KWE Blockchain Explorer

My Wallet

Address

Balance

0.00000000 KWE

Staked Amount

0.00000000 KWE

Transactions

No transactions yet

Peer Management

Total Peers: 0

Connected: 0

Node ID

Status: Connected

Uptime: 0h 0m 0s

Connected Peers

No peers connected

How KWE Blockchain Works

Blockchain Technology Basics

KWE Blockchain is a decentralized, distributed ledger that records transactions across a network of computers in a secure and immutable way. Each block in the chain contains multiple transactions and is linked to the previous block through cryptographic hashes.

                                    Security Features
                                    Cryptographic hashing (SHA-256)
Digital signatures for transaction verification
Decentralized consensus mechanism
Immutable ledger

                                

                                    Eco-Friendly Design
                                    Proof-of-Stake consumes 99% less energy than PoW
Carbon-neutral transaction processing
Energy-efficient node requirements
Supports green energy initiatives

                                

Proof-of-Stake Consensus Mechanism

KWE uses an advanced Proof-of-Stake (PoS) consensus mechanism where validators are chosen to create new blocks based on the amount of KWE tokens they have staked and their reputation in the network.

How Block Creation Works:

Validators lock up (stake) KWE tokens as collateral
The algorithm randomly selects a validator based on their stake
Selected validator creates and proposes the next block
Other validators verify and approve the block
Block is added to the chain and validator receives rewards

Benefits of PoS:

Energy efficiency
Faster transaction finality
Better scalability
Rewards for participation

Slashing Conditions:

Double signing blocks
Downtime exceeding 5%
Malicious behavior

KWE Wallets & Transactions

KWE wallets allow users to securely store, send, receive, and stake KWE tokens. Each wallet is protected by private keys that should be stored securely.

Wallet Address Format

KWE addresses start with "KWE" followed by 28 alphanumeric characters (Base58 encoding). Example: KWE5f8abc1234def5678ghi90jklm2345nopq6789rst

                                        
                                        Transaction Lifecycle
                                    
Created and signed with private key
Broadcast to network
Validated by nodes
Included in a block (1-5 seconds)
Confirmed (final after 6 blocks)

Transaction Fees:

KWE implements dynamic transaction fees based on network congestion, typically averaging:

Simple Transfer

0.001 KWE

Smart Contract

0.01 KWE

Cross-Chain

0.1 KWE

Becoming a Validator

Validators are network participants who propose and validate new blocks. Becoming a validator requires meeting specific requirements and maintaining network security.

Requirements:

Staking Requirements

Minimum 10,000 KWE self-stake
Additional delegation possible
21-day unbonding period
95% uptime requirement

Technical Requirements

Dedicated server (4+ cores, 16GB+ RAM)
SSD storage (500GB+ recommended)
Stable internet connection
Running official KWE node software

Validator Economics:

Block Reward

5.000000 KWE

Validator Commission

0-20%

Annual Yield

8-12%

                                Becoming a Validator: Step-by-Step
                                Acquire sufficient KWE tokens (min 10,000)
Set up server with required specifications
Install KWE node software and sync blockchain
                                    Create validator identity and configure commission rate
Delegate your KWE tokens to yourself
Wait to be elected to active validator set
Maintain high uptime and good participation

                            

KWE Token Economy

Token Distribution

Community Staking Rewards 45%

Foundation 20%

Early Backers 15%

Team & Advisors 10%

Ecosystem Development 10%

Inflation Model

Initial Supply 1,000,000,000 KWE

Annual Inflation 5-8% (dynamic)

Target Staking Ratio 66%

Current Circulating Supply 450,000,000 KWE

Token Utility:

Staking

Secure network & earn rewards

Governance

Vote on protocol changes

Payments

Low-fee transactions

Gas Fees

Power smart contracts

Value Capture:

Network Security

More staked tokens → higher security → greater trust and adoption

Transaction Volume

Increased usage → higher demand for KWE → appreciation

Ecosystem Growth

More dApps and services → increased utility → higher valuation

Blockchain Information

Consensus

Address Prefix

Decimals

Blockchain Visualization

Network Statistics

Block Time

Staked Tokens

Validators

Energy Efficiency