Masergy's Software Defined Platform Named Finalist for 2016 Big Innovation Award

Company's Innovations Continue to Draw Attention for Creating an Agile, Programmable Networking Architecture
DALLAS, TX--(Marketwired - Feb 11, 2016) - Masergy Communications Inc., today announced that its Software Defined Platform has been named as a Finalist in the 2016 BIG Innovation Awards presented by the Business Intelligence Group. The Software Defined Platform is the foundation for Masergy's hybrid networking, managed security and cloud communications services. The award recognized Masergy for its innovation in bringing automation, virtualization and programmability to its global network fabric, reducing the complexity associated with customers' IT tasks. Masergy is a leader in applying the principles underlying software defined networking (SDN) and network function virtualization (NFV) to make corporate networks more agile. The company's global networking platform gives customers unprecedented visibility and control into network performance and functions. "We are proud to be recognized for our innovation around software defined networking," said Tim Naramore, CTO, Masergy. "Our Software Defined Platform is dynamic and programmable, allowing us to create custom network solutions for customers based on their performance requirements and business objectives." Masergy has received these additional awards for its innovation efforts: More at www.masergy.com
Cloud Communications Alliance

Related Posts

Browse these posts below for the latest in cloud communications news and insights.

TPx Managed SD-WAN Recognized for Exceptional Innovation with 2024 INTERNET TELEPHONY SD-WAN Product of the Year Award
TPx Managed SD-WAN helps businesses adopt next-gen networks and take full ...
Snom Technology launches in APAC
German manufacturer takes charge of VoIP telephone sales in region for parent ...
Ribbon and SURF Achieve Interoperable 2x400GbE Transport via Single 800G Wavelength over Brownfield 1,650km Amsterdam-Geneva Link
Proves optimal transport ability of 140Gbaud transmission, enabling current and ...