DATA SHEET:
Apcela Arcus Platform allows enterprises to easily plug their existing network into a SD-WAN that was built for today’s multi-cloud environment. In this brief, learn more about the Apcela Arcus Platform.
EGUIDE:
Secure Access Service Edge (SASE) is a cloud-based platform that provides networking capabilities and security functionality directly to endpoints that connect to the platform. In this guide, explore how the limitations of traditional networking led the industry to SASE.
CASE STUDY:
This exclusive case study discusses how a savings bank was able to use a virtual replication acceleration solution to improve their replication seven-fold, meeting their recovery point objective (RPO) at half the price of WAN optimization hardware with all the benefits of virtualization.
DATA SHEET:
CIFS performs poorly across WAN links due to higher latency. The solution to solve the CIFS problem is to apply several WAN optimization technologies working together to quickly and easily restore application performance, improve response time, and recover WAN bandwidth.
ESSENTIAL GUIDE:
This expert guide details two use cases for SDN in the WAN and provides several considerations to keep in mind when deciding if SD-WAN is right for your network. Additionally, learn about the essentials of SD-WAN and the factors you should consider before making the leap.
WHITE PAPER:
This paper discusses how WAN deduplication works, and how it can be effectively deployed as a complement to existing storage deduplication solutions.
EGUIDE:
Public and hybrid cloud adoption has a major ripple effect on enterprise network design. This expert e-guide outlines your options for removing these new network bottlenecks.
EGUIDE:
One of the key technology trends of the last five years, if not longer, has been the migration from networks based on multiprotocol label switching (MPLS) to the more agile and affordable alternative, wide-area networking (WAN) technologies and in particular software-defined (SD-WAN).
CASE STUDY:
This exclusive case study examines how an American manufacturer was able to utilize a network solution to prevent downtime, eliminate off-hour crises, and maximize efficiencies.
