How to read this table
Tier describes the runtime dependency on Tensor9. Infrastructure only means your application calls the target service directly. Max serves supported application API calls through Tensor9. Resource-management API support depends on the service and target. The service row shows the highest tier offered across its published targets; individual target and operation details determine what your application needs. A stack uses the highest tier required by any of its services: one service at Max makes the stack’s tier Max. See adaptation tiers. The cloud columns show targets for each origin service. The origin cloud is omitted because using a service on its own cloud needs no adaptation. ✓ means a supported or approved intended target; - means no adaptation is offered on that cloud. A checkmark does not promise every API operation: the service page states the supported scope. A dash in the tier column means no adaptation tier applies or no tier is specified. The service page explains any capability supplied by the target environment.Coverage by target cloud
AWS
Google Cloud
Google Cloud services deploy on Google Cloud only; cross-cloud adaptation is not offered.Azure
Azure services deploy on Azure only; cross-cloud adaptation is not offered.
Each service page explains the supported operations and limitations for its target clouds.
If the page does not answer your deployment question, ask us.
Services we deliberately do not offer
Tensor9 does not adapt these services from their native cloud to another cloud. This is a product decision, with no plans to add these adaptations. A stack that uses one keeps that service on its original cloud. The direction matters: a service listed here can still be a target for an adapter from another cloud. For example, Tensor9 can adapt SQS onto Azure Service Bus; it does not adapt an application using the Service Bus API onto AWS.AWS
- Amplify
- API Gateway (REST)
- API Gateway v2 (HTTP/WebSocket)
- AppSync
- Athena
- AWS Backup
- Batch
- Cloud Map (Service Discovery)
- CloudFormation
- CloudWatch
- CloudWatch Alarms
- CloudWatch Dashboards
- CloudWatch Logs
- CloudWatch Metrics
- CodeBuild
- CodePipeline
- Cognito
- Cognito Identity Pools
- DMS (Database Migration)
- Glue
- IAM Identity Center (SSO)
- IoT Core
- Lake Formation
- Neptune (graph)
- Network Manager
- Organizations
- Pinpoint
- Redshift
- Resource Access Manager
- Resource Groups
- S3 Tables
- S3 Vectors
- SageMaker AI (Training and Notebooks)
- Step Functions
- Verified Permissions
- VPC Lattice
Google Cloud
- AlloyDB for PostgreSQL
- Apigee API Management
- App Engine
- Artifact Registry
- BigQuery
- Cloud Bigtable
- Cloud DNS
- Cloud KMS
- Cloud Load Balancing
- Cloud Logging
- Cloud Monitoring
- Cloud Run
- Cloud Run functions
- Cloud Spanner
- Cloud SQL for MySQL
- Cloud SQL for PostgreSQL
- Cloud Storage
- Cloud Tasks
- Cloud Workflows
- Compute Engine
- Dataflow
- Firestore
- Google Kubernetes Engine
- Google Cloud IAM
- Identity Platform
- Memorystore for Redis
- Pub/Sub
- Secret Manager
- Virtual Private Cloud (VPC)
Azure
- Azure AI Search
- Azure API Management
- Azure App Service
- Azure Application Insights
- Azure Cosmos DB
- Azure Data Factory
- Azure Databricks
- Azure DNS
- Azure Event Grid
- Azure Event Hubs
- Azure Front Door
- Azure Functions
- Azure Logic Apps
- Azure Managed Redis
- Azure Monitor
- Azure Service Bus
- Azure SignalR Service
- Azure SQL Database
- Azure Stream Analytics
- Blob Storage
- Container Apps
- Container Registry (ACR)
- Microsoft Entra ID
- Microsoft Foundry
- MySQL Flexible Server
- PostgreSQL Flexible Server
- Virtual Machine Scale Sets
- Virtual Machines
- Virtual Network