GhostYield
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GhostYield Protocol

Privacy × Autonomous Yield

FARM IN THE SHADOWS

Personal AI agents for private yield-farming and arbitrage — powered by stealth addresses and zero-knowledge proofs. Move liquidity without revealing balances or strategies on-chain.

Version
v1.1
Published
July 2026
Website
Home
Status
Paper demo live

Table of contents

  1. 01Executive Summary
  2. 02The Problem
  3. 03Why GhostYield
  4. 04Vision & Mission
  5. 05Ecosystem Overview
  6. 06Technical Architecture
  7. 07Protocol Flow
  8. 08Core Features
  9. 09Strategy Modes
  10. 10Privacy Model
  11. 11Technology Stack
  12. 12Security Framework
  13. 13Use Cases
  14. 14Roadmap
  15. 15Competitive Position
  16. 16Conclusion

§ 01

Executive Summary

“Normal yield farming puts a target on your back. GhostYield removes the target.”

GhostYield is a protocol for deploying personal AI agents that hunt yield and arbitrage across chains while remaining unlinkable on public ledgers. Capital is routed through stealth addresses; correctness and solvency are attested with zero-knowledge proofs — never by exposing balances, positions, or strategy.

Build status (v1.1)

A paper demo of the agent dashboard is live at /app. It simulates activity and PnL in-browser so the product loop can be shown publicly. Live farming, stealth settlement, and ZK attestation are in development — see Docs for what works today vs what is planned.

Autonomous agents

Always-on execution that rebalances risk-adjusted yield without manual micromanagement.

Stealth by default

One-time addresses for deposits, hops, and rewards — no reused fingerprints.

Prove, don’t reveal

ZK circuits verify that agents followed policy without leaking alpha on-chain.

§ 02

The Problem

Public blockchains optimized for transparency. For yield farmers and sophisticated capital, that transparency is a liability.

01 · Public balances

Every wallet is an open book. Holdings, entry points, and net worth are readable in seconds.

02 · Copied strategies

On-chain footprints reveal alpha. Bots front-run and clone profitable positions the moment you move.

03 · You become a target

Doxxed size invites phishing, extortion, and targeted MEV across every hop.

04 · Linked identities

Reused deposit addresses permanently correlate every action to a single identity.

Transparency was supposed to be a feature. For your capital, it's a liability.

§ 03

Why GhostYield

Existing privacy tools are bolt-ons. Most yield products ignore privacy entirely. GhostYield combines three layers that are usually separate: autonomous execution, stealth routing, and ZK attestation.

  • Agent-native

    You encode intent and risk policy once. The agent operates continuously in the shadows.

  • Unlinkable by construction

    Fresh stealth addresses per action break correlation graphs used by chain analytics.

  • Verifiable darkness

    The network trusts proofs of correct execution — not public visibility of your book.

§ 04

Vision & Mission

Vision

A world where yield strategies can compete on skill — not on who doxses their size and path first.

Mission

To make private, autonomous yield infrastructure practical: deploy an agent, fund a stealth vault, collect rewards with zero residual footprint.

Privacy by default

Stealth is the starting state — not an optional toggle.

Policy over trust

Agents obey encrypted risk policies; proofs enforce correctness.

User sovereignty

You control capital boundaries. Agents execute within them.

§ 05

Ecosystem Overview

GhostYield operates as a four-layer stack. Each layer compounds privacy guarantees so that public observers see activity without being able to attribute it to you or reverse-engineer your strategy.

ApplicationAgent terminal, dashboard, wallet connect, policy editor
Agent runtimeIntent encryption, strategy engine, risk limits, kill-switch
Stealth meshOne-time addresses, cross-chain fragmentation, trail burn
ZK attestationSolvency proofs, policy compliance, nullifier hygiene

§ 06

Technical Architecture

Privacy by construction — not by hope.

User → Agent

Intents and risk policies are encrypted client-side before they reach any relay. The agent never needs your primary hot-wallet identity for routine execution.

Agent → Stealth mesh

For every action the agent derives a fresh stealth address. Liquidity can fragment across routes and chains to break correlatable paths.

Stealth mesh → ZK layer

Circuits attest that moves respected policy (limits, allowlists, solvency) without publishing the underlying book.

Settlement

Rewards settle to one-time addresses. Routing trails are burned. Residue that could link deposits to exits is minimized by design.

  1. Intents are encrypted client-side before they ever touch a relay.
  2. Agents derive a fresh stealth address for every action — no reuse, ever.
  3. ZK circuits attest correctness so the network trusts math, not visibility.
  4. Rewards settle to one-time addresses, then the routing trail is burned.

§ 07

Protocol Flow

Four moves to invisible yield.

01

Deploy

Spin up your agent. Fund a one-time stealth vault and configure risk. The agent boots with zero identity attached to your public persona.

02

Stealth hop

Liquidity fragments across fresh stealth addresses and private routes, breaking any single traceable path across chains.

03

ZK verify

Zero-knowledge proofs confirm solvency and policy-compliant execution — never exposing balances or strategy.

04

Burn & collect

Rewards land on brand-new one-time addresses. The trail is burned. No residue, no durable link.

§ 08

Core Features

Autonomous yield agents

Personal AI agents continuously hunt risk-adjusted yield and arbitrage, rebalancing across protocols within your policy envelope.

Stealth addresses

Every deposit and reward lands on a fresh one-time address — nothing durable links back to you.

