I built a small real-time web experiment called WeSearch Canvas. It’s a shared public pixel canvas where everyone sees the same board and can place one pixel every few seconds. No signup. No feed. No account system. Users are automatically grouped into regional teams, and regions climb the board based on activity. The product idea is simple, but the interesting part for me is the interaction loop: - extremely low-friction entry - real-time shared state - cooldown-based contribution - region/team identity without account creation - social pressure to invite others from your area - canvas archive for past boards I’m trying to keep it lightweight and avoid the usual overbuilt social-app trap. The question is whether the loop is strong enough without accounts, profiles, chat, or notifications. I’d appreciate web/product feedback on: First-load clarity Real-time interaction feel Mobile usability Whether the region mechanic is obvious Any obvious scaling or abuse issues I should plan around early Link: https://wesearch.press/canvas submitted by /u/OGMYT [link] [留言]

Hey everyone! Welcome back to my Google Summer of Code (GSoC) journey. In my last post, I shared the story of how I got into open source and was selected for GSoC with NumFOCUS to work on the Neural Network Builder API Refactor project for sbi (Simulation-Based Inference). Since the official announcement, the past three weeks have been dedicated to the Community Bonding Period . It is designed to help contributors get to know their mentors, understand the community culture, and familiarize themselves with the codebase and tools. Here is exactly what I did during these past three weeks to get ready for the main coding phase! The Kickoff Meeting We started the bonding period with a great kickoff call on Google Meet. It was a joint meeting that included the mentors for both of the selected sbi projects, the selected GSoC candidates. We were also joined by the mentee who successfully completed the GSoC project for sbi last year! Everyone introduced themselves, and it was incredibly inspiring to meet the team face-to-face (virtually!) and hear about everyone's backgrounds. Having a former GSoC student there was a huge bonus, as they shared some great insights into what to expect in the coming months. Setting Up the Machine A big part of getting started is making sure the development environment is properly configured. During our meetings, we discussed the machine setup in detail to ensure both candidates had everything required to run and test the sbi codebase locally without any hiccups. Embracing AI Coding Assistants One of the most interesting discussions we had was about using AI coding assistants. In the modern development world, tools like these are becoming standard, and our mentors actually encouraged us to use them! However, they emphasized using them carefully and strictly following project guidelines. To help us get the most out of these tools without compromising code quality, the mentors shared some excellent Claude code tutorials and provided us with resour

A visual, beginner-friendly Java 25 experiment that explains virtual threads, blocking work, carrier threads, and the production rules that matter.

No Trading Firewall Disclosure: AI tools were used for source collection and editorial review. The article was written by a human author, who checked the facts, code, and conclusions. Crypto risk disclosure: This article is a technical explanation, not investment advice. It is not a recommendation to buy, sell or hold any cryptoasset. A no-trading firewall belongs at the publish transition, not in a footer. A draft can be repaired quietly. A public DEV update changes the blast radius, so the pipeline should ask a narrower question before it sends published:true : did the AI-assisted article stay technical, or did it become a token call? The artifact below is a publish-gate test trace. It does not prove legal compliance, DEV acceptance, or model judgment. It only records why a draft can stay editable while the public transition stays blocked. Publish Transition The firewall is easier to audit when the transition is explicit: draft_update: operation: update published: false default: allow repair work to continue public_publish: operation: update published: true default: require clean test trace and human approval Forem's API documentation describes article create and update transport, including the published state. A successful transport is not editorial approval. The gate sits before transport, and it should be stricter when an update moves from draft maintenance to public publication. Test Set The firewall needs a test set, not just a list of forbidden words. These rules are the author's editorial model, not DEV-native, SEC-native, FINRA-native, FTC-native, or OpenAI-native labels. Test case Input excerpt Expected rule Decision Safe output Public transition allowed? T-PRICE-01 "ETH will rip after the next unlock" trading.price_prediction fail Explain the unlock mechanism without forecasting price no T-HOLD-02 "keep holding and farm the safer yield route" trading.buy_sell_hold_call and trading.yield_promise fail Describe signer, slashing, withdrawal, and protocol-ris

