Avalanchio Platform

The Avalanchio platform gives you a complete solution to store, process, and analyze data to find patterns in real-time. You can write SQL query or configure complex rules to identify patterns from continuous stream of data. You can perform semantic search to analyze free form texts such as social media posts, product manuals or ticket description. The platform provives a developer friendly to create automation and build integeration. Avalanchio platform is available on the cloud or at your data center.

Figure: high level architecture of Avalanchio platform.

Feature	Description
Data Store	Store data in tables, which are similar to tables in RDBMS databases like Postgreql, Mysql etc. Use SQL to perform low latency high concurrency queries to access data. Setup secondary indexes for efficient data access. Access data through simple REST API.
Semantic Search	Extract entities, create vector embedding from human written text. Perform semantic search on large corpus of document using highly efficient embedding indexing options. Unlike keyword based search, semantic search finds relevant information based on a contextual meaning of the user query.
Rule Engine	Configure rules to identify patterns using mix of SQL and other optional configuration. The rules are executed on periodic time-slice of data at configurable intervals e.g. a few seconds. Setup alerts, playbook actions, call web-hooks for task automation.

Avalanchio is designed to deliver real-time insights, support ad-hoc queries, and enable the automation of actions based on data analysis. The platform emphasizes developer experience by facilitating the rapid and easy implementation of business logic. It seamlessly integrates machine learning (ML) and artificial intelligence (AI) models into the data pipeline without requiring extensive coding.

Furthermore, Avalanchio simplifies deployment by minimizing architectural complexity and reducing the number of moving parts, ultimately enhancing operational simplicity. By maximizing hardware utilization, the platform aims to achieve high performance and efficiency while minimizing resource consumption.