Available for projects
AI INFRASTRUCTURE · RUST · SYSTEMS

Ivan Plankin

Systems That
Never Go Down

I build AI infrastructure, Telegram automation, and high-performance backends in Rust. Production systems running for years without restarts. 10x lower infrastructure costs than Python/Node stacks.

KERNEL_ARCH.RSroot@titan:~
struct TitanAgent {
pub id: Uuid,
pub capabilities: Vec<Skill>,
pub state: State<Active>,
}

impl TitanAgent {
fn orchestrate(&self) {
// Autonomous Execution Loop
self.execute()
}
}
73K+
API Requests / Month
2.7B
Tokens Processed / Week
99.9%
Production Uptime
6
Systems in Production
SERVICES

What I Solve

Production infrastructure that saves money and runs unattended.

SRV.01🧠

AI Gateway & LLM Infrastructure

Unified API routing across OpenAI, Anthropic, Google. Automatic failover, cost optimization, usage analytics. 73K+ requests/month in production.

SRV.02

Telegram Automation & Analytics

AI-powered bots, channel analytics, automated content scheduling. Multi-account management, 24/7 autonomous operation. Anti-ban protection built-in.

SRV.03🔧

High-Performance Rust Systems

Rewriting slow Python/Node services in Rust. 10x lower server costs, near-zero crash rate. Reproducible builds with Nix, declarative NixOS infrastructure, zero-downtime Colmena deployments.

SRV.04🌐

Full-Stack Web Applications

SSR + WASM with Leptos. Islands architecture, zero JavaScript dependency. Nix flakes for reproducible builds, containerized deployment. 5-25ms response times.

PROCESS

How I Work

Structured methodology from discovery to production support.

01

Discovery

Understanding business goals, technical constraints, existing systems. Defining scope, success metrics, and risk boundaries before writing any code.

02

Architecture

System design, technology selection, risk assessment. Data flow diagrams, API contracts, infrastructure planning. Every decision documented.

03

Development

Test-driven development, continuous integration, iterative delivery. Code reviews, automated testing, performance benchmarks at every stage.

04

Deployment

Zero-downtime deployment, monitoring setup, production hardening. Container orchestration, health checks, automated rollback procedures.

05

Support

Post-launch optimization, performance monitoring, scaling guidance. Ongoing maintenance, security patches, architecture evolution as needs grow.

01_PHILOSOPHY

Architect, Not a Coder

I design systems that outlive frameworks. My code is infrastructure—built to scale, built to last.

SYSTEMSARCHITECTURERUST
02_METHODOLOGY

AI-Assisted Development

Leveraging AI tools to accelerate development while maintaining architectural integrity. The human makes decisions; AI handles boilerplate.

AITOOLINGNIX
03_FOCUS

Research & Development

Constantly exploring cutting-edge technologies. From WASM to distributed systems, I prototype tomorrow's solutions today.

WASMDISTRIBUTED
TECHNOLOGY

Why Rust?

The same technology that powers Firefox, Dropbox, Cloudflare, and Discord. Here's what that means for your project:

MetricRustTraditional StackWhat It Means For You
Page Load Speed5-25ms200-800msFaster load = higher Google ranking + 7% more conversions per 100ms saved
Memory Usage~10MB~200MBLower hosting costs, handles 10x more users on same server
Security Vulnerabilities~070%+ CVEsMicrosoft/Google: 70% of CVEs are memory bugs. Rust prevents most of them.
Crash RateNear zeroRuntime errorsNo null pointer exceptions, no "undefined is not a function"

Bottom Line

Rust means your application is faster (better SEO, more conversions), cheaper to host (10x less server resources), and more secure. Predictable performance with no runtime surprises.

Rust-First Philosophy

Rust is my primary language and preferred tool for building reliable systems.

Its compile-time guarantees, unmatched performance, and full-stack capabilities provide a strategic advantage. Having one language from the database to the UI means one mental model and zero context switching.

While my focus is strictly on Rust for core infrastructure, I remain pragmatic and open to using other technologies when they are the right fit for the project.

INDEX

Selected Works

Production systems built with Rust

01

HERMES_AI_PLATFORM

Case Study ->

Telegram marketing automation for businesses. Schedules posts, manages multiple accounts, generates AI content. Runs 24/7 without manual work.

AI / AUTOMATION / RUST|RUST / TOKIO / GRAMMERS / AXUM / NIX
02

ANTIGRAVITY_SERVER

Case Study ->

Unified API for multiple AI providers (OpenAI, Anthropic, Google). Automatic failover, cost optimization, usage analytics. NixOS deployment with Colmena.

Antigravity Server dashboard showing AI provider routing
PROXY / INFRASTRUCTURE / RUST|RUST / LEPTOS / AXUM / TAURI / NIX

AI video processing pipeline. Face tracking, smart cropping, multi-format adaptation. Automated content transformation for social media distribution.

AI / AUTOMATION / RUST|RUST / TOKIO / PYTHON
04

TDATA-RS

View Source ->

Open-source library for parsing Telegram Desktop sessions. Secure encryption handling, published on crates.io. Used by developers worldwide.

CRYPTOGRAPHY / LIBRARY / RUST|RUST / AES / PBKDF2 / WASM
05

DORODNYAYA_LANDING

IN DEV
View Source ->

Professional landing page for a medical specialist. Fast loading, SEO-optimized, mobile-first design. Deployed in containers.

FULL-STACK / RUST|RUST / LEPTOS / AXUM / PODMAN / NIX
06

GEMINI_PROXY_ROTATION

ARCHIVED
View Source ->

API proxy for Google Gemini with key rotation. Handles rate limits automatically, ensures uninterrupted service.

BACKEND / RUST|RUST / TOKIO / AXUM
// LEARNING_STAGE: PRE-RUST ERA ARTIFACTS

B2B_LEADGEN_ENGINE

LEARNING_STAGEDEPRECATED

[DEPRECATED] B2B lead generation platform. AI conducts sales conversations and routes qualified leads. Legacy Python project.

LEARNING_STAGE / PYTHON|PYTHON / OPENAI / POSTGRES

Uplink

Direct channel for technical collaboration