From the idea to the first invoice paid.
Farm projects almost never die for lack of a good idea. They die because a step was skipped: the market was never checked, the plant was sized on a catalogue, the money arrived too late, or nobody was trained on start-up day. Our method breaks your project into thirteen steps grouped into four phases — and each one closes on something you can show.
Design & strategic validation
4 steps · 1–4Technical & financial engineering
4 steps · 5–8Build-out & operational deployment
3 steps · 9–11Commercialisation & completed sales
2 steps · 12–13A step is not finished because time has passed.
It is finished because a milestone exists: a validated document, a handover report, a signed agreement, an invoice. And because its resilience condition has been verified — the answer to “what if it breaks?”, asked at all thirteen steps. Every condition, deliverable and attached service is set out in the catalogue of services; this page gives the overview.
“The project only moves forward if the milestone is reached — and a milestone is only reached if its resilience condition is verified.”
Four phases, thirteen steps, four decisions.
Each phase ends with a decision you take, informed, on the basis of a written opinion. Stopping in phase 1 costs you a study; stopping in phase 3 costs you the project.
Design & strategic validation
“Is this project worth your money?”
Prove that the problem is real, that the market exists and that the offer answers it — before committing any heavy investment.
The idea
Formulate the initial vision of the farming, livestock or agro-industrial project, and measure its maturity.
MilestoneApproved letter of intent, including risk analysis and adaptability criteria.
Problem & value
Identify the actual problem faced by growers, livestock farmers, processors or markets, and the value the project brings them.
MilestoneApproved value proposition, including adaptive solutions.
Market study
Validate the existence of an accessible market — local, national or export — and measure its volumes and prices.
MilestoneMarket study report including a SWOT matrix that covers risks and opportunities.
Designing the offer
Define precisely the farm, processed or livestock product, and the specification that frames it.
MilestoneApproved functional specification, including durability and adaptability criteria.
Viability and survivability opinion — GO, NO-GO or conditional GO locking the blocking dependencies.
Technical & financial engineering
“Can the project be financed, and by whom?”
Turn the validated offer into a production tool sized on reality, and into a file funders can check line by line.
Production tool
Determine the means required to produce the offer: site, buildings, equipment, energy, logistics.
MilestoneApproved technical specification, with modularity and flexibility built in.
Financial plan
Model the economic viability of the project, entirely in FCFA.
MilestoneApproved financial plan, including safety margins and stress scenarios.
Business plan
Structure the project in the format expected by the targeted funder.
MilestoneApproved business plan, including the risk mitigation plan.
Financial close
Secure the financial resources and organise their release.
MilestoneSigned financing agreements, with risk-management clauses attached.
Bankable file and signed OHADA escrow agreement.
Build-out & operational deployment
“Does the plant really run — and hold?”
Build, start up and hold operations — verifying that the arrangement works, not merely that it exists.
Installing the tool
Install, take delivery of and commission the production tool.
MilestoneMilestone technical visa and continuity-test report.
Operations
Run production and day-to-day operations without unplanned interruption.
MilestoneResilience dashboard and periodic risk reviews.
Go-to-market
Organise the commercial launch of the offer.
MilestoneApproved go-to-market plan, including adaptive strategies.
Milestone technical visa issued and resilience dashboard in service.
Commercialisation & completed sales
“Has the customer paid?”
Deliver the product to the customer, by the book, and turn the first sale into a running business.
Selling
Activate commercialisation and contract with buyers.
MilestoneApproved catalogue and flexible commercial terms.
Completed sales
Complete sales, deliver, and secure customer satisfaction over time.
MilestoneSatisfaction reports and post-launch adjustments carried out.
Complete compliance file and signed purchase contract.
The cycle counts 112 codified services across four resource domains and two processing strands. See the catalogue, step by step →
Produce · Transform · Export · Resist
The cycle describes how we work. The PTE-R model says towards what: four movements that order all our engineering — from the plot to the contract, and over time.
Demand first, never supply: every project starts with proof that a market buys, at what price and in what volume. We don't plant hoping to sell — we produce what is already in demand.
Margin is built after the harvest: processing, standards and certifications take the raw product to a valorised one — and the farm to the rank of a business.
Paying markets pull the whole value chain up: reaching export (by the rules — EUDR, certifications) raises standards, prices and local impact.
A project only creates value if it keeps producing, sourcing and delivering through disruption. Resilience is not a precaution: it is a condition of performance.
