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31 Mar 2026, 13:40

Base Tokenization Strategy: Coinbase’s Layer 2 Network Unveils Ambitious 2025 Roadmap for Independence

BitcoinWorld Base Tokenization Strategy: Coinbase’s Layer 2 Network Unveils Ambitious 2025 Roadmap for Independence San Francisco, March 2025 – Coinbase’s Layer 2 scaling solution, Base, has announced a definitive strategic pivot for the year, centering its development on three core pillars: the tokenization of real-world assets, the expansion of stablecoin payment systems, and a significant bolstering of its developer ecosystem. Furthermore, the network confirmed plans to transition from its current reliance on the Optimism OP Stack to a proprietary, in-house infrastructure layer. This move aims to enhance both the network’s operational independence and its long-term scalability, marking a pivotal evolution for one of the cryptocurrency sector’s most prominent Layer 2 platforms. Base Tokenization Initiative Aims to Bridge Digital and Physical Assets The primary focus for Base in 2025 is the acceleration of asset tokenization. Tokenization refers to the process of converting rights to a physical or financial asset into a digital token on a blockchain. Consequently, this initiative positions Base not just as a scaling solution for Ethereum but as a foundational layer for a new generation of financial instruments. The network will prioritize creating the technical and regulatory frameworks necessary for tokenizing diverse assets. These assets include real estate, private equity, and government bonds. Industry analysts view this as a logical progression. For instance, the global tokenized assets market is projected to reach trillions of dollars in value by 2030. Base’s integration with Coinbase’s regulated ecosystem provides a unique advantage. It offers a potentially compliant on-ramp for institutional capital. The network’s low transaction fees and high throughput are critical technical prerequisites for handling high-volume, fractionalized asset trading. Stablecoin Payments and Developer Ecosystem Expansion Parallel to its tokenization drive, Base will heavily invest in stabilizing and expanding its payment corridors. The network plans to deepen integrations with major dollar-pegged stablecoins like USDC, which is issued by Circle, a company co-founded by Coinbase. This focus aims to make Base a premier network for fast, low-cost, cross-border settlements and everyday commerce. Simultaneously, Base is committing substantial resources to grow its developer community. This expansion involves several key initiatives: Enhanced Grant Programs: Increasing funding for projects building decentralized applications (dApps) focused on finance and social utility. Superior Tooling: Releasing more robust software development kits (SDKs) and application programming interfaces (APIs). Educational Resources: Expanding documentation and hosting global hackathons to onboard new talent. A thriving developer base is essential for creating the applications that will leverage Base’s new tokenization and payment features. Therefore, this ecosystem growth is not a secondary goal but a fundamental requirement for the network’s overall strategy. The Infrastructure Transition: From OP Stack to Independence The most technically significant announcement is Base’s planned architectural transition. Since its launch, Base has operated as a Layer 2 chain using the OP Stack, the open-source development stack powering the Optimism network. This provided a fast launchpad. However, the roadmap now calls for migrating to a proprietary, Base-controlled infrastructure stack. This strategic shift serves two primary purposes. First, it grants Base greater independence in its development cycle and governance decisions. Second, it allows engineers to optimize the underlying code specifically for Base’s unique needs, particularly the high-throughput demands of tokenized asset markets and micropayments. The transition will be gradual, ensuring network stability and minimizing disruption for existing users and applications. The following table outlines the key differences between the current and proposed future states: Aspect Current State (OP Stack) Future State (Base Stack) Development Control Shared roadmap with Optimism Collective Autonomous, Base-led roadmap Technical Optimization Generalized for multiple chains Specialized for tokenization & payments Sequencer Revenue Shared mechanism Fully retained by Base ecosystem Upgrade Timing Tied to broader OP Stack releases Determined by Base’s internal priorities Market Context and Competitive Landscape Base’s 2025 roadmap arrives during a period of intense competition within the Layer 2 blockchain sector. Networks like Arbitrum, Polygon, and Starknet are also aggressively pursuing market share in decentralized finance and scaling solutions. By focusing on tokenization, Base is carving a distinct niche. This niche leverages the regulatory familiarity and institutional trust associated with its parent company, Coinbase. Moreover, the decision to build independent infrastructure mirrors a broader industry trend toward specialization. As the market matures, generic scaling solutions face pressure from chains optimized for specific verticals like gaming, social media, or, in Base’s case, tokenized finance. This specialization could prove to be a key differentiator in attracting dedicated developer communities and targeted user bases. Conclusion Base’s 2025 strategy represents a maturation from a general-purpose scaling layer to a specialized blockchain for the future of tokenized finance. By concentrating on tokenization , stablecoin payments, and developer growth while building its own infrastructure, Base is positioning itself for long-term independence and relevance. The success of this ambitious plan will depend on execution, regulatory developments, and adoption by both institutions and developers. Ultimately, it signals a significant step toward integrating blockchain technology with the broader global financial system. FAQs Q1: What exactly is asset tokenization on Base? Asset tokenization on Base involves creating digital tokens on the blockchain that represent ownership of real-world assets like real estate, art, or company shares. This process aims to make these assets more liquid, divisible, and easier to trade globally. Q2: Why is Base moving away from the OP Stack? Base is transitioning to its own infrastructure stack to gain greater control over its development, optimize its technology specifically for tokenization and payments, and retain all revenue from its network operations, thereby enhancing its long-term scalability and independence. Q3: How will this affect existing apps and users on Base? The network has stated the transition will be gradual and designed to minimize disruption. Developers and users should experience no service interruptions. The core goal is to improve performance and capability behind the scenes. Q4: What role will USDC play on Base? USDC, a regulated dollar stablecoin, is expected to be the primary medium of exchange and settlement for tokenized assets and payments on Base. Its integration is crucial for providing price stability and regulatory clarity. Q5: How does Base’s focus compare to other Layer 2 networks? While many Layer 2s compete on general transaction speed and cost, Base is differentiating itself by specializing in the vertical of real-world asset tokenization and institutional-grade payments, leveraging its connection to Coinbase’s regulated ecosystem. This post Base Tokenization Strategy: Coinbase’s Layer 2 Network Unveils Ambitious 2025 Roadmap for Independence first appeared on BitcoinWorld .

