Visual Projects

YouTube Shorts Editor (Hoodie Guy Style | 2.5D Animation)

Experience Level: Entry We’re launching a new YouTube Shorts channel based on the viral “Hoodie Guy / Pins Guy” format, and we’re looking for a highly skilled editor who can replicate this style precisely. This is not basic editing. You must understand: Fast-paced, retention-driven cuts (every 1.5–2.5 seconds) 2.5D animation (layered backgrounds + subject + host) Cartoon face overlays (like the competitor channels) Sound design (whooshes, risers, impact hits, ambient layers) Story pacing synced to script escalation If you’ve never created this exact style before, this role is NOT for you. Your Responsibilities: Edit YouTube Shorts (45–60 sec) Create 2.5D scenes using layered assets Maintain high visual stimulation (no static scenes) Sync cuts to voiceover and sound effects Add captions as final layer (not during editing) Style Reference: Channels similar to: YT: Hoodie Guy YT: Pins Guy (You should already be familiar with this format) “Start your proposal with the word ‘FRAME-BY-FRAME’ so I know you read everything.” What We’re Looking For: Proven experience with high-retention Shorts. Strong understanding of viral pacing and storytelling. Ability to follow a structured editing system (we provide a full blueprint). We provide Script and Voice Over. Skilled in CapCut, Premiere Pro, After Effects, or DaVinci Strong attention to detail (timing, motion, sound). Important (Read Carefully): When applying, you MUST include: 2–3 examples of similar edits (Shorts format preferred) Confirmation that you understand 2.5D animation Your workflow (tools + process) Applications without relevant examples will be ignored. Bonus Skills (Preferred but not required): Scriptwriting for Shorts (Hook → Escalation → Climax format) Experience with viral content strategy Project Details: 3–4 videos per week Long-term opportunity if quality is strong Pay: Negotiable $30 per Short (based on skill level) “If your work matches the reference quality, I’m willing to increase the rate quickly.” Final Note: We are building a serious channel, not testing casually. If you can match or exceed the reference style, this can turn into a long-term, high-volume role.

Custom Premium Web Development

Job Description: We are looking for an experienced, high-calibre Full-Stack Web Developer or Agency to design and build a custom, premium corporate website for our tech startup, Bluvia. This is Phase 1 of a long-term project. We are not looking for a one-off freelancer to throw together a template; we want to find a reliable, long-term development partner. If this initial phase goes well, there will be consistent, ongoing work including new feature rollouts, SEO optimisations, and advanced AI integrations. The Vision & Design Direction We want an elegant, high-end, and ultra-modern user experience. For design inspiration, we love the clean, polished layout, smooth navigation, and strong visual hierarchy of sites like Scott Dunn. We want a completely custom UI/UX (no generic templates) that reflects our brand identity as a forward-thinking technology company and immediately builds trust with clients, partners, and investors. The Scope (Phase 1) A fast, fully responsive, and performance-optimised website consisting of approximately 10 pages: Home, About, Services, Solutions, Industries Blog, Contact, Careers (placeholder) Privacy Policy & Terms of Service Key Technical Requirements: Custom UI/UX: Clean design, high-quality imagery handling, and subtle, premium animations. Performance & Speed: High load times and top-tier optimisation (Core Web Vitals). Future-Proof Architecture: The site must be architected from day one to support Phase 2, which involves integrating a WhatsApp AI Concierge (handling lead qualification and consultation bookings via APIs). Content Management: A scalable headless CMS or easy-to-use backend solution so we can update content/blogs internally down the line. Code Quality: Exceptionally clean, modular, and well-documented code. Essentials: Basic on-page SEO setup, secure contact forms, Google Analytics, and security best practices. How to Apply: Please review the requirements above and provide a detailed proposal answering the following: Recommended Stack: Which technology stack (e.g., Next.js, React, Node.js, Headless CMS) do you recommend for this specific project and why? Architecture Strategy: How would you approach prepping the site's architecture for our future WhatsApp AI Concierge API integration? Portfolio: Please share 2 or 3 examples of premium corporate or startup websites you have built from scratch. Timeline & Scope: What is your estimated timeline for a project of this scale, and what exactly is covered in your quotation? Recommendations: Do you have any initial ideas further to elevate the site's performance or user experience? Budget: Open to realistic proposals based on expertise. We prioritise quality, communication, and scalability over finding the cheapest bid. Looking forward to reviewing your proposals!

