The technology is wireless energy transmission, delivering power efficiently across long distances without the need for physical cables.  Its goal is to replace cumbersome wiring with scalable wireless charging solutions, making energy access seamless for industries such as automotive, logistics, hospitality, and smart infrastructure.

Cities face water scarcity and rising utility costs; buildings waste vast volumes of lightly contaminated water that could be safely reused for toilet flushing, cooling, and irrigation, reducing dependence on stressed municipal systems.

Urban areas experience combined floods and summer droughts; potable water use for irrigation strains supplies. Field Factors enables cities to manage water locally, reducing sewer overflows and supplementing non potable demand.

Stormwater overwhelms sewers during heavy rains, causing flooding and pollution. Capturing and timing release at the source eases infrastructure stress and saves potable water.

Industrial growth outpaces wastewater infrastructure; many sectors struggle to meet discharge norms and pay rising freshwater costs. Indra enables on site treatment and reuse.

Laundry releases microplastics and wastes hot water; utilities face treatment burdens. Mimbly reduces both while cutting building operating costs.

Wastewater plants lack early warning tools for shocks or toxicity, leading to upsets and permit violations. Continuous biology monitoring improves reliability and lowers energy use.

Delays in lab testing slow responses to pollution events. This provides fast, accurate data at the source to protect users and ecosystems.

Utilities struggle to monitor aging networks due to power limits at remote points. This enables continuous sensing without external power.

Thousands of small STPs underperform due to manual processes and limited visibility; non compliance wastes water and risks penalties.

Traditional lab testing is slow and expensive, limiting actionable water quality data. This enables rapid, onsite decisions using engineered microbes and electrochemical readouts to detect contaminants such as arsenic and PFAS. Cuts analysis time from days to minutes and lowers monitoring costs.

Microbial contamination can go undetected between grab samples. This offers continuous measurement for faster response and safer water.

Delivers a hardware light analytics platform that connects to existing meters to identify leaks, anomalies, and inefficient fixtures, providing reports for compliance and savings across property portfolios. A real-time water flow analytics and non-invasive technology that helps reduce and prevent customer-side leakages. water leak detection service allows building operators to eradicate leakages and track water consumption remotely effortlessly. 

Freshwater ecosystems degrade from pollution, overuse, and climate shocks with sparse data. This creates decision tools to protect and restore them.

Agriculture consumes most freshwater; inefficient irrigation wastes water and energy. This helps growers irrigate just enough at the right time.