31 Mar 2026, 13:32

Encrypt Is Coming to Solana to Power Encrypted Capital Markets

BitcoinWorld Encrypt Is Coming to Solana to Power Encrypted Capital Markets Grand Cayman, Cayman Islands, March 31st, 2026, Chainwire Encrypt brings FHE to Solana to enable fast, fully confidential, and composable applications on Solana Encrypt is coming to Solana with a clear vision: Encrypted Capital Markets. Solana is the number one ecosystem for blockchain developers and the most used blockchain in the world. It is where the fastest teams ship, where breakout consumer products launch, and where Internet Capital Markets are being built in real time. Encrypt introduces a new cryptographic capability to the Solana ecosystem: Fully Homomorphic Encryption (FHE). This enables developers and institutions to build applications that can perform computations directly on encrypted data. In practical terms, this allows data to remain private while application logic is executed onchain. With Encrypt, developers and institutions are building high-performance financial applications on Solana, can add native cryptographic privacy to those applications natively. These may include use cases such as trading venues, lending markets, auctions, prediction markets, and other application categories that previously faced difficulties on public blockchains due to privacy limitations. Encrypted Capital Markets Blockchains are recognized for their composability, though they have historically faced limitations in supporting data privacy. Most existing approaches to onchain privacy force tradeoffs. Some rely on trusted operators or specialized hardware, others can hide information for a single user, but do not allow applications shared by multiple users to be confidential, and some sacrifice composability between applications. Additionally, many privacy systems are simply too slow or too limited for real financial applications. Encrypt changes that model by bringing FHE to Solana. FHE is a breakthrough cryptographic primitive that allows computation to happen on encrypted data without decrypting it first. Instead of exposing balances, positions, orders, or application state to the public, developers can build programs where sensitive information remains encrypted throughout execution. This opens the door to a new design space for Solana builders: financial applications that are fast, composable and confidential by default. Confidential trading, hidden liquidity, private collateral, sealed-bid auctions, private prediction markets, encrypted strategy vaults, FHE-TLS application with confidential and verifiable read/write API calls, and other privacy-preserving applications can now be built in a way that feels native to Solana’s execution environment. “Solana already has the performance, developer energy, and market structure to become the home of the next generation of onchain finance,” said Dolev Mutzari, Co-Founder of Encrypt. “Encrypt adds a missing primitive: the ability to build applications that keep sensitive data encrypted while still running on a public blockchain. That is what Encrypted Capital Markets means.” A New Primitive for Solana Developers At the core of Encrypt is a developer platform that allows teams to write encrypted Solana programs. Instead of treating privacy as a bolt-on feature, Encrypt makes confidentiality part of the application itself. Developers and institutions can build programs that operate on encrypted inputs and encrypted state, while preserving the composability and programmability that make Solana powerful. For users, that means public blockchains no longer need to mean fully public financial behavior. For developers, it means entirely new product categories become practical on Solana: markets with hidden intent, lending systems with confidential positions, marketplaces with sealed bidding, and applications where privacy is part of the user experience rather than a compromise. For institutions, it removes one of the biggest barriers to adoption, allowing the institution to enjoy the benefits of a public, permissionless and composable blockchain, without having to share or reveal sensitive data. Just as importantly, Encrypt is designed for real applications, not just demos. Its architecture is built to make confidential execution practical for the kinds of high-throughput, low-latency composable environments that modern onchain markets require. Why It Matters Today, much of crypto finance still assumes that every action, position, and strategy must be visible by default. That transparency has benefits, but it also creates clear limitations. Traders expose intent before execution. Liquidity providers reveal positions. Institutions face barriers to participating in public markets where every move is immediately visible. And many applications that require confidential shared state simply cannot exist in a fully transparent environment. Encrypt gives Solana builders a way to overcome those limits without sacrificing the openness and composability of public blockchains. That is the foundation for Encrypted Capital Markets: a world where sensitive financial logic can move onchain without forcing users, institutions, and applications to reveal everything in public. “Solana has already proven that markets can move onchain,” said David Lachmish, Co-Founder of Encrypt. “The next frontier is cryptographic guarantees for private state on a public blockchain, and Encrypt brings FHE to Solana to make confidentiality a native building block for composable applications.” With Encrypt, Solana can support a future where markets are still onchain, programmable, and globally accessible, but where confidentiality becomes part of the infrastructure. Encrypt will be live on Solana devnet in early Q2, and will launch on mainnet later this year. About Encrypt Encrypt is building the infrastructure for Encrypted Capital Markets on Solana. By bringing Fully Homomorphic Encryption to the Solana Virtual Machine, Encrypt enables developers to build applications that compute on encrypted data directly onchain, unlocking a new generation of confidential DeFi, markets, and financial applications. Encrypt is built by the team behind Ika, and uses Ika as infrastructure on Solana as part of its broader vision for next-generation onchain financial systems. Users can learn more here . Contact Encrypt [email protected] This post Encrypt Is Coming to Solana to Power Encrypted Capital Markets first appeared on BitcoinWorld .

