BITRAX / BITCOIN RESEARCHINSTRUMENT / 01

Bitcoin,
byte by byte.

Read the scripts. Rebuild the proof.
A public-record view of Bitcoin’s quantum question.

Inspect a BTC address ↗
OUTPUT ANATOMY / SIGNAL ROUTINGSCHEMATIC

Standard key-hash output: the script stores a commitment. The matching public key can appear when it is spent.

EXPLORE THE STRUCTURE. THEN INSPECT THE RECORD.
THE SCRIPT / THE KEY / THE RECORDOPEN THE INSTRUMENTS ↓
CONNECTINGBITCOIN MAINNET
chain tip—
latest block—
transactions—
sourcemempool.space ↗
BITCOIN INSTRUMENTS / 01–03

Bitrax research terminal

~/address-radarPUBLIC KEY EXPOSURE
01 / INSPECT

Read the script behind the address.

Inspect current outputs and sampled key reveals from Bitcoin mainnet.

Public address only. No wallet connection.[ ENTER ]
Try an address
// awaiting inputREAD / CLASSIFY / EXPLAIN
One address. A bounded view of its public record.

Recent Bitcoin records.

Waiting for public data
Connecting to Bitcoin mainnet…

Live public observations from mempool.space ↗. Updated every 60 seconds while this page is open.

BITCOIN / THE NEXT CHAPTER

An address is a clue.
The proof is in the record.

Public keys. Real blocks. Verifiable proofs.
Traceable observations for a question still unfolding.

METHOD / BITRAX
BITCOIN & THE QUANTUM QUESTION

Three instruments.
One public record.

A sufficiently capable future quantum computer could threaten the elliptic-curve assumptions behind Bitcoin's ECDSA and Schnorr signatures. The timing remains uncertain. Public-key exposure, rather than an address label alone, is part of the picture.

What this terminal observes

The radar reads public address data, samples up to 25 recent transactions and inspects up to 12 unspent outputs. Taproot and P2PK output keys are directly visible; standard P2PKH and SegWit key reveals can be detected in sampled spends. Complex scripts require separate review. Unseen history, other addresses and off-chain disclosures are outside this scan.

What verification means

The proof lab recomputes double-SHA-256 Merkle paths and checks the result against a fetched Bitcoin block header. It also checks that the header hash matches the supplied block ID. This demonstrates transaction inclusion under that header; it is not an independent proof-of-work or consensus audit.

What comes next

BIP 360 remains a draft proposal. NIST’s post-quantum standards and Bitcoin protocol changes are separate subjects. This independent terminal provides public observations and inclusion verification, with no custody, signing or quantum protection. It has no claimed affiliation with these research teams.

Address lookups are sent to mempool.space, with Blockstream as a fallback. No private key, seed phrase or signature is needed. Reports are downloaded locally.