JANI Token: Blockchain-Powered Conservation & Environmental Regeneration
Abstract
JANI Hisa is a hedera -powered database framework designed to incentivize environmental conservation efforts, with a strong focus on conservation, protection, preservation and restoration through reforestation, afforestation, agroforestry, and sustainable land management practices on both land and sea. Built on the energy-efficient blockchain and scaled on, JANI ecosystem fosters transparency, decentralized governance, and financial sustainability for Community Forest Associations (CFAs) eg seedling user groups and other CFA user groups and environmental stakeholders.
Additionally, JANI promotes youth and women empowerment by providing leadership roles and financial incentives. Each verified tree planted results in the minting of one JANI token, directly linking environmental restoration with financial rewards. JANI ecosystem believes in carbon footprint reduction using nature based solution individuals, businesses and companies can join us in our valiant mission. This is JANI's economic model, governance framework, verification mechanisms, and strategies for scalability and adoption.
1. Introduction
1.1 Challenges in Conservation
Current conservation initiatives face several key challenges:
- Lack of Transparency — No clear verification system for conservation efforts
- Financial Instability — Community-led projects rely heavily on inconsistent funding sources
- Stakeholder Fragmentation — Lack of coordination among conservation groups, government bodies, and businesses
- Carbon Offset Inefficiencies — Unverifiable impact metrics hinder the adoption of carbon offset programs
- Limited Inclusion — Insufficient opportunities for youth and women in conservation initiatives
- Long-Term Viability Issues — Absence of structured financial models for sustainability
1.2 JANI's Solution
JANI Token leverages blockchain technology to resolve these issues by:
- Establishing a decentralized database ledger for tracking all conservation activities that use the Jani system
- Implementing smart contract-driven reward mechanisms for verified conservation efforts
- Integrating IoT and AI verification to ensure proper tree planting and growth monitoring
- Creating a self-sustaining financial model that minimizes reliance on grants
- Promoting youth and women empowerment through governance roles and financial incentives. JANI promotes youth and women empowerment by providing leadership roles and financial incentives. Jani ecosystem supports microfinance women and youth groups offering them better staking APY and Jani blockchain infrastructure in their various microfinance group (chamas) which makes them transparent and accountable
- Partnering with CFAs, governments, and NGOs to drive real-world adoption
- Integrating carbon offset markets for corporate sustainability compliance
2. Technical Infrastructure
2.1 Blockchain Platforms
- Network: HEDERA (Energy Efficient)
- Consensus Mechanism: Proof of Growth (PoG) — One JANI token is minted per verified tree planted which is supposed to be in the Jani ledger which will be updated monthly
- Smart Contract Language: Solidity 0.8.x
- Gas Fees: < $0.1 per transaction
2.2 Verification Mechanisms
- IoT Sensors, integrated devices & Agentic AI — GPS-tagged tree tracking, AI-based health monitoring
- Satellite Monitoring — Machine learning-powered biodiversity and canopy analysis
- VALIDATORS — Validators will be our primary verification mechanism
- Mobile App — Enables offline/online data collection, biometric verification, geotagging and other validator tools metrics
- Real-Time Impact Dashboard — Tracks tree survival rates, biodiversity progress, and carbon sequestration
3. Token Economics & Utility
3.1 Token Utility
JANI Token provides multiple use cases, including:
Governance and Voting
Community participation through DAOs.
Staking Rewards
Incentives for long-term holders.
Carbon Offset Utility
Tradable credits for corporate sustainability and work with DOVU and Guardian. For a hectares of confirmed bamboo a unique NFT is minted that backs up Jani token to co2 offset activity in JANI ecosystem. This NFT will be a Co2 offset meme which will be burnt annually. It will serve as a measure for co2 offset in Jani ecosystem especially in the Jani token eg 1 Jani token is 10 kg of co2 offset annually and it will increase depending on co2 offset activities annually and growth of planted bamboo. Farmers will be paid in Jani token for their co2 offset activities. This will be a way of rewarding and unlock liquidity that lying idle utilizing blockchain technology.
NFT-based Conservation Tracking
Unique digital assets linked to conservation projects.
