Drift $285M Hack Hits DeFi; Jobs Data Dents Rate Cut Hopes; Market Volatile Amid Extreme Fear.-Insight Into-Frontier Lab

Market Overview

Market Summary

This week, the cryptocurrency market has shown a volatile downward trend, with both BTC and ETH experiencing fluctuating declines. BTC rose 0.98% this week, ETH rose 3.18%, and the Total3 index fell 0.44%. The market sentiment index dropped to 9, remaining within the extreme fear zone.

Stablecoin Market Dynamics

The total market capitalization of stablecoins showed a downward trend, with USDT remaining flat and USDC declining:

USDT: Market capitalization reached $184.1 billion, unchanged week-over-week. This indicates that despite the market’s volatile decline this week, there was no capital outflow from investors, primarily those outside the U.S.
USDC: Market capitalization stands at $77.5 billion, down 0.76% week-over-week. While continuing last week’s downward trend, the scale of the decline has narrowed to less than $1 billion. This suggests that despite a slight increase in market prices this week, U.S. investors have continued to exit the market as a risk-averse measure.

BTC Market Volume

Trading activity in the BTC market this week has declined significantly compared to last week. Data shows that the total BTC trading volume on the two major exchanges, Binance and Coinbase, was 197,441 coins this week, a sharp drop from last week’s 160,255. Specifically, Binance’s trading volume fell from 155,105 to 110,077, while Coinbase’s volume remained largely unchanged, dropping from 51,054 to 50,178.

BTC ETF Market Trading Volume

Trading volume in the BTC ETF market saw a significant decline this week compared to last week. Taking BlackRock’s iBIT — which holds the largest market share — as an example, this week’s trading volume was 162 million shares, a sharp drop from last week’s 256 million shares.

Market Driver Analysis

Market Dynamics: ETF and Treasury Purchasing Power Are Largely Balanced, Easing Market Selling Pressure

This week, buying power from BTC and ETH spot ETFs and listed custodial firms showed a noticeable improvement compared to previous weeks, with purchases slightly exceeding sales. However, overall, buying and selling forces remained largely balanced. This trend indicates that while institutional investor sentiment has warmed slightly compared to earlier periods, it remains within a cautious wait-and-see range. No clear trend-following buy signal has yet emerged, and the easing of market selling pressure represents only a marginal improvement rather than a trend reversal.

Black Swan Event: $285 Million Stolen from Drift Protocol; DeFi Security Crisis Triggers Market Panic

The most direct market shock this week stemmed from the Drift Protocol hack. After stealing $285 million in assets, the hacker quickly dumped them, causing market prices to plummet and creating a severe short-term liquidity shock. At the same time, this incident reignited widespread market discussions about the security of DeFi projects. Investor confidence took a significant hit, and enthusiasm for the future development of the stablecoin market cooled accordingly, becoming the primary trigger for this week’s market volatility.

Macroeconomic Headwinds: Stronger-than-Expected Employment Data Further Dampens Rate Cut Expectations

This week’s macroeconomic data exceeded expectations across the board: ADP employment rose by 65,000, slightly below the previous reading of 66,000 but far exceeding the market forecast of 40,000; the March unemployment rate stood at 4.3%, lower than both the previous reading and the expected 4.4%; March’s seasonally adjusted nonfarm payrolls came in at 178,000, significantly higher than the previous reading of -133,000 and the expected 60,000. Overall, the data indicates that the U.S. economy remains robust, with no signs of recession yet apparent. However, the market interpreted this as indicating that conditions for a Fed rate cut are not met in the short term, further dampening rate cut expectations and exerting sustained downward pressure on market prices.

Geopolitical Crisis: Strait of Hormuz Blockade Drives Up Oil Prices, Risk of Persistent Inflation Exacerbates Liquidity Crunch

Although the situation in the Middle East did not deteriorate further this week, Iran’s ongoing blockade of the Strait of Hormuz has pushed international crude oil prices higher. Rising oil prices will directly intensify inflationary pressures in the U.S., making inflation more entrenched and further limiting the Fed’s room to cut rates. At the same time, dual uncertainties stemming from macroeconomic and geopolitical factors continue to fuel investor risk aversion, causing liquidity in the already scarce crypto market to contract further and asset price volatility to intensify.