Build a Secure Live AI Research Data Processing Prototype

Rapid Low-Code AI Document-Parsing Web Prototype (Secure Cloud Tenant) in Microsoft Copilot Studio / Azure OpenAI Project Overview: I need a highly concise, working prototype of a secure web application interface. The sole purpose of this app is to demonstrate a secure, live text-processing pipeline during a brief stakeholder review. It must ingest a raw text document/dataset, simulate a structured evaluation process against a pre-set compliance rubric, and dynamically display an optimization analytics page. Key Requirements to Implement: 1. Secure File Upload Interface A minimal, clean user interface with a file drop zone labeled: "Secure Sandbox: Upload Manuscript / Dataset Draft (PDF, DOCX, or CSV)". A secondary text field labeled: "Alternative Manual Input: Paste Methodology / Text Details". A dropdown parameter selector: [Parameter Group A / Baseline Metrics Checklist]. 2. Localized Governance Engine Setup Connect this frontend interface securely to an LLM endpoint (via Microsoft Copilot Studio, Azure OpenAI Studio template, or a standard private API pipeline). Define system prompts to parse the document's sections (checking for structural clarity, data mapping consistency, and alignment with baseline formatting rules). 3. Dynamic Output & Accountability Dashboard Upon document submission, the UI must refresh dynamically to show: Maturity / Verification Score: A clean progress gauge (e.g., Ecosystem Readiness Level: 84%). Compliance Rules Checklist: Visual indicators displaying: [Passed] Citation & Data Anonymization Check [Passed] Methodological Parameter Scope [Warning] Formatting Ambiguity Detected in Section 3 Actionable Next Steps: A generated text box detailing exactly what parameters need optimization. Technical Constraints: Must be deployed on a functional, live preview web URL so I can interact with it live during the meeting. Data privacy configuration must be explicitly set to ensure no data processed is utilized for public model training datasets. Important Fail-Safe: Hardcode a single specific fallback template path into the interface so that if the live internet connection fluctuates during the review, the target upload file will immediately trigger the exact correct completed dashboard layout cleanly.

3D Printable Wall-Mounted Vertical Ant Farm Model Design Needed

I am looking for someone to design a vertical wall-mounted ant farm model that can be 3D printed. The model needs to be practical, secure, and designed properly for printing. It should be suitable for ants, with natural-looking tunnels and chambers visible from the front. The design will need to be supplied as printable STL/STEP files. ⸻ Main Design Requirements The ant farm should be designed as a vertical wall-mounted unit. It needs to: * Be easy and secure to wall mount. * Have a strong rear body/frame. * Include mounting holes or keyhole-style wall fixings. * Be stable once fitted to a wall. * Be suitable for 3D printing without unnecessary supports where possible. ⸻ Front Perspex Panel The front needs a recessed area to hold an A4 sheet of 3 mm Perspex. The Perspex size will be: 297 mm wide x 210 mm tall x 3 mm thick Please note: the Perspex must sit neatly into the front recess. The model also needs screw holes around the front so the Perspex can be fixed securely using M3 screws. I would like the screw holes positioned neatly around the Perspex, with enough support around them so the print does not crack when tightened. ⸻ Magnet Slots The model also needs small recesses for magnets to be glued into place. Magnet size: 4 mm wide x 2 mm deep These should be placed in sensible positions to help secure interchangeable side parts, covers, or connection pieces. The magnet holes should be slightly oversized to allow for glue and tolerance. ⸻ Natural Tunnel System The main visible section needs to include a natural-looking tunnel system, similar to the example image supplied. The tunnels should not look too geometric or artificial. I want: * Natural burrow-style tunnels. * Wider cave areas/chambers. * Larger voids for breeding, resting, or storing food. * Multiple routes up, down, left, and right. * Interconnecting tunnels. * Tunnels and chambers fully visible from the front through the Perspex. * Enough depth for ants to move comfortably. The tunnels should feel organic, but still printable and easy to clean where possible. ⸻ Side Connection System The design needs interchangeable side sections on both sides. These side sections should allow the user to either: 1. Connect multiple ant farm units together, or 2. Block the side opening if only using one unit. So I need: * Left and right side connection points. * Removable connector parts. * Removable blanking/blocking parts. * Secure fitting using magnets, screws, or a simple mechanical slot system. * The ability to expand the ant farm in the future by adding more printed units. ⸻ Foraging Area The design needs a foraging area built into it. This should be separate from the main tunnel section but connected so ants can access it. The foraging area needs to be large enough for: * Ants to explore. * Food to be placed inside. * Easy access for maintenance. * Good visibility. ⸻ Water / Sweet Water Area The model also needs a dedicated area large enough to place water or sweet water. This could be designed as: * A small removable tray area. * A recess for a small test tube/water tube. * A space to place a small feeding dish. I am open to suggestions on the best option, as long as it is practical, safe for ants, and easy to refill. ⸻ Printing Requirements The model must be designed for FDM 3D printing. Please design with the following in mind: * Printable on a standard large-format 3D printer. * Strong walls. * Minimal supports where possible. * Sensible tolerances for Perspex, magnets, screws, and connectors. * Parts should be split if needed to make printing easier. * The design should not rely on very fragile details. * Wall-mounted strength is important. Ideally, I would like files supplied in: * STL * STEP, if possible * Separate files for the main body, side connectors, blanking plates, and any removable parts ⸻ Style Reference I have attached an image showing the style I like. The tunnel system should be visible from the front and have a natural cave/burrow look, rather than straight lines or basic grids. I want the final design to look clean, modern, and functional, while still feeling like a natural ant habitat. ⸻ Final Deliverables Please provide: * Full 3D printable model files. * Separate printable parts where needed. * A version with the A4 Perspex recess. * Side connector pieces. * Side blanking/blocking pieces. * Magnet recesses. * M3 screw holes for the Perspex. * Wall mounting points. * Any notes on print orientation and assembly. ⸻ Important Notes The design must be practical, not just visually nice. This will be printed and used, so tolerances, strength, Perspex fitting, wall mounting, and ant access all matter. Please include examples of previous 3D printable product designs or functional models you have created. Designs for enclosures, terrariums, aquariums, modular systems, or mechanical parts would be helpful.

