A LinkedIn post from Fermah discusses the design challenges of building agent-facing applications for blockchain or protocol-based systems. The post emphasizes that autonomous agents require machine-readable action contracts that define initiators, inputs, permissions, state changes, outputs, and conditions for subsequent actions.
According to the post, this shift from human flows to agent-driven flows transforms product design into an “action graph” that must operate against live protocol state. Fermah’s reference to ongoing work on its Kernel infrastructure suggests a focus on enabling agents to chain operations, such as loan repayment and collateral reuse, through explicit state transitions and permission scopes.
For investors, the content implies Fermah is positioning itself as foundational infrastructure for agentic automation in on-chain or protocol environments. If effective, this approach could make Fermah’s platform integral to next-generation financial and DeFi applications, potentially enhancing its strategic value in ecosystems that demand reliable machine-to-protocol interaction.
The post also highlights a key tradeoff: every new action handoff increases both utility and lifecycle complexity, including limits, expiry, and continuation rules. This suggests Fermah may need significant investment in engineering and security to manage these intricate permissioned workflows, which could raise development costs but also deepen competitive moats if successfully implemented.
From an industry perspective, the focus on agent UX and composable protocol actions aligns with broader trends toward autonomous financial agents and programmable liquidity. Fermah’s work in this area may position it to benefit from growing demand for infrastructure that can safely orchestrate multi-step transactions without human intervention, potentially influencing future partnership and integration opportunities.