I'm a software engineer interested in systems, performance and distributed software.
I work mostly with .NET and Linux, and I'm especially interested in understanding how software behaves across different layers — from distributed messaging and application architecture down to runtimes, compilers and CPU architectures.
I'm particularly interested in Elbrus processors and the e2k architecture, including their compiler model, performance characteristics and unusual architectural design.
My public projects are mostly engineering experiments, tools and long-running research projects rather than demo applications.
- .NET and Linux
- distributed systems and messaging
- MQTT and IoT
- performance engineering and benchmarking
- software architecture
- CPU architectures and low-level performance
- Elbrus / e2k processors
- runtimes and compiler optimizations
- emulation and computer architecture
MqttY — a network topology simulator for prototyping distributed IoT systems, including routing, bandwidth constraints, failures, MQTT communication and simulation scenarios.
MqttBenchmark — tooling and experiments for load testing and comparing MQTT brokers under different workloads and configurations.
Anybench — a cross-platform CPU benchmark suite for studying processor, compiler and memory performance across different architectures.
EntityFX-Bench — a collection of equivalent benchmarks implemented across multiple programming languages for comparing runtimes and implementations.
Besm6.Net — a .NET implementation of the BESM-6 computer with Dubna OS support.
MQS — IoT telemetry generation and integration testing.
I enjoy projects that require going below the usual application abstraction layer — whether that means studying a protocol under load, measuring CPU behavior, comparing runtimes, exploring architectures such as Elbrus/e2k, or implementing a historical computer architecture.