How confident are you in your AWS deployment’s ability to handle unexpected outages? If your answer is, “not very,” we hear you! That’s exactly why we created our new primer, “Closing the AWS Reliability Gap.” In it, you’ll discover: ➡️ How to proactively scan and test for reliability risks ➡️ How to standardize reliability measurement with scoring ➡️ How to automate reliability management Download your copy now and start building a more resilient system. https://ow.ly/nkhg50RHFEh
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Don't wait until your next AWS outage to build a reliability strategy. Our new primer, "Closing the AWS Reliability Gap," covers all the actionable tips you need to improve the stability and performance of your deployments. You’ll discover: 🚀 How to proactively scan and test for reliability risks 🚀 How to standardize reliability measurement with scoring 🚀 How to automate reliability management Grab your copy here: https://ow.ly/FcrQ50RHI7N
Closing the AWS Reliability Gap
gremlin.com
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Building on AWS can be a double-edged sword. Automatic scaling, region/zone redundancy, and managed services can improve the resiliency of your systems. On the other hand, you have a more complex system, which means more potential points of failure. Our brand-new primer on reliability management on AWS covers: ➡️ The shared responsibility resilience model ➡️ Proactively scanning and testing for reliability risks ➡️ Standardizing reliability measurement with scoring ➡️ Automating reliability management Don’t wait until your next outage—download your copy and start building a more resilient, reliable system: https://ow.ly/fNfB50RHHRy
Closing the AWS Reliability Gap
gremlin.com
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Do you know how resilient your AWS deployment is to failure? Many organizations only find reliability gaps when there’s an incident or outage. But there’s a better way. We put together a comprehensive primer on how to tackle AWS reliability—from using testing and risk monitoring to verify your deployment’s resilience to automating it so you can stop outages before they happen. Grab your copy of “Closing the AWS Reliability Gap” and ensure ultimate resilience for your AWS deployment. https://ow.ly/Gulb50RHFy0
Closing the AWS Reliability Gap
gremlin.com
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The Six Pillars of AWS Well-Architected Framework. What is your No. 1 priority while architecting on AWS? - Operational Excellence - Security - Reliability - Performance Efficiency - Cost Optimization
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For organizations working to determine how unified remediation could benefit their AWS environment, here are 5 key questions/answers that should help! Check out the guide below. 👇 #UnifiedRemediation #CloudSecurity
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I’m sure at least once somebody asked you: - How much will AWS cost us this month? Here are few solutions that can help you answer this question - choose one that works best for your needs and let me know in the comments which one you corresponds your needs the most!
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What do you do if all the API calls are failing and there is no error on the service ??? Has this ever happened with you ? Recently I faced this incident where all the containers were crashing but there was no error. The containers were exiting because of OOM. Unsure about what really happened dug further and saw an aws service was retrying like crazy 😅. And because of some initial failures, the retries bombarded the service and brought it almost completely down. Autoscaling was not quick enough to act, and the retries kept increasing. Scaling the service would generally be a good idea but even after 2x or 5x the number the service was not able to recover. Had to actually stop the aws service calls for a very small duration and let them fail for the service to recover properly and later processed those calls slowly😅 I found this one really interesting where there were no errors but just the sheer scale of retries brought the system down. Follow Arpit Adlakha for more !
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CKAD Certified || Certified AWS Associate solution architect || Terraform || CloudFormation || Docker || Observability || AWS CI/CD
Hi Everyone, Here is my new blog, in which I discussed about Centralized VPC Endpoints. In a case when you have multiple VPCs. Lets say you have an dedicated VPC for Networking or shared services and you want to access AWS services across all the VPCs, you may go with this approach. There are multiple advantages out of this use case like costing, you don't have to create VPC endpoints in each VPC, instead you can create a single VPC endpoint for each services and you can access across all VPCs with private connection. In this approach, the traffic will not route over the internet, will be routed within the AWS backend network #aws #devops #minfy #minfydevops
Centralized VPC Endpoints
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AWS SUPPORT PLANS [FULL COMPARISON] Confused about which AWS support plan is right for you? Check out our latest video for a comprehensive comparison of AWS support plans. We break down the five different AWS support plans, highlighting their features and benefits in an easy-to-understand table. This guide will help you make an informed decision on the best plan for your needs. https://lnkd.in/euaucnUA
AWS Support Plans [FULL Comparison]
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