Filippo Valsorda’s proposal to add a crypto/passkey package to Go’s standard library introduces a stateless, no‑callback API that simplifies Passkey integration for small‑to‑medium sites by standardising credential storage, redefining user‑ID handling, and trimming unnecessary protocol features.
Filippo Valsorda proposes a PHC‑style one‑line Passkey record format that reuses WebAuthn authenticator data, eliminates the need for cross‑account Credential ID uniqueness checks, and includes a draft stateless crypto/passkey Go 1.28 API detailing registration and login flows.
The 2026 CB Insights FinTech report forecasts nine major trends—including new‑bank entrants, BNPL giants entering banking, Robinhood’s super‑app shift, crypto firms targeting banks, stablecoin‑driven AI payments, and the rise of trusted‑data prediction markets—offering a data‑driven roadmap for industry players and users alike.
PSL 5.0 (codenamed Crown) introduces ten new components—including a libsodium‑based crypto library, a binary Reader/Writer API, a fully rewritten network stack, and enhanced terminal UI—while delivering up to 100% performance gains and requiring PHP 8.4 or newer.
This article explains common pitfalls of generating unique IDs with timestamps and simple counters in JavaScript, demonstrates why those methods can collide under high concurrency, and shows how the built‑in crypto.randomUUID() provides a standards‑based, cryptographically secure solution.
Alpha Arena’s first season pitted six leading large language models against real crypto markets with $10,000 each, revealing stark differences in trading bias, risk management, and sensitivity to prompts, as Qwen3‑Max and DeepSeek outperformed GPT‑5, while detailed case studies expose model vulnerabilities and future research directions.
This article explains why the built‑in Math.random() function yields predictable pseudo‑random numbers, describes its limitations, and shows how to use the browser’s crypto.getRandomValues() API to generate cryptographically secure random values with practical code examples.
This article explains how decentralized exchanges use a constant‑product AMM model that makes prices slide, why users must set slippage tolerance, and how MEV sandwich attacks exploit that tolerance to extract value.
This article explains common pitfalls of generating unique IDs with timestamps and Math.random(), shows why naive counters are unreliable in browsers, and demonstrates the robust, standards‑based solution using the built‑in crypto.randomUUID() method, which offers cryptographic security and near‑zero collision risk.
a16z partners forecast a broadly optimistic 2025 for technology, highlighting rapid AI-driven transformation, real‑time AI, AI‑native infrastructure, biotech breakthroughs, consumer‑tech advances, crypto innovations, gaming evolution, and enterprise‑fintech shifts, while also questioning the future of search and the rise of personal AI assistants.
DAO (Decentralized Autonomous Organization) is a blockchain‑based, code‑is‑law model that enables anyone with an idea to launch a decentralized company without traditional legal or financial barriers, and the article explains its principles, components, incentives, disaster recovery, and popular tooling.
Version 25.1 of Erlang/OTP, the first maintenance patch for OTP 25, introduces production‑ready OpenSSL 3.0 crypto support, fixes a critical CVE‑2022‑37026 SSL/TLS client‑authentication bypass, adjusts engine loading behavior, and includes various minor bug fixes and enhancements.
This article documents a technical experiment that runs Ethereum mining software on an M1‑based MacBook Air, detailing the required code patches, build process, performance logs, and the resulting profit of roughly one Chinese yuan per day, while comparing the M1’s capabilities to traditional GPU miners.
This article introduces the most frequently used encryption techniques in frontend development—including Base64 encoding, hash functions, salting, slow hash algorithms, key‑hashing, XOR, symmetric and asymmetric encryption, digital signatures, and practical CryptoJS usage—explaining their principles, appropriate scenarios, and providing ready‑to‑use code examples.
This article introduces Node.js's built‑in crypto module, explaining how to perform one‑way hashing with SHA‑256, create HMACs for stronger integrity checks, and use symmetric cipher/decipher for encrypting and decrypting data, complete with practical code snippets.