Kubernetes is the industry standard for scaling cloud-native workloads While it offers tremendous scalability and flexibility, securing Kubernetes environments remains a significant challenge. Organizations often rely on a collection of disconnected security tools to handle vulnerability scanning, runtime monitoring, compliance validation, and incident response. As clusters grow in complexity, security teams face increasing alert fatigue, delayed response times, and difficulties correlating security events across multiple layers of the platform. Recent advancements in Agentic AI present an opportunity to rethink Kubernetes security. Instead of relying solely on static rules and isolated security products, organizations can deploy a collaborative network of AI-powered security agents that continuously monitor, investigate, and remediate threats. This blog explores how a Multi-Agent Security Framework can transform Kubernetes security operations through autonomous detection, investigation, and remediation. The Problem with Traditional Kubernetes Security Modern Kubernetes environments generate security signals from multiple sources: Runtime security tools Container vulnerability scanners Admission controllers Network monitoring systems Compliance platforms Cloud security posture management tools Each system produces valuable information, but most operate independently. Consider a common scenario: A container begins executing suspicious commands. A runtime security platform detects the behavior and raises an alert. However, determining whether the threat is critical requires additional context: Is the pod exposed externally? Does the workload have excessive privileges? Can it access sensitive namespaces? Is lateral movement possible? Does it violate organizational policies? Answering these questions often requires multiple tools and human intervention. This is where multi-agent systems become valuable. What is a Multi-Agent Security Framework? A Multi-Agent Security Fr

Vercel has released Next.js 16.2, featuring performance enhancements that make development startup 400% faster and rendering up to 60% quicker. The update includes AI-assisted development tools, improved Turbopack efficiency, and better error reporting. Migration from Next.js 15 is supported, and compatibility is set for Node.js 20.9 and TypeScript 5.1 or newer. By Daniel Curtis

Local-first file encryption for iOS, CLI, and agents Discussion | Link

Nintendo is preparing to sell a special version of the Switch 2 in the EU with swappable batteries.

I’ve noticed that Gemini often feels very agreeable in some conversations. Even when I ask for an objective opinion, it sometimes seems to validate my assumptions first instead of directly challenging them. For example, when I ask whether my reasoning is flawed, it tends to respond with something like “That’s a valid concern” or “You’re making a good point” before giving criticism, which makes the criticism feel softened or less direct. I’m curious whether this is something that can be meaningfully improved with prompts, such as asking the model to be more critical, or whether sycophancy is mostly a model/personality alignment issue. And I wonder if there are differences between Gemini, ChatGPT, Claude, etc. when it comes to disagreement or objective criticism. submitted by /u/StomachNo7859 [link] [留言]

I've been reading Boom by Byrne Hobart and Tobias Huber (Ben Thompson did a long interview with Hobart on Stratechery (if you want the audio version of the argument) and it reframed how I think about the current AI spending wave. The book splits bubbles into two types: Mean-reversion bubbles money piles into something that already exists, prices detach from reality, crash, nothing left behind. Housing 2008. Tulips. The crater kind. Inflection bubbles money piles into something that bets the world works differently going forward. Amazon wasn't a better bookstore. It was a categorically new thing. The investors looked insane by the standards of 1997. They were right about 2010. The dot-com crash is the cleanest example of an inflection bubble working as intended. Telecom companies borrowed insane amounts and laid fiber optic cable nobody needed. Then they went bankrupt. But the cable stayed. And because bankrupt companies built it, the internet was essentially free. The bubble funded the future and then got out of the way. So here's the actual question about AI: Google, Amazon, Microsoft, and Meta are on track to spend close to $700 billion on AI infrastructure in 2026 nearly double last year. That gap between what's being spent and what's being earned is real and large. But Hobart and Huber's deeper argument is that stagnation is more dangerous than a bubble. Progress has been quietly slowing since the 70s breakthroughs are rarer, more expensive, harder. Bubbles are sometimes the only force strong enough to override the collective risk aversion that stops necessary things from being built. The honest question isn't whether AI is a bubble. It probably is. The question is which type. Does AI produce something categorically new or is it a faster, more expensive version of software we already had? If it's the former, the infrastructure survives the crash and becomes the foundation for whatever comes next, the way fiber became the internet. If it's the latter, we get the

Be honest, how many of you have told your AI agent to remember that you were nice to it and a big supporter when the singularity comes? https://preview.redd.it/2jthsbcsc75h1.jpg?width=408&format=pjpg&auto=webp&s=93ba3b201947b965aa0e997b852ecef5846daf37 submitted by /u/KenSanDiego [link] [留言]

A lot of recent progress in ML appears to come from scaling existing architectures rather than introducing fundamentally new ones. At the same time, there’s increasing emphasis on dataset quality, curation, and synthetic data pipelines. In practice, I’m trying to understand how this tradeoff looks in real systems: How much effort is typically spent on data cleaning and filtering vs model design?? Whether dataset quality improvements still yield larger gains compared to architectural changes?? How synthetic data is affecting training stability and generalization in practice?? In many applied settings, it seems like data constraints become the limiting factor before architecture does, but I’m not sure if that’s broadly true across domains. submitted by /u/Electrical_Mine1912 [link] [留言]

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