Ionic Digital shares rose 25.8% from their opening price during the company’s Nasdaq debut on July 28, closing at $62.90 after beginning public trading at $50. 

The closing price gave the Celsius-linked Bitcoin miner and AI infrastructure operator an equity value of approximately $2.83 billion.

The calculation is based on 44,921,427 Class A shares outstanding after the conversion of Ionic’s Series A preferred stock. It does not include potential dilution from warrants, restricted stock units or future issuances. 

Yahoo Finance showed the shares falling to $58.80 after hours, 6.5% below their regular-session close. Ionic has not issued a company statement about the first-day price move.

Ionic Digital rebounded from its $50 opening price

Nasdaq officially opened IOND at 11:58:52 a.m. Eastern Time through a cross involving 149,252 shares. The $50 opening price was 5.7% below Nasdaq’s $53 reference price, but the shares reversed course later in the session and finished 18.7% above that reference level.

Crypto security losses reached $1.1 billion across 212 verified incidents during the first half of 2026, according to an H1 report published by Blockaid on July 28. 

Blockaid described the six-month incident count as a record and said it verified more exploits during H1 than throughout 2025.

Cperational security attacks caused 74% of the stolen value, while one cluster associated with the Democratic People’s Republic of Korea accounted for 55%. Blockaid also said the incident count was 3.4 times its 2025 total, though security companies use different definitions and coverage methods when compiling industry loss estimates.

Blockaid says operational failures drove crypto security losses

Blockaid’s figures point to a shift away from attacks that depend only on faulty smart-contract code. Compromised devices, privileged credentials, private keys, signing systems and off-chain infrastructure produced most of the measured losses. These attacks can generate valid-looking blockchain transactions because authorised credentials approve them.

That pattern reduces the protection offered by code audits alone. Audits can identify contract flaws, but they cannot stop a compromised administrator from signing a malicious transaction or prevent a bridge verifier from relying on poisoned infrastructure. Blockaid said new attack vectors emerged during H1 and warned that some could expand during the second half.

Ethereum and Solana suffered different attack patterns

Ethereum-related projects lost about $332 million, according to Blockaid’s report, with code vulnerabilities responsible for much of that total. The largest Ethereum-linked case was KelpDAO, where attackers released 116,500 rsETH worth roughly $292 million from a bridge contract after falsifying a source-chain message.

Solana-related projects lost about $326 million. More than 98% came from compromised keys and signing infrastructure rather than smart-contract bugs, Blockaid found. Drift Protocol and Step Finance accounted for most of that amount, while smaller code-related incidents affected projects including Raydium and Volo.

The network comparison does not establish that one blockchain is inherently safer. Instead, it reflects which applications were attacked and how their teams managed privileged access. A single large incident can also dominate a six-month network total.

KelpDAO and Drift dominated H1 theft

Chainalysis linked the April 18 KelpDAO attack to North Korea’s Lazarus Group. Its investigation found that attackers compromised internal RPC nodes and disrupted external nodes, causing a single-verifier system to accept a false burn event. The Ethereum-side bridge then released rsETH even though no corresponding tokens had been destroyed on the source chain.

As crypto.news reported, KelpDAO completed the operational phase of its recovery plan on May 25 after transferring a final 20,373.72 rsETH tranche into its bridge adapter. Minting, redemptions and rewards resumed, although litigation and disputed claims involving frozen funds remained unresolved.

Drift suffered a separate privileged-access attack on April 1. Chainalysis said attackers used months of social engineering and pre-signed durable-nonce transactions to gain administrative control. Drift’s April 16 recovery update valued stolen assets at $295.7 million, above the roughly $285 million early estimate used by Blockaid and several investigators.

In related coverage, crypto.news reported that Step Finance shut down after attackers compromised executive devices and drained up to $40 million from treasury-controlled assets. The company recovered about $4.7 million but said financing and acquisition talks did not produce a sustainable path forward.

Recovery continues while stolen funds remain active

Drift proposed a recovery pool supported by exchange revenue, Tether and other partners. Its plan included up to $127.5 million of proposed support from Tether, $20 million from other partners and a separate transferable recovery token. The protocol said its restart would require audits by OtterSec and Asymmetric, dedicated signing devices, timelocks and a redesigned multisig.