Key Events Forecast for Next Week

Core Indicators: PCE and CPI Data Will Directly Influence the Fed’s Policy Path

Next week, the market will see the release of two key inflation indicators: the U.S. February core PCE price index annual rate and the U.S. seasonally adjusted CPI annual rate for the end of March. Although the market has already fully priced in expectations of “no rate cut” in the short term, these data points will still largely dictate short-term market trends. Additionally, the release of the Fed’s monetary policy meeting minutes on Thursday will provide the market with clearer policy signals, allowing investors to further recalibrate their bets on the Fed’s future course of action.

Geopolitics and Inflation: Continuously Monitoring the Transmission of Rising Oil Prices to Inflation Dynamics

Close attention must be paid to whether the situation in the Middle East further deteriorates and the scale of the conflict expands. If the blockade of the Strait of Hormuz persists, the continued rise in international oil prices will directly push up U.S. inflation expectations, creating a negative feedback loop of “rising oil prices → stubborn inflation → delayed rate cuts,” which will further intensify market concerns about the macroeconomic environment. Geopolitical risks are not only a trigger for risk aversion but also a core variable influencing monetary policy through energy prices.

Sentiment Barometer: Can Institutional Buying Power Sustain Its Improvement?

The movements of spot ETFs and treasury companies remain among the most critical indicators to watch next week. Although buying power showed marginal improvement this week, significant uncertainty remains regarding whether this trend can continue next week given the still-prevalent risk-averse sentiment. Changes in capital flows not only directly impact short-term market trends but also serve as the most intuitive barometer of current investor sentiment, warranting close and continuous monitoring.

Market Outlook

Multiple Uncertainties Intertwine; Short-Term Volatility Persists

The market currently finds itself at the intersection of inflation data pressures, tightening expectations regarding Fed policy, and geopolitical risks. Key data releases next week remain uncertain, and the war premium has not yet been fully priced out. Should PCE or CPI data come in stronger than expected, or should the situation in the Middle East deteriorate beyond expectations, the market could easily trigger another contraction in purchasing power, leading to a rapid decline. In the short term, multiple bearish factors have not yet been fully priced in, and the momentum for a rebound remains limited.

Trading Strategy: Maintain a Defensive Stance, Control Positions, and Wait for Opportunities

In an environment where the direction remains unclear and volatility continues to intensify, investors should continue to adopt a cautious approach. At this stage, defense is preferable to offense. We recommend strictly controlling overall position exposure and preparing contingency plans for extreme scenarios. We suggest waiting until next week’s PCE and CPI data are released and the Fed meeting minutes are published, then carefully assessing the actual trajectory of the Middle East situation and the return of institutional capital before prudently considering the timing for repositioning.

Next Week Forecast

Bearish Target: MOVE

MOVE: Move Language L2 Project Facing Dual Crises of Fundamental Collapse and Unlocking-Driven Selling Pressure

Project Fundamentals and Positioning

Movement is an Ethereum L2 built on the Move programming language, aiming to bring the security and performance of the Move language to various blockchain ecosystems, including Ethereum. It enhances the Ethereum network by building an L2 solution to improve transaction speed and efficiency while addressing issues such as scalability, interoperability, and security vulnerabilities.

Severe Deterioration of Fundamental Metrics

Massive On-Chain Capital Outflow: Movement’s on-chain TVL has dropped 48.95% from its peak and continues to trend downward, indicating a severe lack of investor confidence and a sustained exodus of funds from the chain.

Stablecoin Market Cap Continues to Shrink: The on-chain stablecoin market cap has dropped from $67.09 million to $42.44 million, a 36.74% decline, indicating that funds are continuously flowing out of the Movement ecosystem and market confidence is steadily eroding.

On-Chain Activity Has Stalled: On-chain fee data shows that Movement’s daily transaction fees have recently been at 1, directly reflecting that on-chain activity on the Movement chain has virtually disappeared.

