Bitcoin’s overheating indicators remain moderate compared with previous market cycle peaks.

Bitcoin’s LTH Realized Supply stood at 8.05 million BTC as of March 11, 2026, representing a decline of roughly 5.5% from the cycle peak of 8,529,671 BTC recorded on March 8, 2026, when the asset traded at $65,974, and the metric’s Z-score reached 3.20.

At the time of the latest reading, the Z-score had eased to 2.66.

Compressed Cycle

According to crypto analyst Axel Adler Jr., despite the recent pullback, the amount of Bitcoin held by long-term holders at this point in the cycle remains historically high. When compared with previous cycles at the same post-halving stage, day 691 after the halving, the current cycle shows significantly larger holdings.

In fact, the total volume of coins held by long-term holders was found to be about 1.52 times higher than during the 2020 cycle and roughly 3.4 times higher than in the 2016 cycle at equivalent points. Adler explained that the current Z-score of 2.66 is very similar to the 2016 cycle reading of 2.94 at the same stage. In the 2016 halving cycle, this period witnessed the early phase of the final redistribution period, which continued for approximately another 200 days before the metric reached its all-time high in December 2018.

On the other hand, the 2020 cycle displayed a very different structure at the same point in time. At day 691 following the halving in that cycle, the Z-score was only 1.08, reflecting the end of the bear market following the Terra/LUNA collapse, and the LTH Realized Supply had already been declining for eight months from its peak.

Adler also examined the MA365 ratio, which currently stands at 1.595 in the ongoing cycle. This level is lower than the equivalent ratio in the 2016 cycle, which was 2.523, and slightly higher than the 2020 cycle value of 1.502. According to the analyst, this means that the degree of overheating relative to the one-year moving average remains moderate.

In previous cycles, the final peaks of LTH Realized Supply occurred between days 880 and 912 after the halving, almost 190 to 220 days later than the current point in the cycle. In those cycles, the Z-score ultimately climbed to between 4.24 and 4.94 before the peak was reached. If the present cycle follows a similar timeline, Adler said the current peak could represent only an intermediate high rather than the final one.

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Accumulation Loses Momentum

However, he also pointed out that the current cycle differs structurally from earlier ones because institutional inflows into Bitcoin ETFs have locked up large volumes of coins, thereby reducing the share of supply available for active circulation and potentially accelerating the accumulation process among long-term holders.

There has also been a slowdown in accumulation momentum, as the 30-day rate of change is currently at +7.6%, far below the levels seen in comparable phases of previous cycles, when the metric rose by as much as 87% in 2016 and 51.6% in 2020. According to the analyst, the declining growth rate suggests the market may be entering a stabilization phase following the strong accumulation seen in January and February 2026.

Bitcoin (CRYPTO: BTC) faces a long-running security debate as researchers map the timeline over which quantum computing could undermine current cryptography. A white paper from Ark Invest, prepared with Unchained Capital’s insights, argues that a substantial portion of the BTC supply is not immediately exposed to such a threat, while a meaningful minority could require attention in the years ahead. The study estimates that roughly 65.4% of the circulating BTC is not vulnerable to a quantum-based breakthrough today, leaving about 34.6% at risk under certain assumptions about address behavior and key exposure. In concrete terms, the assessment breaks down the vulnerable pool into roughly 5 million BTC that could migrate due to address reuse, about 1.7 million BTC (around 8.6% of supply) possibly lost in legacy P2PK (Pay To Public Key) addresses, and roughly 200,000 BTC (about 1%) that could migrate because of newer P2TR (Pay To Taproot) formats. The authors contend that breaking Bitcoin’s elliptic-curve cryptography would require a quantum computer with thousands of qubits and a vast number of quantum gates, meaning a direct attack remains distant, even as prep work accelerates. Even so, their practical feasibility would require quantum systems to reach performance levels that our research suggests will take much time to achieve.