This cycle is the agricultural strand of XP-NOVA's engineering method. The firm applies the same requirements to its other fields — public facilities, infrastructure, monitoring and evaluation — through a six-phase method presented on xp-nova.com.
One method, four resource domains.
The thirteen steps are the same for every project. What changes is what goes into them: a livestock-building specification is not a plot layout, and a HACCP plan is not an irrigation plan.
Cocoa, coffee, maize, cassava, plantain, market gardening, fruit, medicinal plants.
- P1 Understand soils, varieties, cycles and climate constraints; analyse markets, prices and standards.
- P2 Lay out plots, greenhouses and irrigation; size inputs and model yields, costs and margins.
- P3 Farm infrastructure goes up; SOPs guide planting, upkeep and harvest.
- P4 Local markets, cooperatives, export: selling becomes a controlled routine, tuned by the watch.
Land becomes value.
Poultry, pigs, cattle, small ruminants, beekeeping, rabbits, snails.
- P1 Analyse breeds, cycles and nutritional needs; study meat, milk, egg and fish markets.
- P2 Design housing, watering, ventilation and effluent management; size the herd and the zootechnical SOPs.
- P3 Animals arrive; SOPs govern feeding, care and biosecurity, under delivery control.
- P4 Butchers, markets, industrial buyers: the value chain becomes durable and profitable.
Living stock becomes performance.
Pond and cage fish farming, marine capture, inland capture, fish trading.
- P1 Characterise the water resource and its environment — flow, oxygen, temperature, upstream quality — and study a market where imported frozen fish sets the price.
- P2 Size ponds, aeration, fingerling supply and cold chain; model feed conversion, mortality and feed cost, which governs the margin.
- P3 Ponds fill after an aeration test; SOPs govern feeding, oxygen monitoring and prophylaxis.
- P4 Fresh and local rather than volume: caterers, distributors and local markets, under contract where possible.
Water becomes protein.
Timber, bamboo, wild honey, gathered products, reforestation and carbon.
- P1 Verify the title and the right of access before anything else, geolocate the plots, and study markets that now demand proof of origin.
- P2 Size access roads, skidding and local processing; model a rotation no short-term debt can follow, and organise intermediate revenue.
- P3 Tracks, log yards and the sawmill go up; SOPs govern marking, traceability and the management plan.
- P4 Sawn timber rather than logs, regional markets and demanding buyers: proof of origin becomes a commercial asset.
The long run becomes an asset.
Processing is a level, not a domain.
You do not pick “processing” the way you pick a resource. You declare how far you go — N1 sorted, washed, graded, packed; N2 an ingredient sold to other manufacturers; N3 a labelled finished product; N4 by-product valorisation — and that level is what calls the strand. N1 calls nothing: packing is not processing.
Juices, oils, flours, feed, charcuterie, dairy, smoking and drying.
Called by: Levels N2 and N3 towards a food sector.
- P1 Analyse finished products, markets, sanitary standards and consumption trends.
- P2 Design the plant: machines, process, flows, hygiene, HACCP SOPs, capacity and cost scenarios.
- P3 Machines arrive, tests follow on, quality control and ESG compliance come online.
- P4 Retail chains, wholesalers, export: the watch drives adjustments to recipes, prices and volumes.
Raw material becomes product.
Farm machinery, equipment, inputs, cold chain, logistics, by-product valorisation.
Called by: Level N4, and levels N2–N3 towards a non-food sector.
- P1 Analyse the industrial needs of the other domains, their markets, standards and trends.
- P2 Design equipment, systems and processes; size capacity, flows and industrial SOPs.
- P3 Installation, conformity testing, team training, delivery control.
- P4 B2B, distributors, export: the volet becomes strategic for the whole territory.
Technology becomes leverage.
Four cross-cutting strands
They are not end-of-journey add-ons: each is attached to specific steps, with its own codified services.
ESG issues are appraised from step 2, then built into the offer, the specification, the financial plan and post-launch reporting.
Independent verification at every milestone: framing, methodology, technical studies, financial models, installation, sales.
Skills transfer to the promoter’s teams — design, technical, financial management, operations, commercial.
Market, products, equipment, costs, regulation, operations: the watch feeds decisions instead of trailing them.
Milestones, file-opening fees, bankability, land security: the official Agrovita FAQ answers the questions the method raises.
Let's place your project on the thirteen steps.
Five questions are enough to know where you really stand, which steps were skipped, and what the next deliverable is.
Version 2026.4 — updated 27 August 2026