firing storms during edits, and respects Workspace quotas with batching. When logic turns into a pseudo-database, we migrate core paths to Cloud Functions or Node APIs while keeping Scripts as thin UI glue.
Runs inside Google — perfect for teams living in Sheets.
Hours-to-days wins on repetitive finance and ops tasks.
Stakeholders see logic adjacent to data — less abstraction tax.
Natural stepping stone before full Apps Script → Cloud migration.
We document editors and viewers separately — Apps Script often touches sensitive rows; role separation prevents accidental data leaks.
Production integrations use environment-scoped secrets, staged rollouts, and observability hooks — BalochDev aligns SLIs with your hosting story before scaling traffic.
They wired integrations that respected our auth boundaries — uncommon discipline versus slap-dash MVPs.
Monitoring and rollback paths showed up early — not after demos silently broke in production.
Case studies and shipped surfaces live on the portfolio — each engagement mixes product discipline with the stack lane above. Draft placeholders below mirror the Technologies grid rhythm until published case studies replace them.
Scoped modules per tenant, audit-friendly activity, and pragmatic SLIs — a representative engagement shape until the published case study lands.
Idempotent jobs, dead-letter paths, and dashboards engineers trust — representative of how BalochDev ships data-heavy workflows.
Versioned contracts, OAuth client isolation, and sane rate limits — stable boundaries before integrations multiply.