- Category:
FinTech, VR/AR, WebGL
- Software:
Unity, WebGL, WebSocket, Node.js
- Service:
Systems Visualization
- Client:
NeoBank Corp
- Date:
December 6, 2025
NeoBank Sim: VR & WebGL Fintech Core
NeoBank Sim is a revolutionary “Glass Box” interface for modern banking infrastructure. Moving beyond 2D dashboards, we used Unity to visualize the bank’s microservices architecture as a thriving digital city. This allows engineers to physically see traffic loads, API bottlenecks, and security threats as they happen in real-time.
Infrastructure as Art
Complex systems are hard to understand. NeoBank Sim turns abstract server logs into intuitive visual metaphors—a “blocked road” is a server outage, a “speeding car” is a high-frequency trade—making system health instantly readable.
Challenge & Solution
The Challenge: NeoBank Corp’s cloud-native architecture involves thousands of containerized microservices scaling up and down dynamically. Monitoring this mesh via text logs and line charts was becoming impossible. DevOps teams struggled to identify the root cause of latency chains amidst the noise of millions of requests.
The Solution: We engineered NeoBank Sim, a 3D observability platform.
The Digital City
In the WebGL view, each microservice is a building. Height represents server load, and color represents error rate. DevOps teams can fly through this city to spot “fires” (critical errors) instantly, understanding dependencies through the visual power lines connecting buildings.
Effect:
- Instant root-cause identification
- 360-degree system visibility
- Gamified monitoring experience
Final Result
NeoBank Sim has transformed the way the bank manages its digital infrastructure.
50% Faster Triage
Mean Time To Resolution (MTTR) for system outages dropped by 50% thanks to the intuitive 3D visualization of error cascades.
99.99% Uptime
Proactive monitoring via the 'Digital City' allowed the team to spot and mitigate load spikes before they caused downtime.
Unified Ops
The WebGL dashboard bridged the gap between engineering and management, providing a common visual language for system health.
This project proves that even backend infrastructure can be beautiful, accessible, and immersive.
