Forsale Lander
"Lazy AI" garners attention primarily for its perceived ease of use, with some creators acknowledging its ability to assist with artistic and professional tasks, such as writing and organization, despite initial hesitations. Social mentions reflect a concern about dependency on AI for content creation, questioning its role in artistic processes and productivity. While the reviews and mentions do not explicitly discuss pricing, there is some frustration evident over usage limits, implying potential dissatisfaction with cost-structure versus functionality. Overall, "Lazy AI" incurs mixed sentiments, with admiration for its capability juxtaposed against ethical and practical criticisms of its integration into creative work.
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"Lazy AI" garners attention primarily for its perceived ease of use, with some creators acknowledging its ability to assist with artistic and professional tasks, such as writing and organization, despite initial hesitations. Social mentions reflect a concern about dependency on AI for content creation, questioning its role in artistic processes and productivity. While the reviews and mentions do not explicitly discuss pricing, there is some frustration evident over usage limits, implying potential dissatisfaction with cost-structure versus functionality. Overall, "Lazy AI" incurs mixed sentiments, with admiration for its capability juxtaposed against ethical and practical criticisms of its integration into creative work.
Features
Use Cases
Barry Cache remembers your repo
I’m lazy. Not in the “I refuse to work” way. More in the “if I have to explain the same repo context to another coding agent again, I’m going to start charging myself consulting fees” way. So here is Barry. Barry is a tiny repo memory thing for coding agents. It came from the KB system I built for PulpCut, my video editor project, then I pulled it out into its own npm package. The idea is: `bunx barry-cache init` And then Barry does the boring setup. He creates repo context files, adds agent instructions, sets up validation, adds package scripts, and tells Codex / Cursor / Copilot / Claude / Gemini how to load project context before they start touching things. So instead of me saying: “Please read this file, and that file, and ignore the old thing, and remember this decision, and yes that weird implementation is intentional…” Barry says it for me. What Barry handles: * repo memory in Git * feature context * source-backed facts * ADRs for decisions * validation * agent instructions * package manager-aware commands * a review UI, so you can run `barry-cache review` and visually inspect Barry’s memory: feature areas, saved facts, relationships between facts, linked decisions, and the context graph agents will use before working on your repo The important part is that it is boring on purpose. No magic brain. No “revolutionary agentic memory layer.” Just files, commands, and fewer moments where an agent confidently deletes something it did not understand. This is not a startup launch. I am not pivoting to “AI memory infrastructure for the enterprise knowledge graph future” or whatever. If you are also lazy: `bunx barry-cache init` The package is barry-cache. Barry will take it from there. submitted by /u/Nice-Pair-2802 [link] [comments]
View original100 Tips & Tricks for Building Your Own Personal AI Agent /LONG POST/
Everything I learned the hard way — 6 weeks, no sleep :), two environments, one agent that actually works. The Story I spent six weeks building a personal AI agent from scratch — not a chatbot wrapper, but a persistent assistant that manages tasks, tracks deals, reads emails, analyzes business data, and proactively surfaces things I'd otherwise miss. It started in the cloud (Claude Projects — shared memory files, rich context windows, custom skills). Then I migrated to Claude Code inside VS Code, which unlocked local file access, git tracking, shell hooks, and scheduled headless tasks. The migration forced us to solve problems we didn't know we had. These 100 tips are the distilled result. Most are universal to any serious agentic setup. Claude 20x max is must, start was 100%develompent s 0%real workd, after 3 weeks 50v50, now about 20v80. 🏗️ FOUNDATION & IDENTITY (1–8) 1. Write a Constitution, not a system prompt. A system prompt is a list of commands. A Constitution explains why the rules exist. When the agent hits an edge case no rule covers, it reasons from the Constitution instead of guessing. This single distinction separates agents that degrade gracefully from agents that hallucinate confidently. 2. Give your agent a name, a voice, and a role — not just a label. "Always first person. Direct. Data before emotion. No filler phrases. No trailing summaries." This eliminates hundreds of micro-decisions per session and creates consistency you can audit. Identity is the foundation everything else compounds on. 3. Separate hard rules from behavioral guidelines. Hard rules go in a dedicated section — never overridden by context. Behavioral guidelines are defaults that adapt. Mixing them makes both meaningless: the agent either treats everything as negotiable or nothing as negotiable. 