“Even so, their practical feasibility would require quantum systems to reach performance levels that our research suggests will take much time to achieve.”

The Ark Invest analysis sits alongside broader discussions about the pace of quantum development. It contrasts with a February CoinShares assessment, which estimated that only about 10,200 BTC—roughly 0.05% of the supply—present true market-relevant quantum risk, even though older P2PK addresses still carry theoretical exposure. Separately, progress in quantum hardware continues apace: a landmark facility capable of housing one million physical qubits, a scale that dwarfs typical data-crunching rigs, is slated for completion in 2027. Chicago-based PsiQuantum leads the project, backed in part by BlackRock-linked funds, underscoring institutional interest in quantum infrastructure as much as cryptographic risk.

Quantum breakthrough remains “long-term risk” for Bitcoin

The white paper frames quantum risk as a gradual, multi-stage development rather than an instantaneous vulnerability. It outlines five stages of quantum computing progress, with the most consequential impact—breaking ECC at a pace faster than Bitcoin’s block interval—occurring only in the final stage. In practical terms, Bitcoin’s exposure from migrating or reusing addresses would remain limited until stage 3, when a quantum computer could break the 256-bit ECC key. The authors point to a mid-2030s window for the first public-key break, a benchmark derived from assessments by major tech firms such as Google, IBM and Microsoft. The conclusion is not alarmist, but it signals that the network has time to study protections and plan upgrades without rushing a hard fork or governance overreach.

“Those who hold and transact Bitcoin should regard quantum risk as a long-run risk rather than an imminent threat,” the paper notes, framing it as a call to prepare rather than panic. The authors emphasize that awareness and foresight will be essential as the risk migrates through the network over time, potentially shaping how wallets, exchanges and custodians think about security architecture in the coming decade. The discussion also touches on governance frictions: unlike a single-fork upgrade, implementing post-quantum safeguards across Bitcoin’s decentralized consensus model will require broad alignment across nodes, miners and developers.

The Ark Invest report includes a figure on the multi-stage trajectory of quantum advancement but also flags a practical nuance: even at higher stages, the speed of a security breach would depend on the specific cryptographic primitives in use and how quickly the ecosystem migrates to post-quantum alternatives. In the meantime, researchers and builders are exploring how to harden the network with post-quantum cryptography (PQC) while preserving compatibility and performance. The authors also discuss candidate post-quantum schemes, such as ML-DSA (lattice-based) and SLH-DSA (hash-based), which are among the approaches considered for future resilience.

On the governance frontier, the paper notes that a wholesale, rapid shift to PQC would be challenging under Bitcoin’s consensus rules. A proposed path discussed in the literature is BIP-360, which contemplates a Pay-to-Merkle-Root type output designed to mitigate long-exposure quantum risk without immediately reworking the entire signature ecosystem. Yet, the authors caution that BIP-360 is not a cure-all; it does not itself embed post-quantum signatures, which the team regards as essential for durable protection against quantum attacks. Experts such as Chris Tam of BTQ Technologies have underscored this gap, arguing that effective post-quantum defense requires signatures, not just new address formats.

The broader takeaway is that quantum risk, while real, is a long-term concern that invites proactive planning rather than haste. The Ark Invest paper emphasizes that the transition to quantum-safe mechanisms will likely unfold in stages, with ongoing research, testing and governance conversations shaping the path forward. As the spotlight intensifies on quantum hardware, Bitcoin’s security posture will increasingly hinge on how the community negotiates practical upgrades within a decentralized framework that favors gradual, consensus-driven change.

In closing, Ark Invest’s analysis corroborates a cautious but constructive view: the threat remains distant enough to permit careful preparation, yet imminent enough in its trajectory to justify continued investment in quantum-ready cryptography and related upgrades. The dialogue around post-quantum protections—beyond mere address formats—reflects a mature understanding that long-horizon risk requires long-horizon solutions, coordinated across ecosystems from core developers to wallet providers and exchanges.

