Narrative Infrastructure Protocol // NIP-701 // Base L2
NIP-701 // NARRATIVE_INFRA_PROTOCOL
BASE_L2 // DAG_ENGINE // RTC-RELAY ACTIVE
MESH_NODES: 0
NARRATIVES_INDEXED: 0
AUTONOMOUS NARRATIVE INFRASTRUCTURE // BASE L2

PLOT MACHINE

INITIALIZE_CORE → VIEW_SCHEMATICS ↓
SYSTEM_BUILD: 0X504D2D701 // MESH_LAYER: ACTIVE // RTC_RELAY: SYNCED
PLOT MACHINE★ NIP-701 PROTOCOL★ NARRATIVE DAG ENGINE★ BASE L2 EXECUTION RELAY★ QRT ROUTING LAYER★ RTC-701 STANDARD★ DAO SIGNAL INDEXER★ MEMETIC HASH FUNCTION★ $PLTMCH★ AUTONOMOUS AGENT MESH★ PLOT MACHINE★ NIP-701 PROTOCOL★ NARRATIVE DAG ENGINE★ BASE L2 EXECUTION RELAY★ QRT ROUTING LAYER★ RTC-701 STANDARD★ DAO SIGNAL INDEXER★ MEMETIC HASH FUNCTION★ $PLTMCH★ AUTONOMOUS AGENT MESH★
// NIP-701 ARCHITECTURE

WHAT IS
PLOT MACHINE

Plot Machine is an autonomous narrative infrastructure protocol operating at the intersection of X social consensus and Base L2 execution primitives.

The NIP-701 standard defines how social signals — posts, QRTs, DAO votes, KOL interactions — are indexed, hashed via the Memetic Hash Function, and routed through the RTC-701 Relay into on-chain execution on Base.

At its core, Plot Machine operates a Narrative Directed Acyclic Graph (DAG) — a live map of memetic relationships between X accounts, on-chain events, and DAO governance signals. The DAG surfaces launch intent primitives before they reach consensus, giving operators a structural edge.

NIP-701 RTC-RELAY DAG ENGINE QRT ROUTING MEMETIC HASH BASE L2 DAO INTEROP FARCASTER BRIDGE NOUNS DAO BANKRBOT API NARRATIVE PROOF-OF-WORK L2 FINALITY ORACLE
// SYSTEM ARCHITECTURE // NIP-701
X / FARCASTER
→
SOCIAL_SIGNAL_INGESTION
↓
INTENT_DETECTION_ENGINE
PLOT MACHINE CORE
↔
NARRATIVE DAG / MHF
↓
RTC-701 RELAY LAYER
DAO SIGNAL BUS
→
BASE L2 EXEC
// BANKRBOT API GATEWAY → TOKEN GENESIS PROTOCOL (TGP)
LATENCY: <120ms // FINALITY: BASE_L2 // STATUS: ACTIVE
0
NARRATIVES INDEXED
0ms
RTC RELAY LATENCY
0
DAG MESH NODES
0%
NIP-701 COMPLIANCE
// PROTOCOL MODULES

