Thales Acquires Big Data Analytics Firm Guavus

Thales has acquired a real-time Big Data analytics provider, Guavus, under a  definitive agreement announced today.

The acquisition of Guavus follows several acquisitions in the fields of connectivity, mobility and cyber security, and strengthens Thales's positioning in one of the key technologies at the heart of digital transformation, the processing and predictive analysis of “big data”, an increasingly critical factor in real-time decision-making, the company press release says.

Patrice Caine, Thales’s Chairman and CEO, commented: “Combined with our established expertise in other key digital technologies, the acquisition of Guavus represents a tremendous accelerator of our digital strategy for the benefit of our customers. The application to Thales’s core businesses of Guavus's technologies and expertise in big data analytics will strengthen our ability to support the digital transformation of our customers, whether in aeronautics, space, rail signaling, defense or security.”

Anukool Lakhina, founder and CEO of Guavus, added: “The opportunity to join Thales, a global high-tech giant, comes at a time when big data and their industrialised processing, especially in real time, play a key role in the digital transformation of governments, businesses and cities. All of Guavus's teams are enthusiastic about bringing more intelligent decision-making capabilities, at key moments, to Thales customers, while continuing to enrich our offering for our worldwide customers and partners.”

Airlines, satellite, air traffic control, metro or train operators, armed forces or security officials of large urban or energy infrastructures rely on Thales’s high technology solutions to take the best decisions in real time. In a world facing exponential growth in the volume of data coming from increasingly connected sensors, Guavus’s acquisition opens broad opportunities for Thales in areas including predictive maintenance, cyber security, monitoring of critical infrastructures, network and telecommunication systems optimization.