Why it matters

For individual holders, the report underscores that the security of today’s holdings relies on a combination of on-chain design and user behavior. A sizable portion of BTC may still be at risk only if quantum attackers gain the means to break elliptic-curve cryptography in a time window long enough for the network to implement upgrades. This matters not as a near-term crisis, but as a strategic reason to stay informed about post-quantum advances and to monitor consensus-driven proposals that could alter how keys and addresses are managed in the future.

For builders and wallet providers, the analysis highlights the importance of future-proofing infrastructure. The emergence of PQC standards and the potential need for quantum-safe address formats could influence wallet compatibility, key management, and transaction verification. The discussion around BIP-360 — and the broader push toward signatures resilient to quantum attacks — points to a practical roadmap where security upgrades are evaluated in stages rather than through abrupt protocol changes.

For the market at large, the study underscores that quantum readiness is increasingly a governance and investment narrative as much as a technical one. The prospect of a major quantum milestone, like a million-qubit facility, signals a broader shift toward quantum readiness across technology and finance, which could impact risk appetite, capital allocation and the pace at which institutions engage with crypto security initiatives.

What to watch next

• Progress on BIP-360 and any proposals to introduce post-quantum signatures or other PQC-based protections.
• Updates to Ark Invest’s research or new white papers that refine the share of vulnerable BTC as quantum hardware advances.
• Milestones in quantum hardware deployments, including PsiQuantum’s 1-million-qubit roadmap and related funding developments.
• Adoption timelines for post-quantum cryptography standards and their integration into Bitcoin’s consensus framework.

Sources & verification

• Ark Invest and Unchained’s white paper on Bitcoin and quantum computing, including address migration and exposure breakdown. https://www.ark-invest.com/Thank-You/bitcoin-and-quantum-computing?submissionGuid=0568c5c5-6004-4bb3-9c71-ad9f904c3cf6
• CoinShares analysis referenced in February detailing market-relevant quantum risk estimates. https://cointelegraph.com/news/only-10k-bitcoin-quantum-risk-coinshares
• Announcement of PsiQuantum’s one-million-qubit facility with BlackRock-linked funding. https://cointelegraph.com/news/construction-quantum-facility-1m-qubits-begins
• BIP-360 post-quantum discussion and related commentary, including the critique that it lacks post-quantum signatures. https://cointelegraph.com/news/bitcoin-quantum-resistant-bip-360-post-quantum-signatures-taproot
• Perspective on the potential timeline for post-quantum upgrades, including expert commentary from BTQ Technologies. https://cointelegraph.com/news/whale-9b-bitcoin-sale-not-quantum-concerns-galaxy-digital

Editor’s note: Concrete’s integration with Binance Wallet signals a shift in DeFi yield access. By embedding risk-adjusted USDT strategies directly into a widely used wallet, the collaboration aims to simplify entry for institutions and retail investors alike, while reducing interface fragmentation that has long hindered on-chain yield infrastructure. This milestone highlights a broader push toward robust, audited yield capabilities that prioritize risk management and transparency, rather than chasing short-term gains.

Key points

• Concrete vaults are accessible inside Binance Wallet for USDT yield strategies.
• Modular architecture separates custody, strategy execution, and accounting to lower friction.
• Promotional rewards up to $200,000 for eligible participants staking 100 USDT via Binance Wallet.
• Focus on risk-adjusted, institutional-grade strategies over short-term yield chasing.

Why this matters

Bringing Concrete into a major wallet ecosystem reduces fragmentation and broadens access to disciplined DeFi yield infrastructure, with emphasis on risk management and transparent evaluation of strategy parameters.

What to watch next

• Real-time APY will adjust dynamically based on participation and market conditions.
• Uptake of the rewards program and staking in the Concrete USDT Vault via Binance Wallet.
• Expansion of access as Concrete vaults become native inside Binance Wallet ecosystem.

