Synerise Team

Overview In previous articles, we primarily focused on the gateway side, where we handle requests from OQS and fetch the necessary data from workers. The gateway operates as both a client and a server.  To manage the heavy workload of handling 2,160 workers with only 64 threads, we use

Artificial Intelligence for drug development in medicine is very hot topic nowadays - which definitely will revolutionize this market segment in the next few years. How can we support this transformation by open sourcing top-notch AI solution which we created in Synerise?  "Drug companies look to AI to end

Enhancing the capabilities of TerrariumDB, a real-time, schema-less database engine, is our top priority. Currently, our analytics backend relies on a JSON-based API, which proves vital on a daily basis. However, we are excited to announce the integration of SQL support, paving the way for a future of expanded functionality

Last year, in the Terrarium Team we’ve decided to migrate our internal network communication from REST and WebSockets to gRPC. TerrariumDB is a distributed database system so choosing the right protocol can significantly improve its performance, similar to how optimizing code or algorithms can bring about similar benefits. Our

There are numerous cutting-edge technologies for real-time analytics that can be categorized into various types, each catering to distinct purposes and necessitating different technologies and approaches. Examples include Streaming Processing, Time Series Databases, Real-time Monitoring and Alerting, and more. In this article, we will explore how our customer classifies Synerise

In the TerrariumDB, we have three types of nodes: Agent, Gateway (we named it ScorpIO), and Controller: * A Controller is responsible for the configuration of Agent nodes and Gateway and handles transactions, * An Agent is responsible for managing data storage and executing crucial compute operations for optimal performance * ScorpIO is