17 Jan

Avaya and FatPipe Partner to improve customer mobile experience

Toll Free is still popular, but using a mobile provides new challenges

Toll-free numbers aren’t going away any time soon. Companies still use them to connect customers to their contact centers. What’s different from a few years ago is that most contact center calls now come from mobile devices. And while companies are confident that they’re providing a good mobile experience, their customers don’t often feel the same.

One problem contact centers face is having to pay for each call going through a toll-free line, whether it originates from a smartphone or a landline. This significantly adds to a company’s operating expenses. The Avaya Mobile Experience (AME), launched in 2018, addresses this problem by lowering toll-free and agent costs. The cloud-based service can send incoming calls directly to a contact center without passing it to a fixed network.

AME identifies when a call is coming from a mobile phone, transfers contextual information on the caller to a contact center, and deflects calls to the mobile web for a richer customer service experience. If a caller chooses that option, the toll-free call ends and they receive a link for personalized access to a website. Customers can then use self-service tools like chatbots or a combination of voice, video, and co-browsing.

SD-WAN provides better visibility

With the proliferation of smartphones, consumers have come to expect a seamless digital experience. When dialing a toll-free number, they want agents to know who they are and have additional context that could speed up the call. AME was designed with those needs in mind. It collects customer information to assist contact center agents, so they can handle a call more efficiently if a customer prefers to interact via voice.

Greater multichannel engagement equips companies with valuable insight about customer behavior. But to pull it off, companies need a reliable network that prioritizes voice over IP (VoIP), video, and other real-time traffic without dropping sessions. By deploying a software-defined WAN (SD-WAN), companies can have better visibility into their network. An SD-WAN performs over any type of transport—including MPLS, broadband, cellular, and satellite—and selects an optimal path for each data packet.

A SD-WAN infrastructure needs reliable internet connectivity with sufficient bandwidth. SD-WANs provide operational flexibility, but also create complexities that stem from implementing WAN load balancing for internal, internet-facing, and mobile workloads. Thus, they require monitoring and tuning internet throughput for performance. A SD-WAN infrastructure must also include secure access to mobile devices as traffic is transported outside the firewall.

FatPipe and Avaya Mobile Experience (AME) helps improve overall customer experience

FatPipe, a provider of intra-corporate WAN solutions, has developed a secure multi-path VPN (MPVPN) to be implemented for hybrid WAN. It supports bidirectional quality of service (QoS), which monitors the sending and receiving of calls/sessions. An advanced routing architecture that utilizes MPVPN can correct up to 15 percent packet loss on diverse circuits simultaneously, while maintaining toll-quality calls and seamless failover.

Contact centers with mobile customers looking to migrate away from high cost MPLS circuits, now have the option of deploying FatPipe’s dual-path SD-WAN for AME. FatPipe and Avaya came up with a combined solution that equips contact centers with a hybrid WAN mobile infrastructure, which can reduce toll call expenses by up 40 percent annually, per FatPipe.

Call center response is vastly improved

The vendors formed a global alliance to help contact centers achieve those cost savings through joint product verification, pre-integration, and certified solutions. Beyond cost savings, the vendors see companies bridging an existing technology gap.

Companies that implement FatPipe’s SD-WAN with AME can control, monitor, and maintain multiple WAN connections, eliminating the need for Internet Service Provider (ISP) management. As a result, smartphone users get more self-service options on a hybrid network that’s flexible and can accommodate new cloud-based applications.

Contact FatPipe Networks at 801-683-5656 x 1224 for more information.  www.fatpipeinc.com.

31 Jan

Cloud-Hosted, Cloud Enabled Unified Communications WAN

Securely Evolving UC and CC with FatPipe SD-WAN for Success in the Cloud

At Avaya Engage, we featured our recently completed Avaya DevConnect test results. Successful UC and CC deployments must be architected on a network with reliable, redundant, load-balanced internet connectivity delivering ample bandwidth. Avaya Aura 8.0 and Avaya IP Office 11.0 combined with FatPipe SD-WAN has been DevConnect tested to complement and extend joint value from premised based and between the cloud or HQ and the branch. FatPipe’s policy engine manages QOS, jitter, latency, and WAN Optimization ensures good call quality and sub-second failover for NO dropped calls.

All About the Cloud

It’s was all about the cloud! FatPipe Networks Dynamic Path Selection of Multiple Active Hybrid wide area network (WAN) paths is an effective Next GEN SD-WAN transformation solution that provides a critical aspect of a diversified hybrid Cloud WAN infrastructure.

