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web

(27 articles)

Trump Mocked Mark Zuckerberg and Jeff Bezos by Showing Off Fawning Texts

“You would not believe the texts I got from these tech guys,” NYT reporters Maggie Haberman and Jonathan Swan quote Donald Trump as telling associates in an upcoming book.

politicsdonald trumpamazonmetamark zuckerbergjeff bezosaffiliate-disclaimer-disablesplitscreenimagerightinsetwebarticlewired-com

um mercado de liberdade expressão para web aberta

um mercado de liberdade expressão para web aberta abre.ai/pn49 #web #liberdade #webaberta

webliberdadewebaberta

Agentic Web — The ContextVM World #10

In today's update, we cover the latest news from ContextVM. In particular, we discuss the ongoing effort to expose the functionalities of CVM to other programming ecosystems through bindings in our Rust SDK. We also highlight the recent merge of ephemeral gift wraps in NIP-59, and two powerful additions to our website.

cvmmcpagentsllmwebagentic

Mozilla Used Anthropic’s Mythos to Find and Fix 271 Bugs in Firefox

The Firefox team doesn’t think emerging AI capabilities will upend cybersecurity long term, but they warn that software developers are likely in for a rocky transition.

securitycyberattacks and hackssecurity newsartificial intelligenceopenaicybersecurityvulnerabilitieshackingmalwarebrowsersmozillafirefoxaffiliate-disclaimer-disablesplitscreenimagerightinsetwebarticlewired-com

Best Web Hosting 2026: WordPress, Shopify & Static Site Hosting Compared

2026 hosting benchmark: Bluehost, Kinsta, WP Engine, Shopify, Vercel, Netlify. Compare uptime, speed, support, pricing, and ROI for blogs, e-commerce, and SaaS applications.

hostingwebwordpressshopifytools2026

Snort

Snort is a nostr UI built with React aiming for speed and efficiency.

nostrclientweb

Primal

Primal is a Nostr client featuring easy onboarding, and a fast and snappy UI. It lets you create and manage custom feeds, send direct messages, and more.

nostrclientmobileweb

Iris

Iris is a highly performant and normie-friendly offline-first Nostr web client that is not dependent on any single relay or other server. Featuring a Cashu wallet, secure DMs and social graph based content filtering.

nostrclientmobiledesktopweb

coracle.social

Coracle is a web client for the Nostr protocol focused on pushing the boundaries of what's unique about nostr, including relay selection and management, web-of-trust based moderation and content recommendations, and privacy protection.

nostrclientweb

Coinos

Coinos is a web-based custodial bitcoin wallet and nostr client. You can use it as a front end to your personal bitcoin and lightning nodes or host a public instance that allows anyone to register with a username and password.

bitcoinlightningwalletwebcustodial

Snort

Snort is a nostr UI built with React aiming for speed and efficiency.

nostrclientweb

Primal

Primal is a Nostr client featuring easy onboarding, and a fast and snappy UI. It lets you create and manage custom feeds, send direct messages, and more.

nostrclientmobileweb

Iris

Iris is a highly performant and normie-friendly offline-first Nostr web client that is not dependent on any single relay or other server. Featuring a Cashu wallet, secure DMs and social graph based content filtering.

nostrclientmobiledesktopweb

coracle.social

Coracle is a web client for the Nostr protocol focused on pushing the boundaries of what's unique about nostr, including relay selection and management, web-of-trust based moderation and content recommendations, and privacy protection.

nostrclientweb

Coinos

Coinos is a web-based custodial bitcoin wallet and nostr client. You can use it as a front end to your personal bitcoin and lightning nodes or host a public instance that allows anyone to register with a username and password.

bitcoinlightningwalletwebcustodial

Coinos

Coinos is a web-based custodial bitcoin wallet and nostr client. You can use it as a front end to your personal bitcoin and lightning nodes or host a public instance that allows anyone to register with a username and password.

bitcoinlightningwalletwebcustodial

Snort

Snort is a fast, minimal, and open-source web-based Nostr client designed for simplicity and speed. Built with React and TypeScript, it offers a clean, responsive interface for browsing and interacting with the Nostr social network, supporting features like note posting, reaction, and relay management. It emphasizes user privacy with local key storage and provides a lightweight alternative to heavier clients, making it ideal for quick access to Nostr feeds and interactions.

