ParaloomPARALOOM

Vision

The future of privacy-preserving DeFi on Solana

Vision: Privacy DeFi Layer for Solana

Paraloom is evolving beyond a simple privacy layer into Solana's comprehensive Privacy DeFi infrastructure.

Privacy DeFi Vision

The Problem

Current DeFi is Naked

Every transaction on Solana is completely transparent:

What's ExposedWho Exploits It
Your wallet balanceScammers target rich wallets
Trading patternsCompetitors copy strategies
Large buy ordersFront-runners extract value
Token holdingsSocial engineers phish you
Dev walletsSnipers dump on launches

The cost of transparency:

  • Whales can't accumulate without moving markets
  • Traders can't execute strategies privately
  • Projects can't launch fairly
  • Users have zero financial privacy

Existing "Solutions" Don't Work

Simple Mixers (5-hop routing):

  • All transactions visible on-chain
  • Timing correlation attacks
  • Amount matching analysis
  • Chainalysis breaks them easily

Centralized Services:

  • "Trust us bro" model
  • Single point of failure
  • Can be shut down
  • No real privacy guarantee

The Solution: Paraloom

Paraloom provides real privacy through zero-knowledge cryptography, not obfuscation.

Why Paraloom is Different

ApproachSimple MixerCentralizedParaloom
Privacy LevelWeakTrust-basedCryptographic
On-chain VisibilityFullPartialZero
DecentralizationFakeNoneReal
Proof SystemNoneNonezkSNARK (Groth16)
Timing AttacksVulnerableVulnerableResistant

Technical Foundation (Already Built)

Paraloom's privacy layer uses Zcash Sapling-grade cryptography:

Commitment = Poseidon(value || randomness)
Nullifier = Poseidon(commitment || secret)
Proof = Groth16(witness, public_inputs)
  • Groth16 zkSNARK: 128-bit security, constant proof size
  • Poseidon Hash: zkSNARK-optimized, Zcash parameters
  • Merkle Tree: Incremental, 32-level depth
  • BFT Consensus: 7/10 validators for withdrawals

Two Products, One Infrastructure

Two Products Architecture

Product 1: Privacy Swap (DEX Routing)

Not a DEX. A privacy layer for existing DEXs.

User → Paraloom Privacy Layer → Jupiter/Raydium → Swap Complete

    zkSNARK proof
    Nullifier check
    Anonymous routing

    Recipient gets tokens
    No link to sender

How it works:

Deposit to Shielded Pool

User deposits SOL/tokens into Paraloom's shielded pool, receiving a private note.

Generate Swap Intent

User creates an encrypted swap intent (token pair, amount, slippage).

Validators Execute

Paraloom validators verify the zkSNARK proof and execute the swap on Jupiter/Raydium from the pool.

Private Withdrawal

Swapped tokens returned to user's chosen address via private withdrawal.

Why this is powerful:

  • No liquidity needed: Uses Raydium/Jupiter's billions in liquidity
  • No DEX development: Just privacy routing
  • All tokens supported: Anything on Jupiter
  • Same prices: No privacy premium on execution

Product 2: Privacy Launch (Stealth Launchpad)

Pump.fun, but actually private.

Current launch platforms expose everything:

  • Who bought (wallet addresses)
  • How much they bought (amounts)
  • Dev wallet holdings (insider info)
  • Sniper wallets (unfair advantage)

Paraloom Privacy Launch:

Creator → Private Deploy → Bonding Curve

         Dev allocation HIDDEN
         No visible dev wallet

Buyers → Shielded Purchase → Tokens

         Buyer addresses HIDDEN
         Purchase amounts HIDDEN
         Sniper advantage GONE

Fair launch mechanics:

FeaturePump.funParaloom Launch
Dev wallet visibleYesNo
Buyer addressesPublicHidden
Sniper advantageHugeNone
Front-runningEasyImpossible
True stealth launchNoYes

Node Economics: The Flywheel

Flywheel Economics

Why Run a Paraloom Node?

Revenue SourceDescription
Privacy Swap Fees% of every private swap
Launch Fees% of every token launch
Verification RewardsPayment for zkSNARK verification
Compute JobsPrivate compute execution fees

The Flywheel Effect

More Nodes → More Privacy Capacity → More Users
     ↑                                    ↓
More Revenue ← More Transactions ← Better UX

This solves Paraloom's original question: "Why run a node?"

Answer: Real revenue from privacy fees.

Node Requirements

TierHardwareExpected Revenue
LightRaspberry Pi 4Entry level
Standard4 core, 8GB RAMMedium
Power8+ core, 16GB RAMHigh throughput

Low barrier to entry = More nodes = More decentralization = Better privacy


Competitive Landscape

Launch Platforms

PlatformLaunchPrivacyFair
Pump.funYesNoNo (snipers)
MoonshotYesNoNo
ParaloomYesYesYes

DEX/Swap

PlatformSwapPrivacyOwn Liquidity
JupiterYesNoAggregated
RaydiumYesNoOwn pools
ParaloomYesYesUses theirs

Privacy Solutions

SolutionReal PrivacyDecentralizedDeFi Integration
Tornado CashYesYesNo (just mixer)
Simple MixersNoSometimesNo
ParaloomYesYesYes (full DeFi)

Paraloom sits at the intersection: Real privacy + Full DeFi + Decentralized


Roadmap Integration

Phase 1: Foundation (Complete)

  • zkSNARK privacy layer
  • Multi-validator consensus
  • Solana bridge (deposit/withdraw)
  • Private compute layer

Phase 2: Privacy DeFi (Next)

  • Jupiter/Raydium integration
  • Privacy swap routing
  • Bonding curve contracts
  • Privacy launch platform

Phase 3: Ecosystem

  • SPL token support
  • Private NFT transfers
  • Cross-chain bridges
  • Mobile SDK

Why This Matters

For Users

  • Trade without being front-run
  • Accumulate without moving markets
  • Financial privacy as a right

For Projects

  • Fair launches without snipers
  • Dev allocations stay private
  • Legitimate stealth launches

For Node Operators

  • Clear revenue model
  • Growing transaction volume
  • Network effect benefits

For Solana

  • Privacy as infrastructure
  • DeFi innovation
  • Competitive advantage vs other L1s

Summary

Paraloom is becoming Solana's Privacy DeFi Layer:

ComponentStatusPurpose
zkSNARK LayerBuiltReal cryptographic privacy
ConsensusBuiltDecentralized verification
BridgeBuiltSolana integration
Privacy SwapNextPrivate trading
Privacy LaunchNextFair token launches

One infrastructure, two killer products, infinite possibilities.

This vision builds on Paraloom's existing foundation. The zkSNARK infrastructure is already battle-tested. Now we're adding the applications that make privacy useful for everyday DeFi.

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