Neon Ledger
Financial data visualization engine. Built with WebGL for real-time market streaming.
Selected Works
A curated showcase of high-performance technical implementations and interactive experiences.
Project Alpha
Procedural terrain generation system for rapid environment prototyping.
Cortex API
High-frequency trading interface. Handles 50k+ concurrent data streams.
Particle Engine SDK
C++ library for cinematic particle effects. Zero garbage collection overhead.
VR Dashboard UI
Spatial interface design for immersive analytics environments.
Decentralised Ledger Tool
Custom consensus algorithm testing suite for private chains.
Engine Capabilities
We utilise a specialised stack tailored for high-performance graphics and data processing.
Unity Engine
Custom render pipelines for mobile performance. Used for AR prototypes and lightweight simulations.
Unreal Engine 5
High-fidelity rendering for cinematic experiences. Nanite integration for complex geometry.
C++ Libraries
Bespoke physics and audio engines. Zero-dependency, memory-safe, single-header modules.
WebAssembly
Porting native performance to the browser. Secure sandboxing for client-side calculations.
Integration Standards
- REST & GraphQL API endpoints
- WebSocket streams for real-time data
- OAuth2 authentication flows
- Docker containerised deployment
Songert Field Guide
A practical overview of our core development philosophy. This guide outlines the criteria we use to evaluate technical feasibility and aesthetic integrity for every project.
Selection Criteria
1. Performance Budget
We strictly adhere to a 16ms frame time (60fps). If a feature cannot run smoothly on mid-tier hardware, it is redesigned. This ensures accessibility across devices.
2. Visual Fidelity
We prioritise clarity over complexity. Clean lines, readable typography, and intuitive layouts define our visual style. We avoid visual noise that distracts from the core user goal.
3. Scalability
Code must be modular. Systems are built with the expectation that they will triple in size. We utilise component-based architecture to isolate logic and dependencies.
Myth vs. Fact
Myth: "More pixels = better experience."
Fact: Higher resolution assets increase load times and memory usage. We optimise texture atlases and use LOD (Level of Detail) to maintain fluidity.
Myth: "JavaScript is too slow for heavy math."
Fact: With WebAssembly and optimised loops, modern JS engines can handle complex calculations. It's often an architectural issue, not a language limit.
Key Terms
- Garbage Collection (GC): The process of automatic memory management. In high-performance apps, we minimise GC pauses by reusing object pools.
- Pipeline: A sequence of processing stages for data or graphics. A well-ordered pipeline prevents bottlenecks.
- Statelessness: APIs that don't store session info between requests. This allows for horizontal scaling across multiple servers.
Common Mistakes to Avoid
- Optimising code before profiling (premature optimisation).
- Ignoring input latency in interactive elements.
- Hardcoding values that should be configuration variables.
- Skipping accessibility checks for colour contrast.
Market Pulse Engine
Interactive simulation demonstrating how our rendering engine visualises market volatility. Use the controls to switch market sentiment and refresh the data stream.
Live Market Analysis
State: Bull Market
How to use: Select a market sentiment and click "Update Sentiment" to apply visual filters. Click "Refresh Data" to randomise bar heights and colours. The engine calculates layout updates client-side without reloading the page.
Project Scope Wizard
Define your project parameters to generate an instant scope estimate. Your selections are stored locally for when you contact our team.
Estimation Result
Awaiting configuration...
Select options on the left and click "Save Configuration".
Why use this wizard?
By defining the Genre, Style, and Complexity, we can immediately filter our development methodologies. This saves hours of back-and-forth emails and gives you a grounded starting point for your project roadmap.
Data is stored locally in your browser. You can retrieve it on the Contact Page by referencing the ID.
Workflow & Process
Our methodology ensures transparency and precision from concept to deployment.
01
Discovery
We analyse the brief, define technical constraints, and identify core user flows. No code is written until the architecture is mapped.
02
Prototyping
Rapid visual mockups and interactive wireframes. We validate the look and feel before committing to the full build.
03
Development
Clean, modular code. We implement the core logic, optimise for performance, and integrate necessary APIs.
04
Deployment
QA testing, security audits, and final launch. We provide documentation and support for the handover.
Technical Showcase
Whether it is rendering 3D assets in a browser or managing complex state in enterprise applications, our approach remains consistent: efficient algorithms, clean code, and pixel-perfect execution.
- Sub-millisecond rendering loops
- GPU-accelerated calculations
- Secure, encrypted data channels
DATACOMPRESSION
LOW LATENCYNETWORKING
SECUREENCLAVES
PROCEDURALGENERATION
Ready to Build?
Have a technical challenge that requires a custom engine? Need a high-performance web interface? Let's discuss the architecture.