SAN DIEGO, March 5, 2026

XYO, one of the world’s first and largest Decentralized Physical Infrastructure Networks (DePIN), has announced a strategic partnership with Resiliocs, an AI-powered climate risk intelligence platform. Together, the two companies are embedding a cryptographic verification layer directly into climate data pipelines — creating a tamper-proof, fully traceable record of real-world environmental observations at the exact moment of capture.

The collaboration tackles a critical vulnerability in climate risk modelling that has gone largely unaddressed: the integrity of the underlying data itself. As climate-related litigation has more than tripled globally since 2017, the ability to prove not just what was predicted, but when data was collected and whether it was ever altered, is increasingly what determines financial and legal exposure.

The 2018 Paradise wildfire — the most destructive in California’s history — destroyed nearly 14,000 homes and ultimately left PG&E facing roughly $30 billion in settlement costs. Investigations revealed that corrosion risks and ageing infrastructure concerns had been documented prior to the failure, yet serious questions arose over the integrity and traceability of those records. In high-stakes cases like this, liability turns not only on what physically broke, but on what was known, when it was logged, and whether risk signals were properly escalated.

This is precisely the problem XYO and Resiliocs are solving. Climate intelligence is no longer just about predictive accuracy — it must also carry evidentiary strength.

XYO’s architecture separates data from proof. Rather than storing full datasets on-chain, XYO records cryptographic verification metadata that captures when and where a real-world event occurred and whether the data has been altered since. This is powered by XYO’s proprietary Proof of Origin technology, generated through bound witness interactions between independent parties, and anchored to XYO Layer One — a blockchain optimised for scalable, long-lived proof records.

Critically, roughly 80% of XYO’s 10+ million nodes operate outside the traditional Web3 ecosystem, meaning this is already a functioning real-world observation network at massive scale. Through the COIN app, participants can document ground-level events in real time — geotagged, timestamped, and cryptographically verified by the network. That data can then flow directly into platforms like Resiliocs as provably authentic inputs.

Resiliocs delivers engineering-grade climate risk intelligence for asset owners, institutional investors, insurers, and banks managing climate-exposed portfolios. The platform combines climate science, geospatial analytics, and predictive modelling to translate hazard exposure — floods, wildfires, extreme heat — into quantified financial impact at the asset level.

Unlike conventional risk scoring tools, Resiliocs is built around adaptation ROI: every recommendation is supported by cost-benefit analysis and return-on-investment modelling, enabling capital deployment decisions that simultaneously protect assets and improve financial performance. The XYO partnership strengthens this mission by ensuring the underlying data powering those models is provably accurate and legally defensible — a distinction that matters more with every passing regulatory cycle.

Climate risk is rapidly becoming both financialized and legally contested on a global scale. S&P Global estimates climate change could cost companies up to $1.2 trillion annually by the 2050s, and regulators worldwide are steadily strengthening climate risk reporting requirements — even as the US pulls back. In this environment, verifiable data pipelines are no longer optional infrastructure. They are foundational.

For XYO, this partnership marks a significant expansion of its “reality engine” into one of the most consequential categories of real-world decision-making — far beyond crypto’s traditional boundaries. For Resiliocs, it means delivering climate intelligence that can withstand scrutiny in boardrooms, courtrooms, and regulatory filings alike. Together, they are building the infrastructure that trustworthy climate risk management demands.