opportunity

Mobile App Developer Needed for Premium AI Coaching App

Hi, We are looking for an experienced mobile app developer or small team to build a premium AI-powered coaching / mentor mobile app from a completed Figma design. This is NOT a basic chatbot app and not a template app. The product is a structured AI coaching experience with onboarding, AI memory, daily tasks, accountability, progress tracking, push notifications, subscriptions, and basic content/admin control. Core MVP features: - iOS + Android app - Figma implementation - registration / login - onboarding flow - weak-area / problem selection - coach intensity selection - AI first-session questionnaire - AI mentor chat - structured AI memory / user context - daily quote system - ONE main daily task per day - YES / NO accountability - internal commitment score / points - progress tracking - weekly reflections - push notifications - free access / trial logic - subscription paywall - Apple In-App Purchases - Google Play Billing - restore purchases - backend subscription validation - locked / unlocked access based on subscription status - basic admin / content control - App Store + Play Store ready builds - deployment support - source code handover - documentation - post-delivery bug-fix support AI requirements: The AI mentor should not feel like normal ChatGPT. It should use: - onboarding answers - user profile - goals / preferences - selected weak areas - coach intensity - conversation summaries - important user facts - task history - YES / NO completion history - progress history - weekly reflections We do NOT want to send unlimited raw chat history to the AI every time. The memory should be structured, scalable, and cost-efficient. The mentor tone should be: - direct - short - disciplined - honest - action-focused - accountability-driven - not generic - not therapy-style - not motivational fluff Daily task logic: The app should give the user ONE main daily task, not multiple random tasks. Flow: 1. User receives one daily task 2. User receives reminder notification 3. Evening check-in asks YES / NO 4. Result is stored 5. Progress / commitment score updates 6. AI mentor reacts based on behavior 7. Future tasks adapt based on history and user context For MVP, daily tasks should use templates/categories + AI personalization, not fully random AI-generated content. Guidance areas should include: - discipline - focus - work / money - fitness - dating / relationships - confidence - habits - appearance / grooming / style - books / films / music recommendations where relevant These should not be separate complex modules in MVP. They should be part of the AI mentor, task templates, content logic, and daily guidance system. Admin / content control: We need a basic content/admin layer to manage: - daily quotes - task templates / categories - basic recommendation content - AI prompt / config text - basic user / subscription visibility if possible This does not need to be a large enterprise admin panel, but important content should not be hardcoded only. Preferred stack: Mobile: - Flutter or React Native / Expo Backend: - Node.js / NestJS, Django, FastAPI, Supabase / PostgreSQL AI: - OpenAI API - Claude optional later - structured memory system - prompt/config layer Payments: - Apple IAP - Google Play Billing - RevenueCat acceptable if recommended Notifications: - Firebase Cloud Messaging or OneSignal We will provide: - completed Figma design - user flows - mood board / visual direction - AI mentor tone direction - feature explanation - content examples where needed Important: We need someone who understands AI memory, user context, subscriptions, backend logic, scalable architecture, and polished mobile UX. Payments must be milestone-based. Payment after each milestone should only be released after a working, testable demo/build is approved. Please answer clearly: 1. What tech stack would you use and why? 2. How would you handle AI memory / user context? 3. Have you built AI chat or AI assistant apps before? 4. Have you implemented Apple IAP and Google Play Billing before? 5. Would you use RevenueCat or direct Apple/Google billing, and why? 6. How would you structure the backend? 7. What would the basic admin/content control include? 8. Estimated timeline? 9. Best fixed price for the full MVP? 10. Milestone breakdown with payment per milestone? 11. 2–3 real mobile apps you personally built? 12. Confirm source code and handover documentation are included. 13. Confirm payment is released only after each working milestone is approved. Please do not send a generic proposal. We are comparing multiple developers and will shortlist based on relevant AI app experience, subscription experience, strong architecture, fair pricing, clear milestones, and ability to understand product logic. Thanks.