Menu

IoT FEATURE NEWS

Arable Accelerates Sustainable Agriculture

By

Agriculture is responsible for one-quarter of all greenhouse gas emissions and 70% of all freshwater use. Climate change, however, is causing greater challenges for farmers spanning reduced access to water, increased weather variability, new crop development patterns and pest pressures. At the same time, the world’s growing population will require producing 50% more food by 2050.

Global issues such as the requirement for a more transparent and agile food supply chain, rising input costs and the demand for more visibility into how food is grown have heightened the need for digital transformation throughout the farm-to-food value chain.

Arable, looking to advance climate resilience in agriculture by accelerating product development, delivering new services for customers and expanding its global footprint, raised $40 million in series C financing. Arable received the first investment from Tom Steyer and Katie Hall’s new climate investment platform, Galvanize Climate Solutions, which led the fundraising round.

“It’s a global imperative that we find new solutions to reduce emissions, increase agricultural resilience, and create a more sustainable food supply,” said Saloni Multani, partner at Galvanize Climate Solutions. “We are excited to lead this investment round because the company’s technology aligns with our mission to scale vital and urgent climate solutions.”

With Arable’s streamlined solution, agricultural professionals will access the data they rely on, including weather, soil, plant health and other critical environmental conditions.

Arable combines an accurate view of the weather, soil moisture and irrigation amounts with sensors that read the growth and stress of the crop to provide a complete view in one integrated solution. The company has helped customers reduce irrigation by up to 50% while keeping yields and quality consistent.

Arable’s product also helps farmers be more precise and effective in protecting their crops from loss due to pests and disease.

“Arable is focused on building the tools for the next generation of agriculture that can unlock productivity through data and digital tools while helping secure farmers’ livelihoods and a stable food supply,” said Jim Ethington, CEO of Arable. “We are thrilled to have the teams at Galvanize and Qualcomm Ventures join us on this journey.”

Arable’s ground-truth data and agronomic models help businesses across the agriculture and food value chain optimize decisions, improve efficiency and deliver greater levels of sustainability.




Edited by Greg Tavarez
Get stories like this delivered straight to your inbox. [Free eNews Subscription]

IoTevolutionworld Editor

SHARE THIS ARTICLE
Related Articles

LTIMindtree and Vodafone Partner for Smart IoT Solutions

By: Stefania Viscusi    4/25/2024

LTIMindtree announced a collaboration with Vodafone aimed at delivering connected and smart IoT solutions to drive Industry X.0 and digital transforma…

Read More

Securing Reliability in IoT: Memfault Highlights a Lack of Proactive Measures

By: Alex Passett    4/25/2024

New data released from IoT reliability platform Memfault just earlier this morning highlights the importance of proactivity when engineering IoT solut…

Read More

Spur Measurable IoT Growth through Viasat's ELEVATE Program - Registration for its ELEVATE Global Partner Event is Now Open!

By: Alex Passett    4/25/2024

Viasat's ELEVATE global partner event is right around the corner. From June 18-19 in Carlsbad, California, those interested in satIoT connectivity sol…

Read More

Assessing IoT Innovator LTIMindtree: Its 2023-24 Successes to Date and a Peek at What's Next

By: Alex Passett    4/24/2024

IoT Evolution World has presented a brief rundown of LTIMindtree's successes during FY24, as well as a peek at what's to come for the Internet of Thin…

Read More

Powering Adaptability in IoT: Telit Cinterion Reveals its First High-Precision GNSS Module

By: Alex Passett    4/22/2024

Telit Cinterion announced the launch of its SE868K5-RTK module, a high-precision Global Navigation Satellite System (GNSS) receiver capable of centime…

Read More