Deceptive Reality

Overview

Deceptive Reality is a solo-developed VR title for the Meta Quest platform. Set in a rain-soaked, neon-lit retro-futuristic city, it tells a dark revenge story through immersive first-person gameplay and cinematic pacing.

Every aspect of the project — from the modular environment workflow to the custom VR interaction system and trailer production — was handled by a single developer. The goal was to explore how far one person could push the bar for cinematic storytelling within a standalone VR headset.

Responsibilities

• Game design & level design — layout, pacing, encounters
• Lighting, environment art & custom shaders
• Animation system & character scripting
• VR interaction framework built in Blueprints
• Performance optimisation for Meta Quest 2
• Trailer production & promotional assets

Technical Highlights

• Custom VR interaction system — grab, throw, and melee combat built entirely in Unreal Blueprints with haptic feedback tuned per interaction.
• Dynamic NPC behaviour logic — patrol, alert, and combat states driven by a lightweight behaviour tree designed for Quest-level performance.
• Modular environment workflow — tileable props and geometry sets allowed rapid level iteration while maintaining strict draw-call budgets.
• Shader-based atmosphere — custom post-process materials and emissive grading to achieve the tech-noir look within mobile GPU constraints.

Challenges

• Balancing visual fidelity with the strict performance envelope of the Quest 2 — every asset required LOD consideration and texture compression passes.
• Maintaining narrative immersion through sound design and pacing without the safety net of a dedicated audio team or composer.
• Assembling a project of this scope entirely solo — the hardest challenge was knowing when to cut a feature versus when to push through.
• Maintaining consistent asset quality across an entire game proved to be one of the steepest challenges. While some individual assets reached a solid standard, replicating that quality at the volume required was unsustainable without a more structured texturing pipeline. This exposed clear gaps in the workflow that have since informed a much more deliberate approach to asset production and tooling.