AWS
Compute
AWS
Azure SQL – Consider Limiting vCores and Capacity in Non-Production Projects
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AWS
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AWS
Azure SQL: Consider Using Serverless with Auto-Pause in Non-Production
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AWS
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AWS
OpenSearch: Consider Upgrading Version to Avoid Extended Support Costs
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AWS
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AWS
DynamoDB: Consider Using On-Demand Tables Rather Than Provisioned in Non-Production Projects
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AWS
ECS – Prevent Services from Being Publicly Accessible
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AWS
Compute
AWS
SQS – Consider Making Queues Encrypted at Rest
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Azure
Compute
AWS
Azure App Service – Consider Upgrading Isolated Service Plans to v2
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Azure
Compute
AWS
Azure Virtual Machines – Upgrade ND Series Machines
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Compute
AWS
Google Compute Engine – Consider Predefined Machine Types
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Azure
Compute
AWS
Azure Firewall – Consider Downgrading to Standard or Basic
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AWS
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AWS
Amazon Cloudwatch – Consider Using a Retention Policy to Reduce Storage Costs
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AWS
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AWS
Amazon VPC – Consider Avoiding Multiple NAT Gateways for a Single Subnet
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AWS
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AWS
Amazon OpenSearch – Consider Graviton Instances
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AWS
Google Compute Engine – Consider Using Current Generation Machine Types
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AWS
Amazon ElastiCache – Consider Using Graviton Instances
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AWS
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AWS
Amazon DynamoDB – Consider Using TTL on Tables
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Azure
Compute
AWS
Azure App Service – Upgrade to Premium v3
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading DS Series Machines to Dv5
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Azure
Compute
AWS
Azure App Service – Consider Upgrading Standard Service Plans to Premium v3
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AWS
Compute
AWS
Amazon EC2 – Consider Using Latest Generation Instances for r-Family Instances
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AWS
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AWS
Amazon RDS – Consider Latest Generation t-Family Instances
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AWS
Compute
AWS
Amazon RDS – Consider Latest Generation r-Family Instances
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading G Series Machines to Ev5
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AWS
Compute
AWS
Amazon RDS – Consider Using Latest Generation Instances for m-Family
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AWS
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AWS
Amazon EC2 – Upgrade a1 Instances to c7g
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AWS
Google Compute Engine – Consider a Preferred Instance Type
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AWS
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AWS
Amazon EC2 – Consider Upgrading HS1 Instances to D2
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading D Series Machines to Dv5
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AWS
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AWS
Amazon DynamoDB – Consider Using Provisioned Tables
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AWS
Compute
AWS
Amazon EC2 – Consider Using a Preferred Instance Type
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AWS
Compute
AWS
Amazon EC2 – Consider Using Latest Generation Instances for c-Family Instances
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AWS
Compute
AWS
Amazon EC2 – Consider Using Latest Generation Instances for g-Family Instances
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AWS
Compute
AWS
Amazon EC2 – Consider Using Latest Generation Instances for i-Family Instances
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AWS
Google Compute Engine – Snapshot Retention Policy
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AWS
Compute
AWS
Amazon EC2 – Consider Using Latest Generation t-Family Instances
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Azure
Compute
AWS
Azure Cosmos DB – Consider Disabling Multiple Write Locations for Non-Production Projects
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AWS
Compute
AWS
Amazon RDS – Consider Using Graviton Instances
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading Basic A Series Machines to Av2
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AWS
Compute
AWS
Amazon EC2 – Consider Using Latest Generation Instances for m-Family Instances
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Azure
Compute
AWS
Azure Virtual Machines – Upgrade DC Series Machines to DCv3
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading F-Series Machines to Fsv2
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AWS
Compute
AWS
Amazon VPC – Consider Avoiding Multiple VPC Endpoints for the Same Service
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AWS
Compute
AWS
AWS ECS – Consider Graviton Instances
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Azure
Compute
AWS
Azure SQL – Leverage Azure Hybrid Benefit for SQL Server
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AWS
Compute
AWS
Amazon EC2 – Consider Graviton Instances
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading D-Series (AMD x64) Machines to Dav5
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AWS
Compute
AWS
Amazon RDS – Consider Single-AZ Databases in Non-Production Projects
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AWS
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AWS
AWS Lambda – Consider Graviton
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Azure
Compute
AWS
Azure Virtual Machines – Upgrade GS Series to Esv5 or Mv3
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AWS
Compute
AWS
Amazon RDS – Consider Upgrading Version to Avoid Extended Support Costs
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading Ls Series Machines to Lsv2
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AWS
Google Compute Engine – Remove Unattached Disks
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AWS
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AWS
Amazon EKS – Upgrade Version to Avoid Extended Support Costs
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Azure
Compute
AWS
Azure Database – Removing Geo-Redundant Backups in Non-Production Projects
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Azure
Compute
AWS
Azure Virtual Machines – Consider Upgrading Standard A-Series Machines to Av2
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AWS
Compute
AWS
Amazon ElastiCache – Consider Using Latest Generation r-Family Nodes
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AWS
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AWS
Amazon ElastiCache – Consider Using Latest Generation m-Family Nodes
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AWS
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AWS
Amazon ElastiCache – Consider Latest Generation Nodes for t-Family Nodes
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AWS
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AWS
Amazon OpenSearch – Consider Latest Generation t-Family Instances
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AWS
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AWS
Amazon OpenSearch – Consider Latest Generation r-Instances
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AWS
Amazon OpenSearch – Consider Latest Generation Instances for m-Family
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AWS
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AWS
Amazon OpenSearch – Consider Latest Generation i-Family Instances
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AWS
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AWS
Amazon OpenSearch – Consider Latest Generation Instances for c-Family
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AWS
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AWS
AWS ECS – Consider Avoiding Secrets in Container Environment Variables
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AWS
AWS DMS – Consider Making Replication Instances Not Publicly Accessible
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AWS
Amazon ElastiCache – Redis Version Upgrade Policy
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Azure
Compute
AWS
Azure Virtual Machines – Consider Using a Preferred Instance Type
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Azure
Compute
AWS
Azure Virtual Machines – Optimize Windows VM Costs with Azure Hybrid Benefit
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Azure
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AWS
Azure Virtual Machines – Upgrading E Series Machines to Ev5
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AWS
Amazon RDS – Consider setting Aurora Serverless v2 clusters minimum capacity to 0.5 in non-production projects
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