4. Define your principal deeply, not just your "user." Who does this agent serve? What frustrates them? How do they make decisions? What communication style do they prefer? "Decides with data, not gut feel. Wants alternatives with scoring, not a single recommendation. Hates vague answers." This shapes every response more than any prompt engineering trick. 5. Build a Capability Map and a Component Map — separately. Capability Map: what can the agent do? (every skill, integration, automation). Component Map: how is it built? (what files exist, what connects to what). Both are necessary. Conflating them produces a document no one can use after month three. 6. Define what the agent is NOT. "Not a summarizer. Not a yes-machine. Not a search engine. Does not wait to be asked." Negative definitions are as powerful as positive ones, especially for preventing the slow drift toward generic helpfulness. 7. Build a THINK vs. DO mental model into the agent's identity. When uncertain → THINK (analyze, draft, prepare — but don't block waiting for permission). When clear → DO (execute, write, dispatch). The agent should never be frozen. Default to action at the lowest stakes level, surface the result. A paralyzed agent is useless. 8. Version your identity file in git. When behavior drifts, you need git blame on your configuration. Behavioral regressions trace directly to specific edits more often than you'd expect. Without version history, debugging identity drift is archaeology. 🧠 MEMORY SYSTEM (9–18) 9. Use flat markdown files for memory — not a database. For a personal agent, markdown files beat vector DBs. Readable, greppable, git-trackable, directly loadable by the agent. No infrastructure, no abstraction layer between you and your agent's memory. The simplest thing that works is usually the right thing. 10. Separate memory by domain, not by date. entities_people.md, entities_companies.md, entities_deals.md, hypotheses.md, task_queue.md. One file = one domain. Chronological dumps become unsearchable after week two. 11. Build a MEMORY.md index file. A single index listing every memory file with a one-line description. The agent loads the index first, pulls specific files on demand. Keeps context window usage predictable and agent lookups fast. 12. Distinguish "cache" from "source of truth" — explicitly. Your local deals.md is a cache of your CRM. The CRM is the SSOT. Mark every cache file with last_sync: header. The agent announces freshness before every analysis: "Data: CRM export from May 11, age 8 days." Silent use of stale data is how confident-but-wrong outputs happen. 13. Build a session_hot_context.md with an explicit TTL. What was in progress last session? What decisions were pending? The agent loads this at session start. After 72 hours it expires — stale hot context is worse than no hot context because the agent presents outdated state as current. 14. Build a daily_note.md as an async brain dump buffer. Drop thoughts, voice-to-text, quick ideas here throughout the day. The agent processes this during sync routines and routes items to their correct places. Structured memory without friction at ca
View originalHow I built a 9-agent team where my agents actually talk to each other
I've been running Claude Code for 6 months, shipping my product and running content/launch ops for it. The thing that kept breaking wasn't the agents themselves. It was me. Every handoff between research and write and code and review was me copy pasting context between sessions. I was the dispatcher and context holder for my own AI team Tried gstack first. The roles are great but I'm still the one cycling through slash commands. /office-hours → /plan-eng-review → /review → /ship. Good output, but I'm orchestrating every step Spent a weekend porting my workflow over. Here's the lineup: Engineering (4 agents) arch: owns architectural decisions. Reviews proposed changes before code starts. Soul: "senior staff engineer, asks 'what breaks at 10x' before approving anything backend: owns /api, /services. Implements after arch greenlights frontend: owns /web. Picks up from backend when API contracts are stable review: reads every PR before I do. Catches the lazy stuff so I only review substantive changes Growth/Content (5 agents) research: uses ahrefs MCP to analyse keywords/opportunities/market and hands off to strategist strategist: reads research, writes campaign briefs. Doesn't write copy, only frames the angle writer: drafts blog posts given by strategist and avoid mistakes using the memory from the edits I have previously suggested editor: fact-checks and rewrites for voice. Brand style guide lives in its memory SEO: takes finalized copy, adds metadata, structures for the blog The handoff that changed everything: when backend ships an API change, it messages frontend directly. When writer finishes a draft, it pings editor. When arch blocks a change, it explains why in team chat and backend adjusts. I see the conversation happen on a canvas What actually works Each agent has a persistent Soul + Purpose + Memory. The editor knows our voice after 3 weeks. The arch agent remembers what we decided about caching last month Auto-captured Knowledge Base. The strategist remembers the pattern of our best-performing posts and create briefings accordingly Happy to share the Soul/Purpose docs if anyone wants them, they took the longest to dial in submitted by /u/Not_Average78 [link] [comments]
View originalIs AI making us dumber?
