The climate crisis has a data problem. We're solving it.
Quantum sensing is approaching the point where it can measure atmospheric methane with extraordinary precision. But precision without verification is not accountability.
Quantum Envelope builds the infrastructure layer that will make that precision count.
Methane is responsible for roughly 30% of current global warming. Unlike CO₂, it dissipates within a decade, which means reducing methane emissions today produces measurable climate benefits within years, not generations.
Quantum sensing systems are approaching the point where they can identify atmospheric methane with extraordinary sensitivity. But measurement alone is not enough. Without a verified, standardised, audit-ready data layer, operators cannot act, regulators cannot enforce, and markets cannot price the risk.
The gap is not in the sensors. It is in the infrastructure that turns their outputs into accountable intelligence. We are starting with methane, but the same layer applies to every emission that regulation will eventually demand we measure properly.
As quantum sensing moves from laboratory to field, four gaps will determine whether its outputs can ever be used in regulatory and commercial contexts. None of them are hardware problems.
Quantum Envelope is building a platform that sits above the hardware. Asset owners, insurers, regulators and carbon markets access verified, standardised atmospheric emissions data through a single infrastructure layer. We are starting with methane, the fastest-acting lever in the climate system, and building toward a platform that extends to other emissions as quantum sensing matures.
The global methane detection and monitoring market is currently valued at $3.8bn and projected to reach $8.9bn by 2034, driven by regulatory mandates and the shift from periodic surveys to continuous, verified emissions monitoring. Value is migrating from hardware to integrated data and verification services. That layer does not yet exist.
Quantum Envelope is in active development, based in London. We are starting with atmospheric methane measurement and building a platform that extends to other emissions as quantum sensing matures. We are talking to investors, industry partners, and people with expertise in earth observation, atmospheric data science and quantum sensing who want to be part of what comes next.
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