Stories · Argentina · Biotoken
Biotoken from Argentina – How Agriculture Could Make Money from CO₂ Tokens
Biotoken is an Argentine startup trying to turn the CO2 that regenerative farms already absorb for free into a measured, verified, and blockchain-tokenized asset that polluting companies can buy to offset emissions.
Corrientes is considered the birthplace of the company.
It started with a question a farmer asked at Argentina's La Rural fair: 'Who pays us for being sustainable?' A farm practicing regenerative agriculture captures carbon in its soil and biomass, but historically that effort generated zero extra income. Biotoken set out to fix that by building what it calls a field-to-carbon-market pipeline: agronomic data, satellite imagery, algorithmic models and 'Oracle' verification by AgTech experts combine to calculate how much CO2e a farm actually absorbed above a defined baseline, and that verified amount is minted as a token called TCOE (1 TCOE = 1 tonne of CO2e) on the Polygon blockchain. Founded around 2021-2022 by the Bercheni family and run by a team of just a handful of people, the company has quietly built a surprisingly layered system covering measurement, verification, traceability, tokenization, a marketplace, and even deforestation-free and native-forest-compliance certificates. It has since partnered with Aapresid, Argentina's sustainable-agriculture network, and signed a framework agreement with the Corrientes provincial government to digitize environmental traceability across farming, forestry and livestock — a sign the company is shifting from carbon-credit startup toward broader environmental-data infrastructure. Along the way its public numbers have shifted noticeably: the token supply model has moved from 1.5 million TCOE to a maximum of 150 billion, an old fee schedule cited a 30% commission that current materials no longer confirm, and an older contract version even defined TCOE as 100,000 tonnes of CO2e instead of one — a reminder that young tokenized-asset ventures rewrite their own rules fast. The company insists TCOE is not a currency, security, or investment promise, just a documented environmental claim whose real value depends entirely on whether the underlying carbon measurement holds up over time.
Key facts
- Biotoken tokenizes verified CO2/CO2e absorption from regenerative farming into a blockchain asset called TCOE.
- Founded in Argentina around 2021-2022 by Sofía, Micaela and Adolfo Bercheni; Adolfo Bercheni acts as CEO.
- Originally based in Corrientes province, now also listing Buenos Aires; the company is very small, reportedly 2-10 employees.
- The system relies on 'Oracle' verification: independent AgTech experts, satellite imagery and continuous (reportedly weekly) monitoring check farmer-submitted data before tokens are issued.
- 1 TCOE currently equals 1 tonne of CO2e per the current terms, though an older contract version defined it as 100,000 tonnes — evidence the token model has changed.
- The maximum token supply is listed as 150 billion TCOE today, up from 1.5 million reported in a 2024 article, again signaling a changed tokenomics model.
- TCOE runs on the Polygon blockchain and is explicitly not classified as currency, a security, or an investment with guaranteed returns.
- Retired/used compensation tokens go into a 'Cold Vault' to prevent double counting.
- Biotoken addresses baseline calculation, permanence, land-use change and 'reversal' risk (e.g., carbon re-released after drought or fire) in its FAQ.
- Partnerships include Aapresid (Argentina's sustainable-farming network) and a 2026 framework agreement with the Corrientes provincial government covering agriculture, forestry and livestock traceability.
- The company has expanded presence into Mexico and Uruguay and is pursuing European expansion, including participation in a Madrid entrepreneurship program.
- Reported fee structures have varied: a 2024 article cited no entry/exit fee but a 30% issuance fee plus a tiny transaction fee, while current public materials describe an evolved but less clearly disclosed commission model.
Deep analysis
Biotoken is an Argentine startup trying to turn a farmer's invisible achievement -- capturing carbon in soil and crops through regenerative agriculture -- into something that can be measured, verified, and sold. The idea began with a farmer's question at Argentina's La Rural fair: 'Who pays us for being sustainable?' Founded around 2021-2022 by the Bercheni family (Sofía, Micaela, and Adolfo, who acts as CEO), the small team (roughly 2-10 people) built a pipeline that combines farm data, satellite images, scientific models, and independent 'Oracle' verification by agri-tech experts to calculate how much CO2 a farm actually absorbed beyond a normal baseline. That verified amount becomes a digital token called TCOE (one token equals one tonne of CO2 equivalent), recorded on the Polygon blockchain so it can be tracked, sold, and permanently 'retired' once used, preventing the same carbon savings from being sold twice. Three groups interact on the platform: farmers who generate the carbon value, companies that want to offset their emissions, and investors who trade the tokens. Beyond carbon, Biotoken has expanded into related services -- deforestation-free land certificates, forest-law compliance certificates, and soil data -- and has signed cooperation agreements with Aapresid (a major sustainable-farming network) and the government of Corrientes province to digitize environmental traceability across farming, forestry, and livestock. It has also gained some international presence in Mexico, Uruguay, and Europe, and is linked to methodological support from the Inter-American Development Bank ecosystem. Importantly, the company itself is still officially classified by the Argentine government as being in the 'Validation' stage and financed through 'Bootstrapping' -- meaning no confirmed outside investment and no proof yet that the system works at scale. Public numbers about the project have also shifted significantly over time: the maximum token supply changed from 1.5 million to 150 billion, a previously reported 30% fee is no longer confirmed, and one older contract version even defined a token as 100,000 tonnes of CO2 instead of one -- signs that the business model is still being reworked. Biotoken is explicit that its token is not currency, a security, or a guaranteed investment; its value depends entirely on whether the underlying carbon measurement is trustworthy and durable over time. The most valuable part of the idea may not be the blockchain at all, but the combination of satellite data, agronomic verification, and trusted partnerships needed to make the underlying environmental claim credible.
