software development Rust knowledge smart contracts blockchain technology EVM-compatible chains Rust programming Solana development best practices in software development Solidity knowledge security principles in software development

performance optimization system abstractions multithreading compute units in Solana blockchain Rust low-latency systems Solana async programming Solana runtime limitations stack limitations in Solana

professional experience testing for high availability distributed systems principles for building distributed systems clustering partitioning sharding integration protocols HTTP integration protocols gRPC integration protocols TCP integration protocols UDP managing production processes using Jira server application code on Linux server application code in Rust data representation formats Protocol Buffers design for high availability distributed systems modern technologies managing production processes using Confluence development for high availability distributed systems managing production processes using Bitbucket software development methodologies data representation formats JSON updating for high availability distributed systems

synchronization primitives such as rwlock cross-platform development system development IPC through Unix Domain Socket RPC for inter-process communication asynchronous programming Tokio crate synchronization primitives such as mutexes protobuf for message transmission between processes Rust development protobuf for message transmission between server and client

Principles of distributed systems Rust PostgreSQL - Optimizing queries REST API Microservices architecture Swagger PostgreSQL - Writing complex queries Principles of API construction OpenAPI gRPC API

DeFi platforms integration (Aave) EVM knowledge DeFi platforms integration (1inch) Ethereum knowledge Rust DeFi platforms integration (Balancer) transaction mechanisms knowledge DeFi platforms integration (Uniswap) backend development for blockchain projects DeFi platforms integration (MakerDAO)

backend development for blockchain projects integrating with DeFi platforms integrating with DeFi platforms Rust integrating with DeFi platforms integrating with DeFi platforms integrating with DeFi platforms Ethereum EVM transaction mechanisms

High-performance low-level software components Program optimization Unit tests Integration tests Modules for existing projects Git Rust programming language Rust programming language Linux-type operating systems Client-server web application principles

Writing safe and efficient code Developing smart contracts for Solana Developing algorithms for data analysis Understanding of security principles in blockchain Recognizing patterns Creating APIs for blockchain interaction Developing smart contracts in Rust Creating server applications for blockchain interaction Analyzing trends Identifying anomalies Code auditing Optimizing code for high-load systems Rust

Rust Send Rust ownership Rust borrowing Unsafe code Rust lifetimes Mutex Asynchrony in Rust using async-std Asynchrony in Rust using Tokio Safe and efficient code writing Multithreading Arc Sync

UB optimizing programs DDD principles layered architecture using profilers client-server web application principles database structure design principles writing functional tests using Git *nix type operating systems FFl writing unit tests Rust language

Rust Development Rust Development (including educational projects) Asynchronous Programming Version Control Systems Git Unix/Linux Programming RTOS Programming