DEX trading volume continues to decline: On-chain DEX trading volume shows a sustained downward trend, currently hovering at just $520,000 per day, indicating a continuous decline in on-chain trading activity.

Ecosystem project revenue is extremely sluggish: The combined daily revenue of all applications on the Movement chain is only around $200 and continues to fall, indicating that the ecosystem is on the brink of decline.

Token Unlock Risk Assessment

Unfavorable Unlocking Scale and Timing: On April 8, 161.83 million MOVE tokens will be unlocked, accounting for 1.62% of the total locked supply. This unlocking occurs at a critical juncture when the project’s fundamentals continue to deteriorate.
Severe Lack of Market Absorption Capacity: The average daily trading volume of MOVE tokens is only around $500,000. Market liquidity is clearly insufficient to effectively absorb the upcoming unlocked supply, which will create significant selling pressure.

Strong Selling Motivation Among Unlock Holders: Based on an analysis of the linear unlock schedule, this unlock primarily involves institutional investors and the project team. Given that the project is currently in a clear downtrend, these holders have a strong incentive to cash out and are highly likely to sell and exit the market.
Weak market depth: The relatively low daily trading volume reflects insufficient market depth, which cannot effectively cushion the price impact caused by the token unlock.

Summary

The Movement project faces multiple systemic risks: On the business side, TVL has dropped by 48.95%, the market capitalization of stablecoins has shrunk by 36.74%, on-chain fees have nearly dropped to zero, DEX trading volume continues to decline, and ecosystem revenue stands at only $200 per day; On the capital side, the upcoming unlocking of 161.83 million MOVE tokens on April 8 will create significant selling pressure in a market with weak liquidity and an average daily trading volume of just $500,000. Furthermore, the entities holding these tokens are primarily investment institutions and the project team, who have strong incentives to cash out. The combination of these multiple bearish factors exerts sustained downward pressure on the MOVE token price, making it difficult to reverse the downward trend in the short term.

Token Unlock Schedule for Next Week

(Amounts Exceeding $1 Million)

Weekly Hot Topics

A Review of the $280 Million Drift Protocol Hack: A DeFi Incident Where “The Contract Wasn’t Broken, But the Keys Were Lost”

Event Overview

Background

On April 2, 2026, Drift Protocol — a leading perpetual futures DEX in the Solana ecosystem — was reported to have suffered a massive abnormal outflow of funds. The team issued announcements stating, “Abnormal activity detected; please do not deposit funds,” followed by, “Under active attack; deposits and withdrawals have been suspended.” On-chain monitoring from multiple sources showed that a massive amount of assets was drained from the protocol’s treasury in a very short period, making it one of the most high-profile DeFi security incidents of 2026 to date. Although there are slight discrepancies in the estimated treasury outflow and the attacker’s final realized proceeds depending on the methodology used, monitoring data from various sources is largely consistent, confirming that the total amount stolen from the protocol was approximately $280–285 million.

Composition of Lost Assets

The transferred assets primarily consisted of assets characterized by “high liquidity + cross-chain compatibility + rapid reallocation.” Among these, JLP represented the single largest exposure, while the portfolio also included mainstream assets such as USDC, SOL, cbBTC, wBTC, WETH, and dSOL, as well as certain meme assets. Below is a breakdown provided by PeckShield in the early stages of the incident (displaying only larger-value entries, in USD)

Fund Flow

Following the attack, the attacker’s typical pattern involved first rapidly converting various assets into stablecoins or highly liquid assets on the Solana side, then cross-chaining to Ethereum for further reallocation and dispersion. In public monitoring, “concentrating funds into ETH” was a highly distinctive pattern. According to on-chain trackers, the stolen assets were subsequently converted into 129,000 ETH, valued at approximately $278 million.

Market Impact

In terms of outcomes, this attack was not merely a “funds loss incident”; it also dealt a direct blow to the protocol’s liquidity and user confidence during a bear market: On-chain data shows that Drift’s TVL rapidly declined from approximately $550 million to around $250 million in the early stages of the incident, while the DRIFT token plummeted by over 40% and briefly approached $0.04.

