标签：#AI

There was a period in the early aughts when Definitive Jux (nee: Def Jux) seemed like it was going to be the future of hip hop. While the label featured plenty of experimental, boundary-pushing, and politically minded acts, Lif stood out as the most "conscious rapper" in the traditional sense. It was clear though, that […]

Hey devs 👋 OrinIDE is an AI-powered code editor that runs entirely in your browser — no...

These may be the last days of Amazon’s Mechanical Turk.

The evening Étienne asked to see the numbers Tuesday evening, end of the day, the open space had cleared except for Étienne. Étienne holds sixty percent of the house and spends his working week at a fund that acquires software publishers, and he looks at ERPs all year the way others read balance sheets. He sat on the edge of my desk, a metal water bottle in hand, and said what he always says when he senses someone is telling themselves a story. "What's that based on?" I was about to answer with a narrative. Sixty days of solo production on Rembrandt with Claude Code, learning the doctrine, the in-flight retractions, the incidents that hardened the rules. The declarative form was ready. But Étienne doesn't ask for a narrative, he asks for the material inventory. So I opened a terminal and let wc -l speak. This article is what I should have given him without waiting for him to ask — the dry, numbered balance, what worked, what didn't, what I would do differently. Not a success story, not a cautionary tale . Just the audit nobody runs on DEV.to because we're all too busy publishing the parts that shine. What's at stake behind Étienne's question is less the performance of a device than the possibility of measuring it honestly. Sixty days of practice with an AI assistant on a production project is a rare object at this stage. Most publications circulating on the subject are either brief demos from a hackathon or marketing announcements from vendors. The field return at sixty days, delivered with its numbers and retractions, barely exists. That's the gap I intend to close here, without more pedagogy than is strictly needed. The dry material inventory Sixty calendar days between the first session and today. Fifty-eight active days out of sixty , meaning two days without a commit and explaining why the rest of my life barely held. Over that window, the repo accumulated nine hundred and eighty-four commits bearing my name — an average of sixteen commits per working day, on d

Many developers and knowledge workers read English every day. Documentation, GitHub issues, product updates, research papers, API references, blog posts, changelogs, technical reports. But most of the useful language inside those materials disappears after we finish reading. We may understand the article in the moment, but later forget the phrases, sentence patterns, and vocabulary that made the explanation clear. I have noticed this especially with technical English. A word or phrase may look simple, but its real value comes from the context around it. For example: key takeaway depends on context edge case trade-off implementation detail expected behavior worth noting These are not difficult words by themselves. But they become useful when we remember how they were used in a real sentence. The problem with saving only definitions A traditional vocabulary note often looks like this: text key takeaway = main point That is helpful, but not enough. A few days later, it is easy to forget where the phrase came from, why it mattered, and how it was used in the original explanation. The missing part is usually context. A better note might include: Phrase: key takeaway Meaning: the main point to remember Original sentence: The key takeaway is that caching improves response time but adds invalidation complexity. Source: technical article Context: used to summarize the most important idea This kind of note is much easier to review later because it keeps the language connected to the real material. Learning from the content we already read I do not think language learning always needs to start from a course or a lesson. For people who already read English content every day, the learning material is already there. The challenge is capturing it. When reading a technical article, a PDF, or a documentation page, we often find useful expressions that could improve our own writing and communication. But unless we save them with context, they usually disappear. That is the habit I ha

"Group project, but make it 1776." That's how a new commercial for Google Workspace opens. And things only get cringier from there. The clip imagines what it would be like if the founding fathers turned to Google's collaboration tools and Gemini to help them draft the Declaration of Independence. Ben Franklin texts Thomas Jefferson to […]

We just released an important update: retraining our Random Forest model on real malware behavior from the CIC-MalMem-2022 dataset. The challenge was mapping 58,000 complex memory dump traces into a clean 10-feature vector space that our syscall graph extractor produces. How it works: Sandbox target in Docker (network dropped) Trace every syscall with strace -t -f Parse into a NetworkX directed graph Extract 10 features (process count, network connections, file operations, severity scores, etc.) Feed into RandomForest for classification We also resolved module-level import cycles and pinned skops for safer model deserialization in production. Looking for collaborators who understand malware behavior, syscall parsing, or want to contribute detection rules. Open to issues and PRs. https://github.com/tejasprasad2008-afk/TraceTree

