Kenyan Innovator Uses Solar And AI Tools To Help Farmers Tackle Climate Challenges

Climate change is increasingly threatening agriculture in Kenya, where farming remains the backbone of the economy and the primary source of income for millions of families. With up to 75 percent of the population relying on agriculture for their livelihoods, unpredictable weather patterns and declining soil productivity are putting growing pressure on rural communities.

Against this backdrop, Kenyan entrepreneur Maryanne Gichanga is using technology to help smallholder farmers adapt to a changing climate and improve crop productivity.

Speaking ahead of the International Day of Clean Energy, observed annually on January 26, she described how innovations such as solar-powered sensors and artificial intelligence-driven satellite data are helping farmers better understand their soil conditions, crop health and local weather patterns.

Personal Experience Inspires Innovation

Gichanga’s interest in agricultural innovation is rooted in her own childhood experiences.

She grew up in a farming family and witnessed firsthand how climate change began affecting harvests and livelihoods.

“I grew up in a farming set-up. My parents are farmers. I witnessed a lot of harvests, but when climate change started happening, we could not understand what was happening,” she said.

When crop yields declined, the impact was felt across the entire household. Farming was the family’s main source of income, and poor harvests meant fewer opportunities, including difficulties paying for education.

Those experiences motivated her to search for solutions that could help farming families cope with climate uncertainty.

“I always wanted to offer solutions to my parents and other people from farming families,” she explained. “That is what inspired me to start my company and work with people who are like-minded to build technology that supports smallholder farmers.”

Technology Helping Farmers Make Better Decisions

Through her work, Gichanga provides farmers with access to data that was previously unavailable to many small-scale agricultural communities.

Solar-powered sensors placed in farmland monitor soil moisture and other environmental conditions. These devices are combined with satellite imagery and artificial intelligence tools that analyse crop growth and changing weather patterns.

The information helps farmers make better decisions about irrigation, planting schedules and soil management, improving both productivity and resilience to climate shocks.

Her work has been supported by Greenovations Africa, a programme backed by the United Nations that supports women entrepreneurs working on climate and sustainability solutions.

The initiative provides training, mentorship and seed funding to help early-stage businesses expand their impact.

Breaking Barriers In A Male-Dominated Field

Despite the success of her work, Gichanga says building a technology-focused agricultural company has not been easy.

Agriculture and technology sectors across many parts of Africa remain largely male dominated, and women often face skepticism about their leadership and technical expertise.

“In Africa, communities are quite patriarchal,” she said. “Trying to get into this male-dominated field is hard because people would rather work with a man.”

She noted that some people initially doubted that women could lead technological innovations in agriculture.

Over time, however, demonstrations of the technology and visible results helped build trust with farmers and communities.

Persistence, collaboration and a clear sense of purpose, she said, were essential in overcoming those obstacles.

“You cannot give up. Collaborate with the people you meet and eventually it will work out,” she added.

Transforming Lives Through Agricultural Innovation

For Gichanga, the most rewarding part of her work is seeing how improved farming practices directly change people’s lives.

Access to better data can increase crop yields, strengthen farmers’ bargaining power and help families achieve greater financial stability.

“When you empower farmers, their lives change,” she said.

She recalled moments when farmers who once struggled to buy seeds were eventually able to sell their harvest at better prices and regain control over their livelihoods.

Such progress, she said, reinforces the importance of continuing to develop solutions that strengthen rural economies.

Encouraging The Next Generation Of Women Innovators

Gichanga also hopes her journey will encourage more women and young people to pursue innovation in agriculture and climate action.

Her advice to aspiring entrepreneurs is simple: start, even if the path ahead seems uncertain.

“You will learn along the way, and there are many people who will support you financially or offer advice and training,” she said.

“There is no perfect time to start. You will never feel fully prepared. Just do it and don’t be scared.”

As climate change continues to reshape agricultural systems across Africa, innovators like Gichanga are demonstrating how technology and determination can help farmers adapt and build more resilient futures.

Team Indus gears up for second chance at Lunar XPRIZE

India’s first private sector space agency Team Indus is gearing up for the XPRIZE lunar launch giving final touches to its stalled latest mini rover meant for lunar landing.

Since Team Indus failed to raise funds for ISRO-backed PSLV launch, it could not meet the deadline set by Google as of March 31, 2018. Eventually, Google withdrew the prize money of $30 million and called it off.

Now that XPRIZE, which had successfully launched similar scientific missions in the past has renewed its mission to undertake the Lunar XPRIZE and Bangalore-based Team Indus emerges with renewed vigour.

Team Indus founder and CEO Rahul Narayan was upbeat. “The Google Lunar XPRIZE served as an excellent early catalyst to get new people, partners and money involved. With the renewed interest in beyond Earth-orbit exploration by multiple large government space agencies, a new Lunar XPRIZE will be a perfectly timed platform with the chances of multiple successful launches being much higher than before,” he said.

Under the terms of Google XPRIZE competition, the space company or its competitors have to make a soft-landing of their lunar rover, which should traverse at least 500 metres and send high-quality images back to the ground control on the earth. However, the new parameters will be re-defined now, said XPRIZE in a statement.

While Team Indus was seen as a sure-shot winner with its progress in designing the lunar rover and displaying it at several space events in India and abroad, the company failed to raise the required funds to pay for ISRO’s PSLV launcher.

Since 2007, Google Lunar XPRIZE teams have raised over $300 million through corporate sponsorships, government contracts and venture capital. As of 2017 January, Team Indus from India, Japan’s HAKUTO, Israel-based SpaceIL, American firms Moon Express and Synergy Moon were selected out of the 33 teams from 17 countries for the $1 million initial prize. However, the failure of any of them to raise next round of funds forced Google to withdraw the $30 million grand prize.

Chanda Gonzales-Mowrer, Senior Director of XPRIZE, said: “These space entrepreneurs are developing long-term business models around lunar transportation and we cannot give up on them now.”

All the Lunar XPRIZE startups are equally enthusiastic to participate in the Lunar XPRIZE competition without a monetary prize but the organisers are hopeful to find a new sponsor to replace elusive Google. Peter H. Diamandis, XPRIZE founder and executive chairman said, “XPRIZE is now looking for our next visionary Title Sponsor who wants to put their logo on these teams and on the lunar surface.”

Bob Richards, founder & CEO of Moon Express welcomed XPRIZE decision to renew the competition. “While we plan to win this Moon race and are committed to carrying the Lunar XPRIZE logo, the real opportunity is in opening the lunar frontier and the multibillion dollar industry that follows.”

Takeshi Hakamada, founder and CEO of Japan’s space firm iSpace, which has designed HAKUTO, echoed similar views when he said, “We believe a new competition would again elevate our industry to an even higher level, so we eagerly welcome a new Lunar XPRIZE.”

While all eyes are on a new Title Sponsor, whoever pitches in would have the benefit of having their name and branding incorporated into the competition, and in success, on the surface of the Moon, said XPRIZE.

XPRIZE had conducted the $20M NRG COSIA Carbon XPRIZE, the $15M Global Learning XPRIZE, the $10M ANA Avatar XPRIZE, the $7M Shell Ocean Discovery XPRIZE, the $7M Barbara Bush Foundation Adult Literacy XPRIZE, the $5M IBM Watson AI XPRIZE, the $1.75M Water Abundance XPRIZE and the $1M Anu and Naveen Jain Women’s Safety XPRIZE in the past.