Bitcoin migration readiness

Plan before the threat arrives.

Compare uncertain quantum horizons with the operational work you can control today. No keys, addresses, predictions, or wallet connections.

Current decision

Inventory before urgency

29ready / 100
TodayPlanning window: 8 yearsThreat assumption

Leading gap

Migration rehearsal

Next action

Map long-lived keys

Migration path

  1. 1
    Inventory

    Classify key exposure and expected lifetime.

  2. 2
    Prototype

    Test signer and wallet support in isolation.

  3. 3
    Rehearse

    Run a reversible migration exercise.

  4. 4
    Coordinate

    Prepare policy and communication triggers.

Durable output

A brief your team can act on.

Weighted preparation is an authored scenario model

Read the explanation

The saved sample weights inventory forty five by point three two, signer support twenty five by point two four, rehearsal ten by point two seven and governance thirty five by point one seven. The sum is twenty nine point zero five, rounded to twenty nine. Raising only rehearsal to fifty makes the sum thirty nine point eight five, rounded to forty. Bars use twelve pixels per displayed score point. These are authored preparation weights, not audited security strength. The saved threat horizon assumption is twenty years and key lifetime twelve years, leaving an eight year planning window. Bars share twenty pixels per year for horizon and lifetime. If lifetime exceeds horizon, the displayed window clamps to zero. Neither entered year predicts when quantum cryptography breaks or establishes present fund safety. Exposure and standards maturity are separate authored pressure inputs, not measured quantum capability. For the saved sample, overlap is max of zero and twelve minus twenty times point five five, or one. Multiplying by four and adding the maturity term twelve produces pressure sixteen. At lifetime thirty, horizon five, exposure twenty eight and maturity eight, the raw arithmetic is one hundred fifty nine but clamps to one hundred. Bars share three pixels per clamped pressure point. This is a local priority rule only; no keys, wallets, funds or provider models are accessed.

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