The Things Conference Agriculture Edition 2021
2021-10-28..2021-11-01
-- online --
[The Things Conference 2018, The Things Conference 2019, The Things Conference 2021 Logistics Edition, The Things Conference Agriculture Edition 2021, The Things Conference Embedded Edition 2022, The Things Conference 2024, The Things Conference 2025]
who it's for
loRaWAN engineers, agtech product managers, precision agriculture specialists, iot hardware engineers, embedded systems engineers, edge AI engineers, cloud infrastructure engineers
topics
LoRaWAN network optimization; LoRaWAN ear tag tracking; plant microbial fuel cells; off-grid solar gateways; multicast firmware updates; contactless silo level sensing; tinyML on Sony sPRiNX; asset tracking with GPS Bluetooth LoRaWAN; packet broker shared routing; plug-and-play enterprise gateways; soil moisture and irrigation control; centimeter GNSS field robot
| title | author | length |
|---|---|---|
| Agriculture Opening Keynote | Wienke Giezeman | 09m |
LoRaWAN claims long battery life, long range, deep indoor penetration, built‑in security, firmware over the air and mixed public/private deployments and the… | ||
| How to optimise LoRaWAN for Agricultural deployments in rural areas and high plant density | Tom Zamir | 12m |
Claims that LoRaWAN works for rural high-density crops if the stack is adjusted: disable ADR to avoid false downshifts, use ABP with pre-set network keys to… | ||
| Challenges Facing Agriculture and Digital Transformation | Paul Lindop, Darren Wolchyn | 35m |
Panel reports concrete results not promises: deployments use a private LoRaWAN network via The Things Industries and TTN v3, livestock tags survive rough… | ||
| How to prevent lost cattle using inexpensive LoRaWAN ear tags | Pieter Vogels | 18m |
LoRaWAN ear tags get GPS coordinates every two hours and send them over The Things Network to a farm app that shows last-known positions, movement patterns and… | ||
| Plant powered IoT unlocks numerous possibilities for agriculture and the environment | luke abbanovic | 11m |
Claims an underground tubular plant microbial fuel cell (PMFC) inserted below groundwater that yields about 1.2–1.4 milliwatts per meter tube (~40 mW/m² plant… | ||
| Solving Agribusiness Challenges with LoRa® | Kirk Appleford | 13m |
Field and livestock sensors using LoRaWAN collect weather station data, silo temperature/humidity, tank levels and GNSS vehicle tracking to enable precision… | ||
| Challenges Facing Agriculture and Digital Transformation | Scott Waller, Al Bennett | 35m |
Focuses on concrete deployments and tools not vague promises: LoRaWAN networks get built where carriers don’t reach using off-grid gateways (solar/wind) and… | ||
| Building Practical Smart Agriculture IoT Solutions Designed for Reliability and Scalability | sasha salamko | 11m |
Claims a compact, carrier‑grade outdoor gateway with IP67 and lightning protection that runs on ethernet or CAT6 4G cellular and Kona enterprise gateway… | ||
| Contactless Level Sensor in Agriculture: A Wide Range of Applications | Franco Zampicinini | 10m |
A contactless level sensor for agriculture that uses LoRaWAN to report millimeter-resolution level changes and offers Bluetooth for local configuration. It… | ||
| LoRaWAN in the sweetspot of AgTech | Reinier van der Lee | 16m |
Claims concrete outcomes: LoRaWAN sensors on The Things Network connect soil moisture, weather and flow data to an agronomy cloud that reduces water and labor… | ||
| Meet MARV, The AI Powered Farmer Robot | Adam Taylor | 21m |
A field robot called MARV runs crop trials: it drives at 3 mph spray or slower imaging speed, uses centimeter GNSS for per-plant geotagging, and applies a… | ||
| nothing matches | ||