The fallout from the KelpDAO incident has reignited a familiar debate in decentralized finance: how much of the sector’s recurring risk is inevitable experimentation, and how much stems from preventable design flaws. In the wake of the latest attack, Curve Finance and Yield Basis founder Michael Egorov has urged the DeFi industry to move beyond reactive patchwork responses and adopt common security standards at the ecosystem level.
Egorov’s warning comes at a time when DeFi is attracting more institutional attention, larger capital flows, and greater scrutiny over infrastructure resilience. While smart contract audits have become common practice across major protocols, he argued that many vulnerabilities still emerge from broader system design decisions, especially where supposedly decentralized architectures rely on centralized points of failure.
A Call for Shared Security Standards
According to Egorov, recent on-chain attacks have exposed a recurring weakness in DeFi: critical dependencies are often concentrated in ways that undermine the decentralization narrative. His position is that these risks should be addressed before they can be exploited, rather than after losses have already occurred. In practical terms, he is calling for the industry to work together on shared DeFi security standards that can guide protocol design from the outset.
His proposal is not limited to code review or isolated audit procedures. Instead, it points to a broader framework covering how protocols are built, how external components are configured, and how trust assumptions are distributed. Where centralization cannot be fully removed, Egorov argued that trust should at least be split across multiple parties and reinforced through clearer best practices.
This framing reflects a wider shift in the DeFi conversation. The market is no longer judging projects solely on innovation speed or yield potential; it is increasingly evaluating whether protocols are architected to survive stress, operational failure, and adversarial conditions. As larger pools of capital enter the space, the tolerance for avoidable mistakes appears to be shrinking.
Ethereum and Solana Foundations Named as Potential Coordinators
Egorov also called for coordination led by major ecosystem players, specifically naming the Ethereum Foundation and the Solana Foundation as examples of institutions that could help drive standard-setting. The goal would be to establish a common set of guidelines for developers, auditors, and risk managers working across decentralized systems.
Such a framework could give the industry a more coherent baseline for evaluating protocol safety. Today, smart contract audits are often treated as a proxy for security, but they do not always account for the full system architecture. External integrations, governance assumptions, upgrade mechanisms, oracle dependencies, and key management procedures can all introduce meaningful attack surfaces even when core contracts have been reviewed.
By advocating for common standards, Egorov is effectively arguing that DeFi needs a more mature operational layer. The issue is no longer just whether individual teams can ship audited code, but whether the sector can define and enforce a broader discipline around secure protocol design.
KelpDAO Shock Deepened Concerns Across the Sector
The push for stronger standards follows the KelpDAO exploit, which reportedly resulted in losses of more than $300 million. The incident did not remain isolated to one protocol. It triggered a wider wave of withdrawals across decentralized finance, contributing to a decline of $14.17 billion in total value locked across dozens of protocols.
The lending segment was among the areas hit hardest, and Aave was cited as one of the major protocols affected by the market disruption. The scale of the outflows underscored how quickly confidence can deteriorate when a major vulnerability shakes assumptions about protocol safety. Even in a sector designed around transparency and programmability, the effects of a single exploit can ripple far beyond the immediate target.
The KelpDAO event has therefore become more than a story about one exploit. It has emerged as a case study in how interconnected DeFi has become, and how weaknesses in protocol design, dependency management, or market structure can rapidly influence liquidity conditions across the ecosystem.
Investors Say Failures Are Part of the Learning Curve
Not everyone in the industry sees the latest incidents as evidence of structural decline. Haseeb Qureshi, managing partner at venture capital firm Dragonfly, argued that failures have long been part of DeFi’s development cycle. In his view, the more important question is not whether breakdowns happen, but whether they are survivable for the broader system.
Qureshi pointed to past crises, including the Terra collapse and earlier periods of market turmoil, as examples of how the ecosystem has repeatedly adapted under pressure. He argued that DeFi learns through failure, much as traditional finance evolved through banking crises and market shocks. Losses can be severe, but they are not necessarily existential for the system as a whole.
That perspective offers an important counterweight to the call for tighter standards. For many investors, repeated incidents do not automatically imply that DeFi is fundamentally broken. Instead, they are seen as part of an iterative process in which protocols become more resilient over time, especially as more capital, talent, and risk infrastructure enter the market.
Safeguards Are Improving, but Inconsistently
Qureshi also noted that many protocols are increasingly being designed with protective buffers such as overcollateralization and safety reserves. These mechanisms can help absorb shocks and reduce the risk that one protocol’s failure cascades into broader contagion. In that sense, the DeFi stack is not static; it is gradually incorporating lessons from past crises into protocol-level defenses.
Still, the key issue raised by Egorov is consistency. Some leading protocols may have robust safeguards, layered risk controls, and conservative economic assumptions, while others may remain vulnerable because of rushed integrations, concentrated admin controls, or insufficient attention to system-wide dependencies. As a result, the sector’s overall security posture can be only as strong as its weakest design assumptions.
This tension lies at the center of DeFi’s current stage of growth. Builders want higher standards and better coordination to reduce unnecessary risk. Investors, meanwhile, often accept periodic failures as part of a broader innovation cycle. Both views can be true at once: experimentation may be necessary, but preventable failures become less acceptable as the industry matures.
The Next Phase of DeFi May Depend on Trust Architecture
What remains clear is that expectations are changing. As more capital flows into decentralized markets, DeFi is under growing pressure to show that it can scale without repeatedly exposing users to avoidable operational weaknesses. The conversation is no longer only about decentralization in principle, but about how trust is actually distributed in practice.
Egorov’s comments highlight a likely turning point for the industry. If DeFi can align around common security principles, clearer trust models, and better coordination between major ecosystems, it may strengthen its credibility with both users and institutions. If it cannot, then every new exploit risks reinforcing the perception that the sector still lacks the discipline required for mainstream financial infrastructure.
The debate sparked by the KelpDAO incident therefore goes beyond one founder’s opinion or one protocol’s loss. It reflects a deeper question about how DeFi intends to mature: through fragmented trial and error alone, or through a more deliberate effort to define the standards that can support its next phase of growth.