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"It is neither possible nor desirable to own every great independent studio."

I needed a VPS to run CyberPanel. Simple enough: 1 vCPU, 1 GB RAM, 10 GB SSD, IPv6 only. CyberPanel...

This marks the official launch of Zoox's commercial operations.

Shares slide in pre-market trading even as group says its quarterly revenues nearly doubled.

LaTeX is a document preparation system for high-quality typesetting, perfect for academic papers and technical docs. Many people turn to Overleaf as their go-to online editor for LaTeX, but it comes with its own frustrations. If you are tired of Overleaf being costly and always hitting the compile timed out error, this guide is for you! The full MacTeX install weighs in at a massive ~6.4GB, most of which you'll never actually use. Setting up a minimalist LaTeX environment on macOS using BasicTeX and VSCode is a much better alternative that makes your setup ~8 times smaller. It saves storage and makes it much easier to collaborate with your teammates using GitHub as a combo. Install LaTeX via Homebrew We'll use Homebrew to keep things manageable. If you don't have it, grab it at brew.sh . 1. Install LaTeX BasicTeX is the "lean" version of MacTeX. It's only ~140MB initially. brew install --cask basictex 2. Refresh your path and verify Make the TeX binaries available in your current terminal session: eval " $( /usr/libexec/path_helper ) " The default LaTeX compiler pdflatex should be available now. Verify it's working: which pdflatex pdflatex --version 3. Update tlmgr and packages tlmgr is the TeX Live Manager. To update tlmgr and all packages, run the following commands: sudo tlmgr update --self sudo tlmgr update --all 4. Install latexmk (build manager) latexmk is the "build manager" that handles multiple runs of the compiler (necessary for bibliographies and tables of contents). sudo tlmgr install latexmk Verify latexmk version: which latexmk latexmk --version 5. Install essential package collections BasicTeX is too bare-bones for real projects. Since we went minimalist, we need to grab only the packages we actually use. These three collections will cover 90% of your needs while keeping storage down. sudo tlmgr install collection-latexrecommended sudo tlmgr install collection-fontsrecommended sudo tlmgr install collection-latexextra Note: If a build fails due to a mi

Mitti Labs plans to expand beyond India and enter the Philippines and Indonesia while growing its carbon credits and agricultural data business.

People type 2+2 into Google. They type 9+10 . They type 7*8 when they can't remember whether it's 54 or 56. Each of those is a real, high-volume search query — and most of the results are identical calculator widgets. So when I built Wrongulator , a calculator that returns a confidently wrong answer on purpose, I had a question worth asking: what if every expression were its own page, ranking for the exact arithmetic people already search? That is programmatic SEO — generating a page per parameter instead of writing pages by hand. And doing it across 17 languages means programmatic SEO with hreflang, where each generated page also declares its 16 translated siblings. The trap is that most programmatic surfaces are thin, duplicative, and get buried by Google. This one isn't, for a specific reason: every page has a real, unique answer baked into the HTML before any JavaScript runs. This post is about how — and the honest costs nobody mentions. Why a Permalink Per Expression Is Even Possible A page per expression only works if /2+2 reproduces the same result for everyone, forever, with no database behind it. That property isn't free — it's the result of one design decision I cover in detail in why a viral toy must be wrong the same way every time : the wrong answer is a pure function of the expression, seeded by a stable hash, with no per-user state. The relevant consequence here is what that property unlocks for SEO. Because f("2+2") always returns the same wrong answer, the server can compute that answer on demand for any expression in the URL, with zero storage. There's no pages table, no CMS, no pre-generation job. A request for /64+5 runs the engine, gets 67 ("the only correct number"), and renders a complete page around it. The programmatic surface is, in effect, infinite — but it costs nothing to hold, because nothing is stored. The pure function is what makes thousands of unique pages possible without a database. That's the foundation. Everything below is about

Telnyx ships over 700 Ultra voices across 36 languages with sub-100ms time-to-first-byte. The voices are not the problem. Hearing them is. The docs list three. The Voices API returns 4,000+ across every provider. Voice pickers play a fixed sample sentence per voice. None of that tells you how a voice handles emotion, pacing, or character inside a real scene. So I built a small app that lets you do exactly that. You write a short scene with a few characters, assign each character a different Telnyx Ultra voice and an SSML emotion, and render the whole thing into one MP3. Every voice speaks in character, in context, in one continuous audio file. The Telnyx code example is: https://github.com/team-telnyx/telnyx-code-examples/tree/main/multi-character-narrator-python The Use Case Voice pickers exist. They play a fixed sample sentence per voice. What they do not do is let you hear a voice inside a real scene — a tense argument, a calm narrator, a panicked character, a reassuring guide — because a single sample sentence does not tell you how a voice handles emotion, pacing, or character. This example solves that. You write a short scene with a few characters. Each character gets a different Telnyx Ultra voice. Each character gets an SSML emotion. You hit render. The app fans out parallel TTS calls, stitches the per-line audio in script order, and plays you one continuous MP3 with every voice speaking in character. The default scene is the Ides of March from Julius Caesar. Five characters, ten lines, five distinct voices, five different emotions: Cassius — determined, plotting the assassination Caesar — surprised, realizing the betrayal Brutus — apologetic, justifying the act Mark Antony — angry, mourning the fallen leader Narrator — calm, setting the scene One render, one MP3, every voice in context. That is the demo. The Eight Curated Ultra Voices The app ships with eight pre-built Telnyx Ultra voices curated for the most common use cases. Each one is a real Telnyx voice

