A “target price” is only credible if you can name the economic claim behind it.
Faircast uses four claims that already exist in traditional finance, adapted to crypto.
NVT — the P/E analog
Network Value to Transactions compares market cap to on-chain settlement volume. If NVT is stretched vs its own history, the bear case mean-reverts. If volume catches up, the base case holds today’s multiple.
Implied cap ≈ median NVT × annualized transfer volume
MVRV — cost basis vs market
Realized cap is the aggregate on-chain cost basis. MVRV = market cap / realized cap. Historically, deep discounts (MVRV ≪ 1) mark floors; rich premiums mark tops. We map MVRV bands to scenario prices.
Bear ≈ realized cap · 0.8 Base ≈ realized cap · 1.6 Bull ≈ realized cap · 2.8
Metcalfe — users squared
Network value tends to scale with the square of active users. We calibrate today’s cap to current addresses, then grow users at conservative / base / aggressive rates for 12 months.
V ≈ k · n² → k = market cap / n² today
Fee multiple — the P/S analog
For smart-contract chains, annualized fees are “revenue.” Apply a growth-company sales multiple. ETH and SOL get this overlay; BTC uses settlement NVT instead of fees.
Implied cap ≈ annualized fees × multiple (20× / 40× / 70×)