The theft remains an active on-chain case. As previously reported, a wallet tied to the Drift exploiter moved 23,095.1 Ether, worth about $44.4 million, into Tornado Cash between July 23 and July 24 after roughly three months of inactivity.

Blockaid expects teams to focus more heavily on transaction-intent checks, isolated signing devices, key segregation and monitoring across bridges and infrastructure. Those measures are company recommendations, not guarantees.

The next verified updates will come from Drift’s recovery-token terms and relaunch schedule, Step Finance’s remaining claims process, court proceedings tied to frozen KelpDAO funds and any asset seizures announced by law-enforcement agencies.

South Korean police have searched the home of former Incheon Mayor Yoo Jeong-bok and city offices as part of an investigation into allegations that cryptocurrency assets were omitted from his local election financial disclosure.

According to South Korea’s Yonhap News Agency, investigators from the Incheon Metropolitan Police Agency’s Anti-Corruption and Economic Crime Investigation Unit carried out search and seizure operations on Sunday at Yoo’s residence and the General Affairs Division of Incheon City Hall, where they collected evidence including mobile phones and computers as part of an investigation into alleged violations of the Public Official Election Act.

The investigation centers on claims that Yoo and his wife intentionally failed to report approximately 21,000 cryptocurrency tokens after transferring the holdings to an overseas exchange before submitting mandatory asset disclosures during South Korea’s June 3 local elections.

Police have already questioned Yoo, his wife, identified only by her surname Choi, along with individuals connected to complainant Park Chan-dae’s campaign, Yonhap reported. The newly executed searches are part of efforts to secure additional evidence as investigators continue examining whether the reported assets should have been included in the election filings.

Police expand probe into crypto disclosure allegations

According to Yonhap, the allegations first surfaced roughly 10 days before election day, when Park Chan-dae’s campaign committee filed a criminal complaint accusing Yoo and his wife of deliberately leaving the cryptocurrency holdings out of their legally required property declaration.

The report said the Incheon City Election Commission later conducted its own review and separately referred the case to police after determining there were possible violations of election law.

Further scrutiny followed on June 2, the day before voters went to the polls, when the election commission issued a correction notice stating that the total assets listed in Yoo’s campaign materials were about 78 million Korean won lower than his actual assets, according to Yonhap. Authorities are now investigating whether the difference resulted from the omitted cryptocurrency holdings and whether the omission was intentional.

South Korea requires candidates in public elections to disclose their assets, and inaccurate or incomplete declarations can lead to criminal investigations under the Public Official Election Act if authorities determine the information was knowingly withheld.

Election authorities have already flagged reporting differences

While investigators have not publicly disclosed which cryptocurrency was involved, the reported transfer of roughly 21,000 tokens to an overseas exchange has become a central part of the investigation because prosecutors and election authorities are examining whether moving the assets affected disclosure obligations.

Yonhap reported that evidence collected during the searches will be reviewed alongside testimony already gathered from Yoo, his wife and other individuals connected to the case.

The investigation remains ongoing, and police have not announced whether additional suspects will be questioned or whether charges will ultimately be filed.

Crypto investigations have remained under close watch in South Korea

The latest case adds to a series of investigations in South Korea where digital assets have become part of political or regulatory inquiries.

In June, News1 reported that police searched cryptocurrency exchange Bithumb as part of an investigation into allegations that independent lawmaker Kim Byung-gi used his political influence to help his son obtain employment at Bithumb and Dunamu, the operator of Upbit. 

Authorities questioned Kim several times while examining whether any laws had been violated through alleged influence over hiring decisions. The inquiry later expanded to include searches of Bithumb offices and interviews with exchange executives.

Although the Bithumb investigation concerns alleged employment favoritism rather than cryptocurrency ownership disclosures, both cases show that digital asset-related matters continue to receive close attention from South Korean investigators and election or financial authorities.

South Korean regulators have also maintained active oversight of the cryptocurrency sector beyond criminal investigations. Earlier this year, Bithumb challenged sanctions imposed by the Financial Intelligence Unit over alleged Know Your Customer and Anti-Money Laundering failures after a court temporarily suspended enforcement of a partial business restriction while the exchange contests the regulator’s decision through separate legal proceedings.

Crypto asset disclosures by public officials have also drawn attention outside South Korea. Earlier this month, FBI Director Kash Patel disclosed a previously unreported purchase of between $100,001 and $250,000 in Strategy stock months after the legal filing deadline under the U.S. STOCK Act. 

