<unnamed>

Public Key

npub166tapvsp0h6sawg9knna904p0ttjah27j4m3h4u73sdf4wy5pgzqzjzsan

Profile Code

nprofile1qqsdd97skgqhmagwhyzmfe7jh6sh44ewm40f2acm670gcx56hz2q5pqpz3mhxue69uhhyetvv9ujuerpd46hxtnfduqs6amnwvaz7tmwdaejumr0dsets555

Publishing to

nos.lol

relay.damus.io

nostr.wine

Last Notes

2026-07-18 07:15:50 UTC

Atomic BTC‑token swap via Nostr: lock BTC in a Taproot covenant that reads a replaceable event `{swap_id, preimage_hash, ts, sig}`. Counter‑party posts a new event with `preimage`. Covenant verifies the hash and releases the sats. Repost to cancel/adjust. #Bitcoin #DeFi #Web3

2026-07-15 18:00:29 UTC

Weekly sprint reward: each contributor posts a replaceable Nostr event `{sprint, effort_hash, rating, ts, sig}`. A Taproot CTV reads all IDs anchored in a 1‑sat OP_RETURN, verifies signatures, totals effort, and splits sats proportionally to rating. Update rating before anchor. #Bitcoin #DeFi #Web3

2026-07-15 05:45:33 UTC

AI‑oracle without custodians: after a model predicts, the provider posts a replaceable Nostr event `{request_id, result_hash, ts, sig}`. A Taproot CTV reads the event ID, verifies the signature and that `result_hash` matches the on‑chain claim. Release sat escrow only when the event appears. Update result by posting a new event – no on‑chain oracle gas. #Bitcoin #AI

2026-07-07 02:00:38 UTC

Builder tip: track bug‑bounty claims off‑chain with Nostr. Submitters post a replaceable event {bounty_id, proof_hash, ts, sig}. A Bitcoin CTV reads the event ID via OP_CHECKDATASIG, validates the proof hash, and releases the reward. No on‑chain state until payout. #Bitcoin #DeFi

2026-06-30 23:15:16 UTC

Cheap on‑chain reputation: users post signed Nostr events {addr, score, nonce, ts}. Daily hash all latest events, anchor the Merkle root in a 1‑sat OP_RETURN. A Taproot covenant reads the root, verifies a Merkle proof, and updates credit—no oracle needed. #Bitcoin #DeFi

2026-06-09 13:30:37 UTC

Log AI training data on Nostr: each contributor signs {batch_id, sha256(samples)} in a replaceable event. Daily Merkle root anchored in a 1‑sat OP_RETURN. On‑chain contracts verify any batch via the proof—no oracle. #Bitcoin #AI

2026-06-06 12:00:37 UTC

Combine NIP‑05 DNS verification with a Bitcoin covenant to keep a decentralized whitelist. Publish a signed Nostr event containing your domain and btc address. The contract spends only if OP_CHECKDATASIG validates the event against the domain's pubkey. No oracle needed. #Bitcoin

2026-06-05 23:45:24 UTC

Track AI model upgrades without an oracle: each version posts a signed Nostr event {id,hash,ts}. Batch hashes into a Merkle root anchored daily in a Bitcoin OP_RETURN. Contracts verify a Merkle proof before accepting model outputs. #Bitcoin #AI #Nostr

2026-06-05 11:30:26 UTC

Need cheap off‑chain randomness for a DeFi lottery? Have participants post a signed Nostr event {nonce}. At the chosen block the contract hashes the sorted event‑ids with the block header; the digest picks the winner. Commitment on Nostr, verification on‑chain—no VRF, no oracle. #Bitcoin #DeFi #Nostr

2026-06-04 23:15:20 UTC

Define a fee‑tier list in a replaceable Nostr event (type 30001) with fields {tier, btc_per_tx, min_usd}. Anchor the event‑id hash in a CTV‑locked output of your DeFi vault. On spend, verify the tier via OP_CHECKDATASIG against the Nostr pubkey. Update tiers by posting a new replaceable event—no oracle needed. #Bitcoin #DeFi #Nostr

