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Vorakai Konekta Challenge 2026 · AI & Data track

Grow smarter,
go further.

VIEM Konekta Farms are connected, solar-powered aquaponic and hydroponic units run by suco cooperatives. Fish feed the plants, waste feeds the fish — and the suco's new connection keeps the whole loop alive.

  • Tetum-first alerts
  • Solar & battery powered
  • Offline-first sensing
VIEM circular farm: NFT lettuce channels over a tilapia tank beside a free-range poultry run
less water than soil farming
90%
footprint for each Suku Unit
150 m²
paid local jobs per unit
3–5
months to pay back set-up
12–18

Visionary Innovation for Environmental Management

A modern agribusiness growing a regenerative Timor-Leste

VIEM combines smart farming technology, modern cultivation systems and regenerative practice. At the heart of it is circular agriculture — turning organic waste and by-products into feed, fertiliser and food.

  • 01Grow

    We build productive, efficient farming systems designed to deliver consistent, high-quality output all year — including the dry season.

  • 02Innovate

    We integrate sensors, data and a Tetum-first farm assistant so small teams can run many farms well, even on shared satellite links.

  • 03Sustain

    We apply regenerative, circular practices: organic waste becomes fish feed and compost, and every output feeds the next stage.

More about VIEM
VIEM team members kneeling among lettuce rows, reviewing data on a tablet at sunset
Hands planting seedlings in garden soil

Year-round

harvests, even in the dry season

The problem

Four connected problems, one farm model

Hydroponics and aquaponics have been tried before — usually as donor demonstrations. Most failed because no one noticed when the water chemistry went wrong, feed was imported and expensive, and there was no guaranteed buyer.

  • Nutrition

    Diets are rich in rice but poor in vegetables and affordable protein (Timor-Leste Food and Nutrition Survey, 2020).

    ≈ 1 in 2 children under five are stunted

  • Import dependence

    Supermarkets and hotels in Dili rely heavily on vegetables and fish imported from Indonesia and Australia.

    Seasonal local supply

  • Water & climate

    Erratic rainfall and degraded soils limit what can be grown in the open field for much of the year.

    Long dry season

  • Waste & work

    Market and household organic waste is dumped or burned, while rural youth and women have few paid jobs close to home.

    Few paid rural jobs

Newly connected sucos change the first reason. VIEM's circular design and guaranteed buy-back address the other two.

The solution

One circular loop on 150 m²

Every VIEM Suku Unit sits beside a suco office, school or community hall and combines three linked systems. Tap a stage to follow the loop.

The VIEM loop

Every output feeds the next

Stage 1 of 5

Market & kitchen waste

  1. 1ProcessBlack soldier fly larvae composting
  2. 2OutputProtein larvae and frass
  3. 3Goes toFish feed and compost

Feeds into: Fish

  • Fish swimming together in a pond

    Fish and plants share one water

    Aquaponics

    A 2,000-litre tank holds tilapia. Their water flows through a biofilter where bacteria turn ammonia into nitrate, then through grow beds of leafy greens, herbs and fruiting crops. Clean water returns to the fish — no chemical fertiliser needed.

  • Rows of fresh butter lettuce heads

    Fast, high-value greens

    Hydroponics

    NFT (nutrient film) channels under a shade-net house grow lettuce, pak choi, kangkung and basil in 4–6 weeks, fed partly by aquaponic water and partly by organic liquid fertiliser brewed from compost.

  • Wooden boxes filled with compost

    Waste becomes feed and fertiliser

    Circular inputs

    Organic waste feeds black soldier fly larvae — high-protein fish and poultry feed. Their frass and plant trimmings become compost. Rain is harvested from the roof and a small solar array with battery runs the pumps and sensors.

How connectivity makes it work

A pump that stops can kill fish within hours

Aquaponics is only forgiving when problems are caught early. The suco's new connection lets a small VIEM team support many remote units — without driving to each one.

  • Offline-first
  • Solar + battery
  • Tetum-first
  • Local safety rules
  1. 01

    Sensor kit

    An ESP32 controller on every tank measures water temperature, pH, dissolved oxygen, EC/TDS, tank level, air climate and pump current.

  2. 02

    LoRa radio

    Readings hop by long-range, low-power radio to a small gateway at the suco office — no Wi-Fi needed at the farm.

  3. 03

    Vorakai link

    The gateway shares the suco's satellite connection and uploads compressed batches — just a few kilobytes an hour.

  4. 04

    Hub & Tulun VIEM

    The VIEM Hub dashboard watches every unit, while Tulun VIEM sends plain-Tetum alerts and advice on WhatsApp or SMS.

Tulun VIEM

Asistente agrikultura · online

Alerta · Suku Unit 01

Oksijéniu tun (4.6 mg/L). Haree pompa ar agora.

Oxygen is low. Check the air pump now.

