AWS
Amazon Web Services
- IAM Roles Anywhere account identity
- EC2 create, discover and lifecycle operations
- Instance type, AMI, VPC and subnet-aware inputs
- Guided VPC and WireGuard private connectivity
Three connected cloud providers
IntelliconOps puts provider-aware provisioning, lifecycle operations, approvals, execution history and inventory behind one control plane—without hiding the real differences between EC2, Azure Virtual Machines and Google Compute Engine.
Discuss your cloud environmentProvider capabilities available now
Each integration authenticates within its own cloud boundary and understands that provider’s compute, network and lifecycle semantics.
AWS
Azure
GCP
Capability map
The control plane stays consistent while capability labels show where provider implementation and acceptance are at different stages.
| Capability | AWS | Microsoft Azure | Google Cloud |
|---|---|---|---|
| Cloud account and credentials | AvailableIAM Roles Anywhere | AvailableSubscription identity | AvailableProject service account |
| VM provisioning and lifecycle | AvailableEC2 | AvailableAzure Virtual Machines | AvailableCompute Engine |
| Provider-aware Blueprint inputs | AvailableAMI, type and subnet | AvailableImage, SKU and subnet | AvailableImage, machine type and subnet |
| Private cloud connectivity | AvailableVPC and WireGuard | AvailableVNet and WireGuard | AvailableVPC and WireGuard |
| OpenTofu Linux VM module | FoundationControlled planning implemented | Live apply provenVM and NIC synchronised | Next milestoneControlled module not yet implemented |
Shared control plane
Use the same users, roles, effective permissions and scoped groups to govern platform access.
Keep the provider, input contract, version and supported actions visible on each Blueprint.
Route work through visible group, permission and approval boundaries before execution.
Track events, workflow results, errors, decisions and resource outcomes in a durable record.
Bring discovered, Blueprint-created and OpenTofu-managed resources into connected operational views.
Provider-specific execution
The private worker selects the relevant provider adapter and credentials. Each adapter returns a normalised result while retaining cloud-specific diagnostics and resource identifiers.
OpenTofu across providers
The validate, plan, approve and apply controls are shared. Module implementation and live-cloud acceptance remain explicit for each provider.
The controlled AWS Linux VM module, typed inputs, credential adapter, plan parsing and inventory-linking foundation are implemented. Repeat-plan and live apply acceptance remain to be completed.
A saved and approved OpenTofu plan has created a live Azure VM and NIC, synchronised inventory and retained encrypted state across worker rebuilds.
The working GCP account and provider integrations will be reused, but the controlled gcp/linux_vm OpenTofu module and its UI discovery controls are not yet implemented.
Provider-aware Blueprints
Blueprints use the same publication and request lifecycle while exposing the inputs appropriate to AWS, Azure or Google Cloud. This screenshot is an Azure catalogue example.
Explore prompt-led BlueprintsBuild a consistent cloud operating model
Bring AWS, Microsoft Azure and Google Cloud operations into one governed platform while retaining the identities, inputs, diagnostics and resource models that make each provider different.
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