Babylon, a platform enabling native Bitcoin (BTC) staking, recorded a notable unstaking event on April 17. Approximately $1.26 billion worth of BTC was withdrawn from the protocol.

The move resulted in a significant decline in Babylon’s total value locked (TVL). Moreover, the price of its native token, BABY, also dipped.

Babylon’s TVL Drops 32% After Massive BTC Unstaking

Blockchain analytics firm Lookonchain alerted users about the unstaking on X (formerly Twitter).

“About 5 hours ago, 14,929 BTC($1.26 billion) was unstaked from Babylon,” the post read.

This move triggered a sharp drop in the platform’s TVL. According to data from DefiLama, Babylon’s TVL dropped from $3.9 billion to $2.6 billion in just a day, representing a decline of 32.7%. Moreover, only 31,502 BTC remain staked in the protocol at press time. 

That’s not all. The BABY token was also not immune to market pressures. According to BeInCrypto data, the token depreciated by 9.8% over the past day alone. At the time of writing, the altcoin was trading at $0.8.

The unstaking led to widespread speculation about the platform’s stability and the broader implications for Bitcoin-based decentralized finance (DeFi) protocols.

“What’s going on. I don’t waste my time partaking in staking BTC, but this can be concerning. You don’t just see so much unstaking in such a short window,” a user said.

Nonetheless, Lombard Finance quickly moved to calm investor concerns. The Bitcoin restaking protocol, built on Babylon, clarified that the withdrawal was part of a planned transition to a new set of finality providers. 

“To carry out the transition to our new set of Finality Providers, the Lombard Protocol has begun the process of unstaking BTC from the Lombard Finality Provider,” Lombard Finance stated.

The post emphasized that this process was a necessary step in the evolution of the platform. In addition, the company reassured investors that the withdrawn funds are expected to be restaked once the unbonding process concludes.

The unstaking event follows closely on the heels of Babylon’s airdrop earlier this month. 600 million BABY tokens—representing 6% of the token’s total supply—were distributed to early adopters, including Phase 1 stakers, Pioneer Pass NFT holders, and contributing developers. 

Shortly after the airdrop, $21 million worth of Bitcoin was unstaked within 24 hours. This suggests a pattern of capital withdrawal that has intensified with the latest event.

On Good Friday, over $2.2 billion worth of Bitcoin and Ethereum options contracts expire today.

It comes as crypto markets continue to reel from macroeconomic uncertainty. President Donald Trump is pressuring the Federal Reserve (Fed) to cut interest rates, but the chair, Jerome Powell, will not budge.

Over $2.2 Billion Options Expire Today

Today, April 18, amid Good Friday celebrations, 23,221 Bitcoin (BTC) options contracts will expire. The notional value for this Friday’s tranche of expiring Bitcoin options contracts is $1.966 billion, according to data on Deribit.

The put/call ratio is 0.96, suggesting a prevalence of purchase options (calls) over sales options (puts).

As the Bitcoin options expire, they have a maximum pain or strike price of $82,000; at this point, the asset will cause the greatest number of holders’ financial losses.

Similarly, crypto markets will witness the expiry of 177,130 Ethereum contracts, with a notional value of $279.789 million. The put-to-call ratio for these expiring Ethereum options is 0.84, with a maximum pain of $1,600.

This week’s options expiry event is slightly smaller than what crypto markets witnessed last week on Friday. As BeInCrypto reported, approximately $2.5 billion worth of BTC and ETH options expired then, with short-term dips bringing put demand.

Traders and investors must closely monitor today’s developments as options expiry could lead to price volatility. Nevertheless, put-to-call ratios below 1 for Bitcoin and Ethereum in options trading indicate optimism in the market. It suggests that more traders are betting on price increases.

Meanwhile, analysts at Deribit highlight low volatility and flat skew. While this suggests a calm market, historical data from CoinGlass suggests post-expiry price swings are common, potentially signaling an upcoming move.

“With volatility crushed and skew flat, is the market setting up for a post-expiry move?” they posed.

Blackswan Event Likely, Greeks.live Analysts Say

Analysts at Greeks.live shed light on current market sentiment, echoing the calm outlook. However, they note that the market is predominantly bearish to neutral. Traders expect continued choppy action before potentially revisiting $80,000 to $82,000.

As of this writing, Bitcoin was trading for $84,648, slightly above its strike price of $82,000. Based on the Max Pain theory, prices will likely move toward this strike price as options near expiry.

Citing a mild sentiment, Greek.live analysts ascribe the calm to Trump not putting out a lot of news this week. Nevertheless, they anticipate more trade wars, heightened uncertainty, and volatility.

“We expect the trade and tariff wars to be far from over, and the uncertainty in the market will continue for a long time, as will the volatility in the market,” Greeks.live wrote.

They also ascribe the outlook to Powell’s comments, which created downward pressure as 100 bps rate cut expectations for the year were reduced. This led to crypto correlation with traditional markets.

Against this backdrop, Greeks.live says the probability of a black swan event is higher, where a rare, unexpected event that has a significant and often disruptive impact on the market occurs.

“…it is now a period of pain when the bulls have completely turned to bears, and investor sentiment is relatively low. In this worse market of bulls turning to bears, the probability of a black swan will be significantly higher,” they explained.

