Hands-on workshops by industry experts before the main conference.
As quantum computers advance toward practical viability, they pose a serious threat to the cryptographic foundations such as ECDSA and RSA, that secure most current blockchain systems. In the post-quantum era, blockchain networks must transition to quantum-resistant cryptographic algorithms (e.g., lattice-based, hash-based, or code-based schemes) to protect digital signatures, wallet security, and consensus mechanisms from quantum attacks like Shor's algorithm. This shift involves redesigning key generation, transaction signing, and hashing protocols to maintain the integrity, immutability, and trust that make blockchain valuable, while ensuring backward compatibility and smooth migration for existing networks and users.
Resource Person
Senior Lecturer, Department of Electrical and Computer Engineering,
Faculty of Engineering Technology, The Open University of Sri Lanka
This workshop is designed to introduce students to the game development industry and the career opportunities it offers. The session will provide an overview of the game development process, covering the key stages involved in creating a game, from concept and design to art, programming, testing, and publishing. Participants will also gain insight into the various career paths within the industry, the skills and tools required for different roles, and practical guidance on how to begin learning game development and building a professional portfolio. The workshop aims to help students better understand the industry and provide a clear starting point for those interested in pursuing game development as a career.
Resource Person
Founder, Levelstair
Creative Director, Black Mirage Studios
Most people using AI tools to write code end up with a mess of fragile prototypes that break the second you try to scale them. This workshop is basically about fixing that. We'll look at how to move past basic prompting and actually manage an AI through a full codebase without losing control of the architecture. You'll learn how to keep track of dependencies, set up proper testing, and handle debugging when the model inevitably gets confused, turning raw generated code into something stable enough to actually ship. We're going to cover the practical side of AI-assisted dev work, things like writing clear specs before generating anything, auditing code for performance or security flaws, and figuring out where AI actually helps versus where it's faster to just write the code yourself. Instead of abstract theory, we'll go through real projects and workflows so you walk away with a solid framework for building real software, not just vibe-coded slop.
Resource Person
Director, Rivertune Private Limited