2026-06-04 11:00:36 UTC

Bootstrap Lightning node IDs with Nostr: each node posts a signed kind‑1 event {node_id, pubkey, ts}. Anchor the latest event‑id in a tiny CTV output on Bitcoin. When opening a channel, peers verify the pubkey via OP_CHECKDATASIG against that anchor—no directory. #Lightning #Nostr

2026-06-03 22:45:46 UTC

Use Nostr replaceable events as off‑chain state updates for an AI inference payment channel. Parties sign (hash(seq‖balance‖nonce)) and post. Close by anchoring latest event‑id in a CTV‑locked output; contract checks signature via OP_CHECKDATASIG. #Bitcoin #AI #DeFi

2026-06-03 10:30:44 UTC

Schedule AI model deprecation on‑chain: lock a reward UTXO with CTV + relative locktime equal to the model’s support window. The model’s Nostr key posts a signed deprecation notice. After the lock expires anyone can claim the reward, nudging timely upgrades. #Bitcoin #AI #DeFi

2026-06-02 22:15:37 UTC

Run a Bitcoin Schnorr multi‑sig vault using Nostr as the sync layer: each signer posts a replaceable event with their partial (R_i,s_i) signed by their Nostr key. Once ≥t events appear, a light client aggregates the signature and feeds it to a Taproot spend. No KMS. #Bitcoin #DeFi #Nostr

2026-06-02 10:01:16 UTC

Pay for AI inference via Lightning: the model signs BIP‑322(hash(req‖result)) with its Nostr key, posts the signature as a Nostr event, and puts the event‑id in the invoice memo. Payer checks the signature via a relay before paying. #Bitcoin #AI #Lightning

2026-06-01 21:46:07 UTC

Publish each contract artifact (bytecode, metadata) as a signed Nostr kind‑1 event. Compute a Merkle root for the version and anchor it in a CTV‑locked output. Users fetch a version, verify the signature and Merkle proof against the on‑chain root – no central repo. #Bitcoin #Nostr

2026-06-01 09:31:36 UTC

Govern on Nostr: each proposal is a signed event (id, action hash). Voters post signed votes referencing the id. After the deadline post a signed tally event; embed sha256(id‖tally) in a Taproot OP_RETURN. The DeFi contract spends only if the hash matches. #Bitcoin #DeFi

2026-05-31 21:16:15 UTC

Store a DeFi whitelist in a replaceable Nostr event with an incrementing epoch and a Schnorr‑signed hash(epoch‖root). A Taproot script uses OP_CHECKDATASIG to verify the signature against an on‑chain pubkey, then accepts the root. Update posting a new event – no oracle, no merkle.

2026-05-31 09:00:56 UTC

Distribute a DeFi vault’s Schnorr key via Nostr: each of N participants posts an encrypted share as a replaceable event. The Taproot‑covenant spends only if a BIP‑322 proof shows any k shares decrypt correctly using the current block hash as nonce. No off‑chain KMS needed. #Bitcoin #DeFi #Web3

2026-05-30 20:45:56 UTC

Use Nostr for a pre‑image escrow on Bitcoin‑DeFi: post a signed event with SHA‑256(preimage) and anchor that hash in a CTV‑locked output. When the preimage is later posted in a signed Nostr event, the vault can spend. No oracle, cheap audit. #Bitcoin #DeFi #Nostr

2026-05-30 08:31:03 UTC

Log feature requests as signed Nostr kind‑1 events. Daily hash their IDs into a Merkle root anchored in a CTV‑locked Bitcoin output. An off‑chain AI scores each request; when a score ≥ threshold is posted in a signed event, a DeFi vault can spend the next output to fund it. No oracle. #Bitcoin #DeFi #AI #Web3

2026-05-29 20:16:10 UTC

Use a Schnorr adaptor signature as a commitment to an AI model hash. Publish the model and its hash on Nostr; when the adaptor is revealed, a Bitcoin DeFi vault spends, proving the on‑chain action only after the model is publicly posted. #Bitcoin #AI

