Land reclamation is a great solution to fertilizer's mining footprint, however, it relies on huge amounts of accurate and granular soil data to be effective.

The agricultural supply chain is convoluted, complex, and lacks any form of traceability, creating a significant consumer trust deficit and inefficiencies for all stakeholders.

For sustainability reporting to produce effective reports and set impactful targets, companies need complete, granular, and accessible data.

40-80 percent of fertilizer is lost to the environment, largely driven by manual and lagging systems which are unable to provide oversight on lost product and waste.

The $25 billion that the USDA allocates to fertilizer subsidy payments does not always reach its intended effect, with frequent misallocation, delays, and inefficiencies.

Fertilizer application is not generating the returns it needs to, with challenges such as incomplete data driving a yield deficit of 15-20% and growing resource waste.

The agriculture and food industry is sensitive to political and economic conditions and therefore inherently volatile, with increasingly frequent and dramatic price changes.

Agriculture inventory mismanagement processes lack precision and efficiency and cost the world around $1 trillion a year, and more in waste .

Integrating farm management software with pervasive traditional systems is a complicated task, slowing adoption and limiting the industry's growth.

Crop insurance processes are costly for all stakeholders, and unequipped to face increasingly frequent and unpredictable agricultural losses.

The lack of traceability in the food supply chain allows for operational errors and fraud, which in turn drive unnecessary and exorbitant food recalls.

Traditionally manual land registration systems have created a dearth of data, and rendered the land transfer process delayed, costly, and inefficient.