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PECU NOVUS
Blockchain Infrastructure for the Next Era of Finance

Overview

Pecu Novus is a high-performance, carbon-neutral Layer-1 blockchain network purpose-built for real-world financial infrastructure. Originally conceived in 2016 and launched in January 2017, the network has undergone continuous evolution — from its foundational architecture through the complete Pecu 2.0 overhaul in 2022, to the current Pecu 3.0 Themis upgrade rolling out across 2025–2027.

At its core, Pecu Novus is designed to solve the fundamental problems that have held back institutional blockchain adoption: speed without compromise, compliance without friction, and scalability without centralization.

The network operates on a hybrid Proof of Time (PoT) and Proof of Stake (PoS) consensus mechanism — a proprietary, energy-efficient model that combines time-based validation with stake-weighted participation, rooted in Byzantine Fault Tolerance (BFT) principles. This allows Pecu Novus to process over 110,000 transactions per second through its PNP16 protocol, with throughput scaling 3–5x as the global Validator node network expands.

Network at a Glance

Metric	Value
Consensus	Hybrid Proof of Time (PoT) + Proof of Stake (PoS) with BFT
Throughput	110,000+ TPS (stress-tested)
Max Supply	1,000,000,000 PECU
Total Supply	~537,372,828 PECU (as of 04/2026)
Circulating Supply	~301,565,915 PECU (as of 04/2026)
Architecture	Hybrid — public chain + permissioned private forks
Smart Contracts	MVault system with no-code interface
Token Standards	PNP16 + ERC-20 + ERC-1400
Core Languages	Golang + Rust + Solidity
EVM Compatibility	Full ERC-20 / EVM support via Pecu 3.0 Themis Upgrade
Chain ID	27272727
Carbon Status	Carbon Neutral
Block Explorer	Pecuscan
ChainList.org	Pecu Novus on ChainList

Repository Structure

pecu-novus/
├── README.md                      ← You are here
├── WHITEPAPER_2018.md             ← Original whitepaper (Gauss & Ram, 2018)
├── WHITEPAPER.md                  ← Technical whitepaper (Velazquez & Bhardwaj, 2024)
├── src/
│   ├── main.rs                    Node entry point, block producer loop, validator rewards
│   ├── lib.rs                     Library exports
│   ├── crypto/                    SHA-512, SHA-256, Keccak-256, VDF, CBC encryption, Merkle
│   ├── chain/                     Block, Transaction, Blockchain state machine
│   ├── consensus/                 Hybrid PoT+PoS, Validator registry, Halving/Vesting schedules
│   ├── tokens/                    PNP16, ERC-20, ERC-1400, TokenRegistry
│   ├── escrow/                    MVault, EscrowContract, TransferCards, Cold Storage
│   ├── wallet/                    KeyPair, Wallet, GAK, DAK (KYC)
│   ├── storage/                   Sled-based persistent storage
│   └── rpc/                       45+ JSON-RPC methods
├── tests/
│   └── integration_tests.rs       88 tests covering all modules
└── packages/
    ├── sdk-typescript/            TypeScript/JS SDK (@pecunovus/sdk)
    ├── sdk-python/                Python SDK (pecu-sdk)
    └── sdk-go/                    Go SDK (pecu-sdk-go)

Why Pecu Novus?

Speed That Matches Real-World Demand

Pecu Novus was stress-tested at 110,000+ TPS in real-time conditions — not theoretical projections. That throughput is designed to scale 3–5x as more Validator nodes join the network.

Network	Transactions Per Second
Bitcoin (BTC)	~7
Ethereum (ETH)	~30
Solana (SOL)	~65,000
Pecu Novus (PECU)	110,000+

Institutional-Grade Compliance — Built In, Not Bolted On

With ERC-1400 (security token standard) alongside PNP16, Pecu Novus embeds compliance, identity-aware transfers, and regulatory controls directly into the protocol layer:

Regulated tokenized securities with audit-ready transfer logic
Deep, transparent asset metadata via PNP16's high-fidelity data framework
Permissioned private forks for enterprise and government deployments
ERC-20 compatibility for seamless interoperability with the broader Ethereum ecosystem
Solidity smart contract deployment — developers can write and deploy EVM-compatible contracts directly on Pecu Novus

Energy-Efficient by Design

The hybrid PoT/PoS model eliminates the energy arms race of Proof of Work networks. No specialized mining hardware required — standard devices can run Validator nodes. The network maintains carbon-neutral status aligned with global sustainability mandates.