Patel, however, attributed the delay to a miscommunication, while the Department of Justice said the transaction did not create a conflict of interest. Government watchdogs nevertheless criticized the late disclosure because Strategy is the world’s largest publicly traded corporate holder of bitcoin, renewing debate over financial transparency among senior public officials.

ARK Invest’s director of digital assets research, Lorenzo Valente, said on July 28 that crypto is entering its deepest consolidation phase, with revenue and investment flowing toward fewer businesses. 

He said Hyperliquid and Pump.fun account for 67% of application revenue and that adding Ethena lifts the top-three share to almost 80%.

Valente expects more mergers and acquisitions, Chapter 11 filings, shutdowns and talent-focused acquisitions in the coming months. He also claimed revenue concentration had reached record levels across applications, middleware and Layer 1 networks. However, his post did not identify the dataset, category definitions or measurement period behind those figures.

ARK Invest data shows application revenue concentrating

ARK’s Q1 2026 DeFi report provides earlier evidence of concentration, although its figures differ from Valente’s newer post. The report said total application revenue fell about 23% quarter-over-quarter to approximately $485 million. Hyperliquid generated about $145 million, Pump.fun produced $123 million and Axiom earned $58 million during the quarter.

Those three applications, not Hyperliquid and Pump.fun alone, accounted for roughly 67% of tracked application revenue through March 31. The difference does not necessarily contradict Valente’s July figures because he may have used a newer period or another classification. It does mean the 67% and 80% shares should remain attributed to his analysis rather than presented as independently confirmed measurements.

Current public dashboards also show why methodology matters. DefiLlama records $37.46 million in 30-day protocol revenue for Hyperliquid and $20.32 million for Pump.fun. For Ethena, it records $14.41 million in fees but only about $42,365 in retained protocol revenue after costs. Gross revenue, fees and revenue retained by a protocol are not interchangeable measures.

Recent bankruptcies and closures support the warning

Storj Labs filed voluntary Chapter 11 proceedings on July 26 in the U.S. Bankruptcy Court for the Northern District of West Virginia under case 5:26-bk-00512. Storj said it plans to keep its storage network operating while addressing legacy obligations under court supervision.

Separately, BitMEX said it will close its exchange on Sept. 23 after parent HDR Global Trading completed a strategic review. BitMart’s official wind-down notice stopped new registrations and deposits from July 26. BitMart plans to end trading on Aug. 26 and cease platform operations on Jan. 31, 2027.

RootData’s 2026 dead-project archive lists 99 projects that announced closures, entered bankruptcy or remained unavailable for extended periods. That total provides wider context but should not be described as 99 insolvencies because the database combines several types of failure and inactivity.

As previously reported, ZeroLend also announced a shutdown in February after citing sustainability, liquidity and operating risks. Together, these cases show that closures are occurring across centralised exchanges, lending protocols and infrastructure businesses rather than within one market segment.

Crypto M&A is targeting established infrastructure

Consolidation is also occurring through acquisitions. Payward, Kraken’s parent company, agreed on July 27 to acquire Magic Labs’ wallet-as-a-service business. The acquired infrastructure has supported more than 60 million wallets, over $10 billion in stablecoin volume and about 200,000 developers, according to the company release.

The transaction will add embedded, non-custodial wallets to Payward Services. Financial terms were not disclosed, and the parties expect closing within weeks, subject to customary conditions. As crypto.news reported, the deal gives Payward an established wallet stack and developer base rather than requiring the group to build both internally.

In related coverage, Pump.fun’s revenue and volume remained below 2025 levels despite product and fee-policy changes. That contrast fits Valente’s wider argument: a project can remain among the sector’s largest earners while facing weaker activity than during an earlier peak.

What happens next in the consolidation cycle?

The next confirmed milestones will come from corporate deadlines and court records. BitMEX users must close positions and withdraw assets before the Sept. 23 shutdown. BitMart users face the Aug. 26 trading cutoff, while Storj’s restructuring will proceed through court motions, creditor claims and any required approvals.

Payward’s Magic Labs transaction is expected to close within weeks. Valente did not give a numerical forecast for future deals, bankruptcies or shutdowns, and his post did not link to a separate ARK timetable. The expectation that consolidation will accelerate therefore remains a forward-looking assessment supported by recent cases, not a confirmed outcome.