31 Mar 2026, 13:19

Google says a quantum attack on Bitcoin could take 9 minutes with a 41% success rate

Google’s Quantum AI team has proved that a sufficiently powerful quantum computer could derive a Bitcoin ( BTC ) wallet’s private key in approximately nine minutes, fast enough to intercept and redirect a transaction before it is confirmed on the blockchain in an estimated 41% of cases. Quantum computers’ attack speed vs network variance: Source: Google The research , published as a whitepaper co-authored with the Ethereum Foundation and Stanford University, estimates that cracking the elliptic curve cryptography protecting Bitcoin wallets may require fewer than 500,000 physical qubits, a roughly 20-fold reduction from prior published estimates. The researchers determined that a quantum attacker could extract a victim’s public key from the network’s mempool and apply Shor’s algorithm to derive the corresponding private key. Given Bitcoin’s average block confirmation time of approximately 10 minutes, a 9-minute quantum derivation window creates an overlap during which an attacker could complete the process before a transaction is finalised. As such, the Google research team urged the Bitcoin network to migrate from its Elliptic Curve Digital Signature Algorithm (ECDSA) to post-quantum cryptography (PQC) before the end of this decade. Bitcoin quantum computing attack worsened by Taproot upgrade Reportedly, about 6.9 million BTCs, currently valued at $466 billion, are held in wallets whose public keys are already permanently visible on-chain. The Bitcoin Taproot upgrade, activated in November 2021, may have increased this exposure by making more public keys visible on-chain. While Taproot improved transaction efficiency and privacy through Schnorr signatures, it implemented a structure in which public keys are made visible on-chain by default, increasing the number of wallets whose public keys are visible and potentially making more wallets vulnerable than in legacy formats. What’s the reaction of BTC users? The revelation of an imminent threat to the Bitcoin network from quantum computing attacks elicited different responses. For instance, Justin Drake, a Bitcoin security researcher, urged the community to start preparing for post-quantum encryption. “There’s at least a 10% chance that by 2032, a quantum computer could recover a secp256k1 ECDSA private key from an exposed public key. While a cryptographically-relevant quantum computer (CRQC) before 2030 still feels unlikely, now is undoubtedly the time to start preparing,” Drake stated . Charles Guillemet, CTO of Ledger, highlighted that the Bitcoin community has the cryptographic tools required for a post-quantum migration but must act promptly, warning that the network’s long-term security model is under increasing scrutiny as the threat timeline shortens. ​ The post Google says a quantum attack on Bitcoin could take 9 minutes with a 41% success rate appeared first on Finbold .

