📊 Mapped out two different development approaches I've been experimenting with: Not about replacing developers - it's about optimizing the development lifecycle. Traditional strengths: ✅ Deep understanding of every line ✅ Complete control over implementation ✅ Thorough problem-solving AI-assisted advantages: ✅ Rapid prototyping and iteration ✅ Faster boilerplate generation ✅ More time for architecture decisions Both have their place. Context matters. 🎮 Try the interactive breakdown: [https://lnkd.in/gRZnWwhy] What approach fits your current projects? #AIAssistedDevelopment #PromptEngineering #AITools #MachineLearning #AIDevelopment #TechInnovation #AIIntegration #SmartDevelopment
Comparing traditional and AI-assisted development approaches
More Relevant Posts
-
There was a recent insightful discussion with Alex (Claude Relations) and Cat (Product Manager for Claude Code) about how Anthropic is shaping the future of developer tools with Claude Code. What stood out to me is the speed at which new features are prototyped and released. Instead of long design docs, engineers simply build directly with Claude Code, test internally, and ship externally if the response is strong. That “dogfooding loop” is strong and a big reason for the product’s rapid evolution. Another fascinating takeaway was the rise of “multi-Clauding”; developers running multiple Claude sessions at once, sometimes six or more, to parallelize their workflows across different repos. What started as a niche, power-user practice has quickly become a mainstream way people are working. I also found the customization options compelling. With CLAUDE.md, hooks, and slash commands, developers are shaping Claude Code into specialized agents for tasks like SRE, security, and incident response. Add in the Claude Code SDK, which makes it possible to spin up custom agents in about 30 minutes, and it’s clear this is more than just a coding assistant. It’s a platform for building agentic tools that reach far beyond code. If you’re curious about where developer-AI workflows are heading, this is a must-watch. https://lnkd.in/eFV9y-ar #AI #ClaudeCode #Anthropic #DeveloperTools #Innovation #GenAI #Agents #FutureOfAI #ComputerScience #Engineering #LLM #SWE #SRE
Building and prototyping with Claude Code
https://www.youtube.com/
To view or add a comment, sign in
-
In AI systems, you can’t maximize latency, cost, and uptime at the same time. You have to choose your battles. Every architecture decision is a tradeoff: • Lower latency → higher infra costs • Lower cost → risk of degraded accuracy or throughput • Higher uptime → more redundancy, more complexity The secret isn’t avoiding the tradeoffs, it’s designing with them in mind. That’s what separates demo shops from true systems builders. LinkedIn | LinkedIn Guide to Creating
To view or add a comment, sign in
-
-
🚀 Day 2: Architecture & Tech Stack Decisions After framing the problem yesterday, today was all about designing how our Internal Docs Q&A Agent will actually work. 🔑 Key highlights: 1️⃣ Architecture Blueprint – Multi-agent workflow with Retriever → Context Builder → Answer Generator. 2️⃣ Tech Stack – Using LangChain + FAISS for semantic search, with connectors for Notion, Confluence & Google Docs. 3️⃣ Challenge – Ensuring speed while keeping answers contextually accurate. 💡 Biggest takeaway: Great AI agents aren’t just smart—they’re frictionless to use. 👉 Next step: Prototype the pipeline and test across sample docs. 🤔 Question for you: If you had an “AI teammate” for docs, what’s the first question you’d ask it? #AI #Hackathon #ProductSpace #AIAgents #FutureOfWork
To view or add a comment, sign in
-
-
🚨 The Hidden Cost of Building Without Specs Ever spent weeks building a feature, only to hear: “That’s not what we wanted”? Painful, right? There’s a fix that’s quietly transforming how high-performing teams ship software. 📝 Markdown Specs: Small Habit, Big Impact Write detailed Markdown spec before you code (vibe code, AI augment etc). The results are eye-opening: ⚡ 65% faster delivery 🔄 78% less rework 🎯 89% fewer surprise requirements ✅ 94% test coverage generated directly from specs 🚀 The Real Shift This isn’t red tape, it’s acceleration. Tools like OpenAI’s Model Spec prove we’re moving from “hoping we built the right thing” → to “knowing we did.” 💡 Curious: Have you tried specification-driven development (SDD) with AI yet? Full article linked. #SoftwareEngineering #AIinDevelopment #TechnicalLeadership #DevOps #AgileTransformation #DeveloperProductivity
To view or add a comment, sign in
-
How AgentCheck Brings Context to Your Dev Flow AgentCheck introduces local AI-powered reviewers that run before you commit. Each agent reviews your staged changes using your project context, conventions, docs, even architecture. You get feedback where it matters most, in your workflow. This matters for human-AI collaboration. You stay in control of timing and tooling. You shift trivial checks out of human reviews. You focus human attention on design and trade-offs, not style or regressions. You handle fixes early. Your team sees fewer noisy comments. Your code quality improves without slowing velocity. 👩💻https://lnkd.in/eiz5CFXm
To view or add a comment, sign in
-
-
