PlohoyStream
Jun 2026 — active development
GitHub repo: BadStream
Turns an Android phone into a self-contained live-streaming camera — point it at a scene, pick a destination, go live to any RTMP, RTMPS or SRT ingest. Inspired by Moblin on iOS, aiming for a real broadcast tool rather than a toy.
The transport stack is written from scratch in native C/C++ instead of wrapping a black-box SDK — RTMP handshake, chunking, AMF0 and FLV, MPEG-TS muxing, and SRT through libsrt — so the entire streaming path stays under the app's control.
H.264 and H.265 with automatic codec negotiation, HDR (HLG10) capture-to-encode where the device supports it, and graceful SDR fallback.
Adaptive bitrate in the native layer, foreground-service streaming that survives backgrounding, and local MP4 recording alongside the live feed.
Dual-camera picture-in-picture: two independent Camera2 inputs composited through a shared GLES compositor. The PiP window is draggable, resizable and corner-snapping, and tap-to-swap between cameras is blink-free because both run as separate inputs.
Capability-driven — reads each device's certified concurrent-camera combinations at runtime and only offers lens and PiP pairs the hardware actually supports, degrading instead of failing.
OBS WebSocket remote: list and switch scenes and start or stop the OBS stream from the phone, with automatic "Be Right Back" switching when link health degrades.
Kotlin and Jetpack Compose (Material 3) on top of the native core over JNI, with a landscape-first viewfinder.
Full write-up, videos and architecture →
SolanaMap
Mar 2026
Website: Not hosted
DataVisualization uni project to visualize Solana validators on the map. Has few tools to measure latency to the validators which wont be very accurate but will give the basic understanding of routing
Map has several visualization modes to show validators versions, amount of stake, routing hops, etc.
Each hover on validator shows full info on IP, ports, ISP, stake, pubkey
Demo page
Robin DEX
Im planing to open-source this DEX in the coming weeks | 25 Feb 2026
Website: Not hosted yet
GitHub smart-contract repo: GitHub repo
GitHub front-end repo: private for now
Whole DEX is developed with Solidity (Im more SVM guy rather than EVM so thanks to Claude Code for helping out in some cases). Main goal is to make dynamic fees based on spread with Oracle price and amount of swaps within the time window (activity-based fee).
SC Architecture UML
Recent updates:
EQUI SWAP
Aggregator/Swaping tool/Wallet manager
Built with the EQUI Labs team for the Solana Breakout Hackathon (14 Apr 2025) — designed and shipped as a working product inside the competition window.
Website: Equi Swap
Pitch: Equi Swap - Pitch 2025
GitHub repo: equi-swap (front-end only)
We use our own indexer with microservice architecture. Each user is handled in a new thread with indexer as a separate service
Tech diagram
Recent updates:
Solana Arb (private use only)
GitHub repo: PRIVATE FOR A REASON
This is probably one of the biggest achievements for me as there are barely 10 projects in the world which have 100% transaction landing success rate as this project (I personally have seen only 2)
The project started its journey back on 5th May 2024 and stopped its support in Sep 2025 as needs significant architecture redesign and approaches
Program: Solscan
this program(smart contract) is a second heart of this project and is crystal clear open for anyone to observe
Software works by having indexer which monitors blockchain calculates prices every time it receives an update from gRPC.
Software has its own simulation service so there is no need to make any API calls which minimizes the delay.
Deployed program recalculates the given transaction to check if any changes happen during transaction landing.
Made in rust to maximize performance.
Does 12-14k transactions on average per day
Show More (old updates)
(Q2 2024) At the moment works by retrieving data from self deployed Jupiter API (we as a team want to move away from this concept and get token prices on our own). Our bot is better than most known shared bots, by performance and bringing new features.
Why is our bot better?
threads threads threads ram ram ram...
Worker config:
Lets user define different wallets to be used by different workers.
Lets user define max transaction age (by default if solana transaction is not landed in 150 slots its being failed. Solana doesnt provide overriding MaxTxAge variable, but we still did it.).
fetchInstructionTimeout allows your bot to stop executing a potentially profitable transaction if it took too long to fetch instructions...
No need to look for tokens and update includeMints.json as bot does it for you.
A lot of performance enhances, reducing time before transaction execution and even time to land transaction.
AI assistant ESP32
Small (6x3cm) portable device which you can talk to while holding the pressure sensor and get a response on display
Device connects to a phone with BLE and requires a simple android app which works as a communicator between device and server, so you dont need to connect this device to a wifi or buy separate sim card
Demo page
SEEFOOD
A mobile app that uses AI to detect whether a given food item is a hotdog or not a hotdog. Originally a fun parody project, it demonstrates skills in machine learning, image classification, and mobile development.
UI mimics the original app from the HBO series Silicon Valley
Library ERP
The main idea of this project is to make a GUI and web site application which will be able to work with SQL databases, will be fully customizeble to use it for any needs.
GitHub repo: LibraryERP
I tried to make the whole application with mvc design pattern so its easy to make changes and make updates to it.
The whole functionality available at the moment is represented on the diagram bellow.
Recent updates:
