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romanemreis/README.md

Roman Emreis

I design and build developer platforms and infrastructure where systems remain explicit, composable, and predictable - without increasing cognitive overhead.

Systems

Ferrus: deterministic orchestration for AI agents

A deterministic multi-agent orchestration system for real software execution.

Instead of treating agents as autonomous chat participants, Ferrus models them as workers in a controlled lifecycle - with explicit state, enforced transitions, and restartable execution.

Focus: predictable, debuggable, production-aligned agent systems.

Volga: composable Rust Web Framework

A Rust web framework built around explicit HTTP abstractions and composable middleware.

Volga avoids implicit behavior and hidden execution paths, enabling systems that remain understandable under load and at scale.

Focus: clarity of reasoning without sacrificing performance.

Neva: MCP SDK for AI agents and integrations

A production-oriented Model Context Protocol SDK for building structured AI systems.

Neva provides strongly-typed interfaces and predictable runtime behavior for integrating agents, tools, and services with minimal overhead.

Focus: bringing system design discipline into AI infrastructure.

Istok: deterministic HTTP/3 engine

An HTTP/3 engine built as a deterministic state machine.

Istok models protocol behavior explicitly, enabling testable, reproducible networking flows instead of relying on opaque runtime behavior.

Focus: protocol-level determinism and verifiable execution.

Areas

  • Systems — distributed architecture, async runtimes, deterministic protocol design
  • Platforms — developer platforms, cloud-native infrastructure
  • AI — agent systems, MCP integrations, structured AI infrastructure

Engineering Principles

  • Explicit architecture > implicit magic
  • Composability > framework abstraction
  • Performance as architecture
  • Systems thinking over tool-driven development
  • Solving real constraints over building abstractions for their own sake

Thinking Direction

Complexity is usually an abstraction problem, not a scale problem.

Hidden behavior — in frameworks, runtimes, and agent loops — is what makes systems hard to reason about.

I build systems where explicitness and ergonomics reinforce each other, from protocol-level infrastructure to AI orchestration.

Ongoing notes: engineering-notes

Contact

LinkedIn: https://www.linkedin.com/in/romanemreis

Pinned Loading

  1. engineering-notes engineering-notes Public

    Design explorations and architectural tradeoffs across infrastructure, runtime systems and AI tooling.

    1

  2. ferrus ferrus Public

    Deterministic multi-agent orchestration for real software execution.

    Rust 1

  3. volga volga Public

    Composable Rust web framework built around explicit APIs and predictable performance.

    Rust 9 1

  4. neva neva Public

    Model Context Protocol SDK for building structured, production-grade AI systems.

    Rust 5 1

  5. shorty-rust shorty-rust Public

    Example system demonstrating Volga in real-world application scenarios.

    Rust

  6. istok istok Public

    HTTP/3 engine built as a deterministic state machine.

    Rust 1