Beyond the Hype: Practical Wisdom for Building Multi Agent Systems Every week I see new headlines: “agents will solve everything,” “just plug in this framework,” “bigger swarms = better results.” The reality? Hype doesn’t ship working systems. Architecture does. Over the past few years I’ve designed and built multi-agent systems from scratch — bypassing a lot of the “magic tool” promises. And what I’ve learned is simple: success comes not from buzzwords, but from discipline, design, and testing. Here’s what actually matters: 1️⃣ Start with the problem, not the tool. Not every task needs agents. If work is sequential or tightly coupled, a single robust agent + good orchestration often outperforms a swarm. 2️⃣ Define roles & protocols clearly. Each agent must know: What am I responsible for? What tools do I have? Who do I talk to? Vagueness breeds chaos. 3️⃣ Prompt + context hygiene. Prompts are the glue, context is the lifeline. Design structured interfaces. Manage memory deliberately — when to reset, when to persist, when to compress. 4️⃣ Iterate small before scaling. Don’t unleash a 50-agent swarm on day one. Build a minimal loop, test, observe behavior, then scale when the benefits outweigh complexity. 5️⃣ Observe everything. Logging, metrics, agent disagreements, drift, latency, costs — these are not nice-to-haves. They are survival. 6️⃣ Mind the costs. Every API call, every added agent has a price — in compute, debugging, maintenance. Sometimes the lean design is the winning design. 7️⃣ Safety and accountability. Autonomy doesn’t mean lack of responsibility. Ethics, oversight, explainability, and fairness must stay in the loop. 👉 The lesson? Multi-agent AI isn’t about hype frameworks or flashy demos. It’s about careful architecture, humble iteration, and pragmatic engineering. The difference between hype and impact is simple: design discipline. I’d love to hear from others working on this frontier: 💡 What failures surprised you most when building agentic systems? 💡 What trade-offs mattered more than you expected?
To view or add a comment, sign in
-
-
#Vibecoding, a term popularized by Andrej Karpathy, is an AI‑first approach to software development. Instead of manually writing every line of code, you describe your desired tool in plain language and let AI generate and refine the code . This method relies on three “Ps”: Platform: choose an environment like Launchpad Command that lets you run and test code directly within Revit . Project: use a custom‑tuned large language model with your project’s standards and scripts . Prompts: provide clear descriptions of the tool you want and iterate through conversation . The results are remarkable. At a recent workshop, vibe coding produced four production‑ready #Revit tools — from a linked‑file reloader to an element‑elevation creator — in less than 90 minutes . Have you tried vibe coding or other AI‑assisted development? Share your insights and favourite tools for rapid prototyping.
To view or add a comment, sign in
-
-
The latest Visual Studio August Update enhances AI capabilities, improves debugging tools, and offers better project management features. Dive into the details to elevate your development efficiency! #VisualStudio https://isaacl.dev/gq3
To view or add a comment, sign in
-
Over the last few months at Saltmine, we’ve been testing out a bunch of AI-powered prototyping tools: Replit, Figmamake, Builder.io, Lovable The first impression is honestly magical. You type in what you want, and suddenly you have a working screen, sometimes even a full flow, in minutes. For early experiments, that speed is gold. But the moment you try to go beyond the basics, the cracks show up: • Prompts that work one time but completely fail the next. • Hidden bugs that creep in early and only reveal themselves when you make a small tweak. • Hours lost in fixing and undoing fixes, instead of moving forward. • Credit burn without real features shipping. What we have learned: •These tools are fantastic for quick landing pages, testing an idea, or putting a demo in front of users. • But if you want to scale into something more robust, you still end up stitching, patching, and hand-editing code the old way. At Saltmine, shifting from a PRD-first culture to a prototype-first saved us countless hours, engineers could react to something tangible, we killed bad ideas faster, and collaboration was smoother. But the current generation of AI tools isn’t ready to carry that baton all the way. Not yet. I don’t see this as a failure though. The gap between demo magic and production-ready is exactly where the next big opportunity lies. Curious, has anyone cracked a smooth end-to-end workflow with these AI tools? Or are you running into the same walls? Alay Shah Ajeya Mansabdar Shivam Gupta Anuradha Vasudeva #ProductManagement #Prototyping #AI #SaaS
To view or add a comment, sign in
-
CopilotKit is now powering over 1 million interactions between agents and users in production every week. 𝐖𝐡𝐚𝐭 𝐝𝐨 𝐰𝐞 𝐦𝐞𝐚𝐧 𝐛𝐲 𝐚𝐧 𝐚𝐠𝐞𝐧𝐭-𝐮𝐬𝐞𝐫 𝐢𝐧𝐭𝐞𝐫𝐚𝐜𝐭𝐢𝐨𝐧? → Users asking agents to take actions on their behalf, to explain something, or a user correcting agent output All of this is happening inside of production applications. I believe this represents the core of where the agent ecosystem is at its best. Agents and people working side by side inside of applications specifically designed for that collaboration. As developers we've all been supercharged by collaborative AI coding tools, yet when building agents, teams too often go for full autonomy while neglecting great interactivity and user experience. And as Uncle Ben said, "With great agents, comes great interactivity" 🕸️ Proud of the CopilotKit team, and the work we've doing to lead the way on user-interactive agents, including fostering the AG-UI protocol as the emerging industry standard for Agent-User interaction. The graph looks good at 1M+... 10M will be even better and come quicker given where the industry is heading
To view or add a comment, sign in
-