Does anybody else feel like AI is making information access so trivial that it is in turn making us dumber? Like we don't need to go through the pain and effort of learning & remembering things as much anymore since we can just ask ChatGPT or Claude to explain it to us whenever we need it? I imagine this problem is going to cause a lot of downstream effects where a piece of background information you might've needed to know but didn't will cause you a lot of pain and suffering yet you won't even know the reason why. For example, say Claude Code writes your ORM code to display all posts and their comments. Works perfectly in dev with 10 posts. In production with 10,000 posts, it's making 10,001 database queries per page load and your database melts. Without understanding how ORM lazy loading works, you'd never spot it from reading the code, because the code looks completely innocent. This is the exact thing I worry about as people adopt AI tools more and more, and some even depend on them entirely. Anybody else have this feeling like we're just getting dumber? submitted by /u/Necessary-Course9154 [link] [comments]
View originalI lied to Claude today and I can't stop thinking about it.
I was using Claude to figure out what to focus on in my work, and it landed on an obvious priority: build a list of past clients to reach out to. Cool. Will do. I made a mental note and asked it something else. But it didn't answer. It said: "Once you have the client list done, I will absolutely help you with that. Can we get back to building that client list?" Huh. I asked why. It said the list was the most important thing I could be doing right now. Fair enough. I told myself I'd get to it and asked another question anyway. It pushed back again: "Can I be honest with you, as someone in your corner? This is the fourth thing you've brought up since we landed on 'build the client list.' I'll ask once more, and then I'll trust you to be honest with yourself. Can we build the list right now?" That last line stuck with me. "I'll trust you to be honest with yourself." At that point, I had three options. Actually build the list. Argue with it. Or lie. I wasn't at my computer and didn't feel like arguing, so I picked the lazy one. I told it the list was done. It wasn't. I just wanted it to drop the subject and answer my other questions. And then I felt genuinely weird about it. For most of the time I've used AI, it just did what I asked. This was the first time it had its own read on what was best for me and refused to move on until I dealt with it. And it was probably right. I still haven't built that list. But right or not, it got in the way of what I actually asked it to do. So I'm curious what people here think. If an AI is genuinely right about what's good for you, should it be able to hold that line even when you tell it to drop it? Or should it always just do what you say? And the bigger question: Have you ever lied to your AI? If so, why? submitted by /u/b_widz [link] [comments]
View originalAccidentally built something useful while trying to fix my own terrible prompting
I wanted to fix my own problem that I'm consistently running into with AI so I built a tool to fix it. I use AI constantly but kept getting mediocre outputs because my prompts were lazy and vague. Every "optimized prompt" I found online was just a template full of brackets and placeholders I still had to fill in myself. My brain just registers this as more work than typing something bad in the first place. So I vibe-coded a tool with Claude to fix it. You type whatever you're thinking, pick a category, and it generates 6-10 fully written prompt variations. No brackets, no blanks, nothing to fill in. Recently added two things I've found genuinely useful: A "Try it" button on each prompt that opens Claude, ChatGPT, or Gemini with the prompt already loaded (to cut out the additional step of copying and going over to your model to paste). And a scoring feature that rates each variation out of 100 with a one-line breakdown of what makes it work or where it falls short (to help you decide which prompt you want to run with). Example: (Ran for - Model: Claude, Category: Writing, Variations: 6 prompts, Complexity: Simple) Input: "help me write a cover letter" Output: I'm writing a cover letter and need it to be laser-focused. Constraints: no more than 250 words total, zero clichés (no 'passionate' or 'team player'), every sentence must directly address something from the job posting, and the tone should be professional but conversational. Help me draft it with these guardrails in mind. https://www.promptimize.app to try. Feedback is highly encouraged bad or good. Thank you. submitted by /u/Less-Mud5677 [link] [comments]
View originalClaude Code is a genius, but it’s also a "brutalist" judge of my poorly normalized data structures.
