Sudo Bashev ~$ sudo
Portfolio / Sheet 01 Systems · Backend · Reverse Engineering 2026

SudoBashev

~$ sudo++ / imsudoer / Onlysq

Systems, Backend & Reverse Engineering Developer

Embedded / Microcontrollers · Linux DevOps

Systems and backend code in Rust and Python, teardown of closed protocols and undocumented APIs, ESP32 firmware and Linux infrastructure.

Location Unknown
Study MSU · student
Telegram @subashev
Fig. 01

Subject

Identity · 1 record

Developer and MSU student, working where systems programming, backend and reverse engineering meet.

Primary tools are Rust and Python: async services, CLI tooling, integrations with closed APIs. For microcontrollers I write C and C++, building ESP32 firmware with FreeRTOS, a custom task scheduler and shell.

A separate track is Telegram: bots, custom userbots and automation. Infrastructure is Linux: Ubuntu, Debian, Arch, Docker, Nginx, Systemd. I run the @bashmd channel.

Name
Sudo Bashev
Aliases
~$ sudo · sudo++ · imsudoer · Onlysq
Location
Unknown
Study
MSU · student
Role
Systems, Backend & Reverse Engineering · Embedded · Linux DevOps
Channel
@bashmd
Fig. 02

Capabilities

Capability matrix · 7 groups
01

Languages

Rust, Python, C, C++, Bash / Shell, TypeScript, JavaScript, Dart, Kotlin

02

Systems & Rust

Tokio async, multithreading, CLI tooling, Rust↔UI through flutter_rust_bridge, manual memory management without GC

03

Backend & Python

AsyncIO, FastAPI, Quart, Flask, aiohttp, httpx, SQLAlchemy, curl_cffi

04

Telegram & bots

Aiogram 3, Pyrogram, Telethon, Telebot, custom userbots, automation, CryptoBot, YooKassa, Telegram Stars

05

Reverse engineering & networks

Closed protocols and undocumented APIs, Wireshark, Fiddler, Playwright, bypassing anti-fraud systems and protections: Cloudflare, captchas

06

Embedded systems

ESP32, ESP8266, FreeRTOS, Arduino framework, MPU-6050 IMU, custom task scheduler, shell for microcontrollers

07

Linux & infrastructure

Ubuntu, Debian, Arch Linux, Systemd, Nginx, Docker, PostgreSQL, SQLite, Redis

Fig. 03

Projects

Index · 9 entries
01

MangaLoader

Cross-platform manga client and batch downloader: Flutter interface, high-performance async backend in Rust through flutter_rust_bridge.

RustFlutter

02

bashboard

Modular shell framework and dynamic interactive MOTD dashboard for Linux VDS, rendered on SSH login.

BashLinux VDS

03

MkOS & MicroOS

Modular operating system for ESP32 microcontrollers: interactive command shell, system API and task dispatcher.

C++ESP32

04

CyberHand Prototype

Robotic hand prototype on ESP32: servos driven by motion data from an MPU-6050 IMU.

C++ESP32Hardware

05

Lustre

Modification for the Spotify web player — Spotify Web.

JavaScriptSpotify Web

06

MaxLib & vkmax

Async client libraries and automation tooling built on reverse engineering of closed web platforms and APIs.

PythonReverse

07

TeleBox & GeminiReco

Modular Telegram userbot core and a bot that transcribes voice messages to text with AI.

PythonTelegramAI

08

melgu-map

Interactive map of the MSU campus buildings.

MSUMap

09

melsurasp

Class schedule service for MSU students.

RustTelegram

GitHub — github.com/imsudoer ↗

Fig. 04

Hardware

Hardware & infrastructure · 3 units
Unit 01 WS

Workstation

CPU
AMD Ryzen 7 3800X · 8C / 16T
RAM
48 GB
GPU
NVIDIA GeForce RTX 2060 12GB
Disks
NVMe SSD + HDD
OS
Windows 11 Pro
Unit 02 NB

Laptop

Model
ASUS Vivobook 15
CPU
Intel Core i5-13420H · 13th Gen
RAM
16 GB
Disk
512 GB NVMe SSD
OS
Windows 10 Pro
Unit 03 VDS

DE-garage

Type
Cloud VDS
CPU
AMD Ryzen 9 5950X · 3 vCPU
RAM
6 GB
Disk
120 GB NVMe
Bandwidth
1 Gbit/s
OS
Ubuntu 22.04 LTS
Fig. 05

Services

Interfaces · 5 directions
01

High-performance backend

Async services and microservices in Rust and Python (FastAPI, Quart), PostgreSQL and Redis, latency and throughput optimisation.

Backend
02

Reverse engineering & closed APIs

Research of proprietary protocols, network reverse engineering, unofficial SDKs and clients, bypassing scraping protections and IP or fingerprint blocks.

Reverse
03

Embedded / IoT

Firmware for ESP32 and ESP8266 in C/C++ (FreeRTOS): control logic for sensors, servos and wireless modules.

Embedded
04

Telegram systems & automation

Bots with payments, subscriptions, personal dashboards and admin panels; custom userbots for workflow automation.

Telegram
05

DevOps & Linux

Server setup and maintenance on Ubuntu, Debian and Arch, containerisation with Docker, Nginx and Systemd configuration.

DevOps
Fig. 06

Contact

Contacts · direct
Address copied