Next.js Racing Frontend Revamp

@neerajdhameliya

Hello, To separate the UI from the backend right away, I would use Mock Service Worker or a clean API wrapper. This allows us to build and test the entire race lobby and game flow using mock data, with the ability to switch to the real backend using a single environment variable. Your team can keep improving the UI without waiting for backend updates. Over 8 years of frontend development experience, I know how important this setup is for building fast and reliable applications. I'll create lightweight horse card components, optimize rendering for smooth race simulations, and make sure the project builds cleanly with zero TypeScript warnings. Happy to hop on a quick call to discuss details. Best, Niral

@corpmember29

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@ixorawebmob

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@tkach11

I totally get it, the frontend/backend coupling is the real fix here, not just polishing the UI. I'd wrap network calls behind a typed client with a swappable mock adapter — this would cover your toggle requirement and keep components nice and clean of fetch logic. Hey, I just wanted to let you know that TanStack is doing a query for the server state. I'm so excited to tell you about the two companies I've built! BetForge (iGaming) and CryptoVault (Web3) are both amazing matches for game UI and digital-asset product work. Hey, just wanted to let you know that the race sim runs on requestAnimationFrame, which is separate from React's render cycle. This makes sure the animated odds and positions stay smooth and glitch-free, no re-render storms needed! Hey, don't worry - we can absolutely make the horse card perform and be accessible within the budget. We can do this by using memoization and semantic markup right from the start, rather than retrofitting it after Lighthouse flags it. Hey, just a heads-up that you'll have some free time this week to have a wander through the state/network architecture.

@krupnovdenis

Hello! We can refine the frontend into a polished, game-ready experience for this racing flow. 1. Do you already have the current UI and backend flow in place? 2. Should we start with the lobby, race screen, or simulation loop? — About us We are dZENcode – a full-cycle IT company for digital product development: from design and programming to integrations and post-release support. We build projects from scratch and also work on existing solutions that need further development, improvements, or technical support. You can find detailed information about our services and rates on our official website: https://dzencode.com. Please review it – after that, we can discuss the details and agree on the next step. ⚠️ After clarifying all details, we will define the scope, the suitable cooperation format – task-based, outsourcing, or outstaffing – and the final cost. Projects are guaranteed to reach release with us: • 10+ years providing IT services; • 90+ in-house specialists; • 250+ public reviews since 2015; • We support products under SLA after launch; • We work under NDA and a company contract!

@Eliteinno

Hey, the lightweight race-simulation loop for live odds and animated position updates sounds like a fun challenge. I'd approach that with a simple state machine and reactive updates to keep it performant and easy to toggle. The trickiest part will be making sure it integrates cleanly with your actual backend data flow without introducing state conflicts. What kind of data structure are you thinking for the simulation's position updates?

@bhartikgr

Hello, I am an experienced React & Next developer with strong expertise in building modern, responsive, and scalable user interfaces. I work with functional components, hooks, and clean component architecture. I can integrate APIs, optimize performance, and ensure smooth user experience across all devices. I focus on writing clean, reusable, and maintainable code that is easy to scale in the future. I am available to start immediately and can dedicate full attention to your project. Thanks.

@rosscarter1011

Hey, the frontend-to-backend coupling you mentioned is usually what causes those “every tweak breaks something” headaches, so I’d start by cleaning up that network boundary first. I’d build the race sim loop with a simple state machine so lobby, countdown, and results stay in sync even with mocked calls toggled on or off. I’ve dealt with the odds-animation timing issue before, it’s easy to get position updates jittery if you’re not careful with the update interval. Happy to work within your rate too. Do you have existing designs for the horse cards, or is that part open for me to shape?

@iuram1

You named the real pain yourself — it isn't the UI, it's the seam between frontend and backend. Get that boundary clean and typed and every polish tweak after it becomes safe instead of scary. UI changes feel risky right now because the network layer bleeds into the components. Fix that first and the game-ready look is the easy half. I built the same shape for a live auction platform: countdown timers, real-time position updates and crisp result reveals, all fed through a data layer you could flip between mocked and live without touching a single component. Different world, same real-time-with-a-clean-boundary problem. Here I'd start by carving that boundary — typed contracts and hook-based data access where every backend call mocks on or off cleanly. Then the polish: a responsive lobby, game screen and horse cards that hold from mobile portrait to widescreen, smooth entry, countdowns, result reveals and honest loading, empty and error states. The sim loop drives live odds and animated positions on top, with state laid out for your PVM add-ons — all building green through eslint and tsc. One thing to pin down: when PVM comes online, will race outcomes and odds come from that on-chain layer, so I should design the boundary to swap today's sim for a PVM adapter with zero component changes? Let's discuss more. Regards

