Infrastructure Provisioning

The problem

Provisioning infrastructure in a large organization is rarely as simple as spinning up a VM. A developer or project team submits a request — usually via email or a ticketing system — and then waits. The request has to be reviewed for security compliance, checked against budget, approved by one or more managers, and then manually fulfilled by an infrastructure engineer who logs into the right console and configures the resource by hand.

In multi-cloud environments, the complexity multiplies. One team runs on AWS, another on Azure, a third still depends on on-premises VMware. Each platform has its own provisioning process, its own access controls, and its own naming conventions. The infrastructure team maintains separate runbooks for each, and fulfillment depends on whoever happens to be available and knows the right platform.

The result is predictable: provisioning takes days or weeks. Requests sit in queues. Engineers spend their time on repetitive manual tasks instead of architecture and optimization. Shadow IT grows because teams cannot wait for the official process. And when an audit hits, there is no clean record of who requested what, who approved it, or what was actually provisioned.

The USDA faced exactly this problem. Infrastructure provisioning took up to three weeks. By the time resources were available, project timelines had already slipped.

How Kinetic solves it

Kinetic orchestrates the entire provisioning lifecycle — from self-service request through approval, fulfillment, configuration, and notification — across every infrastructure platform in the environment. It sits on top of AWS, Azure, GCP, VMware, Terraform, Active Directory, and your ITSM system, connecting them into a single deterministic workflow.

Requesters see a clean self-service portal. They select what they need, provide the required parameters, and submit. Kinetic handles everything else: routing approvals based on cost thresholds and resource type, executing provisioning through Terraform or native cloud APIs, configuring access in Active Directory, creating the corresponding ITSM record, and notifying the requester when everything is ready.

Because execution is deterministic, every provisioning request follows the same governed process. No steps are skipped, no configurations are missed, and every action is logged with a full audit trail.

Workflow walkthrough

A user submits an infrastructure request through the Kinetic self-service portal, selecting resource type, size, region, and project
Kinetic validates the request against organizational policies — naming conventions, approved configurations, budget limits
The request routes to the appropriate approvers based on cost threshold and resource classification (standard requests auto-approve; high-cost or sensitive resources require manager and security review)
Upon approval, Kinetic triggers Terraform or native cloud API calls to provision the requested resources in AWS, Azure, GCP, or VMware
Kinetic configures network rules, security groups, and tagging based on organizational standards
Active Directory groups and access permissions are updated to grant the requester appropriate access
An ITSM ticket is created and linked to the provisioned resources for asset tracking
The requester and their manager receive notification with connection details, documentation links, and expected costs
Kinetic schedules automated compliance checks and cost monitoring for the provisioned resources
At end-of-life, Kinetic orchestrates decommissioning — revoking access, archiving data, and updating asset records

Key capabilities

Self-service request portal with role-based catalog items for each infrastructure type
Policy-based approval routing that adapts to cost, classification, and organizational rules
Cross-platform fulfillment across AWS, Azure, GCP, and VMware through a single workflow
Terraform integration for infrastructure-as-code provisioning with version-controlled configurations
Active Directory automation for access provisioning tied to infrastructure deployment
ITSM synchronization to maintain accurate asset and configuration records
Full audit trail of every request, approval, and provisioning action
Automated decommissioning workflows triggered by expiration dates or offboarding events

Business outcomes

Provisioning reduced from weeks to minutes — USDA went from 3 weeks to 30 minutes after deploying Kinetic
Zero manual console access required for standard provisioning requests
Consistent governance across all cloud platforms and on-premises infrastructure
Complete audit trail satisfying compliance requirements for FedRAMP, FISMA, and internal security policies
Reduced shadow IT because the official process is faster than doing it yourself