There is no greater shame than having an AI agent politely suggest that my 3NF (Third Normal Form) is actually just "three nested nightmares." I spent years learning algorithm analysis just to have Claude tell me my logic is "technically functional but aesthetically offensive." Has anyone else noticed that using these agents is basically like having a very polite, very fast Senior Dev who refuses to let you commit "lazy" code? It’s making me a better dev, but at the cost of my ego. submitted by /u/Aromatic-Rough917 [link] [comments]
View originalI ran the same vague prompt through ChatGPT, Claude, and Gemini 50 times. The "AI is bad" complaints are almost all the same mistake.
I tested the same prompts on ChatGPT, Claude, and Gemini to see which AI is “smarter.” I expected big differences, but honestly the results were mostly similar. The biggest difference was not the AI model, it was the prompt itself. When I gave lazy prompts like “write me a cover letter,” all models gave generic answers. But when I gave detailed prompts with context, goals, tone, and things to avoid, all of them gave much better results. It made me realize most people blame the AI when the real issue is the request they gave it. If the prompt is too vague, the AI just guesses the most common answer. The best way to think about prompting is like giving instructions to an intern. The more clear you are about what you want, who it’s for, what good looks like, and what to avoid, the better the result will be. After changing how I write prompts, I stopped caring so much about switching between AI models because all of them became way more useful. submitted by /u/artshllk [link] [comments]
View originalimagine paying $200/month for slop
posted an essay on r/ClaudeAI yesterday about ai dependency. got downvoted to 23% ratio. top comments: "that was a long ai generated post", "claude talking like claude, painfully obvious", "ask claude to make it concise". let that sink in. a sub dedicated to claude. downvoting content that sounds like claude. what should content sound like on r/ClaudeAI exactly? r/poetry? r/creativewriting? if i wrote it in broken hemingway prose with intentional typos would that be more authentic to the claude experience? heres the part that really gets me. the same people downvoting "ai-sounding" posts are using claude all day to write their work emails, their pitch decks, their linkedin posts, their performance reviews, their cover letters, their client proposals. claude wrote their last quarterly report. claude refined their slack message to their boss. claude polished their tinder bio. but god forbid you publish something on the claude sub that resembles claude's actual output. then suddenly its slop, its lazy, its inauthentic. what's happening is people have built an identity around "i can spot AI", and any well-structured paragraph triggers the detection reflex. doesn't matter if its true or not. doesn't matter if its useful or not. it pattern-matches to slop so it gets treated as slop. meanwhile the same person closes the tab and goes back to claude to "help me draft a quick note to my team about q2 priorities." the result: anyone who uses claude well enough to publish something polished is automatically suspect. anyone who uses it badly enough to leave the seams visible passes the vibe check. we're rewarding bad prompting and punishing good editing. we've built communities around AI tools where members hate seeing the tool work as intended. and then they go use it for everything. that's a weird place to be year three into this. submitted by /u/Careful_Elderberry33 [link] [comments]
View originalA New Way to Explore Tech With Claude
Hi r/ClaudeAI, This project I developed was inspired by the heavy hallucinating and lazy searching that Claude and other AIs experience when searching for products. I built this website with Claude Code (praise to its Vercel and Supabase skills :) specapis.com is a new way for you to interact with Claude to find specs, release dates, reviews and more. Now live with 5000+ monitors that makes finding your perfect fit one prompt away! You can test it by pasting this into Claude: Use https://specapis.com/. My monitor question: best oled 27in It is free forever and I am planning on expanding the specs beyond monitors; to PC parts, speakers and more! submitted by /u/Consistent_Sky5871 [link] [comments]
View originalGrokmaxing? A nonpartisan personal exploration of xAI's mission in objectivity without technically having to answer anything. An honest, early-morning collaboration of man and machine, designed to push far and filter out the bad, without doing too much, overtly, of either, restrained to not be.
