IoT environmental monitoring platforms are hardware–software stacks that instrument ecosystems with distributed sensing capacity. Using technologies such as LoRa and LoRaWAN, they deploy sensors that can measure air quality metrics (e.g., particulates, NOx, ozone), water quality parameters (turbidity, pH, dissolved oxygen, salinity, TDS), soil health indicators, local weather, noise, vibration, and even biodiversity through GPS tags and acoustic monitoring. Data flows to cloud-based platforms that aggregate, visualize, and analyze environmental conditions using AI and machine learning, often enriched with satellite imagery and historical records. These systems issue real-time alerts, power predictive models, and generate time series that can be used as evidence in legal cases, to enforce ecosystem rights, or to track compliance with restoration commitments. For Rights of Nature, they effectively make aspects of an ecosystem’s “voice” measurable and documentable, supporting guardians in monitoring rivers with legal personhood, tracking wild species, or documenting pollution and climate impacts. Multiple providers (e.g., 2Smart Standalone, Envirosuite EVS IoT, Biz4Intellia) serve a rapidly growing global market in environmental monitoring.
Active (multiple commercial providers; global market growth projected through 2031)