Incident Analysis and Breakdown

Attack Path: How Could $200 Million Be Drained in “10 Seconds”?

This was not a typical case of “exploited due to a flawed smart contract,” but rather a classic scenario of “control takeover → moving funds within the rules.” Once an attacker obtains sufficient high-level privileges (administrator privileges or equivalent), they do not need to exploit vulnerabilities. Instead, they simply “reconfigure the rules” along paths permitted by the protocol and then legally withdraw the funds. This is precisely the type of incident that institutions dread most, as it often bypasses the protective measures provided by “audits and formal verification.”

Path A: With Privileges in Hand — Falsifying Collateral + Oracles + Bypassing Risk Controls

From an on-chain perspective, this type of attack typically unfolds in three stages: first, creating a “seemingly collateralizable” fake market (or fake asset); second, feeding the oracle with prices set to the attacker’s desired values; and finally, directly disabling risk control thresholds, withdrawal limits, and circuit breakers — the very “gates” designed to block large-scale outflows. In public analyses by Chaos Labs co-founder Omer Goldberg and media reports, details emerged regarding how InitializeSpotMarket created a CVT spot market, bound it to the SwitchboardOnDemand oracle (oracle_source=11), and raised critical risk control thresholds for multiple real asset markets; The crux of the matter is this: when administrative privileges fall into the hands of attackers, the risk control mechanisms themselves can be rewritten by the attackers, causing the protocol to voluntarily release funds under “tampered rules.”

Path B: 2/5 multi-signature + 0-second timelock, turning the governance layer into a “sub-second channel”

An even more critical point lies at the governance and key management level: Omer Goldberg mentioned that Drift migrated to a new multi-signature setup one week prior to the incident. This new setup consists of 5 signers with a 2/5 threshold and a 0-second timelock; Under this configuration, as long as an attacker can obtain the “signing authority of two signers” at any stage (whether through phishing, social engineering, endpoint compromise, or a misled approval process), they can immediately execute high-risk operations without any buffer window. For permissions such as “modifying admin settings,” “altering oracles,” or “changing withdrawal limits,” a 0-second timelock effectively turns the governance layer into a highway: monitoring systems can trigger alerts, but there is no time to coordinate, freeze, or mitigate the damage.

Drift’s Official Explanation: Durable Nonce + Social Engineering/Falsified Approval, Not a Smart Contract Vulnerability

In its investigation update, Drift emphasized that this was not caused by a smart contract vulnerability, nor is there evidence that mnemonic phrases were stolen; the attack involved “unauthorized or misled transaction approvals” obtained prior to execution, likely achieved through a combination of the durable nonce mechanism and sophisticated social engineering. In other words, the attack transformed “signing” from “on-the-spot confirmation” into “pre-planted traps”: you believe you are signing an action within a normal workflow, but that approval may be packaged, delayed, or reused, ultimately being executed at the most vulnerable moment.

Root Cause Analysis: This is not a single-point failure, but a failure of “permissions system engineering”

Simply attributing such incidents to “someone losing their private key” obscures the real issue: it is rarely a single point of failure, but rather a collective failure of the permissions governance system, signature process design, key operating environment, and monitoring/blocking capabilities — all of which must fail simultaneously to grant attackers a “second-level drain” window.

Excessive “Accessibility” of High-Privilege Keys

When administrator privileges allow the creation of markets, adjustment of oracle sources, modification of risk control thresholds, and ultimately influence the withdrawability of treasury assets, the security level of the admin key must be treated as “equivalent to the master key of a cold wallet treasury,” rather than as “operational permissions.” In reality, many teams prioritize “protocol operability” above all else, resulting in high-privilege keys being overly accessible within the organization: they may be frequently invoked, accessible on more devices, and subject to approval processes across more communication channels, thereby naturally increasing the probability of being compromised through social engineering and endpoint breaches.

