The dependency is named
Companies can show which revenues, assets and sites depend on water, soil, cooling, biodiversity and flood protection.
Companies depend on nature and impact nature, but they rarely account for it. And what does not get accounted for does not get funded. What does not get funded does not get priced. So a company that protects a watershed can look no different from one quietly drawing it down.
Urvara exists to change that. We help companies show where their value depends on nature, finance repair before the damage becomes a cost, and let markets see the difference.
Previously: engineering at ABB, logistics at Urban Ladder, infrastructure consulting at KPMG, and large-scale operations at Uber.
That is the problem in its shortest form. A factory may depend on a watershed, a logistics network on heat and drainage, a food company on soil and pollination, a coastal asset on mangroves or beaches. But the accounts usually notice these systems only when they break.
Once the damage appears, it changes names. It becomes input inflation, capex, insurance cost, business interruption, compliance burden or political risk. By then the natural system has already sent the bill through another door.
So the first job is not to say nature is priceless. That is true, but not useful enough. The first job is to make nature visible in the places where money moves: accounts, balance sheets, credit decisions, procurement, insurance, asset valuation and operating budgets.
Nature's carbon sink — forests, wetlands, mangroves, ocean phytoplankton — absorbs roughly half of our gross CO2 emissions. If that absorption weakens, the net emissions floor rises, the timeline compresses and the required reduction path becomes much more aggressive.
The uncomfortable truth: every year of sink degradation does not just raise emissions. It compresses the time window and steepens the required curve. Restoring nature is not a side project. It is what makes the math possible at all.
Gross emissions data: Global Carbon Project. Sink absorption estimates: IPCC AR6 WG1; Pan et al., Science. Sink erosion trajectory modelled directionally from observed forest degradation trends and SSP4-6.0 baseline assumptions.
Urvara's path is simple: name the dependency, fund the repair, price the difference. If a company depends on a watershed, that dependency should be visible. If repair protects future cash flows, the balance sheet should have a way to fund it. If one company manages nature risk better than another, markets should be able to see the difference.
The answer cannot be a slightly better version of offsets, compliance or philanthropy. Those tools may remain useful, but they cannot be the centre. The centre has to move to business itself: ecosystem restoration should be funded because it protects value, reduces risk and keeps the asset, supply chain or region working.
The point is not to make a forest look like a spreadsheet. The point is to stop pretending the spreadsheet is complete without the forest.
Companies can show which revenues, assets and sites depend on water, soil, cooling, biodiversity and flood protection.
Nature work can become capex, opex, risk reduction or transition spend, depending on what the asset needs.
Lenders, insurers, buyers and investors can distinguish companies that reduce nature risk from those that accumulate it.
The mission is to conserve and restore 16 million acres in India by 2050. The number is not a slogan. It comes from a practical belief: if a small share of conservable area outside direct government control can be financed and stewarded, the landscape changes.
Private finance for nature-negative activity has moved from roughly 120:1 to 209:1 against private finance for nature-based solutions.
I am looking for founders, operators, researchers, analysts, designers, field partners and capital partners who want to turn natural-capital accounting into working tools, contracts and markets.
Start with The Hidden Subtraction, the flagship essay behind this site.