A Consensus Mechanism That Is Actually Fair

Time-based validation uses random wait times to ensure equal opportunity for block creation — no hardware arms race
Stake-weighted participation adds economic accountability without plutocratic control
BFT foundation ensures network integrity even when individual nodes behave unpredictably

Built-In Escrow and Smart Contract Infrastructure

Timed escrow with automatic dated release for real estate, trade finance, and import/export
Dual confirmation requiring both sender and receiver to authorize transactions
MVault smart contracts with a no-code deployment interface
Transaction notes permanently recorded on-chain for audit trails

Ecosystem

Platform	Function
Pecu Wallet & Terminal	DeFi wallet with integrated terminal
HootDex	Peer-to-peer digital asset swapping
XMG Fintech	Stablecoin, RWA tokenization, and payment portal
Pecuscan	Blockchain explorer
MegaHoot ChatHive	Messaging superapp

Quick Start (Rust Node)

Prerequisites

Rust 1.75+ (rustup update stable)
Cargo

Build & Run

# Build
cargo build --release

# Run node (default port 8545)
./target/release/pecu-node

# Custom port
PECU_RPC_PORT=9000 ./target/release/pecu-node

# Run tests (88 tests)
cargo test

SDK Installation

TypeScript / JavaScript

npm install @pecunovus/sdk

Python

pip install pecu-sdk

Go

go get github.com/MegaHoot/pecu-sdk-go

Quick Start Examples

TypeScript

import { PecuClient } from "@pecunovus/sdk";

const client = new PecuClient({ rpcUrl: "http://localhost:8545" });
const wallet = await client.createWallet();
const balance = await client.getBalance(wallet.evmAddress);
const tx = await client.sendTransaction(wallet.evmAddress, "0xRecipient", PecuClient.toRaw(100));

Python

from pecu_sdk import PecuClient

client = PecuClient("http://localhost:8545")
wallet = client.create_wallet()
balance = client.get_balance(wallet["evmAddress"])
tx = client.send_transaction(wallet["evmAddress"], "0xRecipient", PecuClient.to_raw(100))

Go

import "github.com/MegaHoot/pecu-sdk-go/pecu"

client := pecu.NewClient("http://localhost:8545")
wallet, _ := client.CreateWallet(ctx)
balance, _ := client.GetBalance(ctx, wallet.EvmAddress)
tx, _ := client.SendTransaction(ctx, wallet.EvmAddress, "0xRecipient", pecu.ToRaw(100), "")

JSON-RPC API

The node exposes a JSON-RPC server on http://localhost:8545. All requests use POST / or POST /rpc with Content-Type: application/json.

{
  "jsonrpc": "2.0",
  "method": "method_name",
  "params": [...],
  "id": 1
}

RPC Coverage

Namespace	Methods	Description
`eth_*`	15	EVM / MetaMask-compatible
`erc20_*`	6	Full ERC-20 interface
`pecu_*`	12	Native Pecu operations
`pnp16_*`	6	PNP16 token deployment
`escrow_` / `transfercard_`	7	MVault escrow & Transfer Cards
`css_` / `gak_` / `dak_*`	6	Cold Storage, Access Keys

Key Methods

EVM-Compatible

Method	Description
`eth_chainId`	Returns `0x19FAFB7` (27272727)
`eth_blockNumber`	Latest block height (hex)
`eth_getBalance`	PECU balance for address
`eth_sendRawTransaction`	Submit signed transaction
`eth_call`	Call smart contract (read-only)

Native Pecu

Method	Description
`pecu_createWallet`	Generate new keypair + addresses
`pecu_sendTransaction`	Send PECU with optional note
`pecu_getValidators`	All validators + weights
`pecu_getTokenomics`	Full tokenomics summary
`pecu_getHalvingSchedule`	Reward halving table

Escrow / MVault

Method	Description
`escrow_create`	Create escrow with release date
`escrow_release`	Release funds
`escrow_cancel`	Cancel escrow (sender only)
`transfercard_create`	Create Transfer Card
`transfercard_redeem`	Redeem Transfer Card

