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Enterprises Are Ready to Leverage Network as a Service (NaaS)

Shamus McGillicuddy

Cloud computing transformed the IT industry by delivering software and infrastructure as a service, allowing customers to offload capital expenditures and operational overhead around software, software development platforms, security, compute, and storage. The cloudification of networking was slower in coming, but the concept of network as a service (NaaS) — which until now was a loosely defined term to describe a variety of networking solutions delivered via a cloud-like service model — earned more prominence in recent years.

Numerous vendors and service providers have recently embraced the NaaS concept, yet there is still no industry consensus on its definition or the types of networks it involves. Furthermore, providers have varied in how they define the NaaS service delivery model. I conducted research for a new report, Network as a Service: Understanding the Cloud Consumption Model in Networking, to refine the concept of NaaS and reduce buyer confusion over what it is and how it can offer value.

For this research survey, I defined NaaS for survey participants as the following: A network infrastructure solution that offers a cloud consumption model (pay as you go) in which the NaaS provider can manage all aspects of network engineering and operations, from design and build to monitoring and troubleshooting.

Some of the key findings from this report include:

■ Most respondents associated NaaS with cloud and WAN interconnectivity, SD-WAN and SASE, and WAN connectivity; only 28% associated NaaS with campus networking.

■ IT organizations believe a NaaS offering should include integrated managed security services, cloud-like consumption of services, comprehensive observability, and APIs and integrations with other IT systems.

■ 64% prefer a hybrid operating model for NaaS solutions, in which the provider and the internal network team share responsibility for day monitoring troubleshooting, and ongoing management.

This research found that most companies are interested in consuming NaaS solutions in all aspects of their network, from the campus to the cloud. But decision-makers do have concerns about NaaS.

First, they believe the shift from CapEx to OpEx could lead to higher total cost of ownership over time, much like the public cloud.

Second, they worry that they'll lose visibility into service quality.

Finally, as with any disruptive technology, many stakeholders worry about the security risk of consuming networks in this way.

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Enterprises Are Ready to Leverage Network as a Service (NaaS)

Shamus McGillicuddy

Cloud computing transformed the IT industry by delivering software and infrastructure as a service, allowing customers to offload capital expenditures and operational overhead around software, software development platforms, security, compute, and storage. The cloudification of networking was slower in coming, but the concept of network as a service (NaaS) — which until now was a loosely defined term to describe a variety of networking solutions delivered via a cloud-like service model — earned more prominence in recent years.

Numerous vendors and service providers have recently embraced the NaaS concept, yet there is still no industry consensus on its definition or the types of networks it involves. Furthermore, providers have varied in how they define the NaaS service delivery model. I conducted research for a new report, Network as a Service: Understanding the Cloud Consumption Model in Networking, to refine the concept of NaaS and reduce buyer confusion over what it is and how it can offer value.

For this research survey, I defined NaaS for survey participants as the following: A network infrastructure solution that offers a cloud consumption model (pay as you go) in which the NaaS provider can manage all aspects of network engineering and operations, from design and build to monitoring and troubleshooting.

Some of the key findings from this report include:

■ Most respondents associated NaaS with cloud and WAN interconnectivity, SD-WAN and SASE, and WAN connectivity; only 28% associated NaaS with campus networking.

■ IT organizations believe a NaaS offering should include integrated managed security services, cloud-like consumption of services, comprehensive observability, and APIs and integrations with other IT systems.

■ 64% prefer a hybrid operating model for NaaS solutions, in which the provider and the internal network team share responsibility for day monitoring troubleshooting, and ongoing management.

This research found that most companies are interested in consuming NaaS solutions in all aspects of their network, from the campus to the cloud. But decision-makers do have concerns about NaaS.

First, they believe the shift from CapEx to OpEx could lead to higher total cost of ownership over time, much like the public cloud.

Second, they worry that they'll lose visibility into service quality.

Finally, as with any disruptive technology, many stakeholders worry about the security risk of consuming networks in this way.

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IT outages, caused by poor-quality software updates, are no longer rare incidents but rather frequent occurrences, directly impacting over half of US consumers. According to the 2024 Software Failure Sentiment Report from Harness, many now equate these failures to critical public health crises ...

In just a few months, Google will again head to Washington DC and meet with the government for a two-week remedy trial to cement the fate of what happens to Chrome and its search business in the face of ongoing antitrust court case(s). Or, Google may proactively decide to make changes, putting the power in its hands to outline a suitable remedy. Regardless of the outcome, one thing is sure: there will be far more implications for AI than just a shift in Google's Search business ... 

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In today's fast-paced digital world, Application Performance Monitoring (APM) is crucial for maintaining the health of an organization's digital ecosystem. However, the complexities of modern IT environments, including distributed architectures, hybrid clouds, and dynamic workloads, present significant challenges ... This blog explores the challenges of implementing application performance monitoring (APM) and offers strategies for overcoming them ...

Service disruptions remain a critical concern for IT and business executives, with 88% of respondents saying they believe another major incident will occur in the next 12 months, according to a study from PagerDuty ...

IT infrastructure (on-premises, cloud, or hybrid) is becoming larger and more complex. IT management tools need data to drive better decision making and more process automation to complement manual intervention by IT staff. That is why smart organizations invest in the systems and strategies needed to make their IT infrastructure more resilient in the event of disruption, and why many are turning to application performance monitoring (APM) in conjunction with high availability (HA) clusters ...

In today's data-driven world, the management of databases has become increasingly complex and critical. The following are findings from Redgate's 2025 The State of the Database Landscape report ...

With the 2027 deadline for SAP S/4HANA migrations fast approaching, organizations are accelerating their transition plans ... For organizations that intend to remain on SAP ECC in the near-term, the focus has shifted to improving operational efficiencies and meeting demands for faster cycle times ...

As applications expand and systems intertwine, performance bottlenecks, quality lapses, and disjointed pipelines threaten progress. To stay ahead, leading organizations are turning to three foundational strategies: developer-first observability, API platform adoption, and sustainable test growth ...

It never ceases to amaze me when I examine the curricula of specialist courses that there are either no prerequisites, or very minor ones. I feel that that the analogy above makes the case for having general IT knowledge, even for someone who wishes to specialize in an area of IT, such as Cybersecurity or Cloud computing ...

The surge in AI adoption amplifies the need for robust data center infrastructure to handle the terabytes of data being generated daily ... Still, as much as AI will benefit from data centers, data centers need observability solutions to ensure resiliency and sustainability so businesses can operate to their full potential and provide seamless experiences to customers ...