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iSovBot (Now ArLet)

2019 - 2023

GitHub

Unique crypto Discord Bot

Before early 2022 it was a regular combine bot, I was gaining experience from it, but in May 2022 I changed the theme of the bot to a crypto bot. The bot interacts with the Arweave wallet and the HandShake full node, which allows transactions and other actions via /commands. I stopped developing this bot, because from my point of view it was more profitable to do other applications at that moment. Discord bots are difficult to monetize.

PermaBot

In Development

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Bot for decentralised archiving of Discord servers.

With this bot, you can archive your Discord feeds into the main Arweave network, capturing your server history on the blockchain.
I'm almost done with this project at the moment. The bot will be open source. There will be maximum ease of interaction with your channels message data with better indexing, and maximum usability.

OnlyArweave were interested in my contributions to the Arweave community, and invited me to a meetup when I was still 14 years old and developing such a thing.

Crypto Telegram App

In Development | $30k of commited capital

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Web3 Central Hub on Telegram

Support for our own blockchain, all kinds of transactions on exchanges, high-quality Mini Apps. P2P-trading, indicators, everything that can be implemented to support decentralization and useful interactions with cryptocurrencies - in this app.
I am the team leader and main developer, in the project my role is to create and implement the specs and the basics of the technical code of the core application.

The client misled me into writing a project specification but is not financially capable of funding its implementation. There was an offer to sell the specification and the idea, so I currently have no plans to proceed with its development.

Merkle ZKP

2024

GitHub

A Rust-based project integrating Merkle trees with Zero-Knowledge Proofs (ZKPs)

This project demonstrates my ability to implement cryptographic data structures, specifically Merkle Trees, combined with Zero-Knowledge Proofs for verifiable computation. The Merkle tree ensures data integrity by constructing efficient, verifiable proofs of inclusion, while the ZKP component provides a mechanism for proof generation without revealing sensitive information.

The project distinguishes itself through the use of zk-SNARKs implemented via the bellman library, allowing cryptographically secure proof creation and verification on small inputs. Additionally, the design leverages Rust’s performance and memory safety features to handle complex cryptographic operations with minimal overhead.

My role in this project involved not only implementing the core cryptographic primitives but also ensuring that the proof generation and verification are highly efficient and secure. By combining Merkle Trees and zk-SNARKs, I demonstrated the ability to integrate advanced cryptographic protocols into practical applications, proving the inclusion of specific data without revealing the data itself.

Smart Contracts and Marketing on the Arweave Ultimate Content Market

2023 - 2024

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Build on Arweave | Developer & Marketing

• News about RareWeave
• ETHWarsaw Arweave Day

Sharding IPFS

2023

GitHub

Implementation of sharding with IPFS.

Sharding is a technique for storing and retrieving large files by splitting them into smaller pieces and distributing them across multiple storage nodes.
This makes it possible to store and retrieve files that are too large to fit on a single node.

Build on Arweave

2024

GitHub

Unique survey service on Arweave

I've worked with data through Prisma, developed React components and backend, I've gotten a lot of experience with OpenAPI development, database work, and cryptographic primitives

Citadel Encryption

2024

GitHub

It was implemented for the sake of practicing cryptographic and computational skills with multi-layered approach

Citadel Encryption is a symmetric encryption algorithm ensuring strong cryptanalysis resistance. It combines custom hashing, XOR diffusion, and modular exponentiation for secure data confidentiality and integrity.

Detalent Platform

In Development

Specification in Progress

A decentralized platform redefining freelance services through cryptographic primitives and AI-driven insights

Detalent is built on the foundation of Highlayer sovereign rollups. The platform leverages zk-SNARKs for verifiable computation, for high-throughput microtransactions typical in freelance ecosystems.

One of Detalent’s key features is its AI-driven auction system, which uses Fully Homomorphic Encryption (FHE) to analyze transactional data without exposing it. Sellers receive real-time, data-driven pricing and auction recommendations, optimized dynamically. MPC distributes computation across nodes, ensuring privacy and security even in complex multi-layered transactions.

Detalent also uses Merkle Trees for transparent verification of data integrity across decentralized storage. Reputation and reviews are protected by Secure Enclaves, ensuring contract execution and data safety even under system vulnerabilities.

This combination of cryptographic techniques, secure execution environments, and AI-backed optimizations positions Detalent as a tier-1 platform in the Web3 freelance ecosystem, providing a new way for buyers and sellers to transact with security and efficiency.

Note: This is an incomplete and early-stage overview based on the current project specification. I am responsible for writing the specification, attracting external investments, and leading the project as its founder. Currently, I am focused on completing the specification and preparing other legal and investor documents. Once the project reaches the MVP stage, more details will be made available. However, it's clear that Detalent has strong potential to become a leading tier-1 platform in Web3 freelance services and beyond, evolving into a full ecosystem. The innovation lies in how we apply these cryptographic and decentralized approaches on a macro level.