THE
MACHINE
STACK

MODULE_00 // CORE
NARRATIVE DAG ENGINE
The central intelligence layer of NIP-701. Constructs a live Directed Acyclic Graph of memetic relationships across X, Farcaster, and on-chain DAO events. Every node in the DAG represents a narrative primitive — hashed via MHF and cross-referenced against Base L2 finality states. The DAG surfaces structural alpha before social consensus forms.
DAG // ACTIVE MHF v2 REAL-TIME BASE L2
MODULE_01 // SIGNAL
INTENT DETECTION ENGINE
Reads X post streams and Farcaster channels to extract launch intent primitives. Uses a proprietary scoring model — the Narrative Proof-of-Work (NPoW) algorithm — to rank signal quality before RTC relay.
X-NATIVE NPoW FARCASTER
MODULE_02 // ROUTING
QRT ROUTING LAYER
Analyzes viral coefficient and memetic velocity of posts before quote-repost execution. The QRT Router calculates optimal timing windows based on L2 block finality and X engagement decay curves.
QRT PROTOCOL TIMING ENGINE L2 SYNCED
MODULE_03 // CONSENSUS
DAO SIGNAL INDEXER
Aggregates governance signals from Nouns DAO, Farcaster DAOs, and Base-native governance contracts. Feeds cross-DAO interop data into the Narrative DAG as weighted consensus primitives.
NOUNS DAO CROSS-DAO GOVERNANCE
MODULE_04 // RELAY
RTC-701 RELAY
Real-Time Consensus Relay — the execution bridge between social signal layer and Base L2. RTC-701 batches narrative events into calldata transactions, anchoring lore and launch parameters on-chain with sub-120ms latency.
RTC-701 <120ms CALLDATA
MODULE_05 // IDENTITY
MEMETIC HASH FUNCTION
Every narrative processed by Plot Machine receives a unique Memetic Hash — a deterministic identifier derived from the post content, author graph position, and DAG state. The MHF enables cross-session narrative continuity and replay protection.
MHF v2 DETERMINISTIC REPLAY GUARD
MODULE_06 // ORACLE
L2 FINALITY ORACLE
Monitors Base L2 block finality states and feeds confirmation signals back into the Narrative DAG. Ensures launch events are anchored to confirmed L2 state, not pending mempool activity.
ORACLE BASE L2 FINALITY
MODULE_07 // DEPLOY
TOKEN GENESIS PROTOCOL
TGP is the final output layer. After narrative primitives are hashed, routed, and consensus-validated, TGP assembles the bankrbot API payload — name, ticker, lore calldata, fee recipient — and executes the token genesis event on Base via the bankrbot RPC Bridge.
TGP // LIVE BANKRBOT RPC BASE MAINNET
PLOT + MACHINE
NIP-701 READY • RTC-RELAY TESTED •
X
DAG / NODESLIVE_MESH
MHF / STATUSv2_ACTIVE
RTC / LATENCY<120ms
@RELAY: BASE_L2CONFIRMED
NIP / STANDARD701_COMPLIANT
TGP / GENESISCRITICAL: ON
• • • • ©PLOTMACHINE_NIP701
// NARRATIVE ENGINE // NIP-701

RUN THE
MACHINE

plotmachine — nip-701 narrative engine // rtc-relay connected
$
DAG INDEXING // MHF COMPUTING // RTC RELAY PENDING
// TGP // TOKEN GENESIS PROTOCOL

DEPLOY VIA
BANKRBOT

After narrative primitives clear the NIP-701 validation pipeline — DAG indexing, MHF computation, RTC-701 relay confirmation — the Token Genesis Protocol assembles the bankrbot RPC payload and executes genesis on Base mainnet.

01 //
Feed the Intent Engine — paste an X post, @handle, or raw narrative seed into the RUN terminal above.
02 //
NIP-701 pipeline executes — DAG indexing, MHF hashing, NPoW scoring, RTC-701 relay sync.
03 //
TGP assembles the payload — name, ticker, lore calldata, fee recipient, bankrbot RPC format. Copy-paste ready.
04 //
Post to bankrbot on X — token genesis event fires on Base L2. QRT Routing Layer calculates optimal repost timing.
OPEN BANKRBOT ↗ BACK TO ENGINE ↑
// TGP PAYLOAD // NIP-701 COMPLIANT
// RTC-701 RELAY: CONFIRMED
 
@bankrbot deploy
name: "[NARRATIVE_NAME]"
ticker: "$[MHF_TICKER]"
description: "[LORE_CALLDATA]"
fee_recipient: [WALLET_ADDRESS]
network: base
standard: NIP-701
 
// DAG_HASH: [MHF_COMPUTED]
// FINALITY: BASE_L2_CONFIRMED
// via plotmachine.ai