How Does Makina Work?
Makina is a DeFi execution engine that allows professional operators and AI agents to run automated yield strategies across multiple EVM chains on behalf of depositors. Using its novel Machine/Caliber architecture, it provides institutional-grade strategy execution with governance-defined risk controls. However, the protocol suffered a $4.2M hack shortly after launch, and its novel architecture remains largely untested. The MAK token captures value through buybacks and governance staking.
TVL
$49M
Sector
DeFi
Risk Grade
C
Value Grade
C-
Core Mechanisms
2.3.3
NovelMachines (strategy vaults) and Calibers (cross-chain execution engines) in hub-and-spoke architecture for automated DeFi strategies
Novel execution engine architecture allowing professional operators and AI agents to deploy strategies across EVM chains
6.1.1
Single-sided liquid deposits into Machine vaults with governance-defined exposure limits and risk controls
Standard vault deposit pattern with added risk guardrails
5.1.1
MAK token governance for protocol parameters, operator approval, and risk control settings
Standard token-weighted governance with staking for voting power
2.4.1
Protocol revenue distributed via MAK buybacks and incentive programs supporting Machine growth
Standard revenue-funded buyback model
2.1.2
Performance and management fees charged by operators on vault strategies
Standard fund management fee structure
8.1.3
NovelCross-chain execution via Caliber engines allowing strategies to operate across multiple EVM networks
Novel cross-chain execution layer for DeFi strategy deployment
How the Pieces Interact
Automated cross-chain strategies increase attack surface exponentially; a vulnerability in any connected chain or protocol can be exploited by the execution engine
Operators executing strategies can interact with compromised protocols, leading to vault fund losses as demonstrated by the $4.2M hack
Governance sets risk parameters for Machines; if parameters are too permissive, operators can deploy excessively risky strategies with user funds
Fee incentives may drive operators toward higher-risk strategies to maximize performance fees at user expense
Buyback schedule may be predictable and front-runnable; governance changes to buyback parameters could affect token price
What Could Go Wrong
- Security incident: Makina suffered a $4.2M hack shortly after launch, demonstrating smart contract vulnerabilities in its execution engine
- Novel architecture risk: the Machine/Caliber execution engine for automated cross-chain DeFi strategies is a novel and largely untested pattern
- Operator trust dependency: professional operators and AI agents execute strategies on behalf of users, creating counterparty risk if operators act maliciously or incompetently
Repeat Smart Contract Exploit
ElevatedTrigger: A new vulnerability in the Machine/Caliber execution engine is exploited, similar to the previous $4.2M hack
- 1.Attacker identifies vulnerability in the execution engine or cross-chain Caliber layer — Vault funds are drained through malicious strategy execution or direct contract exploit
- 2.Multiple Machines are affected as the vulnerability is in shared infrastructure — Widespread fund losses across different strategy vaults
- 3.TVL collapses as remaining users rush to withdraw — Protocol faces existential crisis with severe trust deficit after second exploit
- 4.Team attempts recovery and remediation — Partial fund recovery possible; long-term viability of the protocol is uncertain
Risk Profile at a Glance
Overall: C (49/100)
Lower score = safer