Structural Risks in Multi-Signature Parameter Design and Migration Governance

At its core, multi-signature distributes risk from a “single key” to a “multi-person process,” but its effectiveness depends on thresholds, timelocks, signer independence, and the rigor of change management processes. A 2/5 threshold is fast in “emergency response” scenarios, but is typically too low for permissions that allow “rule changes and draining the treasury”; A 0-second timelock transforms a reversible human process into an irreversible on-chain outcome; meanwhile, migration periods (multisign migration, permission switching, and upgrades) are inherently high-risk windows — marked by frequent changes, intensive collaboration, approval fatigue, and an increase in temporary exemptions — all of which amplify the exposure of the attack surface.

The “time dimension” blind spot introduced by pre-signed transactions

The default assumption of traditional security processes is that signing occurs shortly before execution, so “pre-signing review, on-signing alerts, and post-signing monitoring” can form a closed loop. However, the pre-signing mechanism extends this chain: an attacker does not need to convince you to sign an obviously dangerous transaction in the moment. Instead, they can have you sign an approval that appears routine or for testing purposes weeks in advance, freeze it in a nonce account, and then choose to execute it at the organization’s most vulnerable moment (migration, upgrade, low staffing levels, or information asymmetry). When the timeframe is extended, many “human defenses” naturally fail, as human attention and contextual memory cannot span several weeks.

Insufficient “Observability” and “Interruptibility”

When Omer’s analysis mentions figures like “$213 million drained within 10 seconds,” it indicates that the critical issue in such incidents is no longer “whether an alert can be triggered,” but “whether the transaction can be interrupted.” Within a window of seconds, on-chain monitoring typically only serves to trigger alerts; even with highly proactive collaboration between cross-chain bridges, exchanges, stablecoin issuers, and law enforcement, response delays are inevitable. Therefore, if a protocol lacks withdrawal rate limits, hard parameter boundaries, or effective timelocks, the outcome will ultimately be one where the attack is “visible but unstoppable.”

Implications for the Industry and Institutions: DeFi Risks Lie Not Only in Contracts, but Also in the “Operational Control Plane”

Audits Cannot Cover Errors in the “Governance/Permissions Layer”Many projects concentrate their security budgets on audits, formal verification, and bug bounties — which are certainly important. However, incidents like Drift remind us that what truly allows funds to be moved is permissions, and risks in the permissions layer are not “naturally covered” by audits. Audits primarily verify whether “the program operates as intended under predefined permissions and parameters.” However, when attackers can alter critical parameters, switch oracle sources, raise withdrawal limits, or even change administrators, the system’s “security perimeter” is effectively shifted. For institutions, this means you cannot simply ask, “Has the contract been audited?” You must also ask, “Who can change the rules? Is there a delay in rule changes? Who can detect and block changes during that delay?” and embed this set of questions into the checklists for pre-investment due diligence and post-investment monitoring.
“Decentralized Narrative” and “Centralized Control Plane” Must Align Disclosure At the user level, the DeFi narrative is typically “non-custodial and trustless,” but in reality, many protocols feature a highly centralized control plane: upgrade permissions, guardians, emergency kill switches, and the authority to adjust treasury parameters, among others. This is not inherently wrong — in many cases, it is intended for emergency response and iterative development. However, the problem lies in the fact that if the control plane is too powerful, constraints are insufficient, and external disclosure is inadequate, institutional capital will be systematically misled in risk modeling. When conducting risk management, institutions must price this as an “operational and governance risk”: on one hand, it affects whether capital should be provisioned under “smart contract risk” or “custodial/operational risk”; on the other hand, it impacts investment terms and post-investment requirements (disclosure SLAs, notification of material changes, emergency disposal authorizations, and redemption trigger conditions). If project teams continue to package “strong administrator privileges” under a “pure DeFi” narrative, they are essentially shifting governance risks onto depositors who lack governance capabilities.
Migration/upgrade periods are red-flag windows; institutions must treat “changes” as risk events A significant number of major security incidents occur around “system changes”: multi-signature migration, permission switching, major version upgrades, and large-scale adjustments to on-chain parameters. The reason is simple: during change periods, there are naturally more temporary processes, more communication and collaboration, more signature requests, and more exception handling — and it is easier to make short-term trade-offs based on a “get it up and running first” mentality (such as lowering thresholds, shortening timelocks, or temporarily expanding permissions). Institutions should not automatically view “upgrades” as positive developments, but rather treat them as “red alert windows”: automatically raising alert levels during the change window (e.g., reducing exposure, raising withdrawal thresholds, increasing monitoring frequency, and requiring project teams to provide change logs and rollback plans). For institutional capital, the costliest mistake is often not missing out on gains, but maintaining unnecessary exposure during the most dangerous window.

