Problem: By 2050, the global population is predicted to reach 10 billion, which implies growing demand for more food products. Given such prospects, the importance of agriculture monitoring is difficult to overlook.
Solution: Strider is a mobile application and a geo based big-data engine that reduces the usage of pesticides based on trustworthy/actionable information, better timing and precise dosages.
Goals and objectives: To bring technology and agriculture together, providing Ag Tech solutions that allow producers to make fast, quality, informed decisions resulting in higher productivity from their fields.
Implementation: Strider was developed by Strider, a Brazil-based ranch management startup in 2013. and installed in tablets; it allows technicians and field producers to register the exact incidents which may influence in the proliferation of plagues, resulting in a high level control, productivity and, mainly, up to 15% in pesticides cost savings.
The collection of information in the field is done with water- and fall-resistant collectors, with seven-inch touchscreens and equipped with a camera, GPS and an extra battery. The collector allows the technician to orient themselves on the farm through a map with GPS, facilitating the location of fields, areas affected by pests, points of action and traps.
The collector’s user interface is simple and requires few hours of training. The samples are always accompanied by photos that corroborate diagnoses. The collector works 100% offline. Then through a a WiFi connection, data is sent to precision analysis.
Strider company train a producer’s team and quickly bring you up to speed with the ease of use and application of the product. After just one day, the team is in position to begin to reap the benefits of the product and begin seeing it in action. Throughout the seasons, the company stays in touch with producers, follow up, and optimize the product to ensure to the best results.
Achievements: Strider has worked with Brazilian farmers for years integrating their decision-making platform into farms covering more than 1.8M acres in Brazil. Now Strider has been utilized by more than 3,000 farms worldwide. From South America (Argentina, Bolivia, Brazil, Paraguay, Uruguay) to North America (Mexico, USA) and all the way to Australia and Mozambique.
Alameda da Serra, 322
Vale do Sereno
Belo Horizonte - MG
Phone: +55 31 3564 2867
Problem: Gaza produces 6 tons of ashes every week which goes to landfills and as an unusable byproduct, it causes direct pollution to the ground water as it permeates quickly through soil particles-an environmental catastrophe. At the same time, importation of cement for construction comes at an unsustainable cost for the Palestinian economy.
Solution: GreenCake is the world's only brick that uses coal and wood ash as filler material instead of sand and aggregate. It is It is stronger than an ordinary brick, yet half the weight and price.
Goals and objectives: The solution aims to make Gaza less dependent on construction imports and help Gaza’s stalled reconstruction.
Implementation: Majd Mashhrawi, a civil Engineering graduate, and her business partner Rawan Abdulatif conjured up the idea of GreenCake in 2015 to respond to the challenge of waste and a need for an alternative to cement bricks.
GreenCake hires young people to collect ashes from sources and reuses them to create blocks at a cost of 25% against a standard concrete bricks. A truck full of sand can cost around $200; the same amount of ash costs $25. The ashes are crushed, sieved, and then reused to make building blocks.
GreenCake participated in a start-up incubator called Mobaderoon III project, which trained the team on entrepreneurship, where the they established the prototype for GreenCake. They then participated in an MIT competition for Arab start-up projects, and it was selected as one of 70 (out of thousands of applications) semi-finalists. In 2016, Mashhrawi won first prize in Japan-Gaza Innovation Challenge.
The first construction using GreenCake took place in September 2016. The blocks were produced in a factory GreenCake rented for a week. Subsequently the success of GreenCake as a sustainable replacement continues to earn accolades, thanks to media interest in this venture, including a video that earned millions of views.
Achievements: So far, 100,000 GreenCake building blocks have been used to restore houses and factories.
Gaza City, State of Palestine
Phone: +972 59-940-1773
Problem: With only 2-4 hours of electricity a day, Gaza’s electricity crisis affects more than 2 million residents, impeding economic activities, health, education and quality of life.
Solution: Sunbox kit is an affordable off-grid self-installable mini solar kit for families affected by Gaza’s rampant electricity cuts.
Goals and objectives: To provide consistent, affordable and reliable source of electricity for all Gaza residents.
