Parano1d ①
Parano1d is a live proof-native L1 where the present proves the past. Proofs establish validity. PoW sets canonical order. Signatureless authorization, execution and recursion share one transparent end-to-end post-quantum stack.
Proof-native contracts turn live value into programmable live rights. Timelocked vaults, budgets, delegated spending and recurring payments share the proof stack with token launches, bonding curves, a native DEX and an NFT marketplace. Ownership, reserves and atomic transfers are enforced within the recursive block proof.
Nodes verify State and rights from genesis without replay or trusted checkpoints. Block bodies and transactions are pruned after retention. Portable receipts remain verifiable. Mainnet is live.
From live value to live rights
A payment proves the right to spend value. An ABI 3 contract additionally commits to how that right may be exercised: who may act, at which height, for how much, and how counters change. A call proves the permitted transition into a successor or closes the right. That proof becomes part of block validity.
Nodes keep live commitments instead of requiring a permanent contract execution log. Participants keep public terms and portable receipts. This lets budgets, prepaid services, delegated spending, delayed access and staged payments share the same recursive validation model as ordinary transfers.
The bounded integer core offers 16 instructions, two persistent counters, checked arithmetic, conditions and height access. All users can create programs within this ABI without a separate circuit or matrix. Six templates and a custom editor are available through GUI, CLI and RPC. Calls require authorized transactions; consensus does not run background timers.
Understand proof-native contracts · Build and use contracts · API · GUI walkthrough
Native finance
Tokens, bonding curves, DEX pools and NFT listings are native proof-verified contracts. Their ownership rules, reserves and atomic transfers are enforced within the same recursive block proof.
Launch fixed supply from 100,000 tokens with 0.001 NOID of backing per whole token. Include a first purchase in creation, trade on the standard curve and graduate the same asset into permanent NOID DEX liquidity. Send tokens or burn them to redeem backing. Create individual NFTs or collections, mint batches, transfer items and use the native fixed-price marketplace.
The Rust wallet groups these workflows under F2 Tokens and F3 NFT. Names, ticker search, MAX controls and filtered receipts follow each operation. External images and price history start Off. Your node supplies current balances, market State and live prices.
Tokens and trading · NFTs · Step-by-step wallet guide · Native rules
What the node retains
State is an exact sparse vector of live outputs. Spent slots are cleared and reused with fresh creation identifiers. Empty segments are virtual. Nodes retain permanent compact headers, a recursive terminal, 42 recent bodies and bounded undo data. A joining node authenticates State and the recent suffix without replaying old execution.
Header validation still grows with chain height, and State transfer with the live set. Public transactions can be archived by third parties. Zero knowledge protects the spending secret; pruning is not concealment.
Architecture · Synchronization
Network profile
| Parameter | Value |
|---|---|
| Target interval / ASERT half-life | 30 s / 180 s |
| Small, m23 | 63 pages / 504 inputs / 63 calls |
| Large, m24 | 206 pages / 504 inputs / 63 calls |
| Native, m24 | 63 pages / 504 inputs / 63 calls, native finance |
| Large production | Server opt-in --v2-large-blocks |
| Hard finality / maximum reorg | 18 / 17 blocks |
| Terminal cap | 1,100,000 bytes |
The budgets apply together. Calls share pages with ordinary payments. Large can hold 63 calls plus 143 one-page payments within the common input budget. The primary coinbase is separate; an extra mandatory system page consumes one effective page. The node considers Small and Native automatically. The Large flag permits an additional candidate. It selects by claimable fees and builds one proof. Every node verifies all three classes.
Hashpower alone cannot create a block: the producer proves the transition before nonce search. See mining, parameters and actual measurements.
Issuance and State efficiency
The exact subsidy schedule is 16 → 11.30 → 8 → 5.65 → 4 → 2.83 → 2 → 1.41 → 1 NOID, one step per 1,051,200 blocks on the issuance schedule. The 1 NOID tail continues indefinitely. Occupancy independently prices new live slots; the growth fee is burned and consolidation avoids it. Network economics explains the constants and why State usage no longer acts as the monetary clock.
Proof stack and security
Poseidon2b and binary-field arithmetic connect wallet authorization, exact State and recursive ancestry. FROST-GKR batches public hash work; the transparent stack requires no trusted setup. The retained ancestry bank and retirement proof have source-linked Category 1 resource accounting under explicit composition, cryptographic and preprocessing premises. Read the security model for the exact statement, assumptions and resource bounds.
Start
- Install the native wallet.
- Create a contract or open a shared file.
- Run Core or mine.
- Integrate with JSON-RPC.
- Build from source and inspect the pinned proof material.
The source defines consensus behavior. The documentation explains those rules and the application workflows built on them.