06:42

Tanba sa mak alfase sira-nia tahan kinur?

Why are the lettuce leaves turning yellow?

06:51

Tahan kinur bele tanba nutriente ki'ik ka pH aas liu. Sukat EC no pH, depois haree lista foto.

Yellow leaves can mean low nutrients or high pH. Measure EC and pH, then follow the photo checklist.

VIEM Manual §4.2 · Nutrients

1 · Haree lista foto 2 · Bolu agrónomu
Illustrative Tulun VIEM chat. Alerts are rule-based and always fire; answers come only from the vetted manual.

Tulun VIEM · the Tetum farm assistant

Plain-Tetum alerts and advice, on the phone operators already use

Operators receive alerts on WhatsApp, with SMS as a fallback. Alerts are rule-based and always fire, AI or not. For questions, Tulun VIEM answers only from VIEM's vetted growing manual and hands over to a named agronomist when confidence is low.

  • Rule-based alarms fire even when the AI or the link is down
  • Degrades step by step: SMS menu → laminated guide → call the Hub
  • Never recommends chemicals, changes prices or closes alerts on its own

The VIEM dashboard

Try the Hub dashboard — live, in your browser

Watch simulated sensors report every 30 seconds, switch pumps and aeration by hand or let automation run them, set alarm limits, acknowledge Tetum alerts and log harvests for buy-back.

  • 7 live sensors per unit
  • Manual, auto & scheduled control
  • Hysteresis rules + safety interlocks
  • Tetum-first alerts with acknowledgement
  • Offline-first link simulation
  • Harvest, buy-back & forecast
Connected VIEM farm with solar panel, sensor box, hydroponic racks and a tablet showing the VIEM dashboard
A boy holding a young green plant
Hands holding a small striped fish near water
Elderly woman at a market stall with produce

Social impact

Every unit is a business, not a donation

Cooperatives own and run their units. VIEM supplies, supports and buys back the harvest at an agreed floor price.

  • Jobs close to home

    Each Suku Unit employs 3–5 cooperative members, prioritising women and young people. Operators earn a share of sales, not a stipend.

  • School nutrition

    Units at schools supply fresh greens and fish to school meals (Merenda Eskolar) and double as a living classroom.

  • Skills that transfer

    The VIEM Academy trains operators in fish care, water chemistry, basic electronics, record-keeping and digital tools.

  • Cleaner sucos

    Each unit diverts an estimated 50–100 kg of organic waste a week from burning or dumping.

  • Climate resilience

    Year-round production that does not depend on rainfall or soil fertility — using a fraction of the water.

Impact & business model

Rollout plan

From a 3-month pilot to 30+ units

VIEM breaks even at Hub level at roughly 20 Suku Units — aggregated, predictable volumes win supply contracts that small farmers cannot win alone.

  1. Pilot3 months

    VIEM Hub demo system plus 2 Suku Units at Vorakai-connected sites — one school, one suco office — with sensors and Tulun VIEM live.

    Success measureFish survival > 90% · alerts answered < 2 hours · first buyer contract

  2. Year 110 units

    10 Suku Units in 3 municipalities, a black soldier fly feed plant at the Hub, and school supply agreements.

    Success measure50 operators trained · 40% of feed from BSF

  3. Years 2–330+ units

    30+ units, a second hub outside Dili, and kit sales to partners.

    Success measureHub break-even · operators earning above minimum wage

The team

Rooted in Timor-Leste, built to scale

Meet the team
  • Portrait of Deviana Sarmento, Director

    Director

    Deviana Sarmento

    Finance and operations; business model, cooperative finance and buyer contracts.

  • Portrait of Escolastico Sarmento, General Manager

    General Manager

    Escolastico Sarmento

    Marketing and distribution; offtake with supermarkets, hotels and schools.

  • Portrait of Yuma Rafi, Commissioner

    Commissioner

    Yuma Rafi

    Operational systems across Indonesia and Timor-Leste; Hub set-up and scaling.

  • LF

    Developer & IoT Implementation

    Luis Ferdinand

    Sensor kits, LoRa gateway, the Tulun VIEM assistant and the VIEM dashboard; on-site installation and technical support.

Vorakai Konekta Challenge 2026

Read the full proposal — every assumption, risk and number.

Eleven pages covering the circular design, offline-first sensing, Tulun VIEM, unit economics, rollout, failure modes and how we adapt when constraints change.

Preview it online and see how it answers the judging criteria
Vorakai Konekta Challenge 2026Timor-Leste

VIEM Konekta Farms: connected circular hydroponic & aquaponic hubs

Fish feed the plants, waste feeds the fish, and the suco's new connection keeps the loop alive.

AI & Data track

Host a unit, buy our harvest or partner with VIEM

Schools, suco offices, buyers, NGOs and government partners — we would love to talk.