nostrclientweb

Primal

Primal is a high-performance, multi-platform Nostr client that delivers a premium social networking experience across both web and mobile environments, designed to handle the scale demands of mainstream adoption. Engineered with a sophisticated caching layer and intelligent relay management system, Primal achieves remarkable speed by pre-indexing content across multiple relays and implementing advanced algorithms for feed optimization and spam filtering. The client features a polished, modern interface with threaded conversations, rich media support, lightning-fast search capabilities, and comprehensive notification systems that work seamlessly across devices. Primal's standout innovations include its Web-of-Trust scoring mechanism that helps surface quality content, integrated Lightning Network wallet functionality for zaps and microtransactions, and a unique caching infrastructure that reduces load times to near-instant levels even on slower connections. The platform supports all major NIPs including NIP-05 verification, customizable relay sets, encrypted direct messages, and media attachments, while offering advanced features like user muting, content filtering, and detailed analytics for content creators. Available as both a progressive web app at [primal.net](https://primal.net) and native mobile applications for iOS and Android, Primal represents a significant evolution in Nostr client design, prioritizing user experience without compromising on the decentralized, censorship-resistant principles that define the protocol.

nostrclientmobileweb

Iris

Iris is a modern, privacy-focused web client for the Nostr protocol, designed as a decentralized alternative to traditional social media platforms. Built with React and TypeScript, Iris provides a clean, intuitive interface for interacting with the Nostr network, allowing users to publish notes, follow other users, and engage with content through likes and replies—all without requiring a central server or account registration. The client emphasizes user sovereignty by storing data locally in the browser and encrypting private messages using NIP-04 encryption standards. Iris supports multiple Nostr features including customizable relays, hashtag following, mention support, and media embedding, making it a comprehensive gateway to the decentralized social web while maintaining the core principles of censorship resistance and data ownership that define the Nostr ecosystem. Access Iris at [iris.to](https://iris.to) directly in your browser without any installation required.

nostrclientweb

coracle.social

coracle.social is a privacy-first, progressive-web Nostr client that runs entirely in the browser (no install, no cookies, no trackers) while storing keys locally in encrypted IndexedDB so users can post, react, zap, and follow feeds without creating an account or exposing metadata to any server. The minimalist interface renders kind-1 notes, long-form articles (kind-30023), live events (kind-30311), and zap streams with real-time updates via WebSocket relays; offline mode caches the last 1 000 events, allowing read and draft composition without connectivity. Features include hashtag columns, relay rotation, NIP-05 badges, gift-wrap DMs, and native Lightning tipping through webln or WebLN-compatible wallets. Built with SvelteKit and licensed MIT, the source is published on [GitHub](https://github.com/coracle-social/coracle) and can be self-hosted as a static bundle; developers can theme or extend it via plugins, while end-users retain complete control over filters, mutes, and identity keys.

nostrclientdesktopweb

How Web Design Changed for Me, and for the World

A personal journey through web design evolution, from experimental interfaces to simple elegance, exploring how websites have shifted from information sharing to attention-grabbing in the modern digital landscape.

nostrwrtitingarticleweb

A Tribute to Dad

I took this picture of a spider in a building at my dad's house, after he passed away, and I was led to write this tribute.

lifespiderwebbalancerealitypathloveguidanceclarity

OpenSecret Technicals

We present this technical primer on how we built our confidential computing developer platform leveraging secure enclaves

confidential computingconfidential aibackendwebmobileiosaiaichatopensecret

The Rise, Fall and Rebirth of the Open Web

An exploration of the history of the open web and how it has evolved over time

webprotocols

FOMO Pitfall

I plan to explore the Fear of Missing Out (FOMO) not only through the lens of cryptocurrency hype but also as a broader psychological phenomenon that significantly shapes our behavior in both the digital and analog worlds.

nostrgrownostrfomopsychologywebzapssocialphilosophymohetialeplebchain

MAPAS HISTÓRICOS DAS REDES DE COMPUTADORES.