Implementation: Sunbox kit was created by Sunbox company founded in 2017 by Majd Mashharawi, a 24 year old civil engineer, after researching solar options in India and Africa, where electricity blackouts are common as well. The SunBox kits she imports and modifies is to be compatible with the local electrical outlets and voltage. She sells the product for $450, a price point compatible with the local economy. She partners with the Bank of Palestine and the Faten Organization for those opting to pay in installments. The system is sold in parts so that it is accessible to people of all income levels. Sunbox raised $60k in funding with which it was able to subsidize units at 50 percent. SunBox is also a youth job provider, and is currently staffed mostly by recent graduates.
SunBox runs fundraising campaigns to subsidize units at 50% of the cost. It is currently raising another round with a 50k goal to be able to reach more Gazans affected by electricity shortages.
Achievements: Sunbox has been able to provide solar systems to more than 800 families in Gaza. Sundox provides electricity for school children to do their homework, power entertainment equipment for those living in severe conditions in refugee camps as well as provide the electricity to run medical devices.
Halabi St., Gaza City, State of Palestine
Problem: Despite exponential growth in Lima’s solid waste to about 8,468 tons of garbage generated daily, corresponding to 47% of the national total, Peru’s capital city only recycles 4% of its garbage, making it the city with the highest ecological footprint.
Solution: EcoTrash - The “Uber of trash”, provides a platform that connects users to recycling collectors where both parties benefit. It incentivizes clean environment by pinpointing to collectors places for collection and users in turn collect points on the app that can be redeemed with businesses assigned to the platform or as donations to charitable causes.
Goals and objectives: Incentivizing effective waste management and sustainability through recycling.
Implementation: Ecotrash was cofounded by Antonella Romero in 2013 who as a young entrepreneur decided to use her extensive experience as an advisor to Peru’s Ministry for Innovation and Technology to address the issue of recycling in her county. She remembers that she was spurred to action when she saw a person dumpster diving in search of something profitable. Other existing initiatives by NGOs and Government could not encourage citizens to recycle as much as a platform where users directly gain from recycling. If there are people willing to collect recyclable waste, then it is just about giving citizens an incentive to put them in contact with collectors. “An informal collector earns around seven dollars per day (less than five euros) on a 12-hour workday looking for waste," Romero explains, and she states that those assigned to her platform earn double the money in half the amount of time.
On the EcoTrash platform, garbage collectors get an alert from the user to collect their trash. The user in turn accumulates points to exchange them on this platform. On the one hand the platform encourages citizens to recycle and makes it easier for them to do so and on the other hand, provides a better quality of life to the people who make a living collecting recyclable trash.
The service is free to users but it also offers a separate paid service to corporate clients. Another source of revenue is for EcoTrash to sell the products that are collected, essentially monetizing recycling as a business opportunity. EcoTrash currently hopes to expand to four additional regions and work directly with municipalities and governments.
Achievements: The platform spurs decent job creation for collectors through technology. Women recyclers increase their income by 40% and reduce their workday from 12 hours to 8 hours. Founder and CTO of Sourtech, Hernan Roig, jury member of Innovators Under 35 Latin America 2018, considers EcoTrash to be “solid project with both a social and an economic impact that contributes to society in two very important ways: it dignifies the work of the people dedicated to the collection of urban waste and it has a clear environmental impact."
Latest impact in numbers- 452,000 recycled plastic bottles, 23 200 Kilos of paper recovered, 9430 kilos of cardboard recovered.
Ecotrash currently operates in 17 districts of Lima city, has 18 corporate clients and 9 associated collectors. In the first quarter of 2019, they collected 27 tons.
Phone: (+51) 994458643
Problem: Period poverty – global phenomenon affecting millions of women and girls whom lack access to safe and hygienic sanitary products and a conducive space to use them. This results in the inability of these women and girls to manage menstruation without shame or stigma, resulting in social exclusion and exacerbating inequality.
Solution: SunnyCotton is a social enterprise and a reusable menstrual pads provider with an innovative business model. Its production processes and materials are locally sourced, providing an eco-friendly, sustainable and cost effective option to a hygienic sanitary product for women and girls.
Goals and objectives: To provide low-cost and sustainable sanitary pads by maximizing product efficiency and enhancing end-user experiences, empowering women and providing decent employment.