I'm probably not the only one who checks every few months whether a GPU alternative has finally shipped, mostly so I can cancel a few subscriptions. Nobody doubts it's physically possible or that people have tried. The real question is why it hasn't actually happened, and the answer is economic and structural, not technical. GPUs are not uniquely ideal. They're uniquely general LLM workloads are dense matmul, high parallelism, memory-bandwidth-bound compute. GPUs handle this well but weren't built for it specifically. An ASIC purpose-built for transformer inference should beat a GPU on perf-per-watt and perf-per-dollar, and in narrow slices, it already does: Groq's LPU beats GPUs on single-stream inference throughput for models that fit its architecture Cerebras' WSE cuts interconnect overhead by putting the whole model on one wafer Google TPUs have run production workloads for years and are now sold externally via GCP So specialized hardware can win, sometimes even in production. The real question isn't whether something can beat a GPU, it's why none of these have dented Nvidia's share. 1. The capital barrier Custom silicon needs hundreds of millions in NRE cost, access to TSMC's leading-edge nodes with multi-year allocation queues, and several iterations before a design is commercially viable. That caps the field to hyperscaler balance sheets or venture funding measured in billions. The barrier isn't just the chip either. CUDA, the surrounding tooling, and production pipelines took a decade of capital and engineering to mature, and matching that means rebuilding all of it, not swapping a part. That's a second capital sink on top of the silicon itself. There's also a timing risk specific to fixed-function silicon: if the underlying model architecture shifts significantly, an ASIC taped out for today's transformer variant can become dead weight, while a GPU just needs a software update to run whatever comes next reasonably well. That risk hasn't actually played out,

The Evolution of Junior Developer Roles in the Age of AI In the tech industry, a pressing question has emerged: Is the role of junior developers disappearing? With the rapid advancement of artificial intelligence (AI), particularly generative models like ChatGPT, there's growing concern about the future of entry-level software development jobs. While some predict a decline, the reality is more nuanced. AI is transforming these roles, not eliminating them, creating new opportunities for junior developers who adapt to the changing landscape. TL;DR AI advancements are reshaping junior developer roles rather than removing them. AI tools reduce the need for routine coding tasks but create opportunities for those focusing on higher-order skills like problem-solving and collaboration. Junior developers should embrace AI tools to enhance creative problem-solving. Companies must adapt talent strategies to nurture junior developers for future senior roles. The Transformation of Junior Developer Roles AI's Impact on Routine Coding Tasks Artificial intelligence has significantly automated routine coding tasks. AI models, such as ChatGPT, can generate code snippets, debug errors, and optimize performance. This capability shifts junior developers' focus from these tasks, traditionally a large part of their responsibilities. Code Generation : AI can produce boilerplate code, reducing the time spent on repetitive tasks. Error Detection : AI-driven tools identify and propose fixes for common coding errors, streamlining debugging. Performance Optimization : AI algorithms can automatically enhance code efficiency, which previously required manual intervention. Changing Nature of Junior Developer Roles The employment rate for junior developers aged 22-25 has declined nearly 20% from its peak in 2022. This trend indicates a shift in how entry-level positions are perceived and utilized within tech companies. With AI handling routine tasks, the role of a junior developer is evolving to em

Most prompts ask AI to explain things. The best ones ask it to show you something instead. That distinction sounds cosmetic. It isn't. It changes what the model generates, how you process it, and — more importantly — whether it actually sticks. I came across this idea while watching an interview with Amanda Askell — a philosopher and researcher at Anthropic whose work sits at the intersection of AI alignment and what you might loosely call Claude's inner life. She's a primary author of the document that defines Claude's values and character — the framework that governs how the model reasons when the rules run out. Almost as an aside near the end of the interview, she mentioned a prompting technique she uses to understand complex concepts. It stopped me cold. Not because it was elaborate. Because it was disarmingly simple, and it worked in a way I hadn't thought to ask for. The Exact Prompt Template Here it is, cleaned up and ready to use: I want to understand [concept]. Please explain it by writing a fable — an indirect, narrative version of the concept. The story should embody the concept completely without naming it directly. Ideally, the reader should only start to realize what the concept actually is near the end of the story. After the fable, add a short explanation that names the concept clearly and connects it back to the key moments in the story. That's it. No elaborate scaffolding. No chain-of-thought trigger. No persona assignment. Just a deliberate decision about the order in which understanding should arrive. Why This Works (and Why Direct Explanation Often Doesn't) When you ask AI to explain a concept directly, you get a definition. Definitions are accurate and forgettable. The model produces the statistical center of everything written about that concept — clear, complete, and utterly without friction. Friction, it turns out, is how things get encoded. When a concept arrives wrapped in a story, your brain does something different. It tracks characters,