We reviewed investment areas in the cloud for next generation WANs and how FatPipe’s routing options for internet traffic flow deliver an optimal user experience for business cloud applications like Avaya.

24 Jan

Thoughts after Avaya Engage 2019

FatPipe Networks Avaya Engage 2019

FatPipe Networks Avaya Engage 2019

I just returned from Avaya Engage 2019 in Austin where FatPipe sponsored a booth in the solutions expo.  It is always a pleasure to attend these events and hear first-hand what customers are looking for in the solutions expo.  One theme we kept hearing was regarding cloud-hosted or cloud-ready UC and CC, and specifically, how do you ensure network performance when you move to the cloud.

Ensuring WAN performance for UC/CC is something FatPipe does well.  During the conference Avaya discussed their AIX-Mobility solution, (Avaya Mobile Experience) FatPipe is providing one of the foundational technologies for this product.  Customers of AIX-Mobility connect to the Avaya Cloud via FatPipe’s SD-WAN technology.  This allows for rapid and cost-effective deployment of the service because there is no one to provision dedicated MPLS circuit to call center locations, the connection to the Avaya cloud can be made over an internet connection, dedicated MPLS circuits, or a hybrid combination of connections.  FatPipe’s SD-WAN monitors the quality of the paths and intelligently directs the calls to the most appropriate path.

One of the reasons why Avaya chose FatPipe over other SD-WAN providers is FatPipe’s unique ability to do stateful, sub-second call failover without having to duplicate packets. There are also several other techniques that FatPipe uses to ensure the highest call quality and low bandwidth use. For example, the packet duplication requirement that other SD-WAN providers put on stateful failover was seen as a large burden on Avaya’s network plans.  Having to double-provision bandwidth does not work on the scale AIX-Mobility is designed for.

FatPipe’s efficient means of VoIP management works both at the carrier level, like Avaya, and for enterprises.  To learn more about FatPipe’s SD-WAN for VoIP click here

01 Dec

Proven SD-WAN for Hybrid Networks is Here Today

The promise of software-defined wide area networks (SD-WANs) has been touted for several years, but most organizations have yet to adopt the technology: fewer than 1% of enterprises have deployed SD-WANs as of the end of 2015 (Market Guide for Software-Defined WAN, Gartner, Dec 1, 2015). A recent survey of IT professionals by consulting group Ashton, Metzler & Associates (When will SD-WANs ‘cross the chasm’?, Jim Metzler, PhD, TechTarget, 2016) reveals some of the obstacles that prevent greater adoption of SD-WAN in organizations:

  • 25% of respondents are concerned about how to integrate software-defined networks into their current infrastructure
  • 25% of respondents feel there isn’t a strong business case for implementing SD-WAN
  • 25% of respondents believe enabling technologies for SD-WAN are immature

With the introduction of the industry-first Avaya SDN Fx™ + FatPipe® SD-WAN integrated solution, Avaya customers can now expect the simplicity, security and scalability of SDN Fabric Connect in their LANs extended via FatPipe across the entire Unified Communications network or hybrid WAN. This converged solution from two technology innovators addresses the main concerns about implementing a software-defined network:

  • Support for a multitude of connection types and legacy systems – MPLS, broadband, wireless, satellite, T1/E1 and more—allows for cost-effective, in-place implementation that easily integrates with an organization’s network investments
  • Multi-line compression and WAN optimization increase bandwidth availability of existing lines by up to 70%, yielding large cost savings on expensive MPLS lines; and aggregation of a variety of paths presents options for additional cost savings and extra capacity for future growth, thereby strengthening the business case for an SD-WAN deployment
  • With 11 patents and 180 technology claims, FatPipe has been in the SD-WAN business for more than 15 years and has successfully deployed 10,000+ devices world-wide, thereby assuring enterprises that the SD-WAN technology is mature and ready to implement

As connected devices proliferate, data flows continue to expand and security concerns rise. Software-defined networks solve many of the problems that come with the increasing complexity of today’s networks. Legitimate concerns about SD-WAN have hindered wide-spread adoption to date, but the Avaya SDN Fx + FatPipe SD-WAN solution alleviates issues and presents enterprises with options for a next-generation hybrid wide area network. From Datacenter-to-Desktop™, Avaya SDN Fx + FatPipe SD-WAN delivers the benefits of software-defined networking today.