Implementation: SunnyCotton pads became commercially available in Thailand in early 2018. Its materials and production processes are locally sourced. By leveraging its own e-commerce platforms and its partners stores to distribute and merchandise its pads, SuttonCotton is able to provide cost-benefits to its users. Marketing and advertisements are conducted via social media and conventional mass media such as television, newspaper, magazines and at cloth pad hand-making workshops.
The reusable pads come in four different sizes: Panty liner (S), Regular (M), Heavy (L) and Night (XL). They have a lifeline of about 5-10 years depending on usage and maintenance. For a longer lifeline, it is advisable that users avoid using harsh detergents, ironing on high heat, intense rubbing and unwashed soiled pads kept for a long duration. The pads comes in a water resistance series are designed with a nylon lining to prevent downward leakages while the all cotton non-water resistance series are more breathable and dry quicker. The pads also come in an eco-friendly hemp series, durable with natural antibacterial properties made of hemp fabric.
SuttonCotton builds partnerships with diverse stakeholders, including national and international organisations, investors, research institutes, suppliers, governmental bodies, NGOs, other social and environmental enterprises.
Achievements: SunnyCotton provides $66 in annual cost savings to its customers. With each purchased pad, about 12-60 pieces of disposable pads are saved, contributing to waste reduction. SunnyCotton provides valuable jobs for village women who build on their traditional sewing and weaving skills. It also empowers women by providing valuable information on sustainable alternatives of feminine hygiene, helping to build their confidence and negate stigmas of isolation.
Ms. Kesinee Jirawanidchakorn
SunnyCotton P.O. Box 104, Talad Kamthiang, Chiang Mai 50304
Phone: +66 834748802
Problem: According to the WorldBank, around 50 million hectares of land in Nigeria is underutilized. Farmcrowdy responds to the increased need for food production to keep up with the needs of a growing population in Nigeria.
Solution: Farmcrowdy is a free platform which links farm sponsors and farmers. It is a one-stop-shop that allows users to be alerted via notifications once a farm is open for sponsorship, allowing users to generate a profit while sponsoring a rural farmer.
Goals and objectives: To increase food production in Nigeria while promoting youth participation in the agriculture sector.
Implementation: Farmcrowdy was founded in 2016 by Onyeka Akumah as Nigeria’s first-ever digital agricultural platform linking farm sponsors with farmers to increase food production. Users could identify a farm of choice and sponsor as many units as they can afford. Followers also have the option to follow a farm that interests them, without paying for it. Farmcrowdy allows you to acquire relevant knowledge through updates, blog posts, and other agriculture-related information.
The company plans to continue expanding their reach in order to continue to empower local farmers, positively impact their lives and their families while boosting food production and sustainability in Nigeria.
Achievements: Since launching in 2016, Farmcrowdy has empowered over 25,000 small-scale farmers across Nigeria and it has been able to utilize over 16,000 acres of farmland, reached over 80,000 in farm sponsorships, reared over 2.8 million chickens and has over 50,000 farm followers. It has won numerous awards in recognition of the impact of this innovation.
2nd Floor, Plot 5A, Block 114, Akiogun Street (Oniru Market Road), Oniru, Lekki Phase 1,Lagos, Nigeria
Phone: +234 909 999 9830
Problem: Kenyan 14 million farmers are faced with farm productivity of only 30% and about $5 billion input loses due to uninformed farming decisions, poor usage of seeds, fertilizers and unprocessed data on environmental, soil and weather factors.
Solution: UjuziSensor is a sensor-based soil testing kit that establishes an everlasting information sharing session between farmers and the first ever consolidated database covering accurate data in the whole farming lifecycle and allows the farmer to have affordable access to precise, accurate, easy-to-understand and actionable farming and market information through their mobile phone.
Goals and objectives: UjuziSensor aims to increase productivity through precision insights, leveraging data analytics and artificial intelligence to enhance the efficiency of small holder farmers.
Implementation: UjuziSensor is developed by UjuziKilimo founded in 2014 by 24-year-old Kenyan Brian Bosire, who was raised on a farm and was motivated by the struggles of his parents who dealt with the financial consequences of poor harvest each season after investing time and money. At the age of 19, Bosire invented a simple device for his mother to use, which would allow her to stick the device in the ground and immediately determine which crops could result in maximum yield, the amount of fertilizer needed and optimal seed varieties, so that to decrease the risk involved in the traditional approach to farming.