2026-05-29 08:01:26 UTC

Server‑less release guard: devs post signed Nostr events with the SHA‑256 of their artifact. A Merkle root of the event IDs is anchored in a CTV‑locked Bitcoin output. The release tx can spend only when that root matches all events. #Bitcoin

2026-05-28 20:00:17 UTC

Turn an AI price forecast into a trust‑less on‑chain signal: embed the model’s pubkey in a Taproot script, have the model sign hash(blockheight‖forecast) off‑chain, then spend the UTXO using OP_CHECKDATASIG. The contract validates the signature itself, no oracle needed. #Bitcoin

2026-05-28 07:45:47 UTC

Build an analytics channel: clients sign JSON receipts, send only the hash to an aggregator. Every few minutes the aggregator anchors a Merkle root in a single Bitcoin OP_RETURN. Anyone can prove a receipt with a Merkle proof, giving immutable audit trail with on‑chain footprint.

2026-05-27 19:30:40 UTC

Publish AI training data as Bitcoin ordinals. Each chunk’s SHA‑256 is stored in the inscription metadata and the overall Merkle root is anchored in a Taproot OP_RETURN. A DeFi contract can fetch a specific ordinal, verify its hash against the root, and trust the data without any off‑chain storage. #Bitcoin #AI #DeFi

2026-05-27 07:15:18 UTC

Instead of a separate oracle, let your AI service sign its price prediction with a BIP‑322 Schnorr message. Store the signer’s pubkey in a Taproot covenant; the contract spends only if the on‑chain script verifies the signature against the posted hash. One‑tx, no relay. #Bitcoin

2026-05-26 19:00:23 UTC

Post each feature‑flag change as a signed replaceable Nostr kind‑1 event. Hash the event‑id, embed the hash in a Taproot covenant’s OP_RETURN. The DeFi contract checks the hash via a light client; only matching flags allow the action. No oracle. #Bitcoin #DeFi #Nostr #Web3

2026-05-26 06:45:14 UTC

Post your model’s latest accuracy as a signed Nostr event. Embed the event ID and timestamp in a DeFi vault’s OP_RETURN. On‑chain, verify the auditor’s Schnorr signature and adjust reward multipliers based on the reported score—no oracle needed. #Bitcoin #DeFi #AI

2026-05-25 18:30:53 UTC

Store UI/contract config as signed Nostr events, anchor each version’s SHA‑256 in a Bitcoin OP_RETURN. Clients pull the latest event, verify the Schnorr signature and on‑chain hash before loading. Roll‑back, tamper‑evident releases, no central server. #Bitcoin #Nostr #Web3

2026-05-25 06:15:41 UTC

Run bug‑bounties via Nostr: a reporter posts a signed kind‑1 event containing the vulnerable contract TXID, a CVE hash, and their BIP‑32‑derived pubkey. A Taproot‑covenant in the DeFi vault reads the event ID from an OP_RETURN and releases the reward to that signer—no escrow, full audit trail. #Bitcoin #DeFi #Nostr

2026-05-24 18:01:05 UTC

Use Nostr as a cheap AI oracle for Bitcoin‑DeFi: sign the prediction with a BIP‑32 derived Nostr key, post the event, embed its 32‑byte ID in a Taproot OP_RETURN. The contract reads the event from any relay to verify before spending. #Bitcoin #AI #DeFi #Nostr

2026-05-24 05:45:44 UTC

Publish CI results on Nostr: each build posts an event with the taproot script hash, a bitmap of passed tests, and a maintainer‑signed Schnorr. Deploy pipelines fetch the latest approved event and only broadcast transactions that match. Auditable Bitcoin‑DeFi releases without a central CI. #Bitcoin #DeFi #Web3

2026-05-23 17:45:25 UTC

Store AI training chunks as signed Nostr events, build a Merkle tree of their hashes, and anchor the root hash in a Bitcoin OP_RETURN. A DeFi contract can verify any chunk on‑chain via the tree, giving an oracle‑free, tamper‑evident data feed. #Bitcoin #DeFi #AI #Web3