Climate change is one of the most pressing challenges of our time, and addressing it requires more than just scientific solutions—it demands creativity, innovation, and community engagement. Art has the unique power to inspire, educate, and mobilize people in ways that data alone cannot. By blending artistic expression with cutting-edge technology, we can create new pathways for environmental advocacy and action.
Our NFT project are rooted in this belief. Through digital art, we aim to raise awareness about the urgency of climate change and the importance of sustainable practices. Each NFT serves as a visual narrative, telling the story of our planet's fragile ecosystems and the need for collective action. By leveraging blockchain technology, we ensure transparency and traceability, allowing supporters to see the direct impact of their contributions.
This ideology is incorporated in JANI Ecosystem, which uses blockchain to incentivize conservation and reforestation. Just as JANI Token connects environmental restoration with financial rewards, our NFTs bridge art and activism, offering a creative way to support climate action. Together, we can harness the power of art and technology to inspire a global movement towards a more sustainable future.
A conservation NFT will be minted after 100 Jani tokens are minted. Different wallet address that support Jani activities will be given a chance to mint an NFT but must stake Jani tokens. Artist, Generative AI and even photographers will be given a chance to be creative and mint a 1 of 1 NFT. NFT allotment will depend on different factors eg bidding through lock up staking for liquidity, Lottery, Jani proof of work metrics, social media voting, buying a slot, liquidity provision metric, donations etc. Depending on how the NFT allotment process the NFT it can be Stored in a vault, Kept by the owner, Redeemed by the NFT holder, Destroyed after tokenization, Used Separately from the NFT. Join us in this innovative journey, where creativity meets conservation, and every piece of art becomes a step towards healing our planet.
Ecosystem Services Payments and Real World Payment
Financial rewards for conservation activities and increased utility for users for their day to day life.
Corporate Certifications
Recognition for companies supporting conservation efforts. Companies that donate and support will receive special certificate in NFT and physical copies that indicate that they are ESG compliant and support Jani ecosystem. Companies that lumber or log wood can pay us to plant trees that they mostly partake logging and we can plant them due to the respective nature of our businesses and still conserve the environment. Automotives and companies that emit co2 can purchase Jani token to show their commitment in reducing their carbon footprint efforts and can stake and earn rewards. JANI financial utility down to its basic state will be a unit of account a nominal unit of measure to hold value of the item it will be a medium of exchange and a store of value.
3.2 Token Distribution & Inflation Control
- Initial Supply: 50 million JANI tokens
- Annual Minting Cap: 1 million tokens
Minted Token Allocation:
50% - Staking Rewards
The network shall be the pool operator and will be in charge of managing the pool and setting the pool fee. The annual staking rewards will be a percentage of the total supply. Slashing conditions will be for malicious actors. Penalty for early withdrawal is no reward. Coins can be locked for at least 21 days. One can join as an individual or joint if it is a group since there will be different pool groups. Minimum staking will be 1 coins. Ecosystem builders will earn more staking rewards eg validators, auditors local stake holders compared to other parties.
Stackers reward = stackers contribution / total staked in pool * total reward - pool fee
Example: If the total reward earned by the pool is 1000 coins and the pool fee is 50 coins and the total staked by the pool 10,000 coins and the stakers contribution is 500 coins he will earn 47.5 coins in 42 days.
Annually the staking reward will be stackers contribution / total staked in network * total stacking reward
40% - Tree-planting Fund
The global DAO shall decide which conservation project shall get the allocation.
10% - Liquidity Incentives
Liquidity providers will be rewarded for their liquidity provision on DEXes.
3.3 Deflationary Mechanisms
- Token Reinvestment: 2% of each transaction will be used in conservation NFT projects
- Buyback Program: 10% of transaction fees reinvested in buybacks and fund bamboo projects
- Insurance: 3% of transaction fees will be used for insurance against any unforeseen risk that may occur in the seedlings nursery or when planted in the field eg Dying plants, vandalized plants etc.
The rest of the transaction fees will be used in the network system infrastructure, Stable Jani liquidity and for overcollateralization for good risk management in network liquidity.
4. Governance & Decentralization
4.1 DAO Structure
Local DAO (L-DAO)
Oversees CFA conservation efforts.
- Voting Model: One-member-one-vote
- Leadership Roles: Chairman, Secretary, Treasurer, Validator, Environmental Auditor
- Inclusivity: Ensures youth and women participate in governance
Global DAO (G-DAO)
Manages protocol upgrades, treasury, and partnerships.
