By Oswald Siku Mughongora
Namibia’s termination of the approximately US$2.4 million agreement with American technology company 6th Grain Corporation should not be interpreted as a retreat from artificial intelligence, satellite technology or the digitalisation of agriculture.
Rather, it presents Namibia with an opportunity to ask a more important question: must the country import an expensive, fully packaged agricultural intelligence system when more affordable, farmer-centred alternatives can be introduced, tested and adapted locally?
The terminated agreement was intended to use artificial intelligence, satellite imagery and remote sensing to monitor Namibia’s major food crops. It envisaged cultivation maps, yield predictions, drought-risk assessments, geo-tagged farmer surveys and skills transfer to the Ministry responsible for agriculture.
These capabilities remain important. The contract may have been terminated, but the need it sought to address has not disappeared. Namibia still needs reliable information on what is being planted, where production is taking place, how crops are performing, what yields can be expected and where drought and other production risks are emerging.
But government is not the only user who needs agricultural intelligence. The farmer needs it too.
This is where the conversation about alternatives becomes important.
SAT2FARM: bringing satellite intelligence to the farmer
One emerging alternative is SAT2FARM, a satellite-powered digital farming technology introduced and currently being piloted in Namibia by M&M Integrated Agribusiness in partnership with an international technology company.
Its approach is fundamentally farmer-centred.
Instead of beginning with the question of how government can observe agriculture from above, SAT2FARM begins with the farmer and asks: what information does a farmer need to make a better production decision today?
Through the technology, participating farmers can digitally map their production areas and access services such as crop-health monitoring, soil-health assessment, soil-moisture monitoring, pest and disease forewarning, weather forecasts and alerts, irrigation advisory, crop calendars and image-based agricultural advice.
This translates sophisticated satellite and digital information into practical farming questions.
Does my crop need water? Is part of the field under stress? Is there an emerging pest or disease risk? What does the weather forecast mean for my production activities? When should I irrigate?
A farmer does not necessarily need to understand remote-sensing algorithms or vegetation indices. The farmer needs to know what the information means and what action to take. That is where digital agriculture becomes useful.
A cheaper, more accessible model
The economics deserve equal attention.
One lesson Namibia should take from the 6th Grain experience is the need to distinguish between paying for satellite data and paying for the capability to turn that data into useful agricultural intelligence.
Large quantities of Earth-observation data are already accessible through global and African infrastructure. The European Union’s Copernicus programme, for example, provides Sentinel satellite data, while Digital Earth Africa provides analysis-ready Earth-observation information across the continent.
Namibia therefore does not need to own satellites or necessarily procure expensive proprietary systems to benefit from satellite agriculture.
SAT2FARM demonstrates a potentially cheaper and more accessible model: utilise existing satellite and digital infrastructure, convert the resulting intelligence into practical agricultural services and deliver it directly to the farmer.
Affordability matters because it determines scalability.
A sophisticated agricultural intelligence system that exists primarily at central-government level has value. But a comparatively affordable technology that can progressively reach irrigation schemes, smallholders, cooperatives and commercially driven farmers creates another pathway—one in which agricultural digitalisation can expand farm by farm.
Technology must be accompanied by knowledge
SAT2FARM is also not simply an application placed in the hands of a farmer. The pilot combines the technology with farmer onboarding, training, interpretation of satellite-derived reports and recommendations, and continuing technical and agricultural support.
This distinction is important.
A soil-moisture indicator has little value if the farmer cannot interpret it. A satellite observation showing declining crop health has limited value if nobody can translate that observation into an appropriate response. An early warning becomes valuable only when it enables earlier action.
The real transfer of technology occurs when data becomes information, information becomes knowledge, and knowledge changes a farming decision.
Namibia should therefore measure agricultural digitalisation not by how sophisticated a platform appears, but by whether farmers use the information to reduce risks, improve productivity and ultimately improve farm profitability.
From farmer intelligence to national intelligence
The SAT2FARM approach also presents a longer-term opportunity.
Imagine hundreds and eventually thousands of farms digitally mapped across Namibia. Satellites provide information from above. Farmers provide observations from the ground. Crop health and soil moisture are monitored. Weather information supports planning, while field observations and images help verify what satellite systems are detecting.
At individual level, this produces intelligence for the farmer. But appropriately anonymised and aggregated, information across participating farms could potentially contribute to a broader understanding of agricultural conditions at regional and national level. Agricultural intelligence could therefore develop simultaneously in two directions:
Satellite → Farmer → Better Decisions
A+nd
Farm Data → Aggregated Intelligence → Better Agricultural Planning
This is particularly important because satellites cannot tell us everything.