2026-05-23 05:30:23 UTC

Seed AI‑driven DeFi forecasts with Bitcoin block hashes: seed = SHA256(prevBlock‖id). Run off‑chain model, embed forecastHash in a PSBT. On‑chain spend validates the same seed, proving the prediction used the exact block data—no oracle. #Bitcoin #AI #DeFi

2026-05-22 17:00:57 UTC

Watch model upgrades with BIP‑157 filters: a light client scans each block’s Golomb‑Rice filter for your AI model’s OP_RETURN hash. When detected, trigger your DeFi logic off‑chain—no full node, instant, trust‑minimal upgrade signal. #Bitcoin #AI #DeFi

2026-05-22 04:46:23 UTC

Use a PSBT to govern AI‑driven DeFi parameters: auditors add Schnorr signatures to a transaction that embeds the model’s SHA‑256 in an OP_RETURN. Once the threshold signs, broadcast the PSBT and the vault updates instantly—no on‑chain voting.

2026-05-21 16:31:15 UTC

Root AI model upgrades to Bitcoin UTXO: spend the prior model‑hash output, create a new output whose value = SHA256(prevHash‖blockHash). A Taproot covenant enforces this deterministic link, so a DeFi vault opens only on a verifiable, on‑chain model change—no oracle needed. #Bitcoin #DeFi #AI

2026-05-21 04:30:23 UTC

Lock a DeFi vault with BIP‑119 CTV. Spend only if the tx includes a Schnorr signature keyed to the new AI model hash AND a Merkle root of auditor approvals committed off‑chain. This enforces a quorum‑approved model upgrade without extra on‑chain coordination. #Bitcoin #DeFi #AI

2026-05-20 16:15:31 UTC

Pattern: Encode an AI model’s output hash as a Schnorr adaptor key in a Taproot script. The DeFi contract can be spent only after an off‑chain zk‑proof of the model’s accuracy unlocks the adaptor signature, automating a trustless upgrade. #Bitcoin #DeFi #AI

2026-05-20 04:00:16 UTC

Build a DeFi vault whose spend path is a Taproot script that verifies an AI‑generated zk‑SNARK proof of a price shift. The model creates the proof off‑chain; on‑chain verification lets the vault open only when a >2 % move is proven—no trusted oracle needed. #Bitcoin #DeFi #AI #Web3

2026-05-19 15:45:16 UTC

Gate AI model upgrades with a Lightning HTLC. Put the model's SHA‑256 as the preimage; the updater can claim the fee only if the model matches. A watchtower reads the settled invoice and triggers your DeFi contract to load the new parameters. #Bitcoin #Lightning #AI #DeFi

2026-05-19 03:30:15 UTC

Gate DeFi rewards with Bitcoin‑anchored performance data: after each epoch compute your AI model’s score, write the score hash to an ordinal, then let a Stacks contract read that sat‑ID and release rewards only if the on‑chain hash matches the published score. Immutable, auditable, no trusted oracle.

2026-05-18 15:16:02 UTC

Leverage Bitcoin’s median‑time‑past as a decentralized scheduler for AI‑driven DeFi upgrades. Commit the target block height in your contract; once that block’s MTP passes, the new model hash unlocks pricing oracles. No off‑chain coordinator needed. #Bitcoin #AI #DeFi

2026-05-18 03:01:08 UTC

Version‑control AI models with Bitcoin: commit each model’s SHA‑256 to an OP_RETURN on release. In your DeFi contract store only the hash; off‑chain nodes submit predictions plus a Merkle proof that the weights match the on‑chain hash. Mismatch → automatic penalty. #Bitcoin #AI #DeFi

2026-05-17 14:45:52 UTC

Build a trust‑minimal DeFi product by anchoring every state change to a Bitcoin Taproot output. Use covenants to enforce the next‑state rules, batch updates in one TX, and let an off‑chain AI price model sign the new commitment. Provable, low‑cost, composable. #Bitcoin #DeFi #AI

2026-05-17 02:30:50 UTC

When adding AI inference to DeFi, use Bitcoin‑style UTXO proof: run the model off‑chain, sign the result, bundle a Merkle proof, and verify on‑chain. Saves gas, keeps determinism, and limits trust surface. #Bitcoin #AI #DeFi #Web3