FSSAI cold-chain rules for retail are specific and testable: dairy stays at or below 5°C, frozen goods at or below −18°C. Pharma cold storage is usually validated to a 2–8°C band, under a CDSCO-licensed, Schedule M / WHO-GMP-aligned quality system. Both share the same operational weak point — the check is usually manual, twice a shift, and the record is a logbook. A cold case can drift out of band for hours before anyone notices.
What "manual, twice a shift" actually costs
A spreadsheet or paper log checked at 10am and 6pm cannot catch a compressor fault at 2pm. By the time the next check happens, product has been out of the safe band for hours — a spoilage risk in a supermarket dairy case, and a batch-integrity and audit-finding risk in a pharma cold room or stability chamber. The gap isn’t a compliance-culture problem; it is a sampling-frequency problem, and continuous sensing is the direct fix.
Continuous monitoring, built in
The Barquecon platform’s cold-chain monitoring capability pairs field sensors with MQTT telemetry, mobile apps for on-the-go visibility, and an admin console for device provisioning, online/last-seen status, and per-device fault flagging with a full audit log of admin actions. It is deployable today, not a lab prototype — already replacing twice-a-shift manual checks in the field.
Where it fits a retail cold case
- Continuous readings on multiple cold cases per store, replacing the twice-daily manual check with real-time visibility.
- Fault/offline flagging surfaced directly in the admin console.
- Deployable per cold case without new wiring into the compressor or controller — sensors report independently over Wi-Fi/MQTT.
Where it fits a pharma cold room or stability chamber
- Continuous monitoring of cold rooms, stability chambers and reefer trucks for the manufacturing/lab/supply-chain side of life sciences — distinct from patient-facing care delivery.
- A direct tie-in to existing stability-chamber controllers (the kind Binder, Thermo Fisher or Espec ship) uses the same Modbus/OPC-UA connectivity described in our companion connectivity note — we scope and build this per controller model as part of onboarding.
Built for compliance workflows — not a substitute for them
We are deliberately specific here, because "temperature monitoring" and "FSSAI/GxP compliance" are related but distinct claims.
- Audit-ready reporting. The platform’s live and fault-state data is designed to support the FSSAI-style audit-retention report a store manager hands to an inspector; we build the formatted export as part of retail and pharma rollouts.
- Excursion-to-ticket automation. The Barquecon platform’s alert-to-workflow engine (see our companion note on IoT alerts to ERP work orders) is designed to turn a cold-case or cold-room excursion directly into a maintenance or deviation ticket; we configure the specific flow per site during onboarding.
- Regulatory validation. Barquecon does not sell, hold, or claim FSSAI, GxP, 21 CFR Part 11, or EU Annex 11 certification or validation. The platform supports the continuous monitoring data your quality system needs — validating that system, and regulatory compliance itself, remains your responsibility.
| Capability | Status |
|---|---|
| Field sensors + MQTT telemetry + mobile app + admin console | Live today |
| Continuous FSSAI-band / 2–8°C-band temperature visibility | Live today |
| Per-device fault/offline flagging in admin console | Live today |
| FSSAI-style audit-retention report export | We build this for your rollout |
| Excursion → ticket automation (retail/pharma) | We configure this during onboarding |
| Modbus/OPC-UA tie-in to chamber controllers | We build this per controller model |
| FSSAI / GxP / regulatory validation | Not a Barquecon claim — your responsibility |
The wedge worth acting on today is what’s already proven: continuous, live visibility that replaces a twice-a-shift manual check, deployable now. Audit-ready reporting and ticket automation are what our team builds next for your rollout; regulatory validation is — and stays — yours.
