Autotalks

Intrinsyc provides integrated software and hardware solutions that enable next-generation handheld products, including smartphones, tablets, and connected devices. The company’s products include System On Modules and reference kits based on Industry-leading silicon, complete with fully-featured Linux and Android BSPs. Combined with award winning Solutions Engineering and years of systems integration expertise, Intrinsyc helps device makers, service providers, and silicon vendors deliver compelling mobile products with better quality, faster time-to-market and lower development cost.

Transatel is an established European player in the mobile services industry. Today, 160 telecoms and IT experts based in 5 European offices and 1 office in the United States work together to produce profitable revenue in fields ranging from mobile telephony to Internet of Things. 70% of the activity is generated outside of France, and 19 nationalities compose the Transatel talents.Passionate about innovation, the teams are currently launching their most ground-breaking project yet, a multi-country embedded connectivity solution for tablets and laptops based on the 901 concept, a non-geographic Mobile Network Code (MNC) enabling 3G/LTE multi-local connectivity. Transatel provides the entire range of services, as well as the technical infrastructure associated with mobile connectivity. Addressing BtoB and BtoC markets, Transatel develops activities either as an operator (MVNO- Mobile Virtual Operator) or as a third party (MVNO enabler – MVNE; aggregator – MVNA; Machine to Machine – M2M enabler). Its technical platform is connected to the 7 leading European operators, supports over 80 MVNOs, and provides connectivity to more than 1.6 million SIM cards worldwide, across all of its businesses.

Grovf is an engineering company aimed to develop hardware and software products to assist Industrial Internet of Things (IIoT) and Big Data problems. Here at Grovf we help our industrial customers to solve IoT generated Big Data storage problems using hardware (FPGA) implementation of DB functionality in order to close the gap between IoT generated data throughput and software database transaction speed, resulting 20x faster transactions and power saving.