Watch the pallet, not just the room.
In perishable logistics, one temperature reading from a room or truck is not enough. Real variation happens inside the pallet. Augos puts sensors in the cargo itself, so you catch the deviation that spoils product and keep the auditable record export markets demand.
- Temperature varies within a pallet, from stacking density, blocked airflow and proximity to the coils. A room reading hides it.
- Sensors placed in the cargo capture the real conditions the fruit experiences, and alert before quality is lost.
- The cloud log gives you the auditable, timestamped record that EU and US cold-treatment protocols require.
The problem: variation inside the pallet
In the cold chain for perishable goods like fruit, a single temperature reading from a room or truck is not enough. Real variation happens inside the pallet, driven by stacking density, blocked airflow and how close the cargo sits to the refrigeration coils. That localised inconsistency is a primary cause of spoilage, and it quietly undermines quality assurance and margin for growers and distributors.
Monitoring at the pallet is what lets you:
- Remove the blind spot. Capture the real conditions the product actually experiences.
- Catch degradation early. Detect the swings that shorten shelf life before they show in the fruit.
- Protect high-value cargo. Make sure produce reaches international markets in the condition it left in.
South Africa exports high-value deciduous and citrus fruit, and market access depends on demonstrable cold-treatment protocol adherence. Sensors inside the pallet give the precise, auditable data log that EU and US import regulations require, securing compliance and cutting the risk of a shipment being rejected.
Precise sensors, in the cargo
The answer is rugged, battery-powered temperature sensors placed at pallet level:
- Continuous coverage. They monitor temperature and humidity around the clock, replacing infrequent manual readings.
- Immediate alerts. Tied to the smart trigger engine, they send an SMS or app notification the moment temperature drifts past a critical threshold, so corrective action can be quick.
- Long-range, low power. NB-IoT and LoRa let the sensors report across long distances and long trips without draining the battery.
The cloud platform as the QA hub
A cloud platform is where the scattered sensor data comes together:
- One place for everything. Logistics managers check product health from anywhere, at any time.
- Automatic, auditable logging. Every reading is stored with a timestamp, building the tamper-proof record HACCP and QA reporting need.
- Room to grow. New monitoring points, such as flow or pressure sensors, slot in as operations change, so the system does not date.
Why is pallet-level monitoring necessary?
Because significant temperature variation happens inside a pallet, from stacking density, airflow blockages and proximity to refrigeration coils. A single room or truck reading is a blind spot; a sensor in the cargo captures the actual conditions the product is exposed to.
What does the cloud platform add?
Central access to every sensor from anywhere, automatic timestamped logging, and a complete, tamper-proof audit record for HACCP and export compliance, plus room to add new monitoring points later.
How do the sensors run for long trips?
They are battery-powered and use low-power protocols like NB-IoT or LoRa, so they report over long distances and long durations without draining power.