Built on Solana · Powered by zkSNARKs

Compute Without
Compromise.

Privacy-preserving distributed computation on Solana. Zero-knowledge proofs. Byzantine fault-tolerant consensus.

Rust
zkSNARK
Groth16
BLS12-381
Wasmtime
libp2p
RocksDB
Anchor
Poseidon Hash
Tokio
Axum
Byzantine BFT
Rust
zkSNARK
Groth16
BLS12-381
Wasmtime
libp2p
RocksDB
Anchor
Poseidon Hash
Tokio
Axum
Byzantine BFT
Rust
zkSNARK
Groth16
BLS12-381
Wasmtime
libp2p
RocksDB
Anchor
Poseidon Hash
Tokio
Axum
Byzantine BFT
Privacy First
Trustless Execution
Open Source
Censorship Resistant
Minimal Trust
Self-Sovereign
Mathematically Safe
Decentralized
Privacy First
Trustless Execution
Open Source
Censorship Resistant
Minimal Trust
Self-Sovereign
Mathematically Safe
Decentralized
Privacy First
Trustless Execution
Open Source
Censorship Resistant
Minimal Trust
Self-Sovereign
Mathematically Safe
Decentralized

Devnet Status

LIVE

Solana Devnet

Transaction Fee

<0.001 SOL

per withdrawal

Proof Size

0 bytes

constant • Groth16

Proof Verification

~0ms

per zkSNARK proof

Consensus Latency

<0s

end-to-end

Validator Threshold

0/10

Byzantine fault tolerant

Core Capabilities

The infrastructure for
private computation

Zero-Knowledge
Privacy

Shielded transactions built on Groth16 proofs over BLS12-381. Deposits, transfers, and withdrawals are mathematically private — not just encrypted. Nobody sees your data, not even validators.

Groth16BLS12-381Poseidon HashNullifiersCommitments

Distributed Compute

Submit any WASM program. Wasmtime sandbox. Byzantine consensus ensures correctness.

$ paraloom compute submit
› assigning to 10 validators...
✓ consensus: 7/10 agree
✓ result sealed (0.4ms)

Solana Native

First-class bridge with on-chain Merkle verification and nullifier tracking. Sub-cent fees.

192 B
Proof size
7/10
BFT threshold
<1¢
Per transaction
100%
Private
PRIVATE
Our Promise

Privacy is not a feature.
It's the foundation.

We built Paraloom because the world needs computation that is verifiable without being visible.

Your assets, your rules.

Shielded by mathematics. Not policies. Not promises. Zero-knowledge proofs mean nobody can access your data — not validators, not operators, not us.

Verifiable, not just trusted.

Byzantine fault-tolerant consensus means 7 of 10 validators must agree — and you can verify this cryptographically. No trust required.

Speed without sacrifice.

Built on Solana for sub-second finality and sub-cent fees. Privacy at this scale has never been possible — until now.

Who It's For

Privacy for every
builder on Solana

From DeFi traders to game developers — anyone who needs on-chain computation without on-chain exposure.

Coming Q2

Private DeFi

Trade on Jupiter and Raydium without exposing your wallet, strategy, or position size. No front-running. No MEV extraction against you.

Traders & DeFi protocols

DAO Governance

Vote on proposals without revealing your identity or wallet. Anonymous governance prevents vote coercion and bribery attacks.

DAOs & protocols
Coming Q2

Stealth Launches

Launch tokens without sniper bots. Hidden dev allocations, private buyer addresses, and fair bonding curves — the privacy layer pump.fun never had.

Token creators

Confidential Payroll

Pay contributors and employees in SOL without exposing salary amounts on-chain. Prevent internal salary conflicts and competitive intel leaks.

DAOs & companies

Fair Gaming

Build on-chain poker, strategy games, and lotteries with hidden state. Provably fair outcomes — verifiable without revealing player hands.

Game developers

Private NFT Ownership

Hold high-value NFTs without advertising your wallet as a target. Transfer ownership privately. Reveal on your terms.

Collectors & creators
Architecture

How Paraloom works

Shield, compute, verify, deliver — four trustless steps from public Solana to fully private execution and back.

