Redis’ Post

With the help of Memorystore for Memcached service, Instacart saved 23% on Memcached costs, reduced maintenance time by 80-100 hours, improved performance by 23%, and simplified compliance with Memorystore for Memcached. Learn how in this new Google Cloud Blog post:

MIGRATION MONDAY - With the help of Memorystore for Memcached service, Instacart saved 23% on Memcached costs, reduced maintenance time by 80-100 hours, improved performance by 23%, and simplified compliance with Memorystore for Memcached. #cloud #google #memorystore

Great to see #instacart migrating to Memorystore with many benefits: 23% reduced Google Cloud bill for Memcached 80-100 hours of Engineering maintenance time eliminated annually 80-90% reduction in cache timeouts and transient read errors p95 latency improvements of 23%, leading to API performance improvements Simplified compliance processes which reduced engineering toil #memorystore #gcp #cloud #memcached #cache

We live in the golden age of cloud computing. For consumers, it’s a wonder. For developers, it’s a complete and utter mess. For all the problems with monolithic application architectures (and there are many), they’re relatively straightforward... https://lnkd.in/efuDEU64 #BigData #Innovation #DataStrategy

Recently the Foundations team migrated to Google Cloud’s fully managed Memorystore for Memcached service from previously self-managing Memcached on Compute Engine. As a result of this migration, the Instacart team observed the following benefits: 23% reduced Google Cloud bill for Memcached 80-100 hours of Engineering maintenance time eliminated annually 80-90% reduction in cache timeouts and transient read errors p95 latency improvements of 23%, leading to API performance improvements Simplified compliance processes which reduced engineering toil

No matter if you are facing a migration to the cloud from on-premises or like in this case re-architecting your current application (already in the cloud), this article can give you a couple of tricks. In my case, I found the phase migration approach very useful, I hope, it would be equally appealing to you. https://lnkd.in/e2eHd2HE

Lab #31-2023 - Peer VPC with Transit Gateway and its components Lab Details This lab walks you through how to peer VPC with Transit Gateway. You will be creating 2 VPC with a public and private subnet. Launch EC2 Instances in both of the VPC and establish peering between them. You will be using the Transit gateway attachment to add VPC and add the entry in the route table. Then you will use SSH into the private EC2 from the public EC2 instance. Introduction What is a Transit gateway? The AWS Transit Gateway helps you connect multiple VPCs and on-premises networks through a central hub. It simplifies your network with VPCs and on-premises connections and solves the problem of complex peering relationships. With VPC peering using the Transit gateway, your data is always encrypted and no longer uses the public internet for communication. Benefits of using Transit gateway: Easy to connect Full control Greater security Multicast feature Reasons to use Transit gateway over VPC peering: VPC peering does not support transitive peering, meaning you can only peer two VPC at a time. To peer your VPC with an on-premise network, you can not use VPC peering. Transit gateway supports connecting on-premise networks. Transit gateway limits: Per transit gateway, you can have 20 transit gateway route tables. Per transit gateway, you can have 10000 routes. Per transit gateway, there can be 50 transit gateway attachments. Per VPC, you can have 5 unique transit gateways. How Transit gateway can help you simplify your network? Transit Gateway acts as a cloud router that supports connecting with the following resources: Amazon VPC VPN Connection having Customer Gateway AWS Direct Connect Gateway Without Transit Gateway:  VPC peering can have only one-to-one relationship between two VPCs. The complexity increases as you scale the number of connections.  Maintenance of the route table is another big challenge when you are scaling, you must keep the route table having routes to VPC and connection with the on-premise network using a separate network gateway for each new connection. With Transit Gateway: To interconnect Amazon VPC with an on-premise network, we can use Transit Gateway. The network is standardized and easily scalable. With Transit Gateway, you have one place to manage and monitor the number of active connections for each network. Transit gateway use cases Applications can be delivered around the world. Move your network design from Multi-AZ to Multi-region. Scale quickly and respond to spikes in traffic smoothly. Connect to all types of networks in one place.

Boosting Node.js App #Architecture with #Google #Cloud: 10 Killer Strategies From scalability to performance, these 10 killer techniques will help you enhance your Node.js app and make the most out of Google Cloud's capabilities. #nodejs #nodejsappdevelopment #nodejswebdevelopment #nodejswebdevelopmentservices

Today, customers run many complex applications and services. CloudWatch Application Signals makes it easy to monitor these apps on AWS for availability and performance. #aws #awscloud #cloud #amazoncloudwatch #managementgovernance #managementtools #monitoringandobservability