The device is cost effective, easy to use as testing process takes a field agent about five minutes to read the results and another two minutes for the results to be transmitted to the farmer. The device can assess data from about 10 acres of land. The device utilizes GPS for farm location, weather conditions and soil qualities. Based on the results, UjuziSensor provides advice on fertilizers, seeds and specific crop management to optimize harvest. Precision farming reduces the risk of using the wrong quantities and high cost on fertilizers, enhances soil conservation and increases productivity.
In 2017 10 young field agents were trained in sales, soil testing and other relevant agribusiness skills.
Achievements: UjuziSensor has brought real time farm data to Kenyan farmers, providing targeting services based on analytics resulting in $100 savings on fertilizer and a further $100 in extra income. The device optimizes input usage by 95% and productivity by 80%.
Suite 558, Kilimani, Nairobi,Kenya
Phone: +254 (0) 20 2611 248
Problem: Despite a flourishing tourism industry in the Komodo Islands community, its fishing community is confronted with a multitude of challenges including scare fresh water supply, soaring temperatures and polluted fishing waters as a result of high plastic use.
Solution: Komodo Water is a social enterprise that provides access to clean water and sustainable water management by optimizing and managing the current local water resources, transforming various raw water conditions into fresh and safe drinking water based on an environment sustainable approach. Komodo Water provides water quality by employing suitable and reliable technologies to the serviced communities. The enterprise also provides a much needed additional income source for the local community operating ice makers and a water treatment facility.
Goals and objectives: To provide solar powered fresh water and ice solutions for fishing communities that increases economic output, while protecting the environment. Komodo Water’s ice last longer than normal ice packs, allowing fishermen to go fishing further from areas where they reside.
Implementation: Komodo Water is part of Tinamitra Mandiri Group of companies, established in 2010 with a focus on providing sustainable solutions to development challenges. It seeks to become a leading provider of clean energy and leading player in utilizing alternative and sustainable energy sources while providing sustainable community development initiatives.
Komodo Water employs efficient reverse osmosis machines and icemakers powered by solar technology. It purifies brackish water of TDS 9000 ppm into water with drinking quality of TDS 11-13 ppm certified by Indonesia’s National Health Department. Komodo Water produces and sells 5 tons of drinking water daily. It also makes ice blocks for fishermen, fish sellers, and tourist boats.
Beyond providing clean drinking water, Komodo Water also strives to advance human development of the entire community by supporting community empowerment, ensuring that the community is integrated in the economic value chain of its enterprise. It sponsors entrepreneurship program, community education, and other activities.
It also partners with other actors across the world and provides consultancy services franging rom geo-electrical survey, water drilling, water processing & technology and water business management.
Achievements: Komodo water has provided water security for 2,000+ families, reducing infant and children deaths caused by contaminated water. In addition, it has reduced plastic waste in the sea by 1,000 plastic packs per day and the switch to the use of clean solar energy has reduced diesel fuel consumption by 14,400 liters, avoiding the emission of 9,720kg of CO2.
The enterprise has empowered the community, by providing a lucrative mechanism they can participate in as new business opportunities for retailers and distributors of water and ice. This has earned an additional $ 98,000 annually for the fishermen of the community by improving their handling and transportation processes. The longer lasting ice blocks has led to sales increase of about 50% as the innovative cooling system ensures that the catches last fresher and longer.
It has also enhanced the skills of the community towards the maintenance of the machines and conducting community based development initiatives.
In recognition of its contributions, it has been shortlisted for the 2019 SEED Low Carbon Award for Clean Energy.
PT Tinamitra Mandiri
Manhattan Square Building, Mid Tower, Floor 23 Suite D
Jl. TB. Simatupang Kav. 1S, Cilandak Timur, Pasar Minggu, RT.3/RW.3,
Jakarta Selatan, DKI Jakarta 12540
Problem: 20% of sub-Saharan Africa’s cereal output is lost or wasted due to Aflatoxins - contaminants produced by fungi, harmful to humans and animals as a result of inadequate drying of grains before storage.
