Hatif Osmani@mohammad_hatif_osmani63

Business teams know what they want to automate—onboarding, approvals, notifications—but building workflows usually means waiting on developers. One for All bridges that gap: describe your process in plain English, and the AI turns it into a working workflow you can run, edit in natural language, and export to tools like n8n. You can still build from scratch with a full node-based canvas, chain AI steps for content and analysis, and reuse everything. One app for both conversational workflow generation and hands-on automation design. Key Capabilities: -AI workflow creation: Describe a process in plain English; the AI breaks it into steps, selects the right actions, and generates a workflow. -Human-in-the-loop control: Users review, edit via natural language, and explicitly approve before deployment. -Self-debugging: When workflows fail, AI analyzes errors and suggests fixes. -Learning from examples: Successful workflows can be saved as templates to improve future generations. Manual Workflow Building: -Infinite, node-based canvas with rich controls. -Wide range of nodes: triggers, actions (HTTP, email, Slack), control flow, data transformation, and AI/prompt nodes. -Ability to chain AI outputs directly into real-world actions. Integrations & Export: -Bring-your-own API keys for major LLMs and services. -Export workflows as JSON or n8n-compatible formats for integration. Experience & Privacy: -Free, open-source (MIT). -Runs fully in the browser with local data storage. -Modern UI with dark mode and responsive design.

The complexity of building AI agents shouldn't be a barrier to innovation. We saw developers struggling with writing hundreds of lines of boilerplate code, managing complex configurations, and debugging agent interactions. We envisioned a world where anyone could describe their AI agent idea in plain English and instantly get a production-ready system. Agent Smith is an open-source visual agent creation platform built using Google's ADK simplicity and GPT-5's brains. Users describe their agent requirements in natural language, and our AI meta-agent system automatically generates complete Python agent code with custom tools, provides a modern web interface for visual management, and enables real-time testing and iteration.

The proposed Solana–Qubic bridge design is an attempt at building a secure, bi-directional, and production-ready solution for transferring tokens and messages between the two networks. It builds upon proven bridging architectures – using a lock/mint & burn/unlock mechanism for token transfers and a decentralized guardian network for verification – while tailoring the implementation to Qubic’s and Solana’s technical environments. The solution is leveraging Qubic’s high-performance C++ smart contracts and on-chain quorum for execution, and the Solana side will use a robust Rust program to manage wrapped assets and verify cross-chain commands. Crucially, the bridge is designed with security as the top priority: funds on each side are secured by the need for multiple independent signatures, and both contracts enforce validation before releasing assets. This minimizes trust in any single party. Combined with thorough testing, auditing, and a clear upgrade path, this bridge can be rolled out to mainnet usage. By enabling QUBIC token holders to access the Solana ecosystem (and vice versa) and even allowing cross-chain interoperability of applications via message passing, this bridge will significantly expand the utility and reach of both networks. It creates a connective infrastructure in a decentralized manner, aligning with the ethos of both Solana and Qubic. With the components and considerations detailed above, we can implement the bridge to be reliable for real-world, production use while remaining flexible for future improvements.

pix2app harnesses the power of ai to transform wireframes into functional code, streamlining the app development process and bridging the gap between design and development. Our platform addresses the significant challenge of manual coding from wireframes, which is time-consuming, prone to errors, and requires extensive expertise. The Need: The traditional app development process involves a lengthy and costly cycle of design, prototyping, and coding. Designers create wireframes, which are then handed over to developers, who manually translate them into functional code. This process is not only inefficient but also leads to miscommunication, inconsistencies, and delays. The Innovation: pix2app simplifies this process by directly converting wireframes into functional code. Our platform uses LLMs to analyze the wireframe design, identify patterns, and generate clean, production-ready code. This innovation enables designers and developers to focus on high-level creative tasks, rather than tedious manual coding. Business Opportunity: The demand for efficient ai-powered app development solutions is skyrocketing, driven by the growing need for digital transformation across industries. pix2app is poised to capitalize on this trend, offering a unique value proposition that saves time, reduces costs, and improves collaboration between designers and developers. What Makes This Idea Worth Pursuing: pix2app innovative approach to wireframe-to-code automation offers numerous benefits, including: - Increased Efficiency: Automating the coding process saves time and reduces the risk of human error. - Improved Collaboration: pix2app enables seamless communication between designers and developers, ensuring consistency and accuracy. - Faster Time-to-Market: With pix2app, businesses can quickly prototype, test, and deploy applications, gaining a competitive edge in the market.

⏱️ 4 weeks to design and ship a working Web3 product or AI agent. 📅 February 4 to March 1, 2026 • Feb 4 – Hackathon opens. Teams can start building and submitting. • Feb 5 to March 1 – Build, test, and iterate. • March 1 – Final submissions due. 🚨 Important eligibility reminder To be eligible for prizes, teams must post their submission video on X and tag @lablabai and @Surgexyz_. 🤝 Build solo or with a team. 💰 $50,000 prize pool in $SURGE Token. ⚠️ Self-service hackathon This is a fully self-service hackathon. There are no live streams, kickoff sessions, or scheduled workshops. Participants can register, build, and submit at any time before the submission deadline.

Teams work together with multiple AI agents in shared workspaces to design, build, and launch complete AI products — from initial idea to market-ready app. 📅 February 23– March 1, 2026 ⏱️ 6 days to build and ship an end-to-end agentic AI product 🤝 Work together in shared AI workspaces where your team and AI agents collaborate in real time 🔧 Build with multiple AI agents that handle development, design, testing, and documentation together 🎯 Create everything in one place — from ideation to product to marketing materials, all by prompting and observing 🚀 Focus on real-world products that teams could actually ship and use 🏆 $3,500 in prizes + premium 3-month Complete.dev access for top teams 🧑‍💻 Join your team workspace and start building together

⏱️ You’ve got 13 days to design, build, and deploy trustless AI financial agents 📅 March 9–22, 2026 🌐 Build AI agents that access capital, execute on-chain strategies, and earn verifiable trust with ERC-8004 🤝 Build solo or in teams to create autonomous trading, risk, yield, or protection agents. 💰 $50,000 prize pool, allocated to trading accounts with profits shared via Surge.

🕒 Complete the challenge within 48 hours and unlock incredible prizes and unique opportunities! It's an amazing opportunity to: 🚀 Learn, design, and build an intelligent conversational AI assistant utilizing IBM watsonx Assistant. 💰 Receive the necessary resources to kick off your solution development. 🌟 Expert mentors will guide you every step of the way. 🤝 Work alone or form a team to build something extraordinary. 💰 $14,500 prize pool for the winners! 🏆 Win an opportunity to participate in the Lablab NEXT acceleration program. 🧑🏻‍💻 Sign up before the Kick-Off Stream to secure your spot!

🔍Create AI-driven solutions using open-source technologies to optimize public sector network management—planning, procurement, and maintenance—for scalable, sustainable school connectivity in underserved regions. 📅 Join us January 24-26: Participate online or in person in Geneva to develop innovative solutions with peers globally. 👨‍🏫 Work alongside industry mentors for insights and guidance on your projects. 🏆 Compete for a chance to join the Lablab NEXT incubator program! 🧑🏻‍💻 Sign up before the Kick-Off Stream to secure your spot!

🕒 2 days to innovate and build groundbreaking applications using the latest generative AI tools 🌟 Expert mentors will guide you every step of the way. 🤝 Work alone or form a team to build something extraordinary. 🏆 Win an opportunity to participate in the Lablab NEXT acceleration program. 🧑🏻‍💻 Sign up before the Kick-Off Stream to secure your spot!