Disclosure: The content below is a press release provided by the company/PR representative. It is published for informational purposes.

Concrete Integrates with Binance Wallet to Enable Access to Institutional-Grade USDT Yield

As demand for stablecoin yield grows, Concrete’s vault technology brings institutional strategy execution directly into one of the world’s largest wallet ecosystems.

NEW YORK, March 12, 2026 – Blueprint Finance, a multi-chain DeFi infrastructure company, today announced that its Ethereum-based institutional-grade vault infrastructure, Concrete, has integrated with the Binance Wallet ecosystem. This milestone enables Binance Wallet users to access sophisticated, risk-adjusted USDT yield strategies directly through their native wallet interface.

Concrete is purpose-built to address fundamental challenges in DeFi by providing infrastructure that prioritizes risk-adjusted yield strategies over short-term yield maximization.

“Integrating Concrete directly into Binance Wallet is a major step toward making sophisticated on-chain yield infrastructure accessible at a global scale,” said Nic Roberts-Huntley, CEO and co-founder of Blueprint Finance. “For too long, sophisticated on-chain yield strategies have been siloed behind fragmented interfaces and operational complexity. By embedding Concrete Vaults natively within one of the world’s most widely used wallet ecosystems, we’re bringing disciplined, risk-adjusted USDT yield strategies^[1] to a global audience. This integration reflects the signal that DeFi is headed away from unsustainable yield chasing and toward infrastructure that institutions and retail users alike can rely on.”

Institutional-grade vault strategies are available natively inside one of the most widely used wallet ecosystems in the world. With tens of millions of users globally, Binance has become the gateway through which retail participants, power users, and institutions alike access decentralized finance. This integration also removes the fragmentation that has historically kept advanced on-chain strategies out of mainstream reach.

Concrete’s vault engine utilizes modular smart contract architecture and quantitative modeling frameworks originally developed for institutional environments. It separates custody, strategy execution, and accounting into enforceable layers, while automation reduces operational friction. Concrete Vaults seek to provide risk-adjusted, institutional-grade strategies, where each strategy is evaluated using quantitative models that account for volatility, downside probability, liquidity depth, and execution costs.^[2]

To celebrate the integration, Concrete is launching a promotional rewards campaign of up to $200,000 in total rewards for eligible participants. Eligible users who stake at least 100 USDT in the Concrete USDT Vault via Binance Wallet may participate in the rewards program, alongside the vault’s ongoing yield generation. Reward structure and form are subject to change. Real-time APY will adjust dynamically based on participation and market conditions.

Visit concrete.xyz for more information.

About Concrete

Concrete is an Ethereum-based protocol that provides institutional-grade tooling for on-chain yield generation. With a proven track record of executing billions in structured flow volume, Concrete offers sophisticated vault architecture and strategy layering to enable secure and transparent yield generation in the DeFi ecosystem. Concrete is part of the Blueprint ecosystem.

About Blueprint Finance

Blueprint Finance is a multi-chain DeFi infrastructure company and the core developer of both the Ethereum-based Concrete and Solana-based Glow Finance. Concrete powers tokenized DeFi native vault infrastructure and the creation of new derivatives for any asset, while Glow powers yield, trading, and lending on Solana. The company’s quantitative framework transforms complex DeFi mechanisms into products that work reliably for both institutions and individuals alike. By eliminating traditional DeFi pain points, such as liquidation risk and capital fragmentation, Blueprint is building the technical foundation for broader institutional adoption of decentralized finance.

This press release is for informational purposes only and does not constitute an offer of securities, investment advice, or a solicitation of any kind. Yield is variable and not guaranteed. Past performance is not indicative of future results. Participation involves smart contract risk, market risk, and potential loss of principal. Users should review all applicable terms and conduct their own research before participating. Concrete vaults are not insured by any government agency.

