UNSPSC 41111936: Complementary metal oxide semiconductor CMOS image sensors

UNSPSC 41111936 Complementary metal oxide semiconductor CMOS image sensors is a Commodity code that in recent state and local practice encompasses sensor technologies used for safety monitoring, environmental detection, and thermographic inspection rather than discrete semiconductor components. State and local governments procure these sensors predominantly through school districts and special-purpose utilities, often as bundled systems with software, gateways, and monitoring platforms. Work solicited under this code includes wireless environmental monitoring systems (temperature, humidity, water detection, air quality, motion), safety-sensor installations for facility protection, and infrared thermography services for electrical system inspection. The issuing bodies span independent school districts, county education boards, and cooperative electric utilities, with multiple recent notices reflecting bundled hardware-and-software procurement models rather than component-level sourcing.

The most recent activity appears concentrated in the Southeast and Florida. The School Board of Seminole County, Florida posted a sole-source notice on February 2, 2026 for Monnit Remote Monitoring Sensors with response due January 29, 2026, seeking districtwide implementation of wireless sensors connected to a web portal and management software. Washington County Board of Education in Georgia posted a notice of intent to award to Ecovasive for Triton Ultra Safety Sensors on June 4, 2026 with protest deadline June 11, 2026. Florida Keys Electric Cooperative Association issued an RFP on April 6, 2026 for system-wide thermography services over three years, due March 31, 2026, requiring Level 2-Certified Infrared Thermography Technicians and annual inspections across the Upper and Middle Florida Keys electrical system. A chemical and gas detection sensor solicitation from Ohio posted April 14, 2026 with response due April 21, 2026, though substantive details are limited in the source. These opportunities reflect ongoing adoption of monitoring and safety-sensor systems by education and utility sectors in the region.