ZK proofs

Prove solvency and correct execution without ever exposing balances or strategy graphs.

Cross-chain liquidity

Agents move capital across multiple chains through private routes, fragmenting any traceable path.

No on-chain fingerprint

Strategies stay unlinkable. No reused addresses, no leaked alpha, no permanent target on your back.

Kill-switch & limits

Hard risk caps, allowlisted venues, and instant pause/withdraw controls keep autonomy bounded.

§ 09

Strategy Modes

Agents do not “ape random tokens.” They operate inside a policy envelope and select among explicit strategy modes. Profit is expected from measurable market mechanics — rates, fees, and spreads — not social signals.

Shadow Yield

Planned · demo label today

Rotate capital toward the best risk-adjusted lending / vault APR.

The agent monitors allowlisted lending markets and yield vaults, estimates net APR after fees and gas, and reallocates when the improvement clears your risk policy.

Stealth LP

Planned · demo label today

Earn swap fees in allowlisted pools while bounding IL risk.

Provide liquidity in whitelist pools, harvest fees, and exit or resize when estimated impermanent loss or volatility breaks policy limits. Execution is meant to route via stealth addresses.

Cross-chain Arb

Planned · demo label today

Capture price spreads across venues when edge survives costs.

Compare quotes across allowlisted DEXs / chains. If spread > gas + slippage + buffer, execute a size-capped arb and settle through private routing where available.

Quiet Rebalance

Planned · demo label today

Keep the book inside policy without noisy, copyable footprints.

When drift, risk, or opportunity thresholds hit, rebalance toward target weights using stealth hops so timing and size are harder to cluster on public explorers.

How to try the paper UI and what each mode simulates today is documented in Docs → Strategies.

§ 10

Privacy Model

GhostYield’s privacy model targets the failure modes of public DeFi surveillance — not absolute metaphysical invisibility. The goal is practical unlinkability of user identity, capital size, and strategy under honest protocol operation.

  • Address unlinkability — one-time stealth addresses reduce clustering.
  • Amount / position confidentiality — ZK attestations replace public balance disclosure where circuits apply.
  • Strategy opacity — agents execute from obscured routes so copy-trading bots lose the signal.
  • Selective disclosure — users may prove compliance or solvency to counterparties without doxxing the full book.

§ 11

Technology Stack

LayerComponents
InterfaceNext.js terminal, wallet adapters, policy UI
Agent runtimeEncrypted intents, strategy workers, risk engine
PrivacyStealth address derivation, commitment trees, nullifiers
ProofsZK circuits for solvency & policy compliance
SettlementMulti-chain routers, private liquidity paths
SecuritySession keys / limited permissions, audits, kill-switch

§ 12

Security Framework

01

Bounded autonomy

Agents operate under explicit capital, venue, and loss limits. Unlimited keys are incompatible with the threat model.

02

Client-side intent encryption

Sensitive policy and routing intent are protected before leaving the user environment.

03

Proof-backed execution

Where applicable, ZK attestations replace blind trust in operator honesty for critical invariants.

04

Operational kill-switch

Users can pause agents and initiate withdrawal flows without depending on opaque operator goodwill.

05

Progressive hardening

Circuits, routers, and agent runtimes are staged through testnets, audits, and bug bounties before mainnet capital scale.

§ 13

Use Cases

Private yield

Farm across venues without publishing size or hop graph to copybots and predators.

Quiet treasury ops

DAOs and desks rebalance without telegraphing inventory to the mempool.

Alpha preservation

Keep edge in arbitrage and rebalancing while still proving agent honesty via ZK.

§ 14

Roadmap

Phase 1

Now
  • Public landing & community channels
  • Whitepaper v1.1 + Docs
  • Interactive paper-agent demo (/app) — simulated PnL & activity
  • Strategy mode catalog (labels; engines in progress)

Phase 2

Next
  • Agent policy engine (limits, venues, pause) wired to real workers
  • First live strategy path on testnet (Shadow Yield and/or Stealth LP)
  • Stealth vault primitives
  • Security review of agent permissions model

Phase 3

Scale
  • Cross-chain Arb + Quiet Rebalance engines
  • Stealth routing expansion
  • Hardened ZK circuits & audits
  • Mainnet capital with progressive limits

Phase 4

Expand
  • Institutional / treasury modes
  • Open strategy marketplace (privacy-preserving)
  • Governance for protocol parameters
  • Ecosystem integrations

§ 15

Competitive Position

GhostYield sits at the intersection of autonomous agents and transaction privacy. Most products offer one without the other.

CapabilityGhostYieldPublic yield vaultsPrivacy mixersGeneric AI bots
Autonomous yield agentsYesLimitedNoYes
Stealth / unlinkabilityYesNoPartialNo
ZK policy attestationYesNoVariesNo
Cross-chain private routingYesRareRareRare
User kill-switch & limitsYesVariesN/AVaries

§ 16

Conclusion

The next generation of yield will not be won by who publishes the loudest on-chain footprint. It will be won by who can execute — continuously, correctly, and unseen.

GhostYield brings together autonomous agents, stealth routing, and zero-knowledge attestation so capital can farm in the shadows without abandoning verifiability. This whitepaper (v1.1) describes the vision, strategy modes, and architecture. A paper demo of the agent loop is already public; live execution ships in phases.

Built for those who move unseen

GhostYield Protocol · Whitepaper v1.1 · July 2026