31 Mar 2026, 13:14

Ika Is Coming to Solana to Power Bridgeless Capital Markets

BitcoinWorld Ika Is Coming to Solana to Power Bridgeless Capital Markets Grand Cayman, Cayman Islands, March 31st, 2026, Chainwire dWallets make it possible to bring assets from every network to Solana, to hold, trade, and use financially without bridges Ika is coming to Solana with a clear vision: Bridgeless Capital Markets. Solana is the number one ecosystem for blockchain developers and the most used blockchain in the world. It is where the fastest teams ship, where breakout consumer products launch, and where Internet Capital Markets are being built in real time. Ika is bringing to Solana a new primitive: dWallets, decentralized programmable multi-chain wallet accounts that let Solana users control assets on any blockchain without trusted intermediaries With Ika, Solana is not just the best place to issue new assets or trade Solana-native assets. It becomes the place where assets from every network can be held, traded, and utilized financially on Solana without bridges. Bridgeless Capital Markets Solana is emerging as the home of Internet Capital Markets, but today non-native assets typically reach Solana through bridges, introducing fragmentation, synthetic wrappers, and trusted intermediaries. Ika replaces that model with dWallets, enabling Solana applications to control assets across networks directly with zero-trust cryptography. This makes Solana the chain where all digital assets live on natively. Bitcoin, RWAs, stablecoins, and other assets issued elsewhere can be held by Solana users and brought into Solana trading venues, lending markets, treasury systems, and consumer products without fragmenting liquidity across wrappers and synthetic versions. Capital from every ecosystem can flow into one execution environment: Solana. “Solana already has the speed, the builder energy, and the market structure to become the place where global onchain capital converges” said David Lachmish, Co-Founder of Ika. “Ika gives Solana builders a powerful primitive: a way for assets from every network to be controlled and used on Solana without bridges.” The dWallet: A New Primitive on Solana At the core of Ika is the dWallet primitive: a programmable, transferable multi-chain account on Solana that can control an address on any network and sign transactions to it. Instead of relying on a single private key or centralized custodian, a dWallet’s signing authority is governed jointly by the user and the decentralized Ika network through 2PC-MPC, enabling access to assets on any chain without trusted third parties. This opens a massive new design space for Solana builders, who can build decentralized versions of Fireblocks, Privy, or Binance, with policies and logic living on Solana and enforced across any network, including Bitcoin. With Ika, a Solana DEX can trade native assets from any chain, a Solana lending protocol can support native assets from any chain, and a Solana multisig can hold native assets from any chain. Solana programs can become the financial interface for assets everywhere. dWallets also make Solana a powerful control layer for AI agents. Instead of giving an agent a raw private key, a Solana program can define and enforce policies for how the agent uses assets across chains. Because signing is coordinated through Ika’s 2PC-MPC design, the agent never controls a private key on its own, and every action remains constrained by decentralized policy. Ika’s Bridgeless Capital Markets vision positions Solana as the chain where every asset is available for trading, collateralization, treasury management, payments, automation, and financialization. “Ika gives Solana builders the power to go after some of the biggest categories in crypto,” said Omer Sadika, Co-Founder of Ika. “Not just wallets or apps, but entire financial platforms built around assets from every chain, from Bitcoin through stables to RWAs, all orchestrated from Solana. That is what Bridgeless Capital Markets unlocks.” Instead of fragmenting capital and relying on trusted intermediaries, Ika positions Solana as the definitive home for all digital assets. Ika will be live on Solana devnet in early Q2, and will launch on mainnet later this year. About Ika Ika is the network behind Bridgeless Capital Markets. Powering dWallets, Ika enables assets from every network to be held, traded, and utilized financially on Solana without bridges. By turning wallet control and signing authority into decentralized, programmable infrastructure, Ika gives Solana developers a new primitive for building the next generation of trading, custody, treasury, payments, and multi-chain financial applications. Users can learn more here . Contact Ika [email protected] This post Ika Is Coming to Solana to Power Bridgeless Capital Markets first appeared on BitcoinWorld .