[1] Risk-adjusted” refers to Concrete’s use of quantitative models to evaluate strategy parameters such as volatility, downside probability, liquidity depth, and execution costs. It does not imply elimination of risk or guarantee of returns. All strategies involve risk, including potential loss of principal.

[2] Strategy evaluation frameworks are subject to change and may not capture all relevant risk factors. Quantitative modeling does not guarantee performance or prevent losses.

• Hyperliquid price rose to  its highest level in over a month as it touched $38.08.
• The HYPE is up amid increased trading activity as open interest jumps to over $1.56 billion.
• Technical indicators on the daily chart suggest a bullish continuation.

What’s driving the HYPE price up?

Bitcoin’s rally above $70,000 following Wednesday’s CPI data helped lift sentiment across the broader crypto market, even as geopolitical tensions continued to escalate.

Gains among major altcoins also provided momentum for smaller tokens such as Hyperliquid.

However, HYPE appears particularly well positioned for a potential breakout as trading activity in the energy sector intensifies amid the escalating U.S.–Israel conflict with Iran.

Data from Coinglass shows that Hyperliquid’s open interest rose from $1.18 billion to more than $1.56 billion, marking a 32% increase between March 6 and March 12, 2026.

Much of this activity has been driven by traders entering futures positions as oil prices surged. Crude briefly climbed toward $120 before pulling back.

Even after the retreat, prices remain above $100, as the Strait of Hormuz blockade continues to disrupt a key global shipping route, with Iranian leaders insisting the waterway should remain closed.

As Bloomberg recently reported, trading activity on Hyperliquid has surged under these conditions, with futures volume reaching about $2.2 billion in the past 24 hours.

At the same time, the platform’s stablecoin market capitalization increased nearly 3% to $4.76 billion.

Hyperliquid price: Is a new ATH next?

HYPE is currently trading at its highest level since February 3, 2026.

A similar price zone was last tested in November 2025, when bullish momentum weakened and the token failed to maintain support.

The latest retest raises the question of whether Hyperliquid could be setting up for a fresh push toward a new all-time high. If the current momentum continues, bulls may increasingly target that milestone in the near term.

Meanwhile, crypto investor Arthur Hayes has projected a much more aggressive outlook, suggesting that HYPE could climb to $150 by August 2026, driven by strong platform growth and token buyback dynamics.

HYPE price short-term technical outlook

From a technical standpoint, the first resistance lies in the $38–$42 range, followed by a stronger barrier around $48–$50.

A decisive close above $38 could open the door for a move toward these levels, with the all-time high above $59 emerging as a potential target if bullish momentum strengthens.

On the downside, if broader market weakness triggers a pullback, initial support is likely near $33.

A deeper correction could bring the 50-day SMA around $30 and the 100-day SMA near $28 into focus as key demand zones.

Asset manager Ark Invest says quantum computing is a long-term consideration for Bitcoin security but not an imminent threat.

In a Wednesday report co-authored with Unchained, the investment manager said today’s quantum computers are far below the capabilities needed to break Bitcoin’s cryptography, which relies on elliptic curve encryption to secure wallets.

“Today’s quantum systems lack the capabilities required to compromise Bitcoin,” wrote authors Dhruv Bansal, co-founder and CSO at Unchained; Tom Honzik, director of custody research at Unchained; and David Puell, research trading analyst and associate portfolio manager for digital assets at Ark Invest.

Even if quantum systems eventually reach that level, the risks will likely emerge gradually and at high cost to attackers, the report said.

One of the main reasons Bitcoin won’t face an immediate threat is because a major breakthrough in quantum computing would likely disrupt broader internet security first, prompting coordinated responses from governments, technology firms and financial institutions before reaching Bitcoin.

The report comes as long-term investors grapple with the possibility that advances in quantum computing could one day break the cryptography underpinning bitcoin, fueling speculation about a potential security crisis.

Earlier this year, a prominent portfolio strategist at Jefferies, Christopher Wood, said investors should drop 10% bitcoin allocation and add gold instead, due to a quantum threat. The move rattled investors and spooked the digital assets market.

