PROJECT_sea-battleGAME / UX
PROJECT_sea-battleSYSTEM DIAGNOSTICS & RESOLUTION
Diagnostics & Resolution Protocols
01
The Efficiency Gap
[ CRITICAL VULNERABILITY ]
SIGNAL_LOSS
In the standard development model (Agency Model), the chain "Client → Account → Art Director → Developer" creates 30-40% budget losses due to communication entropy. Vision distortion is inevitable. Reaction speed approaches zero.
[ PROTOCOL APPLIED ]
DIRECT_NEURAL_LINK
Vertical Integration of Competencies. I eliminate intermediaries. You get direct access to an architect who makes decisions and implements them in code simultaneously.
Result: Time-to-Market compression by 2-3x. Mathematically precise implementation of business tasks without "translation difficulties".
RESULT:0
02
The Aesthetic Paradox
[ CRITICAL VULNERABILITY ]
GENERIC_VISUAL_DECAY
The market is oversaturated with template design. "Sterile" UI does not evoke emotions and does not form neural connections with the brand. The user forgets your product 3 seconds after closing the tab. This is LTV (Life Time Value) loss.
[ PROTOCOL APPLIED ]
RETINAL_IMPACT_ARCHITECTURE
Experience Engineering. Using GLSL shaders and WebGL not as decoration, but as a tool for attention retention. The interface responds to movement physics, creating a tactile sensation of an expensive digital asset.
Result: The product looks more expensive than it cost. Growth in Brand Recall and session time.
RESULT:0
03
The Stability Imperative
[ CRITICAL VULNERABILITY ]
STRUCTURAL_FRAGILITY
MVPs are often built on "crutches" (spaghetti code) for speed. At the first scaling, the system collapses, requiring a complete rewrite (Refactoring death loop). This is hidden technical debt that kills investments.
[ PROTOCOL APPLIED ]
INDUSTRIAL_GRADE_FOUNDATION
Architectural Sovereignty. Applying systems programming principles (C++/Go background) in the web environment. Strict typing, data isolation, memory optimization.
Result: The system is ready for high loads (High Load) from day one. Scalability is embedded at the DNA level of the code.
RESULT:0
04
The Performance Void
[ CRITICAL VULNERABILITY ]
LATENCY_COST
Heavy luxury on the web usually lags. Every second of rendering delay reduces conversion by 7-15%. A beautiful but slow site is a liability, not an asset.
[ PROTOCOL APPLIED ]
HARDWARE_ACCELERATION
Aggressive Optimization. Direct control over GPU and rendering. Using Next.js Server Components for instant content delivery.
Result: Cinematic graphics at 60 FPS and 95+ scores in Google PageSpeed. Uncompromising performance.
RESULT:0
Projects
PROJECT_portfolioPORTFOLIO / META
PROJECT_portfolioThis Portfolio
PORTFOLIO / META[ SYSTEM_INTEGRITY: 100% ]
[ LATENCY: NULL ]
[ ARCHITECTURE: SCALABLE ]
I provide a vertically integrated approach to digital product development. By merging interface architecture with system engineering, I eliminate the operational friction inherent in fragmented teams. The conventional separation between visual design and backend logic often results in bloated code, communication latency, and compromised performance. My methodology removes these inefficiencies completely.
01. Background
Reliability is a consequence of architectural discipline, not framework choice. My engineering background, grounded in low-level languages like C++ and Go, dictates a strict approach to memory management and data integrity. I do not build temporary solutions; I engineer scalable, fault-tolerant systems that do not require refactoring as your business grows.
02. Philosophy
This full-cycle execution drastically reduces time-to-market and total cost of ownership. Business requirements are translated directly into production-ready code without the distortion of intermediaries. The result is a high-precision digital asset: mathematically optimized, secure, and designed to perform under high-load conditions.
03. Current Status
Current deployment involves distributed backend systems in Go and hardware-accelerated interfaces for complex data visualization.
ID001
CLASSARCHITECT
STATUS
ONLINE
LOC[REDACTED]
Tech Stack
Core
Next.js 15
Core
TypeScript
Core
Go
Visuals
React Three Fiber
Visuals
GLSL Shaders
Visuals
Framer Motion
Visuals
Tailwind CSS
Infrastructure
Docker
Infrastructure
PostgreSQL
Infrastructure
Vercel
Infrastructure
Railway
Intelligence
AI Agents
Intelligence
LLM Integration
Core
Visuals
Infrastructure
Intelligence