tributary @ mtnDAO
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Cross-Protocol Financial Workflows

Multi-step financial pipelines that chain conditions and forward CPIs across protocols β€” DeFi lego blocks assembled into autonomous workflows.

Tributary Models PayAsYouGoSubscription
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DeFi Legos Assembled Into Autonomous Pipelines

Multi-step financial pipelines where each step is a Lighthouse-validated pull-and-forward, chained into a coherent financial strategy. The user sets up the workflow once; the protocol executes each leg in sequence.

Pitch of the Core Idea

DeFi protocols are siloed. Each does one thing well β€” lend, swap, provide liquidity, stake β€” but stitching them together requires manual coordination: deposit here, withdraw there, swap in between, sign at every step. The cross-chain interoperability market is $1.7B in 2024, growing to $13.2B by 2033 at 25.8% CAGR. Yet intra-chain composability remains manual.

Tributary v1 enables cross-protocol workflows: multi-leg pipelines where each step is a Lighthouse-validated pull-and-forward. Receive USDC, auto-split into staking + LP + insurance + buffer. Detect liquidation risk, auto-borrow + repay + re-collateralize. The protocol handles execution; the user defines the strategy once.

Core Mechanics

  1. Workflow service configures chains of ComposablePolicy instances, each representing one leg
  2. Pre-validation (Lighthouse) β€” Each leg has its own condition:
    • Leg 1 validates the trigger (incoming payment, time schedule)
    • Leg 2 validates output of Leg 1 (received tokens, achieved state)
    • Leg 3 validates market conditions for its action
  3. Pull (Token Delegation) β€” Each leg pulls from output of previous leg (or user’s wallet)
  4. Forward (CPI) β€” Each leg routes to different protocol: swap β†’ deposit β†’ stake β†’ hedge
LEG 1: Pull incoming USDC from user wallet
  β†’ VALIDATE (Lighthouse: balance > $1,000 threshold)
  β†’ PULL ($1,000)
  β†’ FORWARD (Jupiter swap: 50% β†’ SOL)

LEG 2: Pull SOL from Leg 1 output
  β†’ VALIDATE (Lighthouse: SOL received > 4.0)
  β†’ PULL (4.0 SOL)
  β†’ FORWARD (Raydium stake: delegate SOL)

LEG 3: Pull remaining USDC from Leg 1
  β†’ VALIDATE (Lighthouse: USDC remaining > $500)
  β†’ PULL ($500)
  β†’ FORWARD (Meteora DLMM: add USDC-SOL liquidity)

Psychological Hook and Addictiveness

β€œMy money flows through strategies like water through pipes.” The satisfaction of watching a complex financial strategy execute autonomously β€” each leg triggering the next, each validation ensuring correctness. Users become architects of financial plumbing.

Strategy marketplace: Creators publish proven workflows. Users subscribe to strategies. The network effect of strategy sharing creates a DeFi strategy marketplace.

Brief Market Research

Metric Data
Cross-Chain Interop (2024) $1.7B
Projected (2033) $13.2B
CAGR 25.8%
DeFi TVL $50B+
Cross-chain bridging share 41.2%

Key Competitors:

  • Chainlink CCIP: Cross-chain messaging, but not workflow orchestration
  • LayerZero: Modular cross-chain messaging, but no financial workflow engine
  • Axelar: Cross-chain communication, but infrastructure-level, not user-facing
  • Zapier/Make: Workflow automation, but off-chain, not DeFi-native
  • DeFi Saver: Single-protocol automation (Aave/Compound), not cross-protocol

None provide Lighthouse-validated cross-protocol workflow orchestration.

Business Model

  • Workflow execution fee: 0.3-1% on total capital moved through workflow
  • Strategy marketplace: 15-30% revenue share on premium strategy subscriptions
  • Enterprise workflow tier: $500-2,000/mo for custom multi-protocol workflows
  • Performance fee: 10-20% of improved yield vs. manual execution
  • API access: $100-500/mo for programmatic workflow creation

Summary of Technical Specifications

Architecture

  • Workflow engine (chains ComposablePolicy instances in sequence)
  • Per-leg Lighthouse validation (condition evaluation per step)
  • Per-leg token delegation (pull from previous leg’s output)
  • Per-leg forward CPI (route to different protocol per step)
  • Intermediate token account management (user sees intermediate states)
  • Workflow dashboard (strategy visualization, execution history)

How This Hooks Into Tributary

  • PayAsYouGo: Per-leg pulling within workflow
  • ComposablePolicy: Each leg is a separate policy
  • Lighthouse: Per-leg validation
  • Forward: Per-leg CPI to different protocols
  • Solana + Anchor
  • Tributary SDK (full v1 stack)
  • Jupiter V6 for swaps
  • Kamino, MarginFi, Meteora for yield/LP
  • Pyth/Switchboard for market conditions
  • React dashboard with workflow builder

MVP Scope

  • 2-3 leg workflow (swap β†’ stake β†’ LP)
  • Jupiter + one yield protocol
  • Sequential execution (not atomic)
  • Basic workflow builder UI
  • Buildable in 3 days with Tributary v1 SDK

Non-Technological Requirements

  • Protocol integration: Need partnerships with Jupiter, Kamino, Meteora for reliable CPI
  • Workflow templates: Need pre-built templates for common strategies
  • User education: Cross-protocol workflows are complex β€” need clear documentation
  • Monitoring/alerting: Users need visibility into multi-leg execution
  • Gas optimization: Multi-leg pipelines multiply gas costs

Potential Risks

  • Partial execution: If pipeline fails at Leg 3, Legs 1-2 are complete. Tokens in intermediate state β€” recoverable but requires manual intervention
  • Composability bugs: Each protocol in chain may have quirks. Bug in Protocol B affects every pipeline including it
  • Gas multiplication: Multi-leg pipelines multiply gas costs. For small workflows, gas may exceed automation value
  • Timing-dependent strategies: Arbitrage and yield rotation are timing-sensitive. Sequential execution with block gaps may miss opportunity window
  • Not atomic: v1 executes legs sequentially. True atomic multi-leg pipelines require custom forward program or v2
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