Blockdaemon
Trusted by 400+ institutions, we support over $110B in digital assets through secure blockchain infrastructure—spanning nodes, APIs, staking services, and MPC wallet technology. Since 2017, our globally distributed systems have delivered enterprise-grade scalability, security, and compliance for the world’s leading financial and crypto platforms.
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ND Wallet
ND Wallet is a highly customizable, white-label crypto wallet solution designed for businesses eager to deploy their own secure, non-custodial wallet quickly and efficiently. It supports multiple major blockchains including Bitcoin, Ethereum, Solana, Polygon, and TRON, along with essential token standards such as ERC-20, TRC-20, and SPL, as well as NFTs, ensuring broad digital asset compatibility. Built using cutting-edge MPC technology and end-to-end encryption, ND Wallet guarantees full user control over private keys, enhancing security and privacy. Optional KYC/AML integration is available for businesses needing to comply with regulatory frameworks. The wallet is available on both iOS and Android platforms, featuring real-time transaction tracking and seamless Web3 login for enhanced usability. ND Wallet also offers an optional secure messenger that allows users to send crypto payments directly within chat conversations. Its extensive UI customization options enable businesses to create a branded experience tailored to their unique needs. This solution is ideal for startups, NFT marketplaces, DeFi projects, and enterprises looking for a fast-to-market wallet with deep blockchain integration. The white-label approach ensures companies can maintain their brand identity while offering top-tier security and functionality. ND Wallet simplifies wallet deployment, allowing businesses to focus on growth while providing users with a secure and feature-rich crypto experience.
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Truebit
Truebit acts as an enhancement to blockchain technology, enabling smart contracts to carry out complex computations using traditional programming languages while reducing gas fees. While smart contracts are adept at managing small computations with precision, they encounter considerable security risks when dealing with larger tasks. To tackle this challenge, Truebit implements a trustless oracle that upgrades existing frameworks, ensuring that complex operations are performed accurately. Smart contracts can submit computation requests to this oracle as WebAssembly bytecode, and in exchange, anonymous miners receive rewards for supplying correct solutions. The oracle's protocol guarantees accuracy through two distinct layers: a unanimous consensus layer that allows anyone to dispute incorrect results and an on-chain mechanism that encourages participation and ensures fair compensation for contributors. This implementation is achieved through a creative combination of off-chain infrastructure and on-chain smart contracts, thereby boosting the overall efficiency and security of blockchain systems. By improving computational reliability, this dual strategy also cultivates a stronger ecosystem for decentralized applications, paving the way for more advanced use cases in the future.
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Cartesi
Develop smart contracts using widely adopted software frameworks to transition from Solidity into the broader landscape of software tools on Linux, marking a significant step forward. This shift enables exceptional computational scalability, facilitates access to large datasets, and guarantees low transaction fees, all while preserving the robust security features inherent to Ethereum. Whether for gaming platforms that protect player data or corporate solutions managing sensitive information, your decentralized applications can effectively safeguard user privacy. Descartes performs extensive computations off-chain by utilizing a Linux virtual machine governed entirely by a smart contract, ensuring efficiency and reliability. The results of these computations are validated and enforced on-chain by trustworthy Descartes node operators, thus maintaining the strong security guarantees offered by the underlying blockchain. By successfully addressing Ethereum’s scalability limitations, you can realize computational efficiencies that far exceed previous benchmarks, all while upholding the blockchain’s security integrity. This progression not only improves the user experience but also expands the array of possible applications for decentralized technologies, opening new avenues for innovation and collaboration. As the technology evolves, it paves the way for more sophisticated and diverse decentralized applications, further enriching the ecosystem.
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