MAPAS HISTÓRICOS DAS REDES DE COMPUTADORES Uma série de mapas históricos da ARPANET, Internet, Usenet e outras redes de computadores, traçando como essas redes pioneiras cresceram e se desenvolveram. A pesquisa pioneira de Paul Baran na década de 1960, que imaginou uma rede de comunicações que sobreviveria a um ataque de um grande inimigo. O esboço mostra três diferentes topologias de rede descritas em seu RAND Memorandum, "On Distributed Communications: 1. Introduction to Distributed Communications Network" (agosto de 1964). A estrutura de rede distribuída ofereceu a melhor capacidade de sobrevivência. https://void.cat/d/LQoEpXMKVSqHgPP8MpdNaA.webp Um esboço do mapa da possível topologia da ARPANET por Larry Roberts . O mapa foi desenhado no final dos anos 1960 como parte do planejamento da rede. (Digitalizado de Where Wizards Stay Up Late: The Origins of the Internet , por Katie Hafner e Matthew Lyon, página 50.) https://void.cat/d/GLMfYfU4K4GMK21VqmQ1oL.webp No início .... https://void.cat/d/MMrLYEjZdPK1Edc8vao6v8.webp O primeiro nó na ARPANET na University California Los Angeles (UCLA) em 2 de setembro de 1969. (Fonte: "Casting the Net", página 55) https://void.cat/d/PFExNH9thZNtGuhAKM146Y.webp Um mapa ascii muito simples do primeiro link de rede na ARPANET entre UCLA e SRI retirado do RFC-4 Network Timetable , por Elmer B. Shapiro, março de 1969. https://void.cat/d/SqxUWWkv9rM95ujxbToLz9.webp Até o final do ano, existem quatro nós na "ARPA NETWORK", conforme mostrado no esquema acima. Estes foram a Universidade da Califórnia em Los Angeles (UCLA), a Universidade da Califórnia em Santa Bárbara (UCSB), a Universidade de Utah e o Stanford Research Institute (SRI). (Fonte: "Casting the Net", página 56. Veja também a linha do tempo do Museu do Computador .) https://void.cat/d/KhMyRNeCWLoEnCoNMaJuuH.webp A ARPANET cresceu rapidamente à medida que mais sites foram conectados. O mapa acima mostra a situação em setembro de 1971 e o abaixo é de outubro de 1980, que inclui um link de pacote de satélite UCL em Londres. (Fontes: "Lançando a Rede", página 64; CCR, página 93) https://void.cat/d/BKXX9CmdA22vDjNm4S6Sju.webp https://void.cat/d/2h47fzeDRpjppZ8h4MBh8k.webp Mapas de rede lógica mapeando o crescimento de sites conectados à ARPANET no início dos anos 1970. https://void.cat/d/6HehrpyqGZi3gRNR6Am9z9.webp https://void.cat/d/S2xnxHVdDmqczSsVJh1jXd.webp RFC-432 Network Logical Map , tem um mapa semelhante da ARPANET em dezembro de 1972. https://void.cat/d/6qkdvUuvC1LR1BNSmg59zZ.webp O mapa acima mostra a topologia da ARPANET em março de 1977. Ele foi escaneado por Larry Press do ARPANET Completion Report , Bolt, Beranek e Newman, Burlington, MA, 4 de janeiro de 1978. https://void.cat/d/4naQvrz53sK26S8d39vCEj.webp "ARPANET, outubro de 1980" https://void.cat/d/Pv6hZYXNjKEJMrRxPrqzAb.webp Este mapa de aparência interessante mostra o estado do núcleo da Internet em agosto de 1987. Pode ser descrito como a "Internet em um chip" . Esta versão colorida foi fornecida por Craig Partridge. https://void.cat/d/TxoEABfV4oT6aLCku7FohG.webp O estado da ARPANET em outubro de 1989, perto do fim de sua vida, com apenas alguns nós restantes. Foi finalmente desativado em 1990, tendo sido amplamente substituído pelo NSFNET. (Fonte: CCR, página 110) https://void.cat/d/HktWMjS6JMTvRY9F952CwF.webp https://void.cat/d/2CVKLYe26YpGzzSMcb4VN3.webp Mapas da MILNET (Defense Data Network) nos Estados Unidos e Europa, desde 1989. A MILNET se separou da ARPANET em 1984. (Fonte: Directory of Computer Networks , editado por Tracey L. Laquey, Digital Press, 1990). A topologia do BITNET em 1981 (mapa parcial) https://void.cat/d/KijDBdASxbQuCTLNBEWVY7.webp A infra-estrutura NSFNET e topologia em 1991. https://void.cat/d/9V4ug2uViat1jzxbier6X1.webp https://void.cat/d/JqTp3Jerr6JipdP6iq6gbs.webp https://void.cat/d/VNriyNuf2nkGitBTjet1rb.webp (Fonte: NSFNET postscript maps from https://void.cat/d/6NtYLMXaoVMcoMfZQR9na8.webp Um esboço da rede de comutação de pacotes no Reino Unido proposto por Donald Davies, um pioneiro em redes na década de 1960. (Fonte: National Archive for the History of Computing , digitalizado com permissão de Janet Abbate's, "Inventing the Internet", 1999, página 31). https://void.cat/d/LiQ9NCHDShKnbsKXGjMpzH.webp Estes mapas mostram a estrutura da JANET , a rede acadêmica e de pesquisa do Reino Unido, em 1992. O mapa acima mostra conexões internacionais com links de 256 Kbps para a Europa e o link transatlântico "Fat-Pipe" para os EUA rodando a 768 Kbps. Não é de surpreender que a capacidade desses links tenha aumentado maciçamente desde então. https://void.cat/d/AxbiwXJbuVnVkFPikEo3ae.webp LINK : https://personalpages.manchester.ac.uk/staff/m.dodge/cybergeography/atlas/historical.html

mapasInternetARPANETprivacidadeweb

Threading the web with Nostr

ZapThreads is a threaded comments component built on nostr. It works on a variety of root events, supports Markdown and nostr references. It's lightweight, fast and versatile. What if we try embedding nostr components all around the web?

nostrmarkdowncommentswebzaps