Example: Create Wallet

curl http://localhost:8545 \
  -X POST -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","method":"pecu_createWallet","params":[],"id":1}'

{
  "jsonrpc": "2.0",
  "result": {
    "walletId": "a3f1b2c4-...",
    "evmAddress": "0x1a2b3c4d...",
    "pecuAddress": "5HueCGU8...",
    "publicKey": "a1b2c3d4...",
    "createdAt": 1713200000
  },
  "id": 1
}

Example: Create Escrow (Real Estate)

curl http://localhost:8545 \
  -X POST -H "Content-Type: application/json" \
  -d '{
    "jsonrpc":"2.0","method":"escrow_create","id":1,
    "params":[
      "0xBuyer","0xSeller","5000000000000000000000",
      1735689600,
      "Property deposit: 123 Blockchain Ave",
      "Release on deed transfer completion"
    ]
  }'

For Developers

Development Languages

Language	Use Case	Ecosystem
Solidity	EVM-compatible smart contracts, DeFi, tokenized assets, NFTs	Hardhat, Foundry, Remix, OpenZeppelin, Ethers.js, Web3.js
Golang	Core protocol development, Validator node infrastructure	Native Pecu Novus SDK, gRPC interfaces
Rust	Performance-critical modules, cryptographic primitives	Systems-level integration

EVM Compatibility

With the Pecu 3.0 Themis upgrade, Pecu Novus offers full EVM equivalence:

Deploy existing Solidity contracts without modification
Use familiar tools — Hardhat, Foundry, Remix, Truffle
Leverage OpenZeppelin libraries for battle-tested token standards
Connect with MetaMask, WalletConnect, and any ERC-20-compatible wallet
Interact via standard JSON-RPC — existing dApps can point to Pecu Novus with a simple RPC endpoint change

The difference: Your Solidity contracts execute on a network delivering 110,000+ TPS with hybrid PoT + PoS consensus and built-in compliance primitives — capabilities unavailable on Ethereum mainnet.

MetaMask Integration

Field	Value
Network Name	Pecu Novus Mainnet
RPC URL	`https://mainnet.pecunovus.net`
Chain ID	`27272727`
Currency Symbol	`PECU`
Block Explorer	`https://pecuscan.com`

PNP16 Supported Asset Classes

Class	Description
`FinancialAsset`	Company stake / equity
`GamingAsset`	In-game rewards, points, skills
`PhysicalCommodity`	Gold, silver, oil, agricultural products
`FractionalRealEstate`	Tokenized property ownership
`IntellectualProperty`	Music, film, software royalties
`Stablecoin`	Fiat-pegged tokens
`SecurityToken`	ERC-1400 regulated securities
`Utility`	General utility

Consensus: Hybrid PoT + PoS

Proof of Time (PoT)

Based on Verifiable Delay Functions (VDF):

y = x^(2^T) mod N

x = input seed (transaction hash / block hash)
T = delay steps (sequential, non-parallelizable)
y = output proof (instantly verifiable)

Validator Weight Formula (Pecu 3.0 Themis)

weight = uptime_seconds × √(stake + 1)

This combines time commitment (PoT) with economic stake (PoS) while BFT guarantees tolerate Byzantine failures up to ⅓ of validators.

Validator Rewards

Parameter	Value
Reward per node per 24h	0.25 – 1.50 PECU (randomized)
Daily cap (all validators)	~55,000 PECU
Annual cap	20,000,000 PECU
First halving	2027
Halving frequency	Every 10 years

Tokenomics

Metric	Value
Max supply	1,000,000,000 PECU (fixed)
Decimal places	15
Gas fee	0.0025% flat
Fee burn	50% of all gas fees permanently burned
Validator share	50% of gas fees

Token Allocation

Allocation	Supply	Purpose
Ecosystem & Development	24,000,000	Network growth, partnerships, infrastructure
Community & Rewards	300,000,000	Validator incentives, staking rewards
Reserve	150,000,000	Stability fund, strategic deployment
Core Team & Founders	54,000,000	Vested over 8 years (2026–2034)
Public Circulation	301,565,915	Open market, liquidity
Total Burned	9,372,828	PECU burned
Total Max Supply	1,000,000,000