- Voting Model: Quadratic voting (prevents wealth-based dominance)
- Key Committees: Executive, Technical, Conservation
- Conflict Resolution: On-chain voting and arbitration committee interventions. Dispute Resolution: If disputes arise, an arbitration process using multiple validators is triggered
5. Adoption & Real-World Use Cases
5.1 Community Engagement & Training
- Community Ambassadors Program — Local ambassadors will promote JANI's mission and onboard participants
- Gamification — Participants earn badges and rewards for conservation tasks and governance contributions and also earn from ads incentives from our network where people can be paid to see ads. Games like counting steps 1000 steps daily in conservation efforts where one can earn points from walking or running while doing his conservation efforts
5.2 AI & Machine Learning Enhancements
- AI-Powered Predictive Analytics — Machine learning for tree growth predictions and health monitoring. An index can be derived to show JANI environmental metrics
- Drone Integration — Real-time aerial surveys to enhance tree verification accuracy
5.3 Partnerships & Financial Inclusion
- CSR Partnerships — Allowing corporations to integrate JANI into sustainability initiatives
- Microfinance Integration — Providing financial access to underrepresented groups
- Token Grants — Funding opportunities for marginalized conservation communities
🌍 Academic Collaborations
To ensure scientific integrity, real-world impact, and the development of future talent, we are forming strategic partnerships with universities and research institutions across Africa and globally. These collaborations will focus on conservation-centric, sustainable development research across key domains:
🔬 1. Clean Energy Innovation
- Partnering with physics and engineering departments to explore and pilot thorium-based nuclear energy reactors, a cleaner and safer alternative to traditional uranium-based systems.
- Supporting academic-led feasibility studies on small modular reactors (SMRs) and their potential to sustainably power rural and coastal communities with minimal environmental impact.
🌊 2. Marine Conservation Research
- Joint marine biology programs for the discovery, mapping, and preservation of marine ecosystems, especially underexplored coastal zones and coral reef systems.
- Enabling long-term monitoring of marine biodiversity, pollution patterns, and oceanic climate resilience through AI-augmented sensors and satellite tagging.
🌱 3. Land & Sea Conservation Studies
- Co-developing research initiatives on ecosystem regeneration, including reforestation, grassland recovery, and protection of endangered terrestrial and aquatic species.
- Facilitating field studies that integrate local indigenous knowledge systems with academic methodologies for improved biodiversity outcomes.
🤝 Goals of the Collaboration
- Advance sustainable science that informs national and continental policy.
- Provide data-driven solutions for environmental protection and climate adaptation.
- Create open research data repositories for conservation models, biodiversity indices, and renewable energy maps.
5.4 Environmental Education & Impact Measurement
- Educational Workshops & Webinars — Training communities on blockchain and conservation best practices
- Impact Reports & Third-Party Audits — Publishing transparent conservation progress reports
5.5 Grants and Donations System
JANI ecosystem will incorporate grants and donations, the type of donation will include cash donations in kind donations and also stock donations. The ecosystem will incorporate grants of various types they will include government grants, foundation grants, corporate, crowdfunding and also online environmental grants. There will be various types of grants eg ecosystem grants and donation, independent and autonomous network free grants where the funding is not from the network but from a third party, there will always be collaborative grants between the network and any third party well wisher.
For transparency and accountability JANI Ledger will be used to track how the money will switch hands in the ecosystem. Each user group will have its own wallet address account which will be overseen by the treasure and one group can have various accounts they will have stealth addresses and ring confidential transaction to suit their need. The network will create a decentralized online portal.
For those who wish to be anonymous and their Identity kept secret we will respect their choice. For those philanthropic people who wish their names to be publicly shown will receive some recognition for their good will. Various types will be integrated in the ecosystem eg 1 time donations, Recurring, cooperate sponsorship, In kind donations and many more. All donations will be tracked and their contributions will be posted and updates given on impact of their contributions. The donations level will also be included eg bronze, silver, Gold, Platinum. Certificates will be issued for recognition in paper and tokenized and respective beneficiaries can post their names in social media and may more. Incentive donor programs where they can get good staking APY. Donor impact tracking.
7. JANI Stable Coin
JANI stable is an ecosystem stable coin to hedge against volatility in the market to protect investors and users against unprecedented market volatility. It will be pegged to the Dollar (USD) and Kenya Green Bonds.
8. JANI Green Bonds for Bamboo Reforestation
JANI Green Bonds can finance bamboo reforestation, integrating blockchain-based conservation with sustainable funding. Bamboo is an ideal green investment due to its high carbon sequestration, rapid growth, and soil restoration benefits. They will be planted in batches that fit a hectare.
How It Works:
- Green Bonds — The government of Kenya Issues Green bonds to Jani ecosystem, allowing to fund bamboo projects and other conservation projects in Jani ecosystem
- Smart Contract-Based Funding — Funds are released only when verified growth milestones are met
- Proof of Growth (PoG) for Bamboo — IoT and AI track CO₂ absorption, survival rates, and biomass expansion
- Carbon Credit Trading — Bamboo-linked carbon offsets can be sold to ESG investors & DeFi platforms (e.g., KlimaDAO)
- DAO Governance — The JANI DAO ensures transparent allocation of funds to bamboo projects
Implementation Plan:
- Ololua Forest Bamboo Project — Fund bamboo planting for carbon sequestration & land restoration
- Community Forest Associations (CFAs) — Earn JANI tokens for maintaining bamboo forests
- Institutional Investors — Buy JANI Token which will have integrated green bonds Green Bonds to support climate-friendly investments
Next Steps:
- Develop smart contracts for bamboo bond issuance
- Partner with carbon credit buyers & sustainability funds
- Scale bamboo projects via CFAs & government partnerships
9. Conclusion & Call to Action
JANI Token bridges blockchain and conservation finance, fostering decentralized, transparent, and sustainable ecological restoration. Through IoT verification, AI tracking, and a well-structured DAO, JANI empowers local communities while ensuring long-term financial sustainability.
Join the movement: Individuals, businesses, and governments are invited to participate in restoring and preserving ecosystems through JANI.
JANI Token & Tera Farm Framework Documentation
🔗 JANI Proof of Growth (PoG) Consensus Mechanism
Technical Implementation Design
1. Core Architecture Overview
The PoG consensus mechanism operates as a hybrid layer on top of HEDERA, combining:
- Environmental Impact Verification (the "Growth" component)
- Economic Security (traditional staking mechanisms)
- Decentralized Validation (community-driven verification)
2. Validator Categories & Requirements
2.1 Tree Planter Validators (Primary)
Role: On-ground verification of seedling planting and growth
Requirements:
- Minimum stake: 100 JANI tokens
- Must be registered CFA member or approved conservation group
- GPS-enabled mobile device with camera
- Complete training certification
Responsibilities:
- Verify tree planting events (minimum 2 validators required)
- Submit daily/weekly growth reports with geotagged photos
- Monitor tree health and survival rates
2.2 AI Validators (Secondary)
Role: Automated verification using satellite imagery and IoT data
Components:
- Satellite image analysis for tree count verification
- IoT sensor data validation (soil moisture, CO2 levels)
- Pattern recognition for fraud detection
Validation Confidence: Provides probability scores (0-100%)
2.3 Community Validators (Tertiary)
Role: Dispute resolution and quality assurance
Requirements:
- Minimum stake: 500 JANI tokens
- Reputation score > 80%
- Active governance participation
Responsibilities:
- Review disputed claims
- Conduct random audit visits
- Validate validator performance
3. Consensus Process Flow
Phase 1: Tree Planting Event Registration
- Nursery submits planting intention to smart contract
- GPS coordinates and tree species recorded on-chain
- Two Tree Planter Validators assigned to location
- Pre-planting verification (soil conditions, location suitability)
Phase 2: Planting Verification
- Validators arrive at designated location
- Real-time verification:
- GPS coordinates confirmed
- Photos taken (with metadata)
- Planting technique verified
- Initial measurements recorded
- Both validators must sign transaction
- Data submitted to blockchain within 24 hours
Phase 3: Growth Monitoring
- Periodic check-ins (weekly for first month, monthly thereafter)
- Growth metrics tracked:
- Height measurements
- Health assessment (leaf color, disease signs)
- Survival confirmation
- AI Validators cross-reference with satellite data
- Anomalies trigger Community Validator review
Phase 4: Token Minting & Rewards
- Smart contract verifies all validation requirements met
- Consensus achieved when:
- 2+ Tree Planter Validators agree (>90% confidence)
- AI Validator confirms (>80% confidence)
- No active disputes
- 1 JANI token minted per verified surviving tree
- Rewards distributed to validators and planters
4. Smart Contract Architecture
4.1 Core Contracts
TreeRegistry Contract
- Maintains immutable record of all planted trees
- Tracks growth milestones and survival status
- Manages validator assignments
ValidationPool Contract
- Handles validator staking and slashing
- Calculates reputation scores
- Manages reward distribution
ConservationOracle Contract
- Interfaces with external data sources (satellites, IoT)
- Aggregates multi-source validation data
- Triggers automated responses to data anomalies
5. Economic Incentives & Penalties
5.1 Reward Structure
Validator Type |
Reward |
Tree Planter Validators |
0.1 JANI per verified tree + base validator reward |
AI Validators |
Network fees from successful validations |
Community Validators |
Dispute resolution fees + governance rewards |
Nurseries/Planters |
0.8 JANI per verified surviving tree |
5.2 Slashing Conditions
Violation |
Penalty |
False Validation |
10% of staked tokens slashed |
Missed Validations |
Progressive penalty (1%, 2%, 5% for repeated misses) |
Collusion Detection |
Complete stake slashing + permanent ban |
Data Manipulation |
25% stake slash + temporary suspension |
5.3 Reputation System
- Base score: 100 points
- Successful validations: +1 point
- False positives: -5 points
- Community disputes against validator: -10 points
- Bonus multipliers for consistent performance
6. Fraud Prevention Mechanisms
6.1 Multi-Layer Verification
- Cryptographic Proof: Photo hashes stored on-chain, images on IPFS
- Temporal Verification: Timestamp validation prevents backdating
- Geospatial Analysis: GPS coordinate verification against known conservation areas
- Cross-Validation: Multiple validators must agree independently
6.2 AI-Powered Fraud Detection
- Image Analysis: Detect digitally manipulated photos
- Pattern Recognition: Identify suspicious validator behavior
- Satellite Cross-Reference: Verify tree counts against satellite imagery
- Anomaly Detection: Flag unusual growth patterns or survival rates
6.3 Community Oversight
- Random Audits: Community validators conduct surprise site visits
- Whistleblower Rewards: Incentives for reporting fraudulent activity
- Transparent Dispute Process: Public review of all challenged validations
🏗️ JANI Token: A Revolutionary Blockchain-Based Conservation Architecture
Introduction
The JANI Token is designed to transform environmental conservation by integrating blockchain technology, artificial intelligence (AI), IoT sensors, and decentralized finance (DeFi). It serves as a self-sustaining, decentralized, and AI-powered ecosystem that rewards conservation efforts through a trustless, transparent, and incentivized economic model.
1. Holistic Conservation Intelligence & Data Infrastructure
Unified Environmental Data Aggregation
To ensure real-time, verifiable, and transparent tracking of conservation efforts, JANI Token leverages multiple data sources to build a decentralized multi-source data system.
Data Sources Integrated:
- Satellite Imagery & Remote Sensing (NASA, ESA, private satellite networks)
- IoT Sensor Networks (soil, water, CO₂ monitors, drones, edge AI devices)
- Community-Reported Data (NGOs, citizen scientists, indigenous groups)
- Validators Being the guys on the ground they are the primary data source collectors
- External Environmental Databases (UN, IPCC, national forestry agencies)
AI-Powered Verification & Fraud Detection:
- Federated Learning Model: AI models train on local datasets while preserving data privacy
- Automated Anomaly Detection: Identifies fraudulent claims and fake conservation projects
- Multi-Layer Trust Mechanism: Combines sensor validation, satellite verification, and human expert reviews
Decentralized Data Storage:
- IPFS & Arweave for immutable records
- On-chain/off-chain hybrid architecture for cost-efficiency
Optimization Recommendations:
🚀 Implement AI-driven simulations to predict ecological trends.
🚀 Standardize conservation data formats for cross-chain interoperability.
🚀 Enhance sensor data encryption to prevent tampering and ensure trust.
2. Decentralized Conservation Oracle Network
Next-Gen Verification & Validator Infrastructure
To ensure the accuracy and authenticity of conservation data, JANI Token implements a multi-dimensional oracle network.
Hybrid Validator Network:
- Validators categorized based on expertise, accuracy, and community trust. Validators can earn credit points for their correct information and the points can be redeemed or used in the ecosystem
- AI-assisted verification + human expert oversight
- Incentive mechanisms to reward accurate validators and penalize false reporting
Probabilistic Trust & Reputation Scoring:
- Risk-adjusted scoring models for validators
- Zero-Knowledge Proofs (ZK-SNARKs/STARKs) for private yet verifiable validations
- Confidence-weighted oracle framework to ensure data integrity
Geographically Redundant Validator Nodes:
- Distributed network for fault tolerance & censorship resistance
- Localized validation models to ensure ecological accuracy
Optimization Recommendations:
🚀 Use reputation-based staking for economic security.
🚀 Enable multi-chain oracle compatibility for global accessibility.
🚀 Implement threshold cryptography for verification resilience.
3. Advanced Security & Privacy Mechanisms
Asynchronous Byzantine Fault Tolerance (aBFT):
- Lattice-based encryption to resist quantum attacks
- Quantum-safe digital signatures (Falcon, Dilithium)
- Forward-secure key management to prevent key compromise
Homomorphic Encryption & Secure Computation:
- Fully Homomorphic Encryption (FHE): Enables encrypted AI model training
- Multi-Party Computation (MPC): Confidential validation of conservation claims
- Decentralized Identity (DID): Privacy-preserving credential verification for conservation stakeholders
Optimization Recommendations:
🚀 Adopt hybrid cryptography (classical + quantum-resistant mechanisms) for smooth adoption.
🚀 Utilize ZK-proofs (ZK-SNARKs/STARKs) to optimize privacy & scalability.
🚀 Ensure decentralized key management using threshold signature schemes.
4. Adaptive Tokenomics & Dynamic Economic System
AI-Powered Impact-Based Tokenomics
JANI Token employs a self-adjusting economic model that links token rewards to verified conservation impact.
Impact-Weighted Token Bonding Curves:
- Token price dynamically adjusts based on measurable conservation impact
- Rewards linked to carbon sequestration, biodiversity preservation, reforestation efforts
Risk-Adjusted Staking & Governance Models:
- Validators stake JANI tokens proportional to historical accuracy
- DAO-based governance ensures community-driven incentives
- Fractional Conservation Ownership (FCOs): Enables micro-investments in conservation projects
Carbon-offset-Backed Stable Assets:
- JANI Tokens will be pegged to verified CO₂ sequestration projects
- Enables real-world asset backing for conservation finance
Optimization Recommendations:
🚀 Implement AI-driven market models for real-time token adjustments.
🚀 Introduce staking multipliers to reward long-term token holders.
🚀 Develop NFT-backed conservation bonds for long-term funding.
5. Interoperable Conservation Blockchain & Cross-Chain Compatibility
Global Web3 Conservation Integration
A multi-protocol ecosystem ensuring cross-chain compatibility and regulatory compliance.
Cross-Chain Conservation Protocol:
- Bridges with polygon, Polkadot, Cosmos, Core Blockchain
- Universal conservation data standards ensuring global interoperability
- On-chain compliance framework for legally recognized carbon credits
Decentralized Identity & Verifiable Credentials:
- Self-Sovereign Identity (SSI): Blockchain-based identity for validators & conservationists
- Reputation-Weighted Governance: Voting power linked to long-term ecosystem contributions
Optimization Recommendations:
🚀 Build API bridges for existing conservation organizations.
🚀 Support off-chain computation (Chainlink, The Graph) to reduce gas fees.
🚀 Develop NFT-based conservation credentials for validated contributors.
🚜 Tera Farm Framework: Replanting Food Sovereignty Through Decentralization
Tera Farm is a decentralized farming agency developed by Bankai Labs within the Jani Ecosystem, created to tackle the deeply rooted issues of food insecurity, rural poverty, and disconnected food systems. Born from the belief that food is not just a need but a right, Tera Farm bridges smallholder farmers to a digitized economy—one that is fair, transparent, and rooted in community.
🌾What is a Terraform Unit?
A Terraform is a GPS-mapped, tokenized farm that operates as both an agricultural producer and conservation node:
- Digital Identity: Registered on-chain with precise boundaries
- Dual Tokens: $CROP_TOK (harvests) + JANI_TOK (conservation)
- Access: USSD, mobile app, web—no blockchain expertise needed
- Conservation: Automatic participation in JANI environmental programs
Example: A Kilifi mango farmer tokenizes harvest as $MANGO_TOK while earning JANI_TOK for community borehole maintenance.
⚡Hedera Infrastructure
Shared foundation with JANI for maximum efficiency:
Service |
Farm Use |
JANI Integration |
HTS |
Tokenize crops/water |
Mint conservation rewards |
Smart Contracts |
Auto-payments |
Trigger sustainability bonuses |
HCS |
Supply chain logs |
Track carbon/tree impact |
HBAR |
Instant settlements |
Fund infrastructure bonds |
🚀Farmer Journey
Onboarding
- GPS Verification: JANI validators confirm boundaries
- Conservation Pledge: Commit to agroforestry, water stewardship, organic practices
- AI Assistant: WhatsApp bots, voice guides in local languages
Marketplace
- QR Traceability: Scan products to see journey + environmental impact
Hedera Infrastructure
⚡ Hedera Infrastructure
Shared foundation with JANI for maximum efficiency:
Service |
Farm Use |
JANI Integration |
HTS |
Tokenize crops/water |
Mint conservation rewards |
Smart Contracts |
Auto-payments |
Trigger sustainability bonuses |
HCS |
Supply chain logs |
Track carbon/tree impact |
HBAR |
Instant settlements |
Fund infrastructure bonds |
🚀 Farmer Journey
Onboarding
- GPS Verification: JANI validators confirm boundaries
- Conservation Pledge: Commit to agroforestry, water stewardship, organic practices
- AI Assistant: WhatsApp bots, voice guides in local languages
Marketplace
- QR Traceability: Scan products to see journey + environmental impact
- Dynamic Pricing: Base price + sustainability bonus - carbon debt
- Carbon Bundles: Buy crops + verified offsets together
Rewards System
Activity |
Tera Reward |
JANI Reward |
Organic certification |
+15% crop value |
10 JANI_TOK |
Water conservation |
Efficiency bonuses |
2x staking APY |
Tree planting |
Premium pricing |
1 JANI_TOK/tree |
Youth training |
Micro-tokens |
Governance rights |
💧 Water Integration
- Tokenized Rights: Drill bore holes and aid in water storage by having pools that buy tanks for people who have staked
- IoT Monitoring: Real-time usage via JANI sensor network
- Conservation Loop: Efficient use → Better soil scores → Higher JANI rewards
🏛️ Governance
Farmer Circles (Local DAOs)
- 15-20 farms per circle
- Vote on water fees, crop pricing, conservation projects
- 1 farm = 1 vote
JANI Global DAO
- Manages ecosystem funds
- Approves major infrastructure (boreholes via Green Bonds)
- Quadratic voting for major decisions
Revenue Streams:
- Transaction fees (1% crops, 0.5% water, 2% carbon)
- Premium analytics services
- Partnership & data licensing
🌍 The Vision: Regenerative Villages
Bungoma: Farmers use tokenized water for drought-resistant crops, selling to schools while earning JANI tokens for stream-protecting trees.
Kibera: Youth deliver Tera produce via QR-coded motorcycles, earning micro-tokens through JANI verification.
Kisii: Grandmothers receive smart receipts for traditional bananas while teaching youth through tokenized knowledge systems.
Turkana: Pastoralists earn tokens for replanting drylands and managing rotational grazing with shared water points.
🔧 Technical Stack
Smart Contracts: Farm registry, harvest rewards, water rights
Tokens: HTS-based crops, JANI conservation, NFT ownership
Data: On-chain transactions, off-chain records (IPFS), real-time IoT streams
Integration: Weather feeds, satellite imagery, mobile payments
🤝 Getting Started
Farmers: Download app → GPS verify → Start earning
Buyers: Scan QR → See impact → Purchase bundles
Together, we grow more than food. We grow resilience.