They urge traders to buy out-of-the-money (OTM) put options. An option is classified as out-of-the-money when its strike price is less favorable than the current market price of the underlying asset. This means it has no intrinsic value, only time value (the potential for it to become valuable before expiration).

Trusted Editorial content, reviewed by leading industry experts and seasoned editors. Ad Disclosure

A quantum‑computing collective known as Project Eleven has thrown down a public gauntlet to the global cryptography community, offering a reward of one Bitcoin to the first team that can break a deliberately down‑scaled version of Bitcoin’s elliptic‑curve cryptography using a genuine quantum computer before 5 April 2026.

Announcing what it calls the “Q‑Day Prize” on X, the group wrote: “We just launched the Q‑Day Prize. 1 BTC to the first team to break a toy version of Bitcoin’s cryptography using a quantum computer. Deadline: April 5, 2026. Mission: Protect 6 M BTC (over $500 B).” The post crystallises a concern that has hovered over the Bitcoin ecosystem for more than a decade: the eventual arrival of large‑scale, error‑corrected quantum hardware capable of running Shor’s algorithm against real‑world keys.

Project Eleven is not asking contestants to shatter Bitcoin’s 256‑bit curve directly. Instead, teams must demonstrate Shor’s algorithm against elliptic‑curve keys ranging from one to twenty‑five bits—sizes derisively called “toy” by professional cryptographers but still orders of magnitude beyond what has been publicly achieved on physical quantum processors. The organisers argue that even a three‑bit break would be “big news,” because it would provide the first quantitatively verifiable benchmark of quantum progress on the elliptic‑curve discrete‑log problem (ECDLP). In their words, “Nobody has rigorously benchmarked this threat yet.”

To qualify, a submission must include gate‑level code or explicit instructions runnable on actual quantum hardware, along with a narrative of methods employed, error‑rates managed and the classical post‑processing required. Hybrid attacks that lean on classical shortcuts are disallowed. All entries will be published, a decision the group frames as an exercise in radical transparency: “Instead of waiting for breakthroughs to happen behind closed doors, we believe in facing this challenge head‑on, in a transparent and rigorous manner.”

Why 1 Bitcoin—And Why Now?

Bitcoin’s security ultimately rests on the hardness of the discrete‑logarithm problem over the secp256k1 curve. While classical attacks scale exponentially, Peter Shor’s 1994 quantum algorithm could in principle solve the problem in polynomial time, collapsing the cost from cosmic to merely gargantuan. Current research estimates that on the order of two thousand fully error‑corrected logical qubits—perhaps backed by millions of physical qubits—would be sufficient to threaten a 256‑bit key. Firms such as Google, IBM, IonQ and newcomer QuEra are racing to cross the four‑digit logical‑qubit threshold, though none has publicly demonstrated anything close to that capability today.

Project Eleven says its prize is intended less as a bounty and more as a diagnostic. More than ten million Bitcoin addresses, holding over six million coins, have already exposed their public keys through prior spending activity. If quantum technology crosses the critical threshold before those coins are migrated to post‑quantum addresses, the funds would be vulnerable to immediate theft. “Quantum computing is steadily progressing,” the group warns. “When that happens, we need to know.”

The initiative lands amid a flurry of quantum‑resilience proposals within the wider Bitcoin ecosystem. Earlier this month, a group of developers submitted the Quantum‑Resistant Address Migration Protocol (QRAMP), a Bitcoin Improvement Proposal that would orchestrate a network‑wide move to post‑quantum key formats. Because QRAMP would require a consensus‑breaking hard fork, its political prospects remain uncertain.

Separately, Canadian startup BTQ has pitched an exotic proof‑of‑work alternative called Coarse‑Grained Boson Sampling, which would substitute today’s hash‑based mining puzzles with photonic sampling tasks executed on quantum hardware. Like QRAMP, BTQ’s concept demands a hard fork and has yet to garner broad support.

From a technical standpoint, running even a five‑bit elliptic‑curve version of Shor’s algorithm is brutally unforgiving: qubits with fidelities above 99.9 %, coherent for hundreds of microseconds, and orchestrated through deep circuits numbering in the thousands of two‑qubit gates would be required. Error‑correction overhead further compounds the engineering burden, meaning that contenders will likely have to employ small‑code logical qubits and impressive compilation techniques merely to keep noise under control.

Yet the prize may prove irresistible for university labs and corporate R&D teams eager to demonstrate practical quantum advantage. Cloud‑accessible devices from IBM’s Quantum System Two, Quantinuum’s H‑series and OQC’s superconducting platforms already allow limited, pay‑per‑shot access to dozens—or in IBM’s case, hundreds—of physical qubits. Whether any of those machines can sustain the circuit depth necessary remains to be seen.

Either outcome supplies invaluable data. In the words of Project Eleven’s launch tweet, the objective is stark: “Break the biggest ECC key with Shor’s algorithm. The reward: 1 BTC + go down in cryptography history.”

At press time, BTC traded at $84,771.

Featured image created with DALL.E, chart from TradingView.com

Editorial Process for bitcoinist is centered on delivering thoroughly researched, accurate, and unbiased content. We uphold strict sourcing standards, and each page undergoes diligent review by our team of top technology experts and seasoned editors. This process ensures the integrity, relevance, and value of our content for our readers.