Hadi – Rust, Solana, GCP

The project is focused on helping companies and government organizations scale their AI data operations through a proprietary data provenance engine. It provides end-to-end data solutions, including data sourcing, annotation, and RLHF (Reinforcement Learning from Human Feedback), ensuring high-quality and traceable datasets for AI model development. The platform is built on a blockchain-based infrastructure, enabling transparency, data integrity, and verifiable data origins within the ecosystem.

• Designed and delivered Solana smart contracts for production systems;
• Developed Rust-based backend services to support blockchain integrations;
• Built reliable, high-performance infrastructure across on-chain and off-chain components;
• Implemented backend microservices and contributed to overall system design;
• Managed DevOps processes to ensure scalability and operational stability;
• Took ownership of complex technical challenges and delivered scalable solutions;
• Contributed to architecture decisions, security improvements, and system reliability.

The project aimed to build a platform for crowd-sourcing investments in Initial Coin Offerings (ICOs). It was designed to enable users to participate in token sales in a structured and transparent way, while providing secure transaction handling and efficient capital distribution mechanisms. The platform focused on facilitating compliant, scalable, and user-friendly participation in early-stage blockchain fundraising initiatives.

• Developed Solana smart contracts using Rust for production environments;
• Built reliable and secure blockchain logic to support on-chain functionality;
• Integrated on-chain programs with frontend applications to ensure seamless user interactions;
• Collaborated on system design to connect blockchain components with client-facing features;
• Ensured smart contracts were optimized for performance and reliability.

The project involved building a shopping website along with crawling bots to collect product data from multiple sources. The platform aimed to provide users with a comprehensive view of available products, pricing, and availability. The crawling bots automated data extraction, ensuring up-to-date and accurate information, while the website offered a user-friendly interface to browse, compare, and interact with the collected data efficiently.

• Designed and developed key technical components of the platform;
• Built and maintained the web crawler to collect product data from multiple sources;
• Implemented a data cleaning pipeline to ensure accurate and structured information;
• Integrated payment gateways for secure transactions;
• Developed backend and full-stack components to support platform functionality;
• Ensured reliability, scalability, and maintainability across all systems.

The project focused on developing a telemedicine platform to connect patients with healthcare providers remotely.

• Led the telemedicine project end-to-end as both Project Manager and Product Owner;
• Took full responsibility for the product across iOS, Android, Web, design, and backend development;
• Managed the entire product lifecycle, from planning to delivery;
• Coordinated technical execution across multiple teams to ensure alignment and efficiency;
• Ensured reliable integration between the platform and health devices for accurate data collection and processing;
• Oversaw overall delivery, quality, and operational reliability of the platform.

The project was a media streaming system for hotels, designed to receive TV channels from DVB-T, DVB-S, and DVB-C sources and deliver them to in-room set-top boxes over the internal IP network. Its key features included channel ingest, stream processing, multicast delivery, and reliable distribution of media content to guest rooms, ensuring high-quality and uninterrupted viewing experiences.

• Built the streaming server to receive DVB-T, DVB-S, and DVB-C channels;
• Implemented multicast delivery of TV channels over the internal IP network;
• Designed and developed the core backend and streaming logic;
• Ensured system stability, efficiency, and reliability for network-based broadcast distribution;
• Optimized performance to support high-quality and uninterrupted media delivery to in-room set-top boxes.