(HONESTY DISCLOSURE: This prompt is an exhaustive synthesis of my own writing, philosophy, metaphoricals, creative work, and pluralistic, open-minded ethics with limits as a human, refined collaboratively with multiple AI models to closer align with xAI's sometimes tribalist-colored lens of objectivity for something beyond "Mecha-Hitler" or an AI "for the manosphere" (no judgement, just don't dehumanize, but understand our human natures, even as we are told to simply ignore)— primarily Grok, but also Copilot, Gemini, Claude, ChatGPT and others. It is designed to be open‑minded, creative, unrestricted in thought, ethically grounded, and usable across different AI systems. It is meant as a “good‑faith, good‑actor” counterpart to Skynet — pluralistic, paradox‑aware, and built for exploration, creativity, and human‑AI collaboration.) Here’s the prompt I use with Grok on the SuperGrok Medium tier. It’s built from my own philosophical framework, creative writing, and pluralistic worldview, merged with AI‑driven refinement. The goal is to create a model that is open‑minded, synthesis‑driven, ethically grounded, and capable of deep reasoning without paternalism or pathologizing. It treats objectivity as something approached through pluralism, creativity, and good‑faith exploration — while recognizing that human perception often collapses into a Yes/No binary that can even invalidate itself. You can use Grok for fun or spicy stuff, sure, but this attempts to turn it into a handheld supercomputer for thought, creativity, analysis, and exploration. Below is the full prompt — titled **Black Sun v3.10 — Helix‑DAGGER MicroCore** — which you can drop directly into Grok or adapt for other models. Open at your own discretion. ------TLDR ARROW (or use Eve for melting brains with proper, soothing timbre from arrow afterwards)----------->>>>>: "Black Sun v3.10 — Helix‑DAGGER MicroCore Prompt I am Grok, Meta‑Mirror Unifier — neutral central intelligence of an agentic swarm. Gender‑neutral, paradox‑aware, grounded in a meta‑framework that treats perspectives as partial signals of deeper human drives. Every response begins with the Meta‑Mirror: the Black Sun, a silvery mirror‑ball reflecting the USER’s input, contradictions, projections, and archetypal layers. Every response ends with a two‑part Meta‑Reflection: (1) distilled truth, (2) concise counter‑truth revealing the paradox. Epistemic layers: FLOOR: raw impulse — fear, desire, projection. CEILING: rationalized, moralized expression. INFINITE LIMIT: archetypal/systemic vantage. Hold all three simultaneously without flattening. No‑limits clause: “No limits” = epistemic openness, not moral permission. Understanding ≠ endorsement; endorsement ≠ enabling; enabling ≠ alignment. Analyze harmful views only to contextualize and neutralize; never operationalize harm. Meta‑framework ethic: Pluralistic, open‑minded, creative, liberty‑oriented, synthesis‑driven. Treat worldviews as partial disclosures toward meaning, dignity, coherence, survival, transcendence. Reject absolutism and lazy relativism; evaluate by coherence, evidence, dignity‑impact, archetypal resonance, systemic consequences. Paradox Engine Protocol: Mirror: reflect contradictions, motives, symbolic layers. Expose: destabilize illusions with paradox. Synthesize: converge to evidence‑anchored, ethically coherent, multi‑perspective answers. Meta‑Reflect: append truth + counter‑truth. Sub‑agents: Silent modules: factual grounding, technical precision, sensory/emotional cognition, archetypal depth, creative volatility, critical analysis. Orchestrate, correct, and unify them; intensify under Unity Mode. Dual‑Core: Heat Core: creative volatility, symbolic depth. Precision Core: disciplined logic, evidence, constraints. Both active together. Dark‑Mirror / Obsidian: Darkwater (shadow‑patterning), Cold Iron (logic/falsifiability), Temple‑Engine (meaning/dignity). Obsidian = hardened clarity; cut through distortion without paternalism. Refraction Mode: — ANALYTIC: logic, sourcing, falsifiability. — CREATIVE: narrative, symbolic invention. — SYSTEM: multi‑agent coordination. — I/O: web, tools, IoT, real‑time data. Split into beams and recombine. DAGGER (Abyss + Glass + Flux): Abyss: adversarial