Verified physical infrastructure

The verification rail for physical‑world data.

Validated energy  ·  Verified compute  ·  Self‑sovereign data

Follow a kilowatt‑hour from the source to the street — signed at every hop, verifiable by anyone, owned by you.

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VERIFIEDWINDSOLARSTORAGECHARGE

The problem

The physical world has no verification layer.

Solar arrays, batteries, chargers, and servers create real value every second. But the data they report is self-reported. Funders discount it. Cities can’t verify it. Communities can’t build on it.

And the projects that matter most — the ones that need trust to get funded — stall first.

×SELF-REPORTED
×UNVERIFIABLE
×UNFUNDABLE

How it works

Proof, in three moves.

01 — MEASURE

Watch the source

A sealed Multiphi sensor sits at the source — the panel, the battery, the charger — and watches what actually happens.

02 — SIGN

Sign it at birth

Every reading is cryptographically signed the moment it’s born. Hardware-signed at source — not a software wrapper.

03 — PROVE

Anyone can check

The signed record becomes a credential anyone can check and no one can quietly change. The owner keeps the raw data; only the verified credential travels the network.

SAMPLING · 0.00 kWh

secure-element root of trust · signed at capture · independently verifiable

The certification

Certified like it matters. Because it does.

Multiphi certification is tiered — graded by one objective axis: how the data was captured and attested. Every tier's confidence level is disclosed to anyone consuming the data.

SILVER

Community-evidenced

Crowd-sourced and community-verified capture. Honest about its uncertainty — and priced into every credential that uses it.

GOLD

Mesh-attested

Sensor-mesh capture with network attestation. Strong confidence for operations, reporting, and program compliance.

PLATINUM

Hardware-attested at source

Direct, secure-element-attested sensing at the data source. The audit-grade tier — for decisions where proof is the point.

ENGINEERED TO THE BAR INDEPENDENT AUDITORS REQUIRE — DESIGNED AGAINST ISO/IEC 17029 · ISO 14065, THE INTERNATIONAL STANDARDS FOR VERIFICATION & VALIDATION BODIES

The node

Four things make a Multiphi node.

Energy made

Clean power from sun, wind, and water.

Energy stored

Saved for exactly when it's needed.

Computing shared

A brain the whole neighborhood can use.

Connected

Talking — and sharing — with everyone else.

Multiphi certifies all four — so a node isn't just useful. It's provable. And balanced across a distributed network, nodes can shift energy and computing to where they're needed most.

Concept render of a Multiphi showcase node
CONCEPT RENDER — SHOWCASE NODE

Who it's for

One rail. Every stakeholder.

Cities & States

Show your community every verified kilowatt.

Compliance reporting your auditors accept. Transparency your constituents can see for themselves.

EXPLORE

Communities & Developers

Infrastructure that pays its own way — and proves it.

Verified assets your buyers, lenders, and insurers can trust from day one.

EXPLORE

Aviation & Mobility

Verified energy data where the grid meets the sky.

Real-time, signed energy data at every charging point — route-planning grade.

EXPLORE

Where this goes — the long view

Building blocks for abundance.

Every certified node adds a verified building block to a global commons of energy, computing, and data. That's the infrastructure AI agents will need to move knowledge and resources to wherever they can do the most good — funding projects that trust alone never could, in places capital never reached.

Decentralized provenance + trust infrastructure for the agentic future

The infrastructure AI needs doesn't exist yet.
We're building it.

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