A Potential Pre-2028 Risk: “Elliptic Curves Will Die”

Vitalik Buterin noted that some researchers believe quantum computers could achieve the capability to derive private keys from public keys by as early as 2028—a scenario that would undermine the security of digital wallets on a fundamental level. His remark that “elliptic curves will die” reflects the seriousness of the potential threat.

However, he also made it clear that this outcome is not guaranteed. Forecasts on Metaculus, for example, assign a roughly 20% probability to such a breakthrough occurring before 2030, with the median estimate pointing to 2040. Still, Buterin emphasized that even a modest risk warrants preparation, especially for a system responsible for securing billions of dollars in digital assets.

For Ethereum, he believes adopting hash-based, quantum-safe algorithms is the most prudent path forward.

Future Innovation Should Shift to Layer-2, Wallets, and Privacy

Vitalik Buterin also stressed that the core Ethereum protocol should no longer be the primary focal point for major upgrades. Instead, he argued that the next phase of progress should occur at the Layer-2 level, as well as in wallet infrastructure and privacy-focused technologies. According to him, this approach will give the ecosystem the flexibility and resilience it needs.

Why Quantum Computing Matters

Quantum computers operate differently from traditional machines, which rely on bits that represent 0 or 1. Quantum systems use qubits—units that can exist in multiple states at once—allowing them to process vast amounts of information simultaneously. This gives them the potential to solve certain cryptographic problems exponentially faster.

Major technology companies such as IBM, Google, and Microsoft are investing heavily in scalable quantum hardware. Some new quantum chips have already demonstrated the ability to perform computations that would take classical supercomputers trillions of years.

Buterin’s message is clear: the quantum threat may not be imminent, but the possibility alone is enough to justify urgent preparation. Transitioning Ethereum to quantum-resistant cryptography could become one of the most defining developments of the next few years.

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What is Lagrange?

Lagrange is a revolutionary blockchain infrastructure project offering the first infinite proof layer working in the zero-knowledge proof (ZK) domain. Thanks to its modular design, it combines both the ZK Prover Network and ZK Coprocessor technologies. These two main components enable cryptographic verification in both blockchain applications and AI systems.

The fuel of the ecosystem is the $LA token. $LA serves as the backbone of the network’s economy through transaction fees, staking, and securing the network.

Core Purpose and How It Works

Lagrange aims to solve four fundamental problems:

• Scalability Barriers: Traditional ZK networks rely on centralized gateway architectures, limiting system scalability.
• Resource Allocation Issues: Existing proof markets have misaligned incentives, causing waste and inefficient pricing.
• Database Limitations: Smart contracts cannot support complex data queries and computations.
• Lack of Verifiable AI: AI outputs must be cryptographically verified to build trust.

To address these, Lagrange creates an efficient resource marketplace with the DARA (Double Auction Resource Allocation) mechanism. Additionally, the DeepProve solution ensures verifiable AI outputs, ushering in a new era.

Founding Structure and Team

Initially developed by Lagrange Labs, the independent Lagrange Foundation was established in May 2025 to ensure long-term sustainability. This foundation supports decentralized governance and ongoing technological advancement. Technical development continues under Lagrange Labs.

Investors and Strategic Partnerships

Lagrange ($LA) made a strong market entry and led an impressive early-stage funding process. The project has raised a total of $17.20 million to reinforce its leadership in zero-knowledge proofs (ZK). Investments focus on advancing the hyper-parallel ZK Coprocessor, State Committee infrastructure, and the verifiable AI solution DeepProve.

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During funding, the Seed round on May 8, 2024 raised $13.20 million, led by Founders Fund. Other investors included CMT Digital, 1kx, Maven 11 Capital, Fenbushi Capital, Archetype Ventures, Volt Capital, and Mantle. The Pre-Seed round on May 18, 2023 raised $4 million with 1kx as the lead investor alongside CMT Digital, Maven 11 Capital, Lattice, and Daedalus.

This strong investor base accelerates $LA’s technological progress and strengthens its position in Web3 infrastructure.

Ecosystem and Use Cases

Lagrange is not just a blockchain infrastructure but a versatile application ecosystem. Key use cases include:

• ZK Rollups: High-volume transaction processing with secure proof production.
• Verifiable AI (DeepProve): Cryptographic proofs ensuring AI outputs are tamper-proof.
• Cross-Chain Verification: Bridge-less data verification across multiple EVM chains.
• Database Operations: ZK Coprocessor enables SQL-based queries and OLTP/OLAP analysis.

Tokenomics: How is $LA Distributed?

$LA has a capped supply of 1 billion tokens and a fixed 4% annual emission rate. Distribution is as follows:

• Community & Ecosystem: 34.78%
• Contributors: 25.39%
• Investors: 18.54%
• Foundation: 11.30%
• Airdrop: 10%

Token unlocking is designed to promote long-term commitment, with early investors and contributors locked for 1 year and then linearly unlocked over 2 years.