Every guide tells you a perp DEX is a decentralized exchange for perpetual futures. Almost none tells you that the label covers three incompatible designs, that who takes the other side of your trade differs completely between them, and that the difference only becomes visible during the hour you most need to understand it.

The definition of a perpetual decentralized exchange takes one sentence and explains almost nothing useful. Yes, a perp DEX is a platform for trading perpetual futures on a blockchain from a wallet you control. That sentence covers venues whose internals have almost nothing in common: one where your order rests in a public book and fills against another trader, one where a pool of depositors automatically takes the other side of everything you do at a price fed by an oracle, and one where matching happens off-chain while settlement happens on it. Those are different products wearing one label, and the difference is invisible in calm markets and decisive in violent ones, which is exactly the wrong distribution for a fact to be hidden. This guide starts with the instrument, then separates the architectures, then follows the risk chain that all of them share, because a trader who understands which machine they are inside understands what can actually go wrong.

The instrument first

Before the venue, the contract, because everything downstream follows from its structure.

A perpetual future is an agreement to take on price exposure to an asset without owning it and without an expiry date. You post collateral, open a long or a short, and your position gains or loses as the price moves, with leverage letting the position exceed the collateral behind it. Traditional futures solve the problem of keeping contract prices near spot prices by settling on a fixed date, which forces convergence. Perpetuals have no such date, so they use a different mechanism: the funding rate, a periodic payment flowing between longs and shorts depending on which side is more crowded. When the contract trades above spot, longs pay shorts, making the crowded side expensive to hold and pulling the price back. When it trades below, the flow reverses.

Two consequences deserve emphasis because new traders consistently miss them. First, funding is a real, recurring cost or income, not a technicality, and over a long hold in a persistently one-sided market it can dominate the profit or loss from price movement itself. Second, the design was invented in crypto, introduced in 2016, and became the dominant derivatives structure in the asset class, which means the vast majority of crypto derivatives volume trades in instruments with no settlement date and a payment stream that most participants never model.

Leverage completes the picture and supplies the danger. Collateral supports a position larger than itself, and when the position moves against you far enough that your collateral no longer covers the potential loss, the venue closes it. That event is called liquidation, it is automatic, it is priced off a reference calculation, not the last trade, and it is the single most common way retail participants lose money in these markets.

Three architectures

Here is where the generic explanations stop and the useful part begins. Perp DEXs solve one hard problem, how to have a counterparty, in three incompatible ways.

The on-chain order book. Traders post bids and offers into a book, and the venue matches them against each other, exactly as a traditional exchange does. Your counterparty is another trader. The design’s advantage is that pricing emerges from the book instead of from an external feed, so it can support tight spreads, professional market makers, and large size without a pool absorbing the risk. Its difficulty is technical: maintaining an order book with fast matching and cancellation is demanding on a blockchain, which is why venues using this model have generally built dedicated infrastructure instead of deploying onto a general-purpose chain. Its stress behavior is the classic one: when the book thins, liquidations execute at worse prices, and the gap between the liquidation price and the achievable price becomes somebody’s loss.

The pooled-liquidity model. Depositors contribute assets to a shared pool, and that pool takes the other side of every trade, with prices supplied by an oracle instead of discovered in a book. The advantage for the trader is that liquidity is always present at the quoted price with no slippage of the usual kind, and the advantage for the depositor is a yield derived from fees and, structurally, from trader losses. The costs are two: the venue depends entirely on the oracle’s accuracy, making price feed manipulation the primary attack vector, and the depositors are collectively the house, which means a period in which traders are systematically right is a period in which the pool loses money. That is not a malfunction; it is the design working as specified.

Hybrids and vault-backed books. Several major venues combine elements: an order book for matching, with a protocol-owned vault providing liquidity into that book and acting as the backstop counterparty when liquidations cannot clear on the open market. This structure gives traders order book pricing and gives the venue a capital buffer, funded by depositors who are compensated for absorbing exactly the events order books handle worst. The trade is that vault depositors, who often understand themselves as passive yield earners, are in fact short volatility and long the venue’s operational competence, which is a considerably more complicated position than an advertised annual percentage rate suggests. Crypto.news has also audited the category leader, where these design choices now carry market-wide importance.

The practical instruction: before using any venue, settle which of these three you are in. The answer determines whether your counterparty is a trader, a pool, or a hybrid, and therefore what stress does to your position.