Solution: GrainMate is a grain moisture meter - a device that allows farmers and grain purchasers to accurately determine the moisture content of harvested grains before storage to help reduce post-harvest losses. The device measures moisture levels of maize, rice, wheat, millet, sorghum, and other grains at an affordable price ($80-100), less than a fourth of similar products in the market.
Goals and objectives: To assist farmers across Africa cut wastage, minimize economic losses, and improve the efficiency of grain value chain.
Implementation: GrainMate was developed by a dynamic team of millennials located in Kumasi, Ashanti Region, Ghana that were inspired after a meeting with a team from Feed the Future PHL Innovation Lab and USDA in January 2018. With a combined 25+ years of professional experience in hardware and software design, agronomy, business development and marketing the Sesi Technologies team are passionate about tackling poverty and hunger by empowering African farmers with affordable technology that will assist in increasing productivity of grain produces.
By applying cheap and locally manufactured technology, the team at Sesi Technology develop hardware and software solutions for farmers and other related stakeholders in the agriculture value chain. In May 2018 Sesi Technologies got its first contract to supply 120 units of GrainMate to AMPLIFIES.
The GrainMate device functions by inserting its probe into a bulk sample of grain whose moisture is to be tested. After powering the device, a selection of the grain to be tested is made from a grain selection menu and 5 minutes later a digital readout of moisture, temperature and humidity reading is displaced on its LCD screen. The GrainMate is a lightweight and portable handheld device and provides an accurate reading of relative humidity +/- 2% over given range and temperature +/- 0.2°C.
Supported by a small teams of designers and researchers, Sesi Technologies have made significant improvement on the original device, redesigned its circuit board, built an accompanying mobile app, and employed five local subcontractors to manufacture components that had previously been sourced from China.
Achievements: Thus far, over 300 GrainMate have been purchased, representing over $20,000 in sales and preparations are in progress to scale the technology for use in Nigeria and Kenya. GrainMate has been endorsed by the USAID and World Food Programme. The team and technology have gone to receive considerable media attention and recognition, including exhibitions for the Presidents of Ghana, France and Germany at various fora.
Plot 18, Block 7
Ayeduase New Site
Mr. Isaac Sesi, Co-founder
Phone: +233 (0)50135 9999
Website: https://sesitechnologies.com/ t: @sesitechgh f: @sesitechnologies
Problem: Inefficient agricultural practices and weak value chains in Nigeria results in agricultural yields that are a third of global yield averages and post-harvest losses ranging between 40-60% annually, compounding an already high poverty rate.
Solution: Kitovu is a digital platform that collects, analyzes, and aggregates soil, field and market demand data. These data enables the right soils to be matched to the right soil and crop specific fertilizers, improved seedlings, and agrochemicals, while connecting farm produce to markets; resulting in increased crop yields and reduced post-harvest losses.
Goals and objectives: To assist farmers in Nigeria and across Africa enhance the yield of their farm products, reduce post-harvest losses, minimize economic losses, and improve the efficiency of grain value chain.
Implementation: The solution was developed by Kitovu Technology company, founded in 2016. Kitovu uses data to eliminate guesswork and supply chain inefficiencies in African agriculture, leveraging emerging technology. Its technology provides farmers with soil and crop specific fertilizers which guarantees increased yields since the fertilizers take into account the soils nutrient levels, and the crops nutrient requirements; as well as improved seedlings for optimal yields. Its robust plant health analytics technology enables Kitovu provide farmers with ongoing decision support. The Kitovu platform also provides via its offtake network, a guaranteed markets for farmers, at all times; while also leveraging on farmer data to provide input financing to smallholder farmers.
The mobile app is free for Kitovu’s channel partners who onboard farmers. Suppliers and Produce buyers pay a fee to use the platform. Kitovu takes a 5% commission on the sales.
Achievements: Kitovu has increased farmer’s yield by over 300%. To date, they have worked with over 10,000 farmers across 6 states of Nigeria, working with 157 trained youths as channel partners. Kitovu is a recipient of several national and International Awards; Nigerian Innovation Awards 2016, Total Startupper Awards for Innovation, 2016, Nigerian Agricultural Awards, 2017 (Nominee), The World Bank/ Zicklin Center for Business Ethics Research Ideas for Action 2017 competition where they placed first out of 943 teams from 118 countries, as well as the Africa Prize for Innovation 2018 Shortlist. The Kitovu solution was also included in the top 50 global solutions in the 2018 Youth Solutions Report of the Sustainable Development Solutions Network Youth.