35% of the supply in risk

While researchers broadly agree that such capabilities remain far off, the prospect that powerful quantum machines could eventually crack private keys or older wallet formats has raised concerns among investors about long-term risks to bitcoin and the broader digital asset ecosystem.

Ark’s report estimated that about 35% of bitcoin’s supply sits in address types theoretically exposed to future quantum attacks, including roughly 1.7 million BTC believed to be lost and about 5.2 million BTC that could be migrated to more secure wallets.

One of those wallets, roughly 1 million BTC, belongs to Satoshi Nakamoto, the creator of the Bitcoin network.

However, rather than a sudden “Q-day,” Ark Invest sees these progressions unfolding in several different stages over many years. Some investors fear the first attack could occur before 2030, while others suggest it could be “decades away,” the report noted.

The report argues that in either scenarios, it will likely give the Bitcoin community time to upgrade the network with quantum-resistant cryptography and encourage users to move coins to safer address formats.

“The good news is that we already know how to protect against quantum attacks,” the report said.

“The majority of Bitcoin’s supply is held in quantum-resistant addresses, and the remainder is held in quantum-vulnerable addresses that should not be at risk until Stage 3 of our timeline, when a CRQC exists that can break a 256-bit ECC key.”

The world’s largest cryptocurrency was trading around $70,000 at the time of publication.

Read more: Grayscale sees regulation, not quantum fears, shaping crypto markets in 2026

JPMorgan Chase has been sued by investors in Goliath Ventures, with a proposed class action lawsuit alleging the bank ignored “red flags” that the allegedly fraudulent crypto pool raised and helped enable what the complaint describes as a $328 million crypto Ponzi scheme that affected over 2,000 people.

Filed in federal court in the Northern District of California Wednesday, the complaint claims Chase “provided the essential banking infrastructure through which the Ponzi scheme operated,” processing investor deposits, facilitating transfers and enabling payments that allegedly “created the false appearance of legitimate profits.”

Florida resident Christopher Alexander Delgado was arrested last month by federal authorities on wire fraud and money laundering charges tied to his operation of Goliath. That criminal case is in its early stages.

“Numerous red flags made the fraudulent nature of the scheme obvious and known to Chase,” Wednesday’s proposed class action claims. “Despite those red flags, Chase turned a blind eye and continued servicing the accounts used to perpetrate the fraud, earning substantial fees from the hundreds of millions of dollars it washed through Goliath and Delgado’s banking activities at Chase.”

A JPMorgan spokesperson toldCoinDesk that the bank would “decline to comment.”

The complaint, filed by Robby Alan Steele through his lawyers at Shaw Lewenz and co-counsel, states that JPMorgan was the sole banking institution for Goliath. It further states that approximately $253 million was deposited into a Chase account linked to Goliath between January 2023 and June 2025. Roughly $123 million was transferred from that account to crypto exchange Coinbase, while about $50 million was sent to investors as purported returns.

The lawsuit, which does not state a specific damages figure, repeatedly argued the bank should have spotted the alleged fraud from the flow of funds alone.

“From a bank’s perspective, the fraudulent scheme was obvious,” the complaint said. “A fraudulent scheme of this magnitude cannot be run surreptitiously through one bank.”

The suit also mentions JPMorgan CEO Jamie Dimon’s public criticism of cryptocurrencies, adding it contradicts the bank’s alleged conduct.

“Despite Dimon’s long history of criticizing cryptocurrency,” the complaint said, Chase “knowingly permitted a bank customer—Goliath—to commingle investors’ money at Chase” and use funds from later investors to pay earlier ones “in a classic Ponzi scheme fashion.”

As oil surges past $100 amid escalating Middle East tensions, the question for the Bitcoin network and miners is not whether their power bills will rise, but whether Bitcoin’s price will fall.

