Technologies

A cloud engineer is one of the key roles responsible for any technological duties associated with cloud computing, including design, planning, security, and management. With a clear vision of how to become a cloud engineer, we are resolving all level goals using AWS, GCP, and Azure providers. Certified specialists and architects leading our teams providing services like migration to the cloud or building systems from scratch.

Goals of IoT engineers vary depending on the industry they work in. Their duties can include designing, coding, and testing features of devices meant to connect to other systems and devices. A crucial skill that an IoT Engineer must possess is an in-depth understanding of computer programming and networking. This makes it possible to implement complex, worldwide, reliable systems to manage the biggest device networks.

Site reliability engineering roles and responsibilities are crucial to the continuous improvement of people, processes, and technology within any organization, which helps us to provide service from developer’s IDE to production with “5 nines uptime.” World-leading companies trust our approaches and strategies to deliver their products to end users.

As the hype around Web3 reaches fever pitch, there is a growing divide between engineers who see an exciting new paradigm for web development and those who only see efforts to make a quick buck, wrapped in plenty of techno-vapor (or went mad on crypto). Our vision of Web3 is the decentralized internet that currently supports not only cryptocurrencies and NFTs, but new types of decentralized applications underpinned by a distributed ledger. So, apps we develop solve goals in fields such as law, logistics, and other domains.

Systems are growing with the number of users. Developing architectures includes not only implementation itself but all-around performance testing, end-to-end optimization, system monitoring, etc. Are you ready to work in a team working with millions of events per day? Are you ready to implement best practices of distributed and reliable architecture by yourself?

As a member of the security team, you will be working towards raising the bar on security. One of the most important parts of each system is security. We are leading and implementing the initiatives that relate to improving our clients’ security in various areas such as blockchain security, application security, architecture security, etc.

Micro-frontend architectures deconstruct frontend apps into individual, semi-independent “micro-apps” working loosely together. This can help make large projects more manageable and predictable, which provides us a way to migrate or build solutions with lower risk in flexible ways. Will micro-fronted become a silver bullet as microservices become? We’ll see.