This article is an English translation of the original Japanese article. In my club management app, I use the following invite URL for both web and iOS app: https://squad-note.com/invite/{orgId} If the app is installed, Expo Router opens the invite screen in the app. If not, the web page displays. Using Universal Links lets me share a single URL rather than splitting it into web and app versions. Expo Router File Structure I place the invite screen as a dynamic route. apps/mobile/src/app/invite/[orgId]/index.tsx The screen retrieves the orgId from the URL via useLocalSearchParams . import { useLocalSearchParams , useRouter } from " expo-router " ; export default function InviteScreen () { const { orgId } = useLocalSearchParams < { orgId : string } > (); const router = useRouter (); const { data : org , isLoading } = api . organization . getPublic . useQuery ( { id : orgId ! }, { enabled : !! orgId }, ); // Display invite content and execute join process } When opened with /invite/abc , orgId receives abc . I also provide a page with the same path on the web side. Setting a Custom Scheme To handle app-specific URLs, I set a scheme in the Expo config. export default ({ config }: ConfigContext ): ExpoConfig => ({ ... config , scheme : " squadnote " , }); This allows handling URLs like the following during development and authentication callbacks: squadnote://invite/abc However, I use HTTPS for the invite URLs shared with users. Because custom schemes can be declared by different apps with the same scheme, I use Universal Links as the entry point to securely associate normal web URLs with the app. iOS Associated Domains In app.config.ts , I separate domains for production and development. ios : { bundleIdentifier : IS_PROD ? " com.squadnote.app " : " com.squadnote.app.dev " , associatedDomains : IS_PROD ? [ " applinks:squad-note.com " ] : [ " applinks:dev.squad-note.com " ], } Adding the configuration alone does not make it work. I also serve apple-app-site-association

Musk kept inflating the already-big promises being made by SpaceX CFO Bret Johnsen and Gwynne Shotwell on the company's first call.

The purchase illustrates just how interconnected Elon Musk's universe of companies are.

SpaceX's AI revenue grew more than three times to $2.6 billion from the year before, mostly because of deals that the company made to provide compute to other AI companies, according to SpaceX's quarterly earnings. The AI division, which the company said in its documents to go public was the source of most of its […]

SpaceX doubled its revenue compared to last year, according to its first quarterly earnings since going public in June.

Xbox's free 25th anniversary gifts include a dynamic theme and avatars.

Waymo has dropped the waitlist for its robotaxi service in Dallas, the latest step in the company's bid to scale its self-driving technology across the United States, U.K., and Europe.

You download a backup, software package, or dataset and find a file with an unusually long extension: something.tar.zst It looks like two file formats have somehow been glued together. That is essentially what happened — but each part has a different job. The .tar part bundles files and folders together. The .zst part compresses that bundle. Understanding the difference also explains why these files can be awkward to open on a Mac. Two formats, two jobs ZIP is both an archive format and a compression format. It can collect multiple files and folders while also reducing their size. Zstandard works differently. Zstandard is primarily a compression format. It can compress a file very quickly and efficiently, but it does not by itself turn a folder containing many files into a conventional archive. That is where TAR comes in. TAR collects files, folders, filenames, permissions, and directory structures into one .tar file. Despite its common association with compressed downloads, TAR does not necessarily compress that data. The result can be large, but it contains everything in one structured file. Zstandard then compresses that TAR file: folder with files ↓ something.tar ↓ something.tar.zst This produces the double extension. tar tells you what is inside the compressed data. zst tells you how that data was compressed. Why not just use ZIP? ZIP remains convenient because nearly every operating system can open it without additional software. But convenience is not its only consideration. Zstandard was designed for fast, lossless compression. It can provide a useful combination of compression ratio and decompression speed, especially for large backups, software packages, logs, databases, and datasets. That makes .tar.zst attractive for systems that regularly process large amounts of data. The sender gets a compact archive that can be created and extracted quickly. The problem only becomes visible when that file reaches an operating system without native Zstandard support.

Texas Governor Greg Abbott has paused new data center development until an audit has been completed.

An analysis of the last seven years of Tesla earnings calls shows just little attention Musk pays to Tesla's car business.

Endeavour Optical Networks is planning to launch the fastest space laser communications system yet built.

Step-by-step Xero API integration: OAuth 2.0, tenant routing, paging, rate limits, the 2026 scope and pricing changes, plus a no-code path to PostgreSQL. By Ilshaad Kheerdali · 4 August 2026 The Xero API is well documented and pleasant to work with once it clicks, but the first integration always takes longer than people expect. There is an extra discovery step that most accounting APIs don't have, tokens expire faster than you'd guess, and 2026 brought two changes that alter how you scope and budget an integration. This guide walks the whole flow: creating an app, running OAuth 2.0, resolving which organisation you're actually talking to, making your first call, paging through results, staying inside the rate limits, and pulling incremental updates. At the end it covers what changed in 2026 and the shortcut if the plumbing isn't the part you want to own. Everything below targets the Xero Accounting API over OAuth 2.0. Xero retired OAuth 1.0a some years ago, so any tutorial you find that mentions consumer keys and signed requests is out of date. What the Xero API Is The Xero Accounting API is a REST API that returns XML by default and JSON if you ask for it. You read and write accounting entities: Invoices , Contacts , Payments , BankTransactions , Accounts , CreditNotes , Items , PurchaseOrders , ManualJournals and a few dozen more, plus a set of report endpoints. The thing that surprises most developers coming from Stripe or QuickBooks is the tenant model . A single Xero login can have access to many organisations: an accountant might be connected to two hundred client orgs. So authorisation and targeting are two separate concerns. Your token proves the user said yes, and a separate header tells Xero which organisation the call is for. That means every integration has a step that a Stripe integration simply doesn't: after you get a token, you have to ask Xero which tenants that token can reach. Step 1: Create a Xero App Sign in at the Xero Developer portal and cre