01
Groth16 Commitment

Shield Assets

Deposit SOL into the shielded pool. A Groth16 zk-SNARK circuit generates a cryptographic commitment tied to your secret — your identity disappears from the public ledger the moment you enter.

SOL
public
shielded
commitment generated · identity shielded
02
Encrypted WASM Execution

Submit Computation

Send your WASM binary with AES-256-GCM encrypted inputs. The coordinator scores validators by uptime and reputation, then distributes your job — no single node ever sees the full picture.

$ paraloom compute submit --wasm job.wasm
› input encrypted with AES-256-GCM
› coordinator: assigning 10 validators
✓ job distributed [id: 0x7f3a…]
03
7/10 Validator Agreement

Byzantine Consensus

Each validator runs your program in an isolated Wasmtime sandbox with strict resource limits. At least 7 out of 10 must produce an identical result hash — Byzantine faults are detected and slashed automatically.

V1
V2
V3
V4
V5
V6
V7
V8
V9
V10
7/10 validators agreed · threshold met ✓
04
ZK-Verified Result

Private Delivery

A zero-knowledge proof certifies the computation was executed correctly without revealing inputs, outputs, or who requested it. Withdraw results or funds to any Solana address — unlinkable to the original deposit.

proof verificationvalid ✓
result delivered → 0x9a2f…4b1e
Run a Node

Validators earn from
every job on the network

Stake SOL, run a node, verify proofs. The more reliable you are, the more work you get assigned — and the more you earn.

Verification Fees

Per proof

Earn SOL every time you verify a zkSNARK proof. Higher reputation → more verification requests assigned to you.

Compute Fees

Per job

Execute WASM jobs submitted to the network. Fees scale with CPU and memory usage — the more you process, the more you earn.

Block Rewards

Per epoch

Protocol inflation rewards distributed to active validators. Proportional to your stake and reputation — passive income on top of fees.

Minimum stake: 1 SOL· Devnet (no mainnet SOL required yet)

Reputation System

Every action affects your score. Higher score = more job assignments = more earnings. Max reputation unlocks early access to high-fee compute batches.

Reputation Score1,000 / 10,000
Correct verify+10
Consensus bonus+5
Bad verify−50
Timeout−30

Hardware Requirements

CPU2 cores4+ cores
RAM4 GB8 GB
Storage10 GB50 GB NVMe
Network50 Mbps100+ Mbps
MinimumRecommended
Ubuntu 22.04+ · Rust 1.70+ · Solana CLI 1.16+
Why Paraloom

Real privacy + real utility

Others gave you privacy or DeFi. Paraloom gives you both.

Feature
Paraloom
Tornado Cash
Basic Mixer
Real ZK Cryptography
DeFi / DEX Integration
Distributed Compute
Fair Token Launches
Permissionless Validators
Trustless Verification
Solana Native

Tornado Cash comparison based on public feature set as of 2024.

Roadmap

From zero-knowledge
to Privacy DeFi

Phase 1COMPLETE

Foundation

Live on Solana Devnet

zkSNARK Privacy Layer (Groth16)
Multi-Validator Consensus (7/10)
Solana Bridge — SOL deposits/withdrawals
Privacy-Preserving Compute (WASM)
Distributed proof verification
197/197 tests passing
Phase 2BUILDING

Privacy DeFi

Targeting Q2–Q3 2026

Jupiter & Raydium DEX integration
Privacy swap routing middleware
Stealth launchpad (no snipers)
Bonding curve contracts
Private token trading
SPL token support
Phase 3PLANNED

Ecosystem

Targeting Q4 2026+

Cross-chain bridges
Mobile SDK (iOS & Android)
Private NFT transfers
External security audit
MPC trusted setup ceremony
Mainnet launch

Phase 1 deployed to Solana Devnet · Program: GEwBw4…HfUCF

Private Beta · Limited to 500

Be first to build
privately.

We're opening access to a select group of developers, researchers, and builders who believe in privacy-first infrastructure.

  • Early validator node access
  • Private compute credits ($500 value)
  • Network governance voting rights
  • Direct line to the core team

Request Access

No spam. We'll only contact you about your access window.