Wireless sensors with AI attached, managing greenhouse climate.
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Updated Sept 24, 2026
Internet of things applications covers putting a sensor somewhere, and getting the reading back. On Halo, the solutions cover sensing inside a greenhouse, connectivity across a farm, watching for a pest, and vision and thermal on a line. Sign up to search the full network and post your specific need.
Sensing inside a greenhouse
CC
Northeastern University
Passive wireless sensing, so nothing in the greenhouse needs power.

East Carolina University
LoRaWAN carrying greenhouse management at low cost.
Colorado State University
A low-cost soil sensor for urban gardens and irrigation control.
University of Texas System, Tyler
Microneedle sensors worn by the plant itself, reading nutrient status.
Universidad de Oviedo
A portable system reading nutrients with no sample taken.
University of Windsor
An electronic nose monitoring greenhouse gas emissions autonomously.
Monash University Malaysia
AI-assisted gas sensing for greenhouse gas detection.
University of Cincinnati
Low-cost eddy covariance, a method that is usually anything but.
Ingeniería en Proyectos Sustentables ZE
IoT emission sensing with the analytics layered on top.
Lampung University
A cyber-physical system monitoring methane over rice fields.
Connectivity across a farm
SW
Software-defined networking built for high-bandwidth on-farm data.
Nano satellite connectivity for desert agriculture and weather.
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Who is working on internet of things (IoT) applications
Organizations in internet of things (IoT) applications
Universities, startups, and suppliers with solutions in internet of things (IoT) applications.
Internet of things companiesInnovators in internet of things (IoT) applications
Researchers and inventors advancing Internet of things solutions.
Internet of things expertsAbout internet of things (IoT) applications
Agriculture is where almost all of this lands on Halo. Eleven entries sense inside a greenhouse, six solve connectivity across a farm, and five listen or look for a pest. Power and bandwidth are the recurring constraints, and three entries answer the first by needing no battery at all. On Halo it spans 7 groups, including sensing inside a greenhouse, connectivity across a farm, and watching for a pest.
Stage of development. Work on internet of things (iot) applications on Halo comes mostly from companies. 51% of the solutions are in market. Co-development and sponsored research are the usual partnering routes, and about 53% of the solutions that state terms offer pilot engagements.
Three trends in Internet of things solutions on Halo
The greenhouse is the deployment site. Eleven entries sense inside one: climate, soil, nutrient status read through microneedles worn by the plant, greenhouse gases by electronic nose and by eddy covariance. It is enclosed, valuable, already wired for power in places, and has an operator who checks things daily. Almost every constraint that makes outdoor IoT hard is relaxed there.
Power is solved by removing it. Three entries need no battery: paper sensors driven by tunnel diodes at long range, wireless backscattering that reflects an incoming signal and generates none of its own, and energy harvesting multisensor monitoring. Battery replacement is the operating cost that kills a large sensor deployment, and these are the three ways around it.
Listening for the pest. Seismic sensors picking up red palm weevil larvae inside a trunk at 98% accuracy, acoustic pollinator counting, an ultra-low power vision system for insects, and a beehive that treats what it detects. Pests are small, mobile and expensive, which is exactly the profile a continuous sensor suits and a periodic inspection does not.
Frequently asked questions
What are Internet of things solutions?
Internet of things applications covers putting a sensor somewhere and getting the reading back. It spans sensing inside a greenhouse, monitoring for a pest, connectivity across a farm, vision and thermal cameras on a production line, sensors that run with no battery, and industrial measurement inside a machine. Growers, manufacturers and agricultural operators are the buyers.
What are examples of Internet of things solutions?
Five examples of Internet of things solutions on Halo include:
- Wireless sensors with AI attached, managing greenhouse climate. (AREEO)
- Software-defined networking built for high-bandwidth on-farm data. (Cornell University)
- Ultra-low power vision watching for insects, proven commercially. (Spotta)
- Instrumenting the act of work, whatever or whoever performs it. (Rapta, Inc.)
- A flexure-based Hall-effect dynamometer reading torque and thrust. (University of Tennessee, Knoxville)
What are the latest Internet of things innovations?
The most recently updated Internet of things solutions on Halo include:
Which companies and suppliers are developing Internet of things solutions?
There are 578 organizations with Internet of things solutions on Halo, and companies outnumber university labs. Among them are AREEO, Northeastern University, East Carolina University, and Colorado State University. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
How do I find Internet of things research partners?
Browsing Internet of things solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
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