$LA Token Utilities

• Transaction Fees: All verification fees are paid directly with $LA.
• Prover Rewards: Proof producers are rewarded exclusively in $LA.
• Staking & Delegation: Users stake $LA to support selected provers.
• Network Security: Underperforming provers are penalized, ensuring security via economic incentives.

Future Vision and Roadmap

Lagrange (LA) aims to establish trust and transparency in the AI era through the verifiable AI solution DeepProve. The project is developing advanced zkML verification tools for LLM inference, training, and fairness proofs.

By 2025, goals include increasing efficiency 5-10x with hyper-parallel ZK proof production and integrating with hardware giants like Intel and NVIDIA. DeepProve targets setting a new standard by offering privacy and scalability in the ZK-AI convergence.

Comparison with Competitors

While Lagrange competes with ZKSync and Polygon in the ZK space, it differentiates itself through:

• Modular Architecture: Infinite scalability with a “network of networks” approach.
• Technical Edge: First ZK infrastructure applying the DARA mechanism.
• Production-Level Network: Reliable system operating with 85+ operators.
• Verifiable AI: Unique DeepProve solution unmatched by rivals.

Official Links

• Official Website
• Whitepaper
• X (Twitter)
• Discord

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Malikie Innovations, which acquired over 32,000 patents from BlackBerry in 2023, has filed lawsuits against major Bitcoin mining firms Marathon Digital and Core Scientific. At the heart of the dispute lies elliptic curve cryptography (ECC), a core component of Bitcoin’s blockchain protocol.

Cryptography Under Scrutiny

According to Malikie, the ECC techniques used by Bitcoin are protected under patents they now hold. Their lawsuit claims that these mining companies have been infringing on their intellectual property by supporting Bitcoin operations with ECC-based methods.

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What’s more, Malikie seeks damages for up to six years of retroactive royalties. If awarded, the damages could be significant—possibly severe enough to force companies like Core Scientific into financial distress.

Could The Entire Network Be at Risk?

Experts suggest that a victory for Malikie might set a dangerous precedent. Other miners in the US could become targets, and the case could raise concerns over the legal stability of Bitcoin’s cryptographic foundation.

However, industry analysts like Niko Demchuk from AMLBot believe Malikie’s claims may not hold up. He suggests the patents in question may be expired or cover techniques predating Bitcoin’s implementation of ECC.

This is not the first intellectual property challenge in the crypto world. In the past, figures like Craig Wright have made failed attempts to claim ownership of Bitcoin’s underlying technologies. But this case serves as a reminder: even decentralized networks aren’t immune to centralized legal disputes.

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Quantum Threat Could Force Satoshi’s Hand

Speaking at the “Satoshi Spritz” event in Turin on April 18, Back explained that future quantum computers may break current cryptographic protections. As a result, Bitcoin holders would have to move their assets to quantum-resistant addresses.

If Satoshi’s coins remain in old, vulnerable addresses, they could be at risk. This might compel Nakamoto to move them to preserve their security:

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“If quantum computers are available, the network must choose: let coins be stolen or deprecate old signatures. Likely, the network lets them be stolen — forcing Satoshi to act.”

Timeline: Possibly Within 20 Years

Back clarified that current quantum computers pose no credible threat to Bitcoin yet. However, he anticipates the technology could reach that level within 20 years.

Will We Know If Satoshi Moves?

Whether or not such a move confirms Satoshi is alive may depend on future privacy upgrades. Some technologies under research could maintain privacy even as users transition to quantum-safe addresses.

An anonymous early Bitcoin miner disagreed with Back’s theory, saying:

“Even if he’s alive, I doubt he would move the coins. He’s always let the community lead.”

Is a Quantum-Resistant Bitcoin Feasible?

Back noted that most quantum-proof signatures are either unproven or data-heavy. He pointed to Lamport signatures as a reliable but bulky option.

He proposed a Taproot-based upgrade, where addresses could switch to quantum-resistant signatures only when needed, balancing efficiency and security.

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How Does Cryptography Work?

The sender first changes the message using a special code so that no one else can understand it. Then, the receiver gets the message and changes it back to its original form, making it readable again. This way, only the intended person can understand the message.

Cryptography is used to make transactions safe and anonymous. You don’t need a bank or a middleman involved. Even if you don’t know the person you’re dealing with, you can still do your transactions safely.

Many cryptocurrencies like Bitcoin and Ethereum use special encryption systems. These systems allow users to make secure transactions without needing banks, intermediaries, or services like PayPal.

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Each user in the Bitcoin network has their own private network to make transactions. You can freely share your network password with others. However, the only way to access your money is through your private key.

Your private key is created using a complex algorithm that makes it impossible for others to find out from your public key. Since there is no middleman, Bitcoin transactions cannot be reversed. This is actually a good thing because it ensures the permanence of transactions.

One important thing to mention is the blockchain. Every transaction you make is recorded and can be easily tracked. This adds an extra layer of security and transparency to the whole process.

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