2

Chains. One Network.

Brain and memory.

Logic and data.

Execution and intelligence.

Perfectly synchronized. Infinitely scalable.

01

ArthaCore

Execution & State

02

ArthaFlow

Intelligence & Identity

1

ArthaCore

The Execution Chain

Handles

Smart contract execution

Dual-VM transactions

State transitions

Global ledger

Consensus finality

Built For

Speed

Determinism

Parallel execution

Low latency

High throughput

Core Technologies

EVM + WASM
Parallel Processor
Dynamic Sharding
Quantum-SVBFT
DAG Ordering
State-First
2

ArthaFlow

The Intelligence Chain

Handles

Decentralized Identity

Vector storage (SVDB)

AI agent memory

Large data blobs

ZK circuits

Built For

Massive data

Vector embeddings

Identity proofs

ZK validity

AI memory

Core Technologies

Sharded Vector DB
Content Addressing
PQC DIDs
Face Embeddings
Agent Registry
ZK Proofs

Perfect Synchronization

Two chains. Same heartbeat.

Same Validators

Same Consensus

Same Network

Same Block Cycle

Same Finality

Same Shard Roots

How It Works

1

User signs in

ArthaFlow: DID verified

2

Transaction sent

ArthaCore: Balance updated

3

Data saved

ArthaFlow: Embeddings stored

4

Query executed

ArthaFlow: Vector retrieved

Why Dual Chain?

AI needs separation from execution

Deterministic logic cannot mix with flexible AI storage and embeddings.

Identity cannot bloat the execution layer

DIDs and credentials need their own optimized chain.

Vector databases are massive

AI agents produce 100MB+ embeddings. SVDB handles this.

ZK proofs need dedicated roots

Separate roots prevent execution congestion.

Independent scaling

Execution and data scale separately. Infinite growth.

The Comparison

ArthaCore

Purpose

Execution

VM

EVM + WASM

Data

Small

Optimized

Speed

Sharding

Dynamic

ArthaFlow

Purpose

Identity + Data

VM

None

Data

Large / Vectors

Optimized

Storage

Sharding

SVDB Shards

A Complete Intelligent Blockchain

Faster. Smarter. More scalable than any L1.