31 Mar 2026, 13:14

Ika Is Coming to Solana to Power Bridgeless Capital Markets

Grand Cayman, Cayman Islands, March 31st, 2026, Chainwire dWallets make it possible to bring assets from every network to Solana, to hold, trade, and use financially without bridges Ika is coming to Solana with a clear vision: Bridgeless Capital Markets. Solana is the number one ecosystem for blockchain developers and the most used blockchain in the world. It is where the fastest teams ship, where breakout consumer products launch, and where Internet Capital Markets are being built in real time. Ika is bringing to Solana a new primitive: dWallets, decentralized programmable multi-chain wallet accounts that let Solana users control assets on any blockchain without trusted intermediaries With Ika, Solana is not just the best place to issue new assets or trade Solana-native assets. It becomes the place where assets from every network can be held, traded, and utilized financially on Solana without bridges. Bridgeless Capital Markets Solana is emerging as the home of Internet Capital Markets, but today non-native assets typically reach Solana through bridges, introducing fragmentation, synthetic wrappers, and trusted intermediaries. Ika replaces that model with dWallets, enabling Solana applications to control assets across networks directly with zero-trust cryptography. This makes Solana the chain where all digital assets live on natively. Bitcoin, RWAs, stablecoins, and other assets issued elsewhere can be held by Solana users and brought into Solana trading venues, lending markets, treasury systems, and consumer products without fragmenting liquidity across wrappers and synthetic versions. Capital from every ecosystem can flow into one execution environment: Solana. “Solana already has the speed, the builder energy, and the market structure to become the place where global onchain capital converges” said David Lachmish, Co-Founder of Ika. “Ika gives Solana builders a powerful primitive: a way for assets from every network to be controlled and used on Solana without bridges.” The dWallet: A New Primitive on Solana At the core of Ika is the dWallet primitive: a programmable, transferable multi-chain account on Solana that can control an address on any network and sign transactions to it. Instead of relying on a single private key or centralized custodian, a dWallet’s signing authority is governed jointly by the user and the decentralized Ika network through 2PC-MPC, enabling access to assets on any chain without trusted third parties. This opens a massive new design space for Solana builders, who can build decentralized versions of Fireblocks, Privy, or Binance, with policies and logic living on Solana and enforced across any network, including Bitcoin. With Ika, a Solana DEX can trade native assets from any chain, a Solana lending protocol can support native assets from any chain, and a Solana multisig can hold native assets from any chain. Solana programs can become the financial interface for assets everywhere. dWallets also make Solana a powerful control layer for AI agents. Instead of giving an agent a raw private key, a Solana program can define and enforce policies for how the agent uses assets across chains. Because signing is coordinated through Ika’s 2PC-MPC design, the agent never controls a private key on its own, and every action remains constrained by decentralized policy. Ika’s Bridgeless Capital Markets vision positions Solana as the chain where every asset is available for trading, collateralization, treasury management, payments, automation, and financialization. “Ika gives Solana builders the power to go after some of the biggest categories in crypto,” said Omer Sadika, Co-Founder of Ika. “Not just wallets or apps, but entire financial platforms built around assets from every chain, from Bitcoin through stables to RWAs, all orchestrated from Solana. That is what Bridgeless Capital Markets unlocks.” Instead of fragmenting capital and relying on trusted intermediaries, Ika positions Solana as the definitive home for all digital assets. Ika will be live on Solana devnet in early Q2, and will launch on mainnet later this year. About Ika Ika is the network behind Bridgeless Capital Markets. Powering dWallets, Ika enables assets from every network to be held, traded, and utilized financially on Solana without bridges. By turning wallet control and signing authority into decentralized, programmable infrastructure, Ika gives Solana developers a new primitive for building the next generation of trading, custody, treasury, payments, and multi-chain financial applications. Users can learn more here . [email protected] Disclaimer: This is a sponsored press release and is for informational purposes only. It does not reflect the views of Crypto Daily, nor is it intended to be used as legal, tax, investment, or financial advice.

31 Mar 2026, 13:10

CoinDesk 20 performance update: Bitcoin Cash (BCH) gains 1.5% as index trades flat

NEAR Protocol (NEAR), up 1.9% from Monday, joined Bitcoin Cash (BCH) as a top performer.