The Legend of Maula Jatt

Project details

The Legend of Maula Jatt is a high-fidelity Spatial Cinematic platform engineered to synchronize proprietary hardware with real-time actor digitization. The architecture orchestrates photogrammetry-scanned character models and motion-capture pipelines to deliver an unparalleled level of cinematic presence in a fast-paced virtual environment. This project serves as a technical showcase for deterministic combat mechanics and the integration of custom-built haptic peripherals for enterprise-level public activations.

Key Systems Architecture

  • Proprietary Haptic Peripheral Orchestration: Engineered a custom hardware-software bridge to synchronize a physical ax-shaped glaive with real-time in-engine physics and haptic feedback, replacing standard VR controllers for tactile combat.
  • Actor Digitization & Animation Pipeline: Architected a high-fidelity pipeline utilizing advanced photogrammetry and motion capture to digitize real-world actors, ensuring anatomical and facial authenticity within a 3D real-time environment.
  • Deterministic Combat & AI Orchestration: Designed a sophisticated AI behavior system to manage diverse enemy fighting styles and attack patterns, maintaining deterministic outcomes during high-velocity arena battles.
  • Spatial Audio & Atmospheric Rendering: Implemented a performant spatial audio architecture and optimized lighting pipeline to ensure a consistent 90 FPS cinematic experience tailored for cinema-scale public deployments.
  • Rapid Narrative Prototyping: Developed a modular framework to iterate on suspense-driven narrative flows and environmental storytelling, effectively translating cinematic vision into interactive spatial logic.

Technical Leadership & Ownership
As the Lead Systems Architect, I directed the technical lifecycle and hardware-software integration for a 6-person cross-disciplinary team:

  • Core Systems Engineering: Designed the underlying combat logic, enemy AI, and haptic-interop layer within the Unity ecosystem.
  • Pipeline Optimization: Managed the ingestion and processing of large-scale photogrammetry assets and motion-capture data to maintain high visual fidelity under resource-constrained hardware.
  • Hardware R&D: Spearheaded the early-stage prototyping and refinement of the custom ax-shaped controller, bridging the gap between physical industrial design and virtual interaction.
  • Stakeholder Alignment: Collaborated directly with cinematic director to ensure the spatial experience maintained the integrity and narrative suspense of the original intellectual property over an 18-month lifecycle.

System Architecture
Engine: Unity & SteamVR
Hardware: Custom Haptic Ax, HTC Vive Trackers
Infrastructure: Mocap & Photogrammetry Pipeline

Project Lifecycle
Duration: 18 Months
Project Completion: May 2020
Phase: International Cinema Activation
Target: Cinematic Promotion / Simulation

Technical Ownership
Lead Systems Architect
Hardware-Software Lead
AI & Combat Specialist

Copyright © Momin Aman