According to research from bitcoin mining software and services company Luxor’s Hashrate Index, the direct effect of oil price shocks on mining costs is likely to be limited, but the broader macroeconomic consequences could weigh more heavily on the industry.

However, the impact of oil prices surging isn’t zero on the Bitcoin network.

Luxor estimates that about 8 to 10 percent of global bitcoin hashrate operates in electricity markets where power prices are closely linked to crude oil. These operations are primarily concentrated in Gulf states such as the United Arab Emirates and Oman, with smaller contributions from Iran, Kuwait, Qatar and Libya.

“The genuinely oil-exposed countries” are the Gulf states, Luxor wrote in its research note, adding that the UAE and Oman together account for roughly about 6% of the network’s computing power or hashrate.

“These grids run primarily on natural gas derived from oil production, with electricity pricing that does track crude more directly than in the US or Russia,” the report said.

Meanwhile, Iran is estimated to hold another 0.8%, and other smaller contributors like Kuwait, Qatar, and Libya bring the total crude-sensitive hashrate exposure to roughly 8–10% of the network.

The remaining roughly 90% of the network runs in regions where electricity prices are driven by natural gas, coal, hydro or nuclear energy, meaning crude oil price swings have little direct influence on mining costs.

Impact on mining

What does this mean for bitcoin miners, who run power-hungry machines to secure the network and validate the transactions?

Luxor argues that even if oil prices remain above $100 per barrel, the effect on mining economics from higher electricity costs would likely be limited to a small portion of the network. Electricity is the single largest input cost for mining bitcoin.

Instead, the bigger risk for miners lies in how geopolitical shocks affect bitcoin’s price. According to Luxor, periods of macro stress often trigger risk-off behavior in financial markets, which can pressure volatile assets such as Bitcoin.

Recent data cited by the firm shows hashprice, a measure of profitability for the miners, fell to an all-time low of $27.89 per petahash per second per day in February, driven largely by a 23.8% drop in bitcoin’s price during the same period.

For miners, Luxor concludes, profitability is far more sensitive to changes in bitcoin’s price than to shifts in electricity costs.

Read more: Bitcoin hashrate drops 12% in worst drawdown since China mining ban: CryptoQuant

Against this backdrop, Bitcoin 2026 — now expected to surpass 40,000 attendees — is the definitive gathering for anyone serious about the future of money. With 500+ speakers, multiple world-class stages, and programming spanning Bitcoin fundamentals, enterprise adoption, mining, energy, AI, policy, and culture, the conference brings every corner of the Bitcoin ecosystem together under one roof. The BFC Symposium anchors the institutional conversation at the center of that ecosystem.

The development company behind Ethereum Layer 2 network Optimism has laid off 20 employees — what appears to be approximately 20% of its team. The news was announced by OP Labs CEO and Optimism co-founder Jing Wang in an X post today, March 12, and included a screenshot of an internal Slack message Wang had sent to staff earlier in the day.

“This decision reflects a narrowing of our focus, not our runway,” Wang wrote on X.

In a Slack message to what appears to be Op Labs’ 102 employees, Wang said that the decision is “not about finances” but rather about “doing fewer things well, making decisions faster, and reducing coordination overhead.”

Op Labs’ CEO also noted in the Slack messaged that OP Labs “is well capitalized with years of runway.”

The OP token fell slightly on the news, down 2.4% in the past 24 hours, per The Defiant’s price page, while the broader market is flat today.

Last month, Coinbase’s Base — which was reportedly contributing an estimated 97% of Superchain revenue — announced it was departing the OP Stack for a self-managed codebase, sending OP down 26% in a single day. Wang acknowledged the blow but said evolving the business model was overdue.

On the product side, Optimism launched OP Enterprise in January and also passed a governance vote to direct 50% of Superchain revenue toward OP token buybacks.

This article was written with the assistance of AI workflows. All our stories are curated, edited and fact-checked by a human.