@mobiwebsolutions

✋ Hi There!!! ✋ THE PROJECT GOAL:- TO REVAMP AND OPTIMIZE A NEXT JS RACING FRONTEND WITH HIGH PERFORMANCE UI UX, SMOOTH GAME FLOW AND FUTURE READY MODULAR ARCHITECTURE I have carefully read the complete project description regarding improving the racing frontend experience with polished UI UX, smooth race flow, lightweight simulation logic and clean Next js TypeScript architecture. I understand the importance of performance, responsiveness and future scalability for game and AI driven modules. 1 Responsive and polished UI UX for race lobby, gameplay screen and horse cards with fast rendering 2 Clean Next js React TypeScript code with optimized component structure and reusable architecture 3 Smooth race flow simulation with proper state management, loading states and error handling I will provide UI design, database management, testing, full source code delivery and complete build optimization support. I have 9+ years experience as a full stack developer working on Next js and real time interactive frontend applications. I completed similar gaming and simulation based UI revamp projects with performance focused architecture. Looking forward to chat with you for make a deal Best Regards Elisha Mariam!

@mickeysz

Hello. I understand Seneca Safety Partners wants a modern, high-end yet approachable Webflow site that showcases your practical safety training and cleanly embeds your two existing LOTO simulators, Electrical and Hydraulic, around trust and professionalism, with a structure ready for free and premium tool tiers later. What stands out is the simulator embedding, since that is the real technical crux, most Webflow builds handle pages well but stumble on large custom HTML and JS tools. Base on my experience, the strength of pairing a clean Webflow build with the right embed method is that the marketing pages stay easy to edit while the simulators run smoothly and responsively in their dedicated pages. Where these slip is when large tools are dropped into Webflow's Embed element, since it has a size limit and heavy JS can slow the page, so I would host each simulator and bring it in via iframe or code injection, styled to match, which keeps them versionable for the paid tiers. In terms of my experience, I have built professional Webflow sites within brand guidelines and embedded custom HTML and JS tools cleanly, with responsive styling, SEO structure, and a tidy, editable project with docs. A couple of questions. How large are the simulator files, and do they run self-contained or need to talk to the page? And will you host them yourself, or should embedding and hosting both be in scope? Thank you.

@thiagofoz87

Your current bottleneck is not just visual polish — it’s the coupling between gameplay interactions and backend communication. I’d approach this as both a UX refinement and a frontend architecture cleanup so future UI changes stop becoming risky or expensive. For the race flow, I’d structure the app around isolated state boundaries and predictable async behavior: lobby state, race session state, simulation state, and results state separated cleanly to avoid cascading UI regressions. I’d also implement mocked transport adapters so backend calls can be toggled on/off without changing component logic, which makes testing and demos much more reliable. On the UI side, I can redesign the race lobby, horse cards, countdown interactions, and results transitions with a responsive layout strategy optimized for both mobile portrait and widescreen displays. The goal is to make interactions feel immediate and game-oriented while keeping rendering lightweight. For performance, I’d focus on memoized rendering paths, controlled re-renders, lazy asset loading where appropriate, and accessibility-safe component patterns to meet the Lighthouse and rendering targets. The simulation loop can be implemented with deterministic client-side timing and animated position updates without introducing unnecessary complexity. The deliverable would include clean TypeScript code, reusable components, documented architectural decisions, ESLint/tsc-clean builds, and a structure ready for future multiplayer or modular expansion.

@Saifkhan642

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@arturg6

Hello, horse card component renders in <100 ms on a cold load – the current lag slows the race lobby and hurts player immersion. I'll run the race‑simulation loop inside a Web Worker so the UI stays under 200 ms on cold load, and abstract the network calls with a typed fetch wrapper that can toggle between real and mocked back‑ends; this keeps the component tree clean and future‑proof for PVM add‑ons. I'll also add graceful empty and error states for the horse cards, ensuring the layout never breaks when data is missing – a common edge case in live‑odds feeds. Do you already have a mock backend service you’d like me to integrate, or should I set one up with MSW? Looking forward to working with you. Artur Giżycki

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@Ankurhardia34

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@RaqiOfficial

The "mocked backend calls toggled on or off" requirement is really the whole architecture question in disguise. If the network boundary is clean enough to swap real and mocked data without touching UI code, the race lobby and simulation loop stay decoupled from whatever the backend team does next. I'd build the state layer around that boundary first, then the countdowns and result reveals become straightforward animation work on top of a stable data contract. What's driving the simulation loop right now, a real odds feed you're integrating toward, or just enough randomness to demo the flow?