Providing technology solutions for network performance measurements
Providing performance data for automation and intelligent service assurance
As the level of automation and complexity increases the value of active network performance tracking data continues to grow. The traditional passive performance tracking finds its application in detecting large-scale issues that affect masses of customers through signaling data or statistical analysis of a specific part of the network. That is why we create network performance tracking technology and solutions built for data-driven network service assurance and automation suitable for any case.
Company
Creanord, headquartered in Helsinki, Finland, offers technology solutions for network performance measurements to empower users actively and accurately measure, monitor, and optimize network performance and applications at scale. Creanord is driven to turn data into outperforming networks which enables physical network operators, connectivity wholesalers, cloud/data centers and critical communications service providers to design, offer, and deliver service with confidence.
Since 2000 Creanord has been serving customers who operate the most demanding networks and connectivity applications who need to prove that they achieve the given SLA promises. These organizations are tier one telecoms, cloud service providers, data centres and critical communications whose networks and services make societies smarter, businesses more competitive and our lives safer.
PULScore
PULScore is a centralized modular management system for all performance and quality tracking data across all networks, applications, and SLAs. It provides service assurance, analytics calculations, troubleshooting tools, reporting, and versatile interfaces for multi-vendor networks.
More information about PULScore in English here
PULSensor
PULSensor measurement probes are designed to fit into any type of network. With a portfolio of both physical and virtual versions, the probes can either be installed physically or run virtualized on any of the major hypervisor platforms. The probes scale up to thousands of test targets, ensuring that the installed footprint of probes can be kept small.