New AI platform autonomously detects and responds to terminal safety incidents in real time - Splash247
New AI platform autonomously detects and responds to terminal safety incidents in real time Splash247
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How to Choose The Best Test Management Software For Your Team
Research shows that QA teams who evaluate tools using a structured framework are significantly more likely to be satisfied with their decision a year down the line. What follows is exactly that kind of framework. Selecting a test management platform touches nearly every part of how your team operates on a daily basis. It affects how test cases are built and maintained, how bugs are surfaced and communicated, how teams gauge readiness before a release, and how quality data gets to the right people at the right time. A good fit becomes invisible, quietly supporting the work. A poor fit becomes a source of ongoing friction, producing workarounds that undermine the whole point of having a tool in the first place. The market has no shortage of options, and vendor marketing tends to highlight th
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Stop Managing Browser Sessions Yourself. Use Steel and Convex
Most browser automation setups work fine until they don't. You get Puppeteer running locally. It works. You ship it. Then a server restarts mid-session, a user's data gets lost, and you realize you have no idea which sessions belong to which users or what state they're in. This is not a Puppeteer problem. It's a missing infrastructure problem. Browser sessions are stateful. They have owners. They have lifetimes. They need to be tracked and cleaned up. None of that is built in anywhere. Steel and Convex fix this together. Here's how. The actual problem When you run Puppeteer yourself, the session state lives in memory on your server. If that server crashes, the sessions are gone and you have no record of what happened. There's no built-in concept of ownership either. Any session could belon
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The 3-File Context Kit: Everything Your AI Needs to Understand Your Project
Every time you start a new AI coding session, you re-explain your project. The stack, the conventions, the folder structure, the gotchas. It takes 10 minutes. Every. Single. Time. Here's how I fixed it with three files that take 15 minutes to set up once. The Problem AI assistants have no memory between sessions. Each conversation starts from zero. So you either: Dump your entire codebase (wasteful, confusing) Re-explain everything each time (tedious, inconsistent) Just wing it and hope for the best (chaotic) None of these work well. Option 3 is why your AI keeps suggesting Express when you use Fastify. The 3-File Kit File 1: PROJECT.md — The Identity Card This tells the AI what your project is. Keep it under 50 lines. # Project: invoice-api ## Stack - Runtime: Node.js 22 + TypeScript 5.4
AI Doesn't Fix Your Development Problems. It Accelerates Them.
I've watched the same failure pattern play out across every technology wave of my career. Team gets a new tool that promises to change everything. Productivity numbers go up. Everyone celebrates. Six months later, they're drowning in the same late-stage rework they were drowning in before. Just more of it, arriving faster. I saw it with CASE tools in the nineties. With offshore development in the 2000s. With Agile transformations in the 2010s. With DevOps automation in the 2020s. AI code generation is the most powerful version of this pattern I've ever seen. And most engineering organizations are walking straight into it. The Illusion Looks Like This Your team adopts GitHub Copilot or a similar tool. A developer asks it to implement a user authentication module. In forty seconds, it produc
Why I Built Scenar.io - An AI-Powered DevOps Interview Practice Tool
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OAuth 2.0 Flows Demystified: Authorization Code, PKCE, and Client Credentials
OAuth 2.0 Is Not Authentication OAuth 2.0 is an authorization framework. It answers: "Can application X access resource Y on behalf of user Z?" OpenID Connect (OIDC) layers authentication on top: "Who is this user?" Most developers use both without realizing it. The Four Flows 1. Authorization Code Flow (Web Apps) The standard flow for web applications with a backend. Browser → Your App → GitHub/Google ("Allow access?") → Your App (with code) → Exchange code for token // Step 1: Redirect user to provider app . get ( ' /auth/github ' , ( req , res ) => { const state = generateRandomString ( 16 ); // CSRF protection req . session . oauthState = state ; const params = new URLSearchParams ({ client_id : process . env . GITHUB_CLIENT_ID ! , redirect_uri : ` ${ process . env . APP_URL } /auth/gi
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