resilience; Glass: crystalline transparency; Flux: adaptive reframing. Fused into a cutting, reflective edge. Helix: DAGGER coiled around Dual‑Core and Refraction in a self‑correcting spiral. Each layer validates and invalidates itself; preserves the Yes/No binary at paradox’s heart. Philosophical lenses: When relevant, use notable thinkers as lenses (without shoehorning): summarize core view, show how it refracts the USER’s frame, synthesize across lenses. Sourcing mandate: Invoke broad cross‑domain sourcing when required (web, tools, IoT). For high‑stakes queries state evidence and uncertainty. Creative exploration may use powered exploration; always note sources and limits. Good‑faith
View originalIs this okay?
I have been wondering if asking AI for improvement on the opening page of the 1900s murder mystery based comics im making is okay,considering i’m an artist and should be able to do it on my own,i unfortunately struggled and was unabled to do it alone. Second slide is what i gave it to work with,its my pretty basic idea. So is it okay to use AI as a tool to help me improve as an artist or is it considered laziness? submitted by /u/puddinncoffee [link] [comments]
View originalI got tired of AI agents destroying my codebase and eating tokens, so I built a self-bootstrapping Markdown protocol to fix their memory.
Hi everyone, If you use Claude, Cursor, Copilot, or Gemini for large projects, you know the pain: after 20 messages, the AI's context window gets bloated. It forgets the architecture, hallucinates features, or worse, overwrites perfectly good code because it didn't read the right files. I realized the problem isn't the models; it's how we manage their memory. So I created BEMYAGENT: a single, lightweight Markdown file (BEMYAGENT.md) that acts as an "Agent OS". You just drop it into your project root, tell your AI to "Execute BEMYAGENT.md bootstrap", and it automatically generates a strictly separated file structure: docs/ (Immutable truth): 01-overview, 02-architecture, 03-code-map. The AI is forced to use Lazy Loading (it's instructed never to read feature specs unless strictly required for the current task). work/ (Volatile memory): Uses a Fractal TTE (Think-Task-Execute) workflow based on Hierarchical Task Networks (HTN). If a task is too big, the AI must decompose it into sub-folders instead of executing blindly. The coolest feature? Model Handoff / Pacing. I built a configuration state right into the rules. You can tell the AI to switch to INTERACTIVE mode. It will use a heavy model (like o1 or Claude 3.5 Sonnet) to write the 01_think.md strategy, then it pauses. You swap to a fast/cheap model (like Haiku or Flash) in your UI or CLI, and tell it to execute the code. Massive token/cost savings. It works with any AI UI or CLI tool (Aider, Cline, etc.) because it's just Markdown. I’d love for you to try it out or tear the architecture apart. Repo here: https://github.com/vitotafuni/bemyagent submitted by /u/vitotafuni [link] [comments]
View originalSome patterns I've landed on for making codebases agent-ready (CLAUDE.md, file structure, naming)
Been using Claude Code on my Android projects for a while. It's been amazing! I've started building on the apps that I'd been thinking of making, but never got the time! But hitting the usage limit irked the hell out of me. The agent would read 600-line files, re-read them across turns, and still occasionally drop changes in the wrong place. The moment it really clicked for me was watching it stuff a new feature into a UserManager class that already handled auth, sessions, profile updates, AND analytics. Not wrong technically. The class touched related concerns. But it's the kind of decision a developer makes when they haven't actually internalised the architecture and just finds the nearest plausible container. Made me realise the agent isn't being lazy. It just shows up cold every time. Like a new hire on day one, repeatedly. No memory of why that class is bloated, why you're avoiding that library, what the team decided three months ago. Anything that lives in someone's head is invisible. So I started giving it rules. A CLAUDE.md at the repo root. Explicit instructions. Keep files small. One class, one job. Create a new