Innova won 2 Awards at a Time from EuroCloud

Innova won Europe’s “Best Cloud Service for Vertical Markets” Award

Innova’s Lega Cloud solution won the “Best Cloud Service for Vertical Markets” award at EuroCloud Awards 2016. Innova’s IoT platform SkywaveIoT was the runner-up at the “Best Cloud Service for Horizontal Markets” category.

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Innova won Europe’s “Best Cloud Service for Vertical Markets” Award

10/17/2016

Aiming to foster a stronger cloud ecosystem in Turkey and Europe, Europe’s first and most prestigious cloud awards organization EuroCloud 2016 was held on October 5th, 2016. EuroCloud 2016 proved to be the perfect stage crowning Innova’s emphasis and accomplishments in cloud services. Innova’s legal automation solution Lega Cloud was rewarded with the “Best Cloud Service for Vertical Markets” award in Turkey and Europe. Innova’s proprietary IoT platform SkywaveIoT was chosen Turkey’s “Best Cloud Service for Horizontal Markets”. SkywaveIoT was one of the final 3 candidates at the European leg of the same category.

Lega Cloud utilizes cloud advantages for the legal sector

Developed as an extension on Innova’s track-proven portfolio of end-to-end collection and legal management solutions, Lega Cloud was specialized with law offices and SMBs in mind. Lawyers and legal personnel alike can easily manage its user-friendly UI and integrated work flows. LegaCloud represents an innovative approach to legal automation that relieves the heavy operational workload that comes along collection processes.

SkywaveIoT platform promotes advanced IoT solutions

Innova’s proprietary SkywaveIoT platform offers advanced smart city, smart home and smart store solutions on its flexible and secure architecture. Combining its advanced data communication, analysis and management features with secure cloud architecture, SkywaveIoT delivers cutting-edge solutions for Industry 4.0, retail, banking and finance applications. Among SkywaveIoT’s value-added benefits that set it apart from its alternatives are easy-scalability, modular design and device-independent structure.