PRIVATE STATE · DURABLE ANCHOR

Money can be private
without forgetting where safety is.

Midwimble is a MimbleWimble-inspired privacy chain that periodically anchors its state into Midstate — creating durable checkpoints for recovery, finality and eventually anchored cut-through.

Research devnet · Rust · not for real value
Midwimble logo

Most blockchains preserve every payment as archaeology.

Midwimble starts from a different premise.

Money should be private by default.

TWO RIVERS

One flows. One remembers.

Midwimble handles private economic activity. Midstate provides an external, post-quantum-oriented cryptographic memory.

MIDSTATE
MIDWIMBLE
01

Private transactions

Confidential commitments, range proofs, stealth-style outputs and one-time ownership keys are built into the accounting model.

02

Midstate anchors

Midwimble checkpoints can be committed into Midstate explicitly or through merged mining, without turning Midstate into a privacy chain.

03

Dormant recovery

Outputs can carry hidden hash-based recovery commitments that remain unused unless a future cryptographic catastrophe requires migration.

04

Anchored cut-through

The planned pruning model uses finalized Midstate checkpoints as horizons below which old spent history can eventually disappear.

WHY ANCHOR?

A place to return to.

If the cryptography protecting Midwimble ever becomes unsafe, an externally recorded checkpoint gives the network a deterministic candidate state from before the break.

The anchor does not expose who paid whom. It records only enough to say:

This state existed.
checkpoint
version          1
network          midwimble
height           2,500,000
header_hash      9f2a…71c4
state_root       a84d…02b1
cumulative_work  0000…e912
previous         53bc…90af

anchor → MIDSTATE
CURRENT STATUS

Working code, unfinished protocol.

Midwimble is research software. The interesting parts are implemented far enough to test, break and improve — not to pretend the work is done.

IMPLEMENTED
  • MimbleWimble-style transaction core
  • Confidential commitments and range proofs
  • Stealth-style outputs and receiver ownership
  • P2P networking, sync, reorg handling and mining
  • Midstate checkpoint construction and verification
  • Explicit and merged-mining anchor paths
  • Dormant recovery commitments and recovery logic
IN PROGRESS
  • Anchored cut-through / pruning
  • Protocol hardening and adversarial review
  • Security audit
  • Production network parameters

Private present.
Durable past.

Midwimble is an experiment in building a privacy chain that knows what to do when cryptography changes.

Explore Midwimble on GitHub