How Institutions Can Protect Themselves: Treat “Permissions” as Part of the Product

Permission Model: First, strictly limit “what can be done”; then address “who can do it” The first principle of permission design is to decompose the protocol into “data plane/execution plane/control plane,” and to enforce hard constraints at the code level on what the control plane can do: which parameters can be modified, the permissible range of changes, the maximum amount that can be changed at a time, the delay before changes take effect, and whether modifications trigger automatic downgrades or circuit breakers. Many teams treat permissions as a “master key,” allowing administrators to create markets, switch oracles, and max out withdrawal limits — a combination that, in the hands of an attacker, amounts to a one-click wipeout. The correct approach is to split high-risk capabilities across multiple roles and layers of controls: for example, “creating markets/listing assets” and “adjusting withdrawal limits/circuit breakers” must be governed by different permissions. Additionally, hard caps should be set for critical parameters such as withdrawal rates, leverage multiples, and collateral whitelists, ensuring that even administrators cannot completely override security boundaries in a single operation.
Multi-signature and timelocks: Turning “instant execution” into “observable delayed execution” Multi-signature is not just about a threshold of signers; it is a combination of “organizational structure + delay window.” For treasury-level permissions, a configuration of 2/5 with a 0-second timelock essentially trades speed for security: if just two signatures are phished or misled, execution occurs instantly on-chain, leaving zero time for monitoring or emergency response. A more prudent approach is to tier permissions: daily operations (low-risk) can use faster thresholds, but actions such as treasury transfers, administrator changes, oracle source switches, and withdrawal/ raising risk control thresholds — must be routed through a “high-security zone.” This requires higher thresholds (e.g., 3/5 or 4/7), strict timelocks (ranging from hours to days), and the ability to intervene with on-chain or off-chain “veto/pause” mechanisms during the timelock period. The value of timelocks lies not in mere compliance, but in extending the attack window from a “seconds-long outcome” to a timeframe where attacks can be detected, prevented, and collaboratively frozen.
Operations and Emergency Response: Design “Loss Caps” First, Then “Recovery Mechanisms” For protocol operators, post-incident tracking and recovery are certainly important, but a more realistic goal is to limit losses to an acceptable range. This requires embedding loss-mitigation mechanisms at the operational level: withdrawal rate limits, tiered treasuries (where large amounts are routed to vaults with higher thresholds or longer timelocks), hard caps on critical parameters, and a one-click “safe mode” kill switch (freezing new market listings, blocking parameter modifications, allowing withdrawals only to whitelisted addresses, etc.). At the same time, emergency procedures must be rehearsed just like disaster recovery: who can trigger a pause, what are the trigger conditions, how to complete a veto within the timelock period, and who are the designated liaisons and standardized materials for coordination with bridges, exchanges, and stablecoin providers. Because in a real attack, you won’t have a day to make a decision — you might only have a few minutes; The more you codify contingency plans into formal policies and implement them as clickable buttons, the more you can downgrade an incident from a “catastrophic” event to a “manageable incident.”

Summary: Security is not about “whether there are vulnerabilities,” but about “whether funds can be stolen.”

The most painful aspect of the Drift incident for the industry is that it brought a long-overlooked fact to the forefront: contractual correctness ≠ fund security. Once an attacker gains control of the governance plane (admin / multisig / signer approval), the protocol will legally release funds under “tampered rules.” For institutions, this type of risk must be repriced: relying not only on audits and reputation, but also on verifiable permission constraints, executable change processes, observable governance events, and actionable mitigation mechanisms.

Sector Overview

Based on weekly returns, the DeFi sector performed the best, while the CeFi sector performed the worst.

