The problem with soil carbon is that you can't see it. Measuring it traditionally means digging holes, sending samples to a lab, and waiting weeks for a result that costs between five and ten dollars per hectare. For a project covering thousands of hectares, the math gets heavy, fast. Seqana, a Berlin-based startup, is betting that the view from space is cheaper and faster. They've built a software platform that uses satellite imagery and machine learning to estimate soil organic carbon stocks, aiming to slash the cost of monitoring, reporting, and verification (MRV) to as little as a few cents per hectare [Root.camp, Unknown].
For carbon farming projects looking to generate credits, or for corporations trying to account for removals in their supply chains, that cost difference is the whole business case. If you can't measure it credibly, you can't sell it. Seqana's seed round, a €2.1 million ($2.27 million) raise led by High-Tech Gründerfonds and Counteract, is a wager that remote sensing can provide the scientific rigor the market demands at a fraction of the price [HTGF, May 2024].
The wedge is cost, not just data
Seqana's core proposition is straightforward: replace boots-on-the-ground soil sampling with pixels-from-orbit analysis. Their SaaS platform ingests satellite data, runs it through proprietary geospatial ML models, and spits out estimates of soil organic carbon (SOC) stock and changes over time [Perplexity Sonar Pro Brief, Unknown]. The value isn't just in producing a pretty map; it's in producing a map that standards bodies like Gold Standard will accept. Seqana has co-authored the Soil Organic Carbon Model Guidelines under the Gold Standard methodology, a signal they're building for regulatory acceptance from the start [Seqana Blog, Unknown].
The financial wedge is stark. According to accelerator materials from Root.camp, Seqana is targeting a drop in MRV costs from the traditional $5-$10 per hectare range to between $0.05 and $1 per hectare [Root.camp, Unknown]. At the high end, that's a 20x reduction. At the low end, it's a 100x cut. For a 10,000-hectare project, that's the difference between a $100,000 line item and a $1,000 one. That kind of unit economics doesn't just make existing projects more profitable; it makes entirely new classes of smaller, distributed regenerative agriculture projects financially viable.
Who's buying the view from space
Seqana sells to three primary customer groups, all orbiting the voluntary carbon market and corporate climate accounting.
- Project developers. These are the entities that aggregate farmland, implement regenerative practices, and ultimately sell carbon credits. They need cost-effective, scalable MRV to prove their credits are real.
- Corporations. Large companies with agricultural supply chains or net-zero commitments are increasingly interested in "insetting",generating carbon removals within their own operations or value chains. They need to measure those removals to report them.
- NGOs and research organizations. Groups focused on soil health and regenerative agriculture need tools to quantify impact at scale [Perplexity Sonar Pro Brief, Unknown].
The platform's output is designed to feed directly into the reporting frameworks these buyers use, like the GHG Protocol, making it a tool for compliance as much as for discovery [Seqana Blog, Unknown].
The team building a soil data library
The founding team brings together the necessary cross-section of remote sensing, data science, and agricultural domain expertise. Dr. Henry H. Baker is cited as founder and CEO, with a background in remote sensing and geospatial analysis for climate applications [F6S, Unknown]. Co-founder and CTO Julian Kremers adds deep experience in remote sensing and GIS for environmental modeling [Julian Kremers - Seqana | LinkedIn, Unknown]. The broader team, including co-founders Jakob Levin and Stefan Goenner, appears built to tackle the dual challenge of rigorous science and commercial software delivery [Startup Revier EAST, Nov 2021].
Their differentiator may be less about a novel algorithm and more about a proprietary dataset. Seqana is focused on building a library of soil datasets to train and refine its models, a classic AI moat: the more ground-truth data you ingest, the better your predictions become, and the harder it is for a newcomer to catch up [Perplexity Sonar Pro Brief, Unknown].
Seed Round (May 2024) | 2.27 | M USD
Where the ground could shift
For all its promise, Seqana's bet rests on a few assumptions that will be tested in the coming years. The first is scientific acceptance. While satellite-derived indices are excellent for monitoring crop health or estimating biomass, directly quantifying soil carbon,which is buried and heterogeneous,from orbit alone is a tougher sell. The industry standard still involves physical cores. Seqana's path to credibility involves layering its remote sensing with strategic, minimal ground sampling for calibration, a hybrid approach they suggest can maintain rigor while cutting costs by up to 50% [HTGF, May 2024].
The second assumption is market timing. The voluntary carbon market for soil carbon, while growing, is still nascent and fraught with methodological debates. A major shift in standards or a loss of buyer confidence could chill demand for all MRV tools, high-tech or not. Seqana's focus on working within established frameworks like Gold Standard is a hedge against this.
Finally, they are not alone. Competitors like Perennial and Yard Stick PBC are also chasing the same prize of low-cost, high-accuracy soil carbon measurement, though often with different technological emphases, such as Yard Stick's in-situ probe. Seqana's pure-remote-sensing approach offers unparalleled scalability, but may face questions about absolute accuracy that a hybrid or ground-based competitor might not.
The next twelve months
The fresh seed capital will likely fuel two things: commercial deployment and model refinement. Seqana will need to move from promising pilots to named, paying enterprise customers to validate its business model. Look for announcements of partnerships with carbon project developers or corporate sustainability programs. Technically, the focus will be on expanding their soil data library and proving their models' accuracy across more geographies and soil types.
A back-of-the-envelope calculation shows the stakes. If a corporate buyer wants to account for carbon sequestered across 100,000 hectares of its supply chain, traditional MRV at $5/hectare is a $500,000 annual cost. Seqana's target of $0.50/hectare would bring that to $50,000. That $450,000 in saved overhead could be reinvested in more regenerative practices, directly funding the climate impact the tool is meant to measure. It's a virtuous circle, but only if the numbers from space are trusted.
Ultimately, Seqana isn't just selling software; it's selling trust at a lower cost. To win, it must beat not just other startups, but the incumbent methodology itself: the shovel, the sample bag, and the lab invoice. Their success hinges on convincing a conservative market that a pixel is worth a thousand cores.
Sources
- [HTGF, May 2024] Berlin-based Climate Tech startup Seqana raises €2.1M Seed round | https://www.htgf.de/en/htgf-seed-seqana/
- [Root.camp, Unknown] Seqana portfolio page | https://www.root.camp/portfolio/seqana
- [Perplexity Sonar Pro Brief, Unknown] Seqana product and market summary
- [Seqana Blog, Unknown] Seqana co-authors Gold Standard SOC Model Guidelines | https://www.seqana.com/company/blog
- [F6S, Unknown] Dr. Henry H. Baker profile | https://www.f6s.com/company/seqana-gmbh
- [Julian Kremers - Seqana | LinkedIn, Unknown] Julian Kremers LinkedIn profile
- [Startup Revier EAST, Nov 2021] Seqana founding team mention | https://www.startup-revier-east.de/
- [NEON, May 2024] Seqana raises €2.1 million seed round | https://neon.tech/blog/
- [Finsmes, Jun 2024] Seqana Raises €2.1M in Seed Funding | https://www.finsmes.com/