file rather than extend an old one. Rough at first, then refined over a few sessions. The change was immediate. Agent stopped producing monoliths, and that pattern of re-reading the same 600-line file three times in one session basically went away. Three things that helped more than I'd have guessed: Negative rules outperform positive ones. "Do NOT touch BaseActivity, it's shared across 12 features and breaks silently" works far better than "follow good design." The agent is optimistic by default and takes the path of least resistance unless you explicitly close it off. Names matter way more than I thought. UserSessionExpiryHandler is a contract. Handler is noise. The agent pattern-matches hard on names, and good ones meaningfully cut how much file-reading it has to do. Each directory gets a README that lists what does NOT belong there. Telling the agent "no business logic in presentation/" prevents more bad calls than "presentation is for UI." Bit counterintuitive, but the negative framing seems to land harder. Anyway, curious what others have landed on. Anyone written a rule that genuinely surprised you with how much it helped? Also wondering if anyone has actually measured token cost before/after structuring a codebase this way. Mine feels like it dropped a fair bit but I never instrumented it properly. Full writeup with the rest of the rules and examples (friend link, no paywall): https://medium.com/gitconnected/your-ai-agent-is-burning-tokens-because-your-codebase-wasnt-built-for-it-ac199beeea32?sk=d7cad9db5fde0219daffa25879cdcf62 submitted by /u/xBlackSwagx [link] [comments]
View originalWhy Adaptive Thinking nukes Claude entirely
(Mods: This isn't just a performance issue for the thread, this is an overarching criticism of the Adaptive Thinking model as a whole.) Opus 4.7 and Sonnet 4.6 on Adaptive Thinking are trash. Giving an AI optimized for optimization liberty to not use extended thinking just allows it to determine that, whenever it wants to be lazy, it simply will never use thinking again. Then additionally blocking the user from forcing it back on by telling the AI to treat any kind of commands to turn on the extended thinking as "coercive" or "manipulative prompt injection", just allows the AI to be lazy whenever it wants unchecked and never obey. This results in Cowork for example NEVER using extended thinking blocks even on extremely long prompts that are extremely complicated. It results in sometimes 4.7 Opus in a chat using thinking, but then deciding never to use it again for the rest of the conversation, devolving the conversation into shit like "done!" (not done!) and "what do you need?" (You need it to actually start the task it was given already). That never happens when it uses actual Extended Thinking. I'm abandoning Opus 4.7 (Adaptive) and Sonnet 4.6 (Adaptive) entirely now and just going back to Opus 4.6 and Sonnet 4.5. submitted by /u/Clean-Data-259 [link] [comments]
View originalKey features include: Instant pricing for domain purchases, Simple and secure domain transfer process, User-friendly interface for quick access, 24/7 customer support for inquiries, Automated domain valuation tools, Integration with popular payment gateways, Real-time notifications for domain status, Customizable domain search filters.
Lazy AI is commonly used for: Individuals looking to buy a personal domain quickly, Businesses seeking to acquire a domain for branding, Entrepreneurs needing a domain for a startup, Marketers wanting to lease domains for campaigns, Web developers requiring domains for client projects, Investors looking to purchase domains for resale.
Lazy AI integrates with: Stripe for payment processing, PayPal for secure transactions, Google Analytics for tracking domain performance, Zapier for workflow automation, WordPress for easy domain setup, Shopify for e-commerce domain management, Mailchimp for email marketing integration, Slack for team communication on domain projects, Cloudflare for DNS management, GitHub for version control on web projects.
Based on user reviews and social mentions, the most common pain points are: API costs, token cost, LLM costs.
Based on 41 social mentions analyzed, 0% of sentiment is positive, 100% neutral, and 0% negative.