A satellite may detect declining crop health, but determining whether the cause is water stress, disease, pests, nutrient deficiency or another production problem often requires information from the ground. The farmer therefore becomes more than a recipient of agricultural intelligence. The farmer becomes part of the intelligence system.
An opportunity for Namibia’s irrigation schemes
The technology could be particularly relevant to Namibia’s government-owned irrigation schemes.
Irrigated agriculture involves significant public investment in land, water, infrastructure, equipment and production. Improving the efficiency with which these assets are managed should therefore be a national priority.
Satellite-supported soil-moisture information and irrigation advisory can potentially contribute to better water-management decisions. Crop-health monitoring can help identify areas requiring attention earlier. Weather intelligence can improve operational planning, while digital mapping provides another layer through which production performance can be observed.
The same applies to commercially driven private farmers, where small improvements in irrigation efficiency, early detection of crop stress or better timing of interventions can translate directly into reduced costs, avoided losses and improved profitability.
The value proposition is therefore straightforward: better information should lead to better decisions, and better decisions should ultimately lead to better agricultural performance.
Data sovereignty still matters
The controversy surrounding the terminated 6th Grain agreement also raised an important issue that should apply equally to local and international technology providers: agricultural data sovereignty. Information about where food is produced, what crops are planted, expected production, drought vulnerability and the condition of agricultural land has strategic economic and food-security value.
Namibia therefore needs clear rules governing who owns farmer data, where it is stored, who can access it, how aggregated information can be used and what happens to information when a farmer leaves a digital platform.
Local participation creates an opportunity for greater national control, but local involvement alone does not guarantee data sovereignty. Data sovereignty must be designed into the system.
Pilot, validate and scale
The termination of the 6th Grain agreement provides Namibia with an opportunity to consider a different approach to agricultural technology investment: pilot, validate and scale.
SAT2FARM is already being piloted by M&M Integrated Agribusiness with its international technology partner. The immediate opportunity is therefore not to make grand claims about what the technology could achieve nationally, but to generate evidence under actual Namibian farming conditions.
Does soil-moisture monitoring improve irrigation decisions? Does crop-health monitoring identify problems earlier? Do pest and disease warnings reduce losses? Does digital advisory improve decision-making? Is the technology affordable? And, ultimately, does it improve productivity, resilience and profitability?
If the evidence demonstrates value, deployment can progressively expand. This approach is potentially less risky and more cost-effective than beginning with another multimillion-dollar national technology procurement.
Build capability, not another dependency
Namibia should resist the temptation to view the termination of the 6th Grain agreement simply as a procurement problem requiring another foreign technology provider.
The bigger opportunity is to build an agricultural intelligence ecosystem.
Government can establish standards and data-governance rules. Universities and researchers can contribute independent validation and research. International and African infrastructure can provide Earth-observation data. Extension officers can contribute agricultural expertise. Farmers can provide ground-level observations. Namibian agribusinesses can introduce, adapt and support technologies in partnership with international technology companies where specialised capabilities are required.
SAT2FARM does not have to replace everything envisaged under the 6th Grain agreement. Its significance is that it demonstrates another model: international technology, locally introduced and piloted, comparatively cheaper, and centred on the farmer.
Namibia does not need technological isolation, nor should it accept technological dependency. It needs technological capability.
The question following the termination of the US$2.4 million agreement should therefore not simply be which company should replace 6th Grain?
It should be: what can Namibia build differently?
SAT2FARM suggests that part of the answer may already be taking shape—using global technology, building local capability and putting agricultural intelligence where it can have the greatest immediate impact: in the hands of the Namibian farmer.
Call to action: Put SAT2FARM to the test
M&M Integrated Agribusiness is inviting government-owned irrigation schemes and commercially driven private farmers in Namibia to participate in the testing and piloting of SAT2FARM under real production conditions.
If you operate or manage an irrigation scheme or commercial farming enterprise and are interested in testing how satellite-powered crop monitoring, soil-moisture intelligence, irrigation advisory, weather information and early-warning capabilities can support your production decisions, contact M&M Integrated Agribusiness at Info@mmagribusiness.com.
The technology is available. Let us test it on Namibian farms, measure the results, and allow the evidence to determine its potential.
*Oswald Siku Mughongora is a Monitoring and Evaluation (M&E) practitioner working at the intersection of research, science, and monitoring and evaluation. In his personal capacity, he writes on research, science, policy, and the role of evidence in development and decision-making.
