XYNETIQ designs and develops advanced sensors for a wide range of applications: -

• ISM - Industrial processing & monitoring, scientific analysis (lab & field), medical - GP Surgery instant analysis & triage 
• Agricultural - In-Field Soil Nutrients, water content, viability, pollution detection
• Livestock - Animal health, safety, location tracking
• Food - processing/production - monitoring contents, quality control
• Brewing/Distilary - monitoring quality and consistency throughout production processes
• Security - detection of explosives and narcotics, instant, non-invasive, non-destructive through-package detection
• Construction - Concrete & Structure Integrity (CSI), mineral analysis, and corrosion monitoring
• Field, Moor, and Wetlands monitoring - Water, Nutrients, CO2 absorption, methane emissions, heat and fire detection alarm
• Bespoke Sensors designed for any application, one-off or volume.
• Connectivity & Power options - cabled or Wireless LoRa, 4G/5G, Mesh, Cloud, M2M, Self-powered/solar.

Our advanced designs use both modern embedded MCUs, and dedicated small processor options for machine learning (ML) and artificial intelligence (AI), where it can be an advantage, and employ them to enable "Edge AI" and "TinyML", running intelligent algorithms directly on devices rather than in the cloud, thus saving time and data load.  This can be minimal for sensor efficiency, enabling further post-data processing on a PC or user device running faster processors, where energy is more widely available.  Most of our sensors are designed for very low-power, battery operation, with LoRa-based mesh networking for remote sensors, while local sensor sites can be directly wired. 

Some designs incorporate nanotechnology elements, hybrid ceramic substrates, SoC, and ML63Q2537/ML63Q2557, both 32-bit Arm Cortex-M0+ CPUs with an AxlCORE-ODL AI accelerator, for low-power, real-time sensing solutions.

If we can assist you in design, providing a solution, developing a sensor, or any other aspect, do not hesitate to contact us below.