QuasarDB is the only solution that combines large scale storage and instant querying thanks to its uncompromising focus in terms of performance and innovative database design. When your data needs exceed a certain threshold, suddenly, working setups become a nightmare as you reach intrinsic limits of the product. QuasarDB has been used in production in very demanding environments since 2013 and routinely processes terabytes of data per day without a fault.
High-performance, high-speed, fully integrated time series database
Seamlessly combines in-memory capabilities with reliable storage
Horizontal and vertical scaling for virtually limitless storage without performance loss
Easy data access through APIs or SQL-like query language
Data access is immediate, enabling you to leverage QuasarDB power directly from Excel, Spark, Python or a SQL-like query language! No need to learn a proprietary, esoteric query language! Typical use cases: Tick database, Predictive maintenance, Pre-deal checks
From zero to a ready-to-use research database in less than one hour! The QuasarDB tooling takes care of all the complexity of plugin high-bandwidth data streams into your database. Quants query the database through an interface they are familiar with, with only one limit: their imagination.
MiFID II mandates that you can exhibit time compliance on your network. The PRISMA compliance package, powered by QuasarDB, reliably record all time deviation on your network for several years while giving you instant, accurate, reporting.
As the size of your network grows, your data problem grows exponentially. QuasarDB makes the problem disappear for ever with its built-in flexibility, delivering several order of magnitude performance improvements over typical monitoring databases.
QuasarDB can reliably collect geological information gathered through radars in ARM32 devices and then merge that into a central cluster thanks to its unique capability of running on both low-powered devices and high-end bare metal servers. Connectivity is instant since both ends use the same technology.