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Saga device release notes v2.7.x

In this section:

Solution/product

Saga device

Version

2.7.0

Change control reference

Page ID: 2404975799

Reason for change

  • Adding new device types:

    • Saga Arctic - Designed for deep-freeze environments in pharmaceutical logistics—the -30°C to 30°C operating range

    • Saga Cryogenic - Built for cryogenic conditions, capable of monitoring temperatures down to -200°C in liquid nitrogen

  • Resolving a memory error affecting certain device operations

Type of release

Minor

Release date

1 December 2025

Rollout plan

Start: 1 December 2025

Scheduled end: 31 January 2026

Customer actions needed

To get the firmware update, make sure that the devices are charged, not in a shipment, and have a connection to the cloud.

Validation

This release will require partial validation of the device.

In this release, we introduce firmware changes that enable two new device types, expanding our portfolio for extreme temperature monitoring:

  • Saga Arctic - Designed for deep-freeze environments in pharmaceutical logistics, operating in the -30°C to 30°C range to safeguard highly sensitive medicines during storage and transport.

  • Saga Cryogenic - Built for cryogenic conditions, capable of monitoring temperatures down to -200°C in liquid nitrogen, ensuring the integrity of cell & gene therapies, personalized medicines, and other ultra-sensitive biologics.

These new devices address some of the most demanding segments in the cold chain, providing precision, reliability, and full traceability for high-value, time-critical shipments.

Improvements

We have introduced several enhancements aimed at improving operational efficiency, fleet management, and overall device performance. These updates help optimize connectivity, streamline device handling, and ensure even greater reliability across the fleet.

Bug fixes

  • Resolved a memory error affecting certain device operations.

  • Added a method to detect disconnected thermistor circuits.

  • Other minor internal fixes to improve stability and performance.