CERES GEN6

Livestock devices operate in persistently wet, highly variable environments where temperature fluctuations accelerate moisture ingress which is a primary failure mode. Additionally, large livestock generate massive physical forces, often fracturing traditional rigid housings.Beyond extreme environmental durability, a significant behavioural challenge existed. Conventional tags are passive, but early smart devices required manual activation. This created a friction point where activation steps were frequently missed, leading to inactive devices being deployed undetected until animals were released.The challenge was to build a virtually indestructible, highly sealed, "zero-touch" intelligent wearable that eliminates both structural failures and human deployment errors.

To combat physical extremes, GEN6 introduces a full perimeter TPU overmoulded bumper surrounding a rigid polycarbonate core. This absorbs and redistributes impact forces, allowing the device to flex laterally without increasing bulk. We advanced environmental sealing to IP68, with lab tests proving performance beyond 5.0 bar of pressure.To solve the behavioural mismatch, GEN6 incorporates a zero-touch auto-activation system. Once sufficiently charged via its fully overmoulded solar lens, onboard accelerometry and advanced algorithms detect attachment to the animal, automatically transitioning to full operation for a true "deploy and forget" experience.

GEN6 delivers unparalleled commercial impact by empowering producers to seamlessly track herd health and provenance. At scale, GEN6 is engineered for streamlined, repeatable manufacturing with reduced part complexity, enabling high-volume automated production without compromising design integrity.Logistically, the new compostable and recyclable packaging was completely redesigned as a modular, proportional system scaling into 50 unit sleeves, drastically reducing the volumetric footprint, freight costs, and handling waste. Ultimately, GEN6 optimizes global food supply chains, improves animal welfare through real time health interventions, and sets a new global benchmark for sustainable, rugged agricultural technology.

Zero-Touch Activation: Eliminates user error. Once sufficiently charged, onboard accelerometry detects physical application to the animal and automatically begins data collection.Advanced Environmental Sealing: Upgraded to an IP68 architecture. Internal lab tests demonstrate performance beyond 5.0 bar of pressure, heavily mitigating long-term degradation pathways in mud and water.Structural Impact Management: A full-perimeter TPU overmoulded bumper surrounds a rigid polycarbonate core. It absorbs impact and reduces stress transfer, allowing the tag to flex under non-linear forces.Integrated Solar Lens: To eliminate vulnerability to cracking and abrasion, the solar lens is fully overmoulded into the primary housing, removing discrete joins while maintaining optimal light transmission.Design for Scale: Reduced part complexity and improved integration between structural elements allow for greater manufacturing automation and consistent quality at massive volumes.Modular Packaging Logistics: A proportional scaling system that groups into 50-unit sleeves, drastically reducing volumetric footprint and enhancing global shipping efficiency.