A few years ago, writing code was the difficult part. Today, AI can generate an API, build a React component, explain Dynamic Programming, fix bugs, and even suggest architecture—all within seconds. So here's a better question. If AI can generate code, what exactly are companies hiring humans for? The answer isn't typing speed. It isn't memorizing syntax. And it certainly isn't copying solutions faster than someone else. The value of a developer is shifting. And learning platforms need to shift with it. The Developer Role Is Changing Modern software engineering is becoming less about writing every line manually and more about making good engineering decisions. Can you understand a problem before solving it? Can you identify why one solution is better than another? Can you improve AI-generated code instead of accepting it blindly? Can you build something that is maintainable, scalable, and useful? These questions matter more today than they did five years ago. AI Reduced the Cost of Writing Code One of AI's biggest achievements is reducing repetitive work. That's a good thing. Developers spend less time writing boilerplate and more time focusing on higher-level thinking. But this creates a new challenge. When everyone has access to the same AI tools, writing code becomes less of a differentiator. Thinking becomes the differentiator. Learning Needs to Evolve Too Many learning experiences still revolve around one objective: Solve another problem. Complete another lesson. Earn another badge. Those activities still matter. But in an AI-first world, they aren't enough on their own. Learners also need opportunities to connect concepts, apply knowledge, build projects, and understand why solutions work—not just that they work. Where PyNyx Takes a Different Direction PyNyx is being built around a broader learning journey rather than a collection of isolated activities. Instead of separating learning into unrelated pieces, the platform connects multiple stages of growth. Stru

Everyone's building armies of AI "specialists" inside Claude Code. Most of them never trigger, collide with each other, and quietly bloat the very context window they were supposed to protect. I built and stress-tested 100 subagents — official built-ins, the big community collections, and a pile of my own — to find the handful that genuinely earn their keep. Here are the 12 I actually delegate to, the ones I deleted, and the uncomfortable truth about what a subagent is really for. Why I Went Down This Rabbit Hole This is the third time I've done this to myself. First it was 100 Claude Skills . Then 100 MCP servers . Now: subagents. Together they're the three pillars of the Claude Code stack — Skills give an agent competence , MCP servers give it capability , and subagents give it delegation . I'd covered two. The trilogy demanded the third. And subagents are where the hype is loudest right now. Open GitHub and you'll find collections with hundreds of them: VoltAgent's awesome-claude-code-subagents ships 154+ agents across 10 categories with 22.9k stars ; wshobson's marketplace packs 194 agents, 158 skills, and 16 orchestrators into 37.5k stars . The pitch is intoxicating: assemble a team of AI specialists — a security-auditor , a react-specialist , a kubernetes-specialist , a quant-analyst — and let Claude Code dispatch the right expert for every task. So I did the obvious thing. I installed, wired up, and actually used 100 subagents across real work: code review, debugging, test runs, security audits, database analysis, incident triage. I watched which ones Claude actually delegated to, which ones sat inert, and which ones quietly made my main conversation worse . Most got deleted. Not because they were badly written — many were excellent — but because I'd fundamentally misunderstood what a subagent is for . That misunderstanding is the whole point of this article, and I'll get to it before the list. This is the shortlist that survived. Twelve subagents. Out of a h

This is The Stepback, a weekly newsletter breaking down one essential story from the tech world. For more on the bleak state of the video game industry, follow Andrew Webster. The Stepback arrives in our subscribers' inboxes on Sunday at 8AM ET. Opt in for The Stepback here. How it started Microsoft closed out Summer […]

A large-scale clinical trial has shown that even long-term consumption of DHA—an omega-3 fatty acid found in abundance in oily fish—may not lead to improvements in cognitive function.

🧠 Building CogneeCode - AI Developer Memory Assistant The Problem Every developer faces the problem of lost context. "Why did I make this decision 3 months ago?" "How did I fix this bug last week?" Current AI tools forget everything between sessions. This is a real problem that wastes hours of developer time. My Solution CogneeCode is an AI developer memory assistant that builds a permanent knowledge graph using Cognee Cloud . It remembers every decision, bug fix, and code context you give it. What It Does ✅ Log architectural decisions with tags and context ✅ Log bug fixes with error messages and solutions ✅ Ask natural language questions about your codebase ✅ Get answers with evidence citations from the knowledge graph ✅ Semantic search across all memories ✅ Visual timeline of all decisions and bug fixes ✅ Analytics dashboard showing memory insights ✅ Knowledge graph visualization Tech Stack Backend: Flask (Python) Memory Layer: Cognee Cloud LLM: Groq Llama 3.3 Frontend: Vanilla HTML + CSS + JS Icons: Tabler Icons Cognee Cloud APIs Used remember() - Save decisions and bug fixes with metadata recall() - Natural language queries with evidence citations search() - Semantic search across memories visualize() - Knowledge graph visualization improve() - Memory graph enrichment forget() - Remove outdated memories Why This Matters When you return to a project after months, all your reasoning and solutions are still there, searchable in natural language. No more "Why did I do this?" or "How did I fix this bug?" Demo Watch the video: https://youtu.be/TNcBIBuPW7c Links 🔗 GitHub: https://github.com/JOSESAMUEL14/cogneecode 🔗 Live Demo: https://josesamuel.pythonanywhere.com AI Assistance Disclosure Built with assistance from Claude and Gemini AI. Built for WeMakeDevs x Cognee Hackathon 2026 Category: Best Use of Cognee Cloud ⭐ Star the repo if you find it useful!

