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Know who holds the keys.

A read-only lens on Solana. Paste any address to see what it is, how much value depends on its key, and who controls the programs and tokens behind it.

I · The field

Every point of light is a wallet. Every wallet is a key.

Each public key is visible on-chain. That is normal, and it is the same for everyone. What differs is how much depends on each one.

The Q-Score shows how much value depends on one key. It is not a measure of risk today.

II · The keys behind the programs

A few keys can change a great deal.

These are the upgrade authorities of widely used Solana programs, read live from the chain. Some answer to one key. Some need several signatures. Open the protocol table

multisig signer single key no authority another program

III · The distance

No machine can do this today.

The latest published estimate for breaking a 256-bit elliptic-curve key needs under 500,000 physical qubits, running error correction. The largest machines today have between about 100 and 1,100.

IBM Nighthawk120 qubits, 2025Google Willow105 qubits, 2024Quantinuum Helios98 qubits, 2025
IBM Condor1,121 qubits, 2023
Estimate to break one 256-bit elliptic-curve keyunder 500,000 physical qubits, with error correction (2026 estimate)
1,100 qubits

about4,800×

times more qubits than Google Willow has

Sources: Willow, Helios, Nighthawk, Condor, 2026 estimate

Physical qubits, logarithmic scale

IV · The plan

Solana already has a plan.

One prototype explores moving to post-quantum keys by proving knowledge of the existing wallet’s secret. Keeping the same address is a research goal, not a deployed migration feature.

Both Solana client teams, working independently, arrived at Falcon as the leading candidate. There is nothing you need to do today.

Read the migration planRead the Solana Foundation’s statement

V · The Register

Say, in public, that you will be ready.

A record is a public pledge: a timestamped entry linking your wallet to post-quantum keys you generate. It does not move, lock or protect your funds. The first 10,000 numbered records are Genesis.

Numbered records
0
All records
0

An example sigil, drawn by the fixed rule from example input. Every record has its own.

Enter the RegisterHow numbers work

Know who holds the keys.

Start with any address. No wallet connection. Public chain reads are cached; report snapshots are saved only when you choose.

The instruments

Four ways to read the keys.

IScan any addressWallet, program, token or program-controlled address. One plain readout, with sources.ScanIISee who controls a programUpgrade, mint and freeze authorities traced down to the actual keys, with multisig thresholds.Protocol tableIIIKeep a project reviewGroup up to 25 addresses, save the evidence and compare control changes. Projects stay in your browser.Create a projectIVEnter the RegisterMake a public pledge: a timestamped record linking your wallet to post-quantum keys you generate.Enter the Register

Explore an example comparisonOpen your projects

Latest keybearers

No numbered records yet. The first keybearer will appear here.

The conduct

The look is an old order. The conduct is the opposite.

Read-only

The scanner, control pages and reports need no wallet. They read what is already public.

No custody

The site never holds funds and never sees a private key. Your wallet signs, or nothing happens.

No token

There is no token and no fee. Every number has a source, and every claim has evidence.

Read the Trust pageSourcesWatch the story