Your positions.Protected whileyou sleep.
Tahansoe monitors your Health Factor 24/7 and executes automatic repay or collateral top-up before liquidation strikes. Non-custodial. No reserve required.
Risk automation — not a liquidation guarantee.
Health Factor
Collateral
4.2 ETH
Debt
5,400 USDC
Protocol
Aave V3
Chain
Base
Built on
From setup to protection in four steps.
01
Connect your position
Link your Aave V3 or Morpho Blue position. Tahansoe reads Health Factor directly from Chainlink oracles, the same source the protocol uses.
02
Set your thresholds
Define your trigger threshold (default 1.30) and target recovery HF (default 1.60). Tahansoe translates your intent into deterministic policy parameters.
03
Approve the Guardian Module
A Safe Module with a strict allowlist is deployed. It can only repay debt or supply collateral. It cannot transfer funds out or approve arbitrary addresses.
04
Automated remediation
When HF drops below your trigger, the rule engine fires: repay via flash loan or reserve, restoring your position in a single atomic transaction.
Built for the worst case, not the average case.
Every architectural decision in Tahansoe starts from the question: what happens when the market crashes 40% in one block?
Non-custodial by design
Your funds never move to Tahansoe. The Guardian Module can only repay debt or add collateral. Even a full compromise of Tahansoe cannot drain your wallet.
Flash loan fallback
No idle reserve needed. Tahansoe uses flash loans to remediate any position atomically, charging only ~0.05% fee.
Chainlink-identical oracles
Tahansoe reads the same Chainlink Data Feeds as Aave V3. No divergence. No late detection.
Aave V3 + Morpho Blue
Unified position interface across both protocols. Aave uses a single aggregate HF; Morpho tracks each isolated market independently.
Deterministic execution, no AI in the loop
The rule engine that fires your remediation is pure deterministic logic. LLMs are only used to translate your natural-language config into policy, always with your confirmation before commit.
Chainlink Automation production trigger
In production, the checkUpkeep / performUpkeep interface removes any single point of failure from the trigger layer.
LLM authoring.
Deterministic execution.
The AI never signs a transaction. It translates your intent into policy parameters. A deterministic rule engine handles everything that runs live.
Compromise of Tahansoe cannot drain user funds
Worst case: attacker pays your debt for you
All executions are dry-run simulatable before going live
Layer 1 - Data
Chainlink Data Feeds
Protocol AdaptersReads positions and prices from the same oracle sources as the target protocols. No divergence risk.
Layer 2 - Policy
Rule Engine
Deterministic intentEvaluates Health Factor against your threshold. Outputs a structured Intent object: action, amount, asset, funding source.
Layer 3 - Trigger
checkUpkeep / performUpkeep
Chainlink Automation in productionDecentralized trigger layer. No single point of failure. During development, runs on a cron + viem loop.
Layer 4 - Execution
Guardian Safe Module
Strict allowlistCan only call Aave.repay(), supply(), Morpho.repay(), or whitelisted swap routers. Cannot transfer funds out.
What Tahansoe cannot do.
Risk automation is not a liquidation guarantee. These limitations are not in a footnote - they are a core part of the product.
Tahansoe is risk automation. No system can prevent liquidation caused by an intra-block flash crash, oracle heartbeat delay, or gas limit breach. Always maintain a conservative Health Factor buffer independent of Tahansoe.
Get early access.
Tahansoe is in pre-development. Join the waitlist to be notified when the testnet demo goes live.