Terrarium is a column and row store engine designed specifically for behavioral intelligence, real-time data processing, and is the core of the Synerise platform. It simultaneously processes data heavy analytics while executing various business scenarios in real-time.

I was a fresh-faced newcomer to the tech world when I joined Synerise 1.5 years ago, with no commercial experience and just a few small projects done by myself.

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

Pre-processing raw input data is a very important part of any machine learning pipeline, often crucial for end model performance. What is more, different fields of ML require different methods to represent relevant information from the input domain in machine-readable format – as numerical vectors. In image processing, we can use

Self-driving cars do not yet roam the streets. AI has yet to wait to independently generate a computer game or a larger piece of software, and chatbot assistants are only carefully deployed with human assistants as backup. We continuously wonder how much longer it will take until AI reaches human

In data science, we sometimes need to calculate hash functions of unsigned 32-bit integer tuples. This need can arise in simple use cases such as efficient pairs counting, but also in approximate data structures which require fast hashing. Such data structures provide a tradeoff between accuracy and speed/memory storage:

Having achieved remarkable successes in natural language and image processing, Transformers have finally found their way into the area of recommendation. Recently, researchers from NVIDIA and Facebook AI joined forces to introduce Transformer-based recommendation models described in their RecSys2021 publication Transformers4Rec: Bridging the Gap between NLP and Sequential / Session-Based Recommendation,

EMDE – motivations, explanations and intuitions In this article we provide some intuitive explanations of our objectives and theoretical background of the Efficient Manifold Density Estimator (EMDE). We describe our inspirations and thought process which led to the formulation of the algorithm. Then, we dive further into technicalities to show how

In various subfields of AI research, there is a tendency to create models which can serve many different tasks with minimal fine-tuning effort. Stanford researchers introduced the concept of foundation models, which are trained on massive datasets and can be adapted to different downstream applications. We may think this way