Void AI
Building a Decentralised, Verifiable Liquidity Provisioning Subnet on Bittensor
Systango + VoidAI: Enabling secure, transparent, validator-driven liquidity provisioning across Raydium pools using a specialised Bittensor subnet.
Outcome Snapshot
45%
increase in effective liquidity depth across supported Raydium pools
100%
on-chain verification of liquidity deposits and LP uptime
30%
uplift in effective LP rewards
100%
automated treasury flows, aggregating emissions
Client
VoidAI is building an advanced Bittensor subnet for decentralised infrastructure, enabling scalable, secure, and verifiable on-chain services across emerging DeFi ecosystems.
Challenge
Liquidity provisioning across Raydium (Solana) lacked coordinated, protocol-driven oversight. Key gaps included:
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No standardised way to verify liquidity contributions or uptime
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Fragmented liquidity across uncoordinated pools
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Inability to securely recycle protocol-generated fees and rewards
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Early support is limited to wTAO liquidity pairs
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Need for a sustainable mechanism to maintain pool depth and improve performance
VoidAI needed a robust architecture where LPs (the miners of SN106) and validators could interact securely and transparently.
Objectives
Liquidity provisioning across Raydium (Solana) lacked coordinated, protocol-driven oversight. Key gaps included:
-
No standardised way to verify liquidity contributions or uptime
-
Fragmented liquidity across uncoordinated pools
-
Inability to securely recycle protocol-generated fees and rewards
-
Early support is limited to wTAO liquidity pairs
-
Need for a sustainable mechanism to maintain pool depth and improve performance
VoidAI needed a robust architecture where LPs (the miners of SN106) and validators could interact securely and transparently.
What We Built
Systango engineered the Liquidity Provisioning (LP) Subnet with the following core components:
1. Validator Verification Layer
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On-chain proof-of-deposit validation
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Uptime verification to ensure honest participation
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Scoring logic to reward accurate reporting
2. Liquidity Contribution Workflow
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Miners use Systango’s bridge to convert TAO/Alpha into wTAO/wAlpha liquidity
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Liquidity deposited into Raydium pools
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Miners receive LP tokens and stake them in a subnet smart contract
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Reward distribution tied to verified uptime
3. Automated Treasury Management
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Aggregation of miner emissions, validator commissions, and trading fees
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Automated reinvestment back into liquidity pools
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Transparent tracking and reporting system
4. Future-Ready Architecture
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Support for liquidity pools across multiple chains
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Expandable to wALPHA and other token ecosystems
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Modular components enabling long-term scalability
Impact
Improved
liquidity depth and overall pool stabilit
Reduced
risks through validator-based verification
Enabled
sustainable reward cycles with auto-redeployment of funds
Expansion
to Ethereum and other networks is in progress.
Build Facts
Platform
Raydium (Solana)
Bittensor Network
Focus
Liquidity
Validator Logic
Automated Treasury
Smart Contract Staking
Let’s talk, no strings attached.