Halving Schedule

Period	Max Annual Reward
2017 – 2027	20,000,000 PECU
2027 – 2037	10,000,000 PECU
2037 – 2047	5,000,000 PECU
2047 – 2057	2,500,000 PECU
2057+	1,250,000 PECU

Vesting Schedule

Release Year	Amount
2026	40,000,000 PECU
2028	30,000,000 PECU
2030	30,000,000 PECU
2032	20,000,000 PECU
2034	10,000,000 PECU

Test Results

SDK	Tests	Coverage
Rust (integration)	88 passing	All modules
Python SDK	73 passing	Python 3.9–3.12
Go SDK	21 passing	Go 1.21–1.22

SDK Development

git clone https://github.com/MegaHoot/pecu-sdk
cd pecu-sdk

# Install TypeScript deps
cd packages/sdk-typescript && npm install && cd ../..

# Run all tests
./scripts/test.sh

# Build all packages
./scripts/build.sh

# Bump version across all packages
./scripts/version.sh patch    # 3.0.0 → 3.0.1

Roadmap

Year	Milestone
2016	Vision and foundational design (Gauss & Ram)
2017	Pecu Novus network launch — January 15, 2017
2018	Original whitepaper published (Gauss & Ram)
2022	Pecu 2.0 "Code Falcon" — complete network overhaul; MegaHoot Technologies granted stewardship
2024	Technical whitepaper published (Velazquez & Bhardwaj); PNP16 stress-tested at 110,000+ TPS
2025	Pecu 3.0 "Themis" Phase 1 — Hybrid PoT + PoS consensus integration (October)
2026	Pecu 3.0 "Themis" Phase 2 — ERC-20 + GoLang integration (April)
2026	Phase 3 — ERC-1400 integration alongside PNP16
TBD	Continued Validator node expansion · Cross-chain interoperability · Institutional partnership growth · Global regulatory alignment

Whitepapers

Document	Authors	Date	Description
Original Whitepaper	Vinci Gauss, Sri Ram	January 2018	Founding vision, network design, escrow system, tokenomics, and technical specifications
Technical Whitepaper 2024	L. Velazquez, A. Bhardwaj	June 2024	Applied architecture of Pecu 2.0, hybrid PoT/PoS consensus, PNP16 protocol, smart contracts, industry applications

Quick Links

Resource	URL
🌐 Website	pecunovus.com
🔍 Block Explorer	pecuscan.com
🏢 MegaHoot Technologies	megahoot.com
💱 HootDex	hootdex.com
📦 npm	@pecunovus/sdk
🐍 PyPI	pecu-sdk
🔵 Go	pecu-sdk-go

Contributing & Security

Pecu Novus has been maintained by MegaHoot Technologies since 2022. For partnership inquiries, developer access, or contribution guidelines, reach out via pecunovus.com.

Report security vulnerabilities to security@pecunovus.com. See SECURITY.md for the full disclosure policy.

License & Disclaimer

Nothing in this repository constitutes a solicitation by the Pecu Novus Blockchain Network. MegaHoot Technologies publishes these materials solely as a record of achieved, applied results and to outline the potential utility of the Pecu Novus Blockchain Network across various industries.

© 2017–2026 Pecu Novus Network · Licensed under the Apache License, Version 2.0. All rights reserved.

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Overview

Network at a Glance

Repository Structure

Why Pecu Novus?

Speed That Matches Real-World Demand

Institutional-Grade Compliance — Built In, Not Bolted On

Energy-Efficient by Design

A Consensus Mechanism That Is Actually Fair

Built-In Escrow and Smart Contract Infrastructure

Ecosystem

Quick Start (Rust Node)

Prerequisites

Build & Run

SDK Installation

Quick Start Examples

JSON-RPC API

RPC Coverage

Key Methods

Example: Create Wallet

Example: Create Escrow (Real Estate)

For Developers

Development Languages

EVM Compatibility

MetaMask Integration

PNP16 Supported Asset Classes

Consensus: Hybrid PoT + PoS

Proof of Time (PoT)

Validator Weight Formula (Pecu 3.0 Themis)

Validator Rewards

Tokenomics

Token Allocation

Halving Schedule

Vesting Schedule

Test Results

SDK Development

Roadmap

Whitepapers

Quick Links

Contributing & Security

License & Disclaimer

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