The landscape for Network Managed Services (NMS) providers continues to become more challenging especially as application, management, and compliance requirements keep evolving.
Proactive support is a core component of today’s NMS. IT budgets for small- and medium-sized businesses continue to shrink, yet there is heightened focus on finding ways to squeeze more productivity out of limited resources. NMS can provide a path for existing staff to spend more time in proactive, business-oriented pursuits vs. mundane, reactive tasks.
For example, while Service Level Agreements (SLAs) can range from simple tracking of status (green/yellow/red) on monitored ports to performance and utilization analysis, evolving application requirements and technologies are demanding an increased focus on ensuring SLA contracts meet customer expectations and business requirements. It is necessary for NMS providers to “up their game” to remain competitive. This naturally extends to any organization providing “as-a- Service” offerings (i.e., IaaS, PaaS, SaaS) as well, as customers graduating to higher levels of nimble solution responses.
The Application Landscape
Application performance is more critical than ever, and expectations for NMS have increased accordingly. In fact, application requirements are being driven by:
• Cloud/Software as a Service (SaaS) technologies and adoption
• Business use and social media
• Mobile computing (assumed access to any service from anywhere, anytime)
Understanding what’s driving these requirements and these evolving trends is critical to businesses striving to remain competitive in an ever-accelerating digital world. Coupled with the fact that today’s users have a “right here, right now” expectation from their applications, accessed predominantly from their mobile device, the shopper is far more likely to cancel a product search (or order) if response timesareunacceptable. Take into account that what’s considered an acceptable response time is shrinking every day, subsequently, you have shoppers with short attention spans who willquickly look for alternatives to complete the transaction.
This results in obvious loss of immediate revenue. Long-term, it likely leads to a greater loss of customer trust and perception of the stability and value of your company.
This is where NMS can play an integral role. An NMS provider can offer insights onapplication performance, including end-to-end network path analysis and response time indicators (such as latency, delay, and loss). The NMS provider can also develop and implement a strategy that helps your company adapt to the changing application landscape.
Network Management and Visibility
Solutions that provide visibility into application performance are becoming more commonplace. Customers with access to these tools expect that their NMS provider to proactively respond prior to user impact. While NMS has historically focused on reactive response to network outages, this new model requires earlier response, and avoidance of potential loss of revenue.
Network hardware and software manufacturers (such as Cisco, HP) have deep-dived into technologies intended to assist customers in better leveraging existing resources and becoming more efficient and productive. One such effort is intent-based networking. This allows the network team to define the intent, or desired state of the network, after which leveraging orchestration technology to deploy the necessaryinfrastructure configuration to achieve this state.
These solutions provide deeper visibility into network stability and performance indicators. While obviously a positive thing, this can also raise unwarranted alarms and false positives when it comes to the actual user experience. The risk of this heightened visibility,especially in cases where the customer might also be leveraging such tools locally or via NMS portal access, is that alarms might be raised for non-impactful conditions. Inevitably, this canlead to additional trouble tickets and costs.
Another evolving customer expectation ofNMS providers centers oncompliance standards such as PCI, SOX, and HIPAA. Using HIPAA as an example, encryption for data in transit is a stated requirement. The question becomes, does existing infrastructure provide for this? Customers are expressing an expectation for their NMS providers to deliver solution insight for these new requirements, as well as proactive guidance as the standards evolve.
This often provides subsequent benefits to the provider, given the potential of subsequent infrastructure expansion and project support. It is, however, a very time-consuming process,requiring additional—though necessary—responsibility of providersin order to remain in-line with customer’s budget and compliance. While compliancerules are somewhat “fluid” in nature, this only underscores the provider’s responsibility, as customers are looking for trusted advisorinput to make intelligent decisions.
How much of this should be the responsibility of an NMS provider? The market drives demand, and customers expect to offload the time they spend “keeping the lights on”whilealso avoiding actual outages. In addition, they expect proactive guidance,focused on the real business impact of application performance.
How does an NMS provider solve for these evolving challenges? They invest in current technology to keep up with customer tools and visibility. In order to protect themselves,considering heightened customer expectations, NMS providers must be fanatical when defining SLA requirements.
Dig deeper when discussing SLA requirements for new and renewing NMS contracts. Involve both business and technical teams in these discussions to identify and understand:
• Currently implemented tools providing local visibility into network issues and performance
• Application requirements and user experience concerns
• Relevant compliance demands
• Expectations regarding partner-provided roadmap information and technology guidance
All of this also demands additional emphasis on NMS team education andheightened interaction with provider architecture expertise to ensure services are keeping up with customer demands and expectations.
It also further urges NMS providers to stay in tune with customer requirements from both technical and business perspectives. Those that are not providing proactive guidance will not remain competitive. Those that provide proactive insight—based upon evolving technology—will remain a trusted advisor.
Brian Clarke is a Solutions Architect of Networking and Collaboration at OneNeck® IT Solutions. In this role, Brian works with customers to clarify needs, identify potential solutions and provide ongoing support to ensure their continued trust and confidence in the OneNeck partnership. Brian is primarily responsible for designing Cisco-based network-related solutions, including Enterprise Networking, Data Center and Collaboration services. Brian joined OneNeck in 2010 with more than 20 years of experience in the IT industry.
OneNeck IT Solutions LLC, a wholly owned subsidiary of Telephone and Data Systems, Inc., employs nearly 550 people throughout the U.S. The company offers hybrid IT solutions including cloud and hosting solutions, managed services, enterprise application management, advanced IT services, hardware and local connectivity via top-tier data centers in Arizona, Colorado, Iowa, Minnesota, New Jersey, Oregon and Wisconsin. OneNeck’s team of technology professionals manage secure, world-class, hybrid IT infrastructures and applications for businesses around the country. Visit oneneck.com.
Telephone and Data Systems, Inc. [NYSE: TDS], a Fortune 1000® company, provides wireless; cable and wireline broadband, TV and voice; and hosted and managed services. TDS has approximately six million connections nationwide through its businesses U.S. Cellular, TDS Telecom, OneNeck IT Solutions LLC, and TDS Broadband Service. TDS has recently been named to three Forbes lists: America’s Best Employers for Diversity, Best Large Employers, and Best Employers for Women. Founded in 1969 and headquartered in Chicago, TDS employs 9,400 people. Visit tdsinc.com.