Cellular Jail VR
about Cellular Jail VR
The Cellular Jail VR Project is an immersive virtual reality experience that recreates the historical Cellular Jail, allowing users to explore its past interactively. My role in this project involved optimizing and packaging an existing VR environment using Unreal Engine and Blender. I implemented custom collision systems to enhance realism and designed AI-driven conversations to bring historical figures and events to life. Additionally, I integrated multiple problem-solving mechanics and interactive elements to create a more engaging experience. The project was packaged for standalone VR, ensuring smooth performance and accessibility.
Developed for Uniconz Innovation, the project focused on enhancing realism and interactivity. Built using Unreal Engine and Blender, it involved optimizing and packaging the VR environment while implementing custom collision systems for accurate interactions. AI-driven conversations were integrated to provide historical context, along with interactive elements and problem-solving mechanics to engage users. Designed for standalone VR, the project ensures smooth performance and accessibility.
Cellular Jail Port Blair
Uniconz Innovation
Devarth Sambare
VR development
2 Months
1 Augw 2025
Our Strategies
The project focused on optimizing and refining the VR experience for Uniconz Innovation, ensuring smooth performance and immersive interactions. Key contributions included implementing custom collision systems, integrating AI-driven conversations, and enhancing interactive mechanics to make the experience more engaging. The final version was packaged and deployed for standalone VR, ensuring accessibility and seamless execution.
- Optimization & Packaging – The VR environment was refined and optimized for standalone VR, ensuring smooth performance and accessibility.
- Custom Collision Systems – Implemented realistic collision mechanics to enhance user interaction within the VR space.
- AI-Driven Conversations – Integrated AI-powered dialogues to provide historical context and improve engagement.
- Interactive Mechanics – Designed and implemented multiple problem-solving elements to create a more dynamic and immersive experience.
- Development & Deployment – Handled the technical aspects of optimizing, refining, and packaging the project for seamless execution.
“Beyond these walls lies a history of resilience—step into the past, witness the struggle, and experience the untold stories of the Cellular Jail.”
Our approach
The development process prioritized historical accuracy, performance optimization, and immersive storytelling. The VR environment was carefully refined to ensure smooth interactions and realistic user experiences. Custom collision systems were implemented to enhance movement and interaction within the virtual space, while AI-driven conversations brought historical figures and events to life. Interactive mechanics were designed to encourage exploration and engagement, making the experience both educational and immersive. Every aspect of the project was optimized and packaged for standalone VR, ensuring accessibility and seamless execution.
Resieved goals
- Enhance the VR experience with smoother performance and optimized interactions for standalone VR.
- Implement AI-driven conversations to provide historical context and engagement.
- Integrate interactive mechanics that encourage exploration and problem-solving.
- Ensure accurate collision detection for realistic interactions within the VR environment.
- Ensure accurate collision detection for realistic interactions within the VR environment.
Results
- Achieved seamless performance in standalone VR, ensuring accessibility and ease of use.
- Developed engaging AI-driven dialogues, bringing historical narratives to life.
- Created interactive problem-solving mechanics, increasing user engagement and immersion.
- Implemented realistic collision systems, enhancing the sense of presence in the VR world.
- Delivered a fully optimized and packaged VR experience that met the requirements of Uniconz Innovation effectively.