Depin Sector: In the Depin sector, FIL, RENDER, IOTA, HNT, THETA, and GRASS account for a significant portion, totaling 84.12%. Their weekly price changes were -3.18%, 7.92%, 9.91%, -11.01%, -6.83%, and -1.86%, respectively. It can be seen that the declines of the major projects in the Depin sector were mostly smaller than those in other sectors, and some major projects saw significant gains, making the Depin sector the best performer.
CeFi Sector: In the CeFi sector, BNB, CRO, MNT, OKB, and BGB account for a large proportion, totaling 97.38%. This week, their respective declines were: -7.12%, -4.32%, -2.61%, -2.98%, and -4.25%. It can be seen that the declines for most projects in the CeFi sector were greater than those in other sectors, resulting in the CeFi sector having the worst performance.

Summary

The cryptocurrency market as a whole remained volatile this week. BTC and ETH recorded weekly gains of +0.98% and +3.18%, respectively, but the TOTAL3 index still fell by 0.44%. The market sentiment index further declined to 9, remaining firmly in the “extreme fear” zone. In terms of capital flows, the USDT market cap remained flat at $184.1 billion week-over-week, with no significant outflow of non-U.S. funds; the USDC market cap fell to $77.5 billion, a 0.76% week-over-week decline. Although the rate of decline narrowed compared to last week, the trend of U.S. investors exiting the market for safety continues. The core drivers of this week’s market volatility stemmed from the convergence of multiple factors: while purchasing power from ETFs and treasury firms improved slightly compared to earlier periods and buying and selling were largely balanced, this has not yet formed a trend-indicating buy signal; the Drift protocol suffered a $285 million hack followed by rapid sell-offs, directly impacting market prices and sparking widespread discussions on DeFi security; employment data — including ADP, non-farm payrolls, and the unemployment rate — all exceeded expectations, further dampening expectations for interest rate cuts; Compounded by the ongoing blockade of the Strait of Hormuz driving up oil prices and the intensifying risk of entrenched inflation, these multiple bearish factors have led to continued contraction in market liquidity and significantly amplified price volatility.

Against the backdrop of overall market pressure, the most significant event warranting in-depth analysis this week is the $285 million theft from the Drift protocol. This was not a traditional “smart contract exploit” but a systemic breach involving the “takeover of the access control plane” — the attacker, having obtained multi-signature capabilities, executed a combination of market creation, oracle tampering, and risk control threshold adjustments within seconds under a 0-second timelock configuration, ultimately releasing the funds through legitimate channels. This incident starkly reveals the core contradiction in DeFi security: contractual correctness does not equate to fund security; the true risks often lie within permission governance systems, signature process design, and change window management. For institutional investors, this means that due diligence frameworks must extend beyond “whether the contract has been audited” to “who can change the rules, whether rule changes have a delay, and who can detect and block them during that delay,” incorporating operational control risks into systemic pricing.

Looking ahead to next week, the market will see a flurry of key inflation data and Fed policy signals. The release of the U.S. February core PCE price index annual rate and the Fed’s monetary policy meeting minutes on Thursday, along with the U.S. seasonally adjusted CPI annual rate for the end of March on Friday, will directly influence the market’s recalibration of expectations regarding the Fed’s policy path — if the data comes in stronger than expected, it will further reinforce the pricing of “no rate cuts this year,” exerting significant downward pressure on short-term market trends; On the geopolitical front, the situation in the Middle East and oil price trends remain core variables in the inflationary transmission mechanism and require ongoing monitoring; regarding institutional capital, whether the purchasing power of spot ETFs and treasury companies can sustain this week’s marginal improvement remains the most direct indicator for judging market direction. Overall, multiple uncertainties have yet to be resolved, and the unlocking of MOVE positions will also create additional selling pressure next week, making it highly likely that the market will remain under pressure in the short term. Investors should maintain a defensive stance and strictly control their position exposure. They should wait until the PCE and CPI data are released and the Fed minutes are published, then make cautious decisions based on actual institutional fund flows, adopting a wait-and-see approach.