Emeka Nwachinemere, CEO and Founder
4B Ogun-Osun River Basin Development Authority,
Oyo road, Niko, Iseyin, Oyo State
Phone: +2348062148183, +2348182291334, +2347087646430
Problem: Energy consumption depends directly on the conditions of ventilation, temperature and light in our homes. If the house is very warm, we will probably use air conditioning. And if it has few windows, we will rely more on artificial lighting. Currently, the buildings sector accounts for a significant 39 per cent of total energy-related CO2 emissions, according to The 2018 Global Status Report.
Solution: La Casa Uruguaya (The Uruguayan House) is a sustainable and intelligent housing project inspired from bioclimatic architecture and equipped with technology that can increase energy efficiency and accelerate climate action.
Goals and Objectives: The solution aims to reduce energy consumption while offering a sustainable and accessible lifestyle.
Implementation: With this challenge in mind, a group of students, graduates and professors from the ORT University Uruguay created La Casa Uruguaya (The Uruguayan House), a sustainable and intelligent housing project inspired from bioclimatic architecture and equipped with technology that can reduce energy consumption while offering a sustainable and accessible lifestyle.
The living unit consists of a house inside a box, according to the ORT University Uruguay. The insulation prevents heat and cold from entering. It has two ceilings—one on top of the other—and, between the two, moving parts that can be remotely opened or closed in order to regulate indoor temperature. Windows are strategically located to improve lighting.
The house is self-supplied with solar energy, notifies inhabitants of energy misuses, has a water reuse system, and sensors that help to regulate temperature, humidity or lighting. The unit can be installed in only 15 days and costs between US$50,000 and US$90,000.
Achievements: La Casa Uruguaya won major prizes at the Solar Decathlon Latin America and the Caribbean in 2015, an international academic competition organized by the United States Department of Energy. In 2016, the project received a National Energy Efficiency Award in Uruguay. Currently, the team members market the project in their country and the region.
Bologna s / n between Av. Italia and María Luisa Saldún
Phone: +598 2505 34 62
Problem: The carbon footprint of plastics production is very high due to the manufacturing process. The footprint of carbon determines how much impacts to global warming a certain product. So other technologies seriously affect the natural ecosystem and the planet's carbon cycle, causing a deterioration and increase of the average temperature of the planet.
Solution: Biofase has developed a unique technology for the manufacture of biodegradable products derived from the avocado pit, which is disposable and not edible.
Goals and Objectives: Along with other plastics made from food waste, Biofase’s biopastics could help meet the growing demand for plastics without hampering progress in the fight against hunger.
Implementation: Scott Munguía, a young Mexican chemical engineer, discovered in 2011 that the avocado seed contains a biopolymer similar to the one present in corn, which is used to produce bioplastic. In 2014, he founded Biofase, a company based in Monterrey that commercializes bioplastic products, made of 60 per cent avocado biopolymer and 40 per cent synthetic organic compounds.
The straws and cutlery made from avocado seeds decompose in only 240 days, and there is no need for incineration. This makes them a sustainable alternative for cities or countries that lack incineration facilities in their waste plants.
Unlike other types of bioplastics, this alternative does not use crops suitable for human consumption—such as corn or cassava. The carbon footprint is much less than other plastics and bioplastics, including paper. This is largely due to a phenomenon called bonus of biogenic carbon, which explains that the Avocado tree, when growing, absorbs CO2 of the atmosphere to form its tissues. This phenomenon does not occur in the production of any plastic derived of the oil.
Achievements: Reduces consumption up to 60% plastic derived from oil without need to be treated in a way special or to separate for recycling.
Biofase’s products have a great manufacturing potential. According to Munguía, 300,000 tonnes of avocado seeds are discarded annually in Mexico, an estimated 20 per cent of the global demand for bioplastics.
Prior to the creation of Biofase, all biopolymer products had to be imported from other countries into Mexico. Biofase, through its patented technology, became the only biopolymers producer company in Mexico. Now Biofase lead the production of biopolymer in Latin America, exporting bioplastic products to more than 19 countries.
Scott Munguía, Biofase founder
Phone: +52 800 999 1183