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Why SASE Sits At The Centre Of A Hybrid Workforce

CIO

Secure Access Service Edge (SASE) is an architecture that consolidates connectivity and security into a single cloud platform. While combining security and network connectivity might seem mundane, getting it right is pivotal in delivering the kind of modern and flexible working environment that employees demand.

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Announcing Complete Azure Observability for Kentik Cloud

Kentik

Kentik customers move workloads to (and from) multiple clouds, integrate existing hybrid applications with new cloud services, migrate to Virtual WAN to secure private network traffic, and make on-premises data and applications redundant to multiple clouds – or cloud data and applications redundant to the data center.

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The Network Also Needs to be Observable, Part 2: Network Telemetry Sources

Kentik

Most of the history of network operations has been supported by monitoring tools, mostly standalone, closed systems, seeing one or a couple of network element and telemetry types, and generally on-prem and one- or few-node, without modern, open-data architectures. Application layer : ADCs, load balancers and service meshes.

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Network Security Investment Priority #3: SASE

Firemon

But these attempts to secure the enterprise add further complexity and, as every security professional knows, complexity spawns vulnerability. Software-defined wide area networking (SD-WAN) has been growing at a rate of 40% year over year, but SD-WAN is a networking solution. Dynamic load balancing.

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Optimizing Network Stability and Reliability Through Data-Driven Strategies

Kentik

We believe a data-driven approach to network operations is the key to maintaining the mechanism that delivers applications from data centers, public clouds, and containerized architectures to actual human beings. Some of these devices an enterprise network engineer owns and manages, and a lot of it they don’t. More data!

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Implementing a Cost-aware Cloud Networking Infrastructure

Kentik

Gaining access to these vast cloud resources allows enterprises to engage in high-velocity development practices, develop highly reliable networks, and perform big data operations like artificial intelligence, machine learning, and observability.

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Data Gravity in Cloud Networks: Achieving Escape Velocity

Kentik

But what are network operators to do when their cloud networks have to be distributed, both architecturally and geographically? In this second installment in my data gravity series, I want to examine how enterprises fight this gravity and help the data in their networks achieve escape velocity.

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