You did the hard part. You designed it, you built it, you shipped it. The product is good. And still, the users do not come. I have been in that exact spot more than once. You refresh the analytics, you tell yourself it is early, and quietly a worse question starts to form: what if people are not ignoring my app, what if they simply never see it? Here is the thing almost nobody tells builders in 2026. For a growing share of your future users, the front door to the internet is no longer a list of blue links. It is a sentence. Someone opens ChatGPT, Perplexity, or Google's AI Mode and types "what is the best tool for X." The model replies with a short list of names. If your product is not one of them, you do not exist in that moment. There is no page two to claw your way onto. There is one answer, and you are either in it or you are not. Three things are probably true about your app right now, and you cannot see any of them Your app might render blank to the machines that decide. If you built a single-page app (React, Vue, most modern stacks), the raw HTML a crawler receives can be an almost empty . Most AI crawlers do not run JavaScript. They read what your server sends and leave. To them, your beautiful app has no words, no product, no reason to be cited. You can rank number one on Google and still be missing from the answer. In one large 2025 study, roughly 68 percent of the pages cited in AI Overviews were not even in the top ten organic results. Ranking and being cited have quietly become two different games. Winning the old one no longer wins you the new one. A model may already be describing your product to strangers, and getting it wrong. A feature you do not have. A price that is out of date. A category that is not yours. You are being represented in rooms you will never enter, by a narrator you never hired, and the only way to fix the story is to give the machines a cleaner one to read. None of this shows up in your dashboard. That is what makes it dangerous

Artificial Intelligence has changed the way we write software, but one thing has become clear: AI is a collaborator, not a replacement. After using coding assistants for months, I've realized they're best at handling repetitive tasks: Generating boilerplate code Explaining unfamiliar APIs Refactoring existing functions Writing documentation Creating unit tests Finding bugs faster Where AI still struggles is understanding the bigger picture. It doesn't know your product vision, business requirements, or why one architectural decision is better than another. Those are still human problems. The most productive workflow isn't asking AI to build an entire application from scratch. It's treating AI like an experienced teammate that can help with implementation while you stay responsible for the design and direction. The developers who will thrive over the next few years won't necessarily be the ones writing the most code—they'll be the ones asking better questions, validating AI-generated solutions, and combining technical knowledge with critical thinking. AI is changing software development, but it's also raising the value of good engineering judgment. How has AI changed your development workflow? What's one task you now almost always delegate to an AI assistant?

Honestly it's not a new concept. this feature already existed in models before. problem was the models were just weak. Looping only works if each attempt gets the agent closer to the correct solution. Earlier models weren't consistent enough for that. They often misunderstood feedback, repeated the same mistakes, or got stuck in an infinite loop. Instead of improving with each iteration, they frequently failed to make meaningful progress, eventually consuming large numbers of tokens without solving the problem. The Context Window Limitation Earlier language models had much smaller context windows. As the agent went through more iterations, the conversation history and reasoning gradually filled the available context. Once the context window was exceeded, older messages had to be dropped or compressed into summaries. As a result, the agent could forget previous failed attempts, lose important clues or reasoning, and sometimes repeat the same mistakes it had already made. So what did modern models actually fix? Bigger context windows Models can now hold way more of the conversation/history without forgetting, so the agent doesn't need to spin up a fresh session every few iterations. it can just keep looping with the full history of what failed and why. modern models also got way more consistent earlier if you asked a model to fix the same bug 5 times you'd get 5 different half-baked answers, now it actually converges toward the real fix. and tool use got better too . Old models could write code but couldn't run it and read the actual error, now they call a test runner, see the real failure, and fix that exact thing which is literally what makes the "verify" step possible. And then there's inference it is simply the process of a model generating an answer. like when you type "write a java binary search," the model reads your prompt, thinks, and generates code that whole process is inference. every time the model generates text, that's one inference. now here's the thin

Claude models reached GA on Microsoft Foundry with Azure-native billing and governance, but no European data zone exists. Anthropic's own documentation confirms data residency guarantees apply to Bedrock and Vertex AI but not Foundry. European practitioners from banking and healthcare report the offering is unapproved for production. By Steef-Jan Wiggers

I am delighted to announce that a user reported dysfunction so that I could go down the rabbit hole...