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One Research Associate: We are seeking a diligent and detail-oriented candidate [currently enrolled in a Masters/Graduate degree program in data science or AI-engineering] to work on existing and or developing new foundation-AI models using CNNs [ensemble learning methods and multi-modal approaches] for performing image scene classifications, object detection and feature extraction. The candidate will work on full data life cycle projects focused on real-world issues and use multi-spectrum [Earth Observation] and multi-source datasets. The task involves computation tasks, heavy meticulous daily documentation/technical writing. The candidate must have elevated levels of proficiency in analyses, programming, neural networks, reporting, and passion for working with satellite datasets. This is an on-site part time role [15hrs. week] Two College (Research) Assistants: The job requires assisting the Director on various geospatial-AI projects for performing analytical tasks [Machine Learning, Deep Learning, and Multi-modal approaches by using Ensemble Learning methods] and submitting detailed technical reports and deliverables in a timely manner to assign cloud storage. The role also includes administrative and other tasks [administrative] that may be assigned by the Director. We will consider current undergraduates who are enrolled in related courses/majors [Data Science, and AI]. This is an on-site part time role [20hrs. week] Where: BGCCCI, Office of Academic Affairs, 330 Meister Hall, Bronx Community College, 2155, University Avenue, Bronx, New York-10453). Start Date: 6/1/2025 Other Criteria · Must have valid U.S. work visa to be eligible to apply. · Elevated level of skills in project task interpretation and skill sets · Capable of working independently or with minimal guidance and demonstrate elevated levels of engagement and proactiveness · Be result oriented · Be able to write detailed and accurate documentation that can be read by both technical and non-technical readers. · Possess an elevated level of passion for research, and possess qualities such as honesty, integrity, and diligence.
We are looking for an experienced game developer to build a standalone, provably fair betting module that integrates securely via API with our existing socifi platform. The selected developer will NOT have access to our casino’s source code but will work on an isolated module that connects to our platform through predefined API endpoints. This ensures security while enabling seamless integration into our system. - You will develop a separate game backend and frontend - It must be built on a provably fair gaming system using blockchain/cryptographic verification - It will interact with our casino platform - All game transactions will be recorded in our existing Back Office - Real-time WebSockets will be used for price updates & bet execution Key Responsibilities: Develop a standalone betting module (backend + frontend). Implement real-time price updates using Binance WebSocket API. Build a scalable WebSocket server to handle thousands of users. Implement betting logic (users place bets on live crypto prices). Ensure fair bet settlement based on final price at the end of each round. Implement provably fair gaming using cryptographic verification (e.g., SHA-256, Ethereum smart contracts, or Chainlink VRF). Validate user authentication Check & update player balances Store bet transactions & results in Back Office Ensure the game runs at maximum speed, even under high traffic loads. Optimize WebSocket connections to prevent lag & ensure ultra-low latency. Develop a React.js frontend matching our casino UI/UX. Ensure secure, fair, and high-performance game logic. Write clean, modular, and well-documented code. Required Skills & Experience: Game Development Experience (Must Have) Node.js (Express/Nest.js) – WebSocket Development Blockchain (Ethereum, Solana, or similar) – Smart Contracts for Provably Fair Gaming WebSockets (Socket.io, Redis Pub/Sub) for real-time connections React.js – Frontend UI & WebSocket handling Binance WebSocket API – Live crypto price tracking Security Best Practices – Prevent exploits, fraud detection Scalability Knowledge – Handle high-concurrency users (100,000+ active connections) Preferred (Bonus) Skills: Experience with Game Development Knowledge of Trading Platforms / Forex / Crypto Betting Familiarity with MetaMask & Web3.js for crypto betting Performance & Scalability Requirements This game must be ultra-fast and highly scalable. To ensure this, the developer must implement: WebSockets Optimization (High-Speed Real-Time Connections) Must handle 100,000+ concurrent users without lag. WebSocket connections must be load-balanced using NGINX or AWS ALB. Database Performance MonogDB must be optimized for high-frequency transactions. Bets should first be stored before batch-writing to the database every second. Database partitioning & indexing must be applied to prevent slow queries. Binance WebSocket API (Live Price Updates) Prices must be cached for instant access to reduce API latency. Provably Fair System (Blockchain / SHA-256 Hashing) Users must be able to verify the fairness of the game using cryptographic proof. The game seed must be hashed before the round starts, ensuring that results cannot be manipulated. If blockchain-based, use Layer 2 solutions (Polygon, Solana) for speed instead of Ethereum. Security & Protection Against Cheating Rate-limiting & bot detection must be implemented to prevent abuse. Game logic must be auditable & verifiable to ensure fairness. DDoS protection (Cloudflare/AWS WAF) must be in place to prevent attacks. Failover & Auto-Scaling Must deploy multiple WebSocket servers behind a load balancer. Game must automatically scale up and down based on traffic demand. AWS or DigitalOcean must be used for auto-scaling server infrastructure. API-Driven Integration with Our Platform (Key Requirement!) Securely connect via wallet authentication, transactions & bet history Game data must be logged in our Back Office, so admin staff can view transactions Potential for ongoing work: Long-term collaboration possible Project Scope: Ensure API-driven architecture (no direct casino access) Implement real-time WebSockets for price updates Build & optimize betting logic with provably fair verification Deliver clean, scalable, and secure code Optimize for ultra-fast performance, scalability, and security Work closely with our lead developer for API integration Please submit: Your resume / portfolio showcasing or similar games you've built A short cover letter explaining your experience with provably fair gaming & WebSockets Links to live projects or GitHub repositories (if available) Your availability and estimated timeline for completion Looking forward talking more soon!