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Network Troubleshooting in Depth: A Complete Guide

Kentik

The Network is the Key. The network is down!ā€ ā€” Iā€™m sure you heard that before. Despite your best efforts as a network engineer, network failures happen, and you have to fix them. Network troubleshooting becomes easier if your network is observable. Network Troubleshooting Defined.

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VPC Flow Logs in AWS: How to Monitor Traffic at the Edge of Your Cloud Network

Kentik

Flow logs are generated only from VPCs, subnets, and network interfaces. Private subnets are useful in transit hub architectures as these are great places for cloud and network operations teams to place bastion hosts and other shared services that need to be in the center of the action. Add subnets. Analyze Your VPC Flow Logs!

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Multi-Path TCP: revolutionizing connectivity, one path at a time

CloudFaire

As a result, Internet devices usually use a single path and let the routers handle the path selection. Enter Multi-Path TCP (MPTCP), which exploits the presence of multiple interfaces on a device, such as a mobile phone that has both Wi-Fi and cellular antennas, to achieve multi-path connectivity. There is another way.

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How DoorDash Secures Data Transfer Between Cloud and On-Premise Data Centers

DoorDash Engineering

As DoorDashā€™s business grows, engineers strive for a better network infrastructure to ensure more third-party services could be integrated into our system while keeping data securely transmitted. The following sections will discuss how our team established network connections with such vendors.

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Resilience and Redundancy in Networking

Kentik

Core Concepts Resilience in networking is the ability of a network to withstand and quickly recover from failures or changes in its environment. This includes the ability to: Dynamically adjust to changes in network topology Detect and respond to outages Route around faults in order to maintain connectivity and service levels.

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Kubernetes Networking 101

Kentik

Understanding the network footprint of applications and services is now essential for delivering fast and reliable services in cloud-native environments. Networking is not evaporating into the cloud but instead has become a critical component that underpins every part of modern application architecture. A Refresh: Kubernetes Basics.

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Optimizing Network Stability and Reliability Through Data-Driven Strategies

Kentik

What do network engineers working in the trenches, slinging packets, untangling coils of fiber, and spending too much time in the hot aisle really want from all their efforts? They want a rock-solid, reliable, stable network that doesnā€™t keep them awake at night and ensures great application performance. The answer is simple.

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