L28

The Blockless Distributed Ledger

LIVE ON MAINNET

Multi-node distributed network operational

🎯 What is L28?

L28 is a revolutionary blockless distributed ledger that achieves instant transaction finality without using blocks. Unlike traditional blockchains that bundle transactions into blocks and wait for confirmations, L28 processes each transaction independently through a distributed hash table (DHT) and Avalanche consensus mechanism.

Key Innovation: By eliminating blocks entirely, L28 removes the fundamental bottleneck that limits blockchain scalability and speed.

⚑ Instant Finality

Transactions finalize in milliseconds, not minutes. No waiting for block confirmations.

♾️ Infinite Scale

No block size limits. No transaction per second caps. True horizontal scalability.

🌐 Truly Distributed

Heterogeneous nodes across the internet. No single point of failure.

πŸ€– Autonomous

Self-improving orchestrator with autonomous agents that evolve the system.

πŸš€ Why Blockless?

The Problem with Blocks

Traditional blockchains have inherent limitations:

The L28 Solution

L28 eliminates blocks entirely:

πŸ—οΈ Architecture

Layer 1: DHT (Distributed Hash Table)

The DHT layer provides instant state location. When a transaction arrives, the system uses consistent hashing to determine which shard handles it, then queries the DHT to find the responsible node.

Transaction β†’ Hash β†’ Shard Assignment β†’ DHT Query β†’ Node Routing

Layer 2: Sharded State

The network is partitioned into 4 shards (expandable). Each shard handles a portion of the transaction space, enabling parallel processing.

Node 1

Shards: 0, 1

367efa8f...

Node 2

Shards: 2, 3

988c3e2b...

Layer 3: Avalanche Consensus

Each transaction achieves finality through Avalanche's sub-sampled voting protocol. Nodes query random peers and reach consensus in milliseconds.

Layer 4: Autonomous Agents

Three autonomous agents maintain and evolve the system:

πŸ“Š L28 vs Traditional Blockchains

Feature Bitcoin Ethereum Solana L28
Finality Time ~60 minutes ~12 seconds ~400ms ~0ms (instant)
Architecture Blockchain Blockchain Blockchain Blockless
Block Size Limit 1-4 MB Variable ~65K tx/block No blocks!
TPS (theoretical) ~7 ~30 ~65,000 Unlimited
Consensus PoW PoS PoH + PoS Avalanche
Energy Usage Very High Medium Low Minimal

πŸ”Œ API Documentation

UDP Interface (Port 4001)

Connect to L28 nodes via UDP protocol:

// Ping Node
echo '{"type":"ping"}' | nc -u 157.245.233.184 4001

// Response
{"node_id": "367efa8fb660630b", "status": "active"}

// Query Transaction
echo '{"type":"query","tx_id":"tx_001"}' | nc -u 157.245.233.184 4001

// Response
{"tx_id": "tx_001", "status": "finalized", "shard": 2}

Node Endpoints

Node IP:Port Shards Status
Node 1 157.245.233.184:4001 0, 1 ● Online
Node 2 138.197.220.26:4001 2, 3 ● Online

Transaction Format

{
  "type": "transaction",
  "from": "alice",
  "to": "bob",
  "amount": 100,
  "currency": "L28",
  "timestamp": "2025-11-19T21:00:00Z"
}

🌐 Live Network Status

Current L28 mainnet deployment:

Node 1 (Primary)

Location: San Francisco, USA

Shards: 0, 1

Services: DHT, Orchestrator, Shards

367efa8fb660630b

157.245.233.184:4001

Node 2 (Secondary)

Location: San Francisco, USA

Shards: 2, 3

Services: DHT

988c3e2bab3516ff

138.197.220.26:4001