Founder Story
The idea grew out of the observation that farmers practicing regenerative agriculture capture carbon in soil and biomass but receive zero extra income for it. Biotoken set out to build a 'field-to-carbon-market' pipeline that measures, verifies, and monetizes that carbon capture.
Trigger: A farmer's question at Argentina's La Rural agricultural fair, reported by Infocampo: 'Who pays us for this sustainability?'
The Problem
8/10
Farmers who practice regenerative agriculture improve soil health, store carbon, reduce emissions, and boost biodiversity -- but historically none of this generates direct income. Separately, the traditional carbon credit market is too complex (measurement, methodology, validation, certification, registration, finding buyers) for small or individual producers to access on their own.
The Solution
7/10
Biotoken builds an end-to-end digital pipeline: it collects agronomic and producer data, uses satellite imagery, algorithmic models, and independent 'Oracle' verification by AgTech experts to calculate how much CO2e a farm has actually absorbed, reduced, or avoided above a defined baseline. That verified value is minted as a digital token (TCOE, 1 token = 1 tonne CO2e) on the Polygon blockchain, which can be traded on a marketplace or 'retired' (sent to a 'Cold Vault') when used for offsetting, preventing double counting. The system also now covers additional environmental services such as deforestation-free land certificates, native-forest-law compliance certificates, and soil/fertility information.
Customer Willingness To Pay
5/10
Companies need ways to offset emissions and demonstrate sustainability; farmers want a way to earn additional income from an environmental service they already produce as a byproduct of normal farming; investors may be interested in a new class of digital climate assets. However, the source material does not provide direct customer quotes confirming payment motivation beyond the framing problem itself. (Marketplace/transaction-based fees (mix of one-time token purchases for offsetting and ongoing trading), though the exact current commission structure is Not evident in the source material.)
Competition
5/10
High. Entry requires building or accessing several hard-to-replicate layers simultaneously: agronomic/satellite data pipelines, algorithmic CO2e calculation models, an independent 'Oracle' verification network of AgTech experts, blockchain tokenization and retirement infrastructure, a functioning marketplace, and trust-based relationships with producers, associations (Aapresid) and government bodies (Corrientes). The source explicitly argues the real moat is not the blockchain itself (easy to replicate) but the methodology, dataset, validation processes, oracle network, certifications and institutional relationships — all of which take years to build.
Market Size
6/10
The source never provides concrete TAM/SAM/SOM figures, revenue numbers, or tonnage of CO2e actually compensated. It only lists target industries, geographies, and the token supply cap (150 billion TCOE, i.e., a theoretical maximum of 150 billion tonnes of CO2e if fully issued — which the source stresses is a supply model, not proof of actual carbon compensated). Given the breadth of named target sectors and multi-country expansion signals, the addressable opportunity appears large in principle, but the company is still officially at 'Development Stage: Validation' and 'Bootstrapping,' so real market penetration is very early.
Business Model
Commission/fees on token issuance and transactions — an older (2024) fee schedule cited a 30% issuance/emission fee plus a 0.000025% 'tokenomics' fee on future transactions; current materials reference an evolved 'commission model' (addressed in the FAQ) without disclosing the full current structure, Marketplace transactions — Biotoken operates/enables a marketplace where producers, companies (buyers/compensators) and investors trade TCOE tokens, Environmental certification services — e.g., 'deforestation-free land' certificates and 'native forest law compliance' certificates for Argentina, plus soil/fertility information services, Government and institutional service agreements — e.g., the framework agreement with the Corrientes provincial government for digital environmental traceability across agriculture, forestry and livestock (nature of payment/fees not detailed in source), One-time sales of TCOE tokens themselves by producers/investors on the open market (price freely negotiated, not fixed by Biotoken) -- Not evident in the source material. No cost, margin, or profitability data is provided; the only concrete figure (a 30% issuance fee) comes from an outdated 2024 report that the source explicitly says should not be treated as the current model.
Copy Protection (Moat)
5/10
The real defensibility here isn't the technology -- blockchain tokens are trivial to copy, as the source material itself says. What's harder to copy is the combination of trusted measurement methodology, real farmer/government relationships, and accumulated experience handling messy carbon-market problems like baseline calculation and reversal risk. That's a genuine but moderate moat: valuable, but not legally protected (no patents mentioned), still evolving (the company has already changed its token model and fee structure multiple times), and could in principle be replicated by a well-funded competitor with agtech and carbon-market expertise. A mid-range score reflects real but fragile protection.
Undercover Development Time
12-24 months -- Biotoken is not a simple app that can be cloned overnight. Before anyone in the carbon market would even notice it, the founders had to build a measurement methodology (agronomic data, satellite imagery, algorithmic models), an independent 'Oracle' verification process, a baseline/permanence framework, and a token structure on Polygon. That kind of infrastructure-plus-trust-building work realistically takes over a year to get to something a farmer or company could use. Because the niche (carbon credits for small/regenerative producers) is specialized and low-profile, large competitors (big carbon registries, agtech giants) are unlikely to notice a small team like this quickly -- but building the actual product quietly still takes well over a year given the technical and scientific complexity.
Founder Skills Required
Future Outlook
It's not a fad like a single viral product; it rides real regulatory and corporate demand for verifiable carbon accounting. But whether Biotoken specifically survives depends on whether its measurement/verification methodology proves trustworthy over years, not just its blockchain layer.
AI Risk
AI/algorithmic models and satellite image analysis are already core to how Biotoken calculates CO2e absorption, so parts of the current 'Oracle' verification workflow (data crunching, anomaly detection, biomass estimation from satellite imagery) could increasingly be automated and commoditized by generic AI/AgTech tools, reducing the uniqueness of that specific layer over time. Not evident in the source material for Biotoken's specific AI strategy; based on the described business, a sensible path would be to keep investing in proprietary methodology, data partnerships (like Aapresid) and government relationships (like Corrientes) that generic AI tools cannot easily replicate, since trust and verified data access — not the algorithms themselves — appear to be the real moat.
SWOT Analysis
Strengths
- - Combines farm-level agronomic data, satellite imagery, algorithmic CO2e models, and independent 'Oracle' verification into one pipeline -- a genuinely hard-to-copy stack rather than a single feature.
- - Directly answers a real, voiced pain point: a farmer at La Rural fair asking who pays for sustainable practices, giving the founding story clear problem-market fit.
- - Diversified beyond carbon tokens into deforestation-free land certificates, native-forest-law compliance certificates, and soil/fertility data, reducing dependence on one revenue line.
- - Institutional partnerships already signed with Aapresid (a major sustainable-farming network) and the Corrientes provincial government, which lend credibility and distribution reach beyond what a single startup could achieve alone.
- - Blockchain-based 'retirement' mechanism (Cold Vault) is a clear, understandable answer to the carbon market's classic double-counting problem.
- - Some international footprint already visible (Mexico, Uruguay, Europe) plus a link to Inter-American Development Bank methodological support, suggesting external validation of the approach beyond Argentina alone.
- - The founders explicitly acknowledge the token is not a security or guaranteed investment, which is a transparent, ethically sound stance rather than overselling the asset.
Weaknesses
- - Argentina's own government classification places the company in the early 'Validation' stage financed by 'Bootstrapping' -- meaning there is no confirmed outside investment and no proof the system works at scale yet.
- - Key numbers have shifted dramatically over time: maximum token supply moved from 1.5 million to 150 billion, a previously cited 30% fee is no longer confirmed, and an older contract even defined one token as 100,000 tonnes of CO2 instead of one tonne -- all signs the business model is still being reworked, not finalized.
- - The current commission/fee structure is not fully disclosed in the source material, making it hard for farmers, buyers, or investors to evaluate real economics.
- - Team is very small (roughly 2-10 people), which is a lot of technical, regulatory, and relationship-building surface area to cover for one family-led team.
- - Token value depends entirely on trust in an underlying environmental claim that has not yet been proven durable or credible at scale, per the source material's own framing.
- - Government/institutional agreements (e.g., Corrientes) do not specify payment or fee mechanics in the source, leaving the actual commercial value of these partnerships unclear.
Opportunities
- - Global corporate demand for verifiable carbon offsets continues to grow, and companies increasingly need trustworthy suppliers rather than generic credits.
- - The Corrientes-style government digitization agreement could be a template replicated in other provinces or countries seeking environmental traceability across agriculture, forestry, and livestock.
- - Expansion into adjacent certification services (deforestation-free, forest-law compliance, soil data) could let Biotoken become a broader environmental-data and compliance platform, not just a carbon-token issuer.
- - Regenerative agriculture networks like Aapresid provide a built-in distribution channel to reach many farmers at once rather than one-by-one.
- - Being embedded in the IDB ecosystem for methodological support could open doors to further institutional credibility, technical assistance, or funding.
- - Early international presence in Mexico, Uruguay, and Europe suggests room to expand the verification/marketplace model across other regenerative-agriculture regions.
Threats
- - Voluntary carbon markets globally have faced well-documented credibility crises; any doubt about measurement rigor could undermine trust in TCOE tokens specifically.
- - Regulatory treatment of blockchain tokens and carbon instruments in Argentina and abroad is still evolving and could constrain how TCOE is issued, sold, or taxed.
- - The source material itself argues the blockchain layer is easy to replicate; competitors with more capital or existing agronomic data (e.g., large ag-tech firms) could build a similar or better verification pipeline over time.
- - Because token price is 'freely negotiated' rather than fixed by Biotoken, market volatility or a lack of buyers could leave farmers holding tokens with uncertain resale value.
- - Argentina's broader economic instability could affect farmer participation, investor confidence, or the company's own operating runway, especially while still bootstrapped.
- - Shifting contract terms and figures (supply, fees, token definitions) could damage trust among early adopters if not clearly explained or corrected transparently.
Final AI Evaluation
Business Potential
6/10
The problem (farmers get no income for climate-positive practices) is real and the pipeline design is thoughtful, but the company's own 'Validation stage / Bootstrapping' status and inconsistent numbers show the model is not yet proven to work at scale. Potential is meaningful but unconfirmed.
Investment Attractiveness
4/10
No confirmed outside investment exists per the official classification, the fee/commission model has changed multiple times and is not fully disclosed, and the token is explicitly not a guaranteed investment. This is a high-uncertainty, early-stage opportunity rather than a proven investment case.
Beginner Friendliness
3/10
Running or fully understanding this business requires knowledge across agronomy, satellite/remote-sensing data, carbon methodology, blockchain tokenization, and relationship-building with institutions -- a steep multi-disciplinary learning curve unsuitable for a first-time founder without a team of specialists.
Innovation
7/10
Combining satellite imagery, agronomic modeling, independent 'Oracle' verification, and blockchain-based retirement into a single pipeline aimed specifically at smallholder/regional farmers is a creative bundling of existing technologies into an underserved niche, even though no single component is entirely new.
Scalability
6/10
The digital infrastructure (satellite data, algorithms, blockchain) can in principle scale across many farms and regions, but each new geography likely requires fresh trust-building, local verification networks, and possibly new government agreements, which slows pure digital-style scaling.
Long-Term Opportunity
7/10
Climate-related regulation and corporate ESG commitments are likely to keep demand for credible carbon accounting relevant for years, and expansion into forest-law and deforestation-free certification broadens the long-term addressable need beyond carbon alone.
Risk
8/10
High risk: the business is officially unvalidated, bootstrapped without confirmed outside capital, and has shown repeated, unexplained changes to core numbers (token supply, fees, token-to-tonne ratio) -- all signals of an unsettled model whose durability is unproven.
Competitive Pressure
6/10
No single competitor is named in the source, but the described moat (data pipeline, oracle network, institutional trust) is exactly the kind of asset that better-funded ag-tech or carbon-market incumbents could eventually build, creating real medium-term competitive pressure even if current pressure is moderate.
Customer Demand
7/10
Farmer demand is clearly evidenced by the founding anecdote and partnership uptake (Aapresid, Corrientes), and corporate/investor appetite for carbon offsets is well established generally, though the source does not quantify actual transaction volume or buyer demand for TCOE specifically.
Barrier To Entry
8/10
The source explicitly states that replicating this business requires simultaneously building agronomic/satellite data pipelines, verification methodology, an oracle network, blockchain infrastructure, a marketplace, and trust-based institutional relationships -- a combination described as taking years to assemble, making entry difficult for newcomers.
Overall Rating
5/10
Biotoken tackles a genuine, underserved problem with a thoughtfully layered solution and real institutional traction, but its own 'Validation stage' status, bootstrapped financing, and repeatedly shifting core numbers mean the business model is still unproven. It is a promising but high-uncertainty early-stage venture, not yet a demonstrated success.
Why it matters
Biotoken shows that in trust-sensitive markets like carbon credits, the real competitive advantage isn't the blockchain layer (which anyone can copy) but the measurement and independent verification infrastructure behind it. It also illustrates how an existing agricultural byproduct — carbon sequestration a farmer already generates for free — can be reframed as a second, sellable commodity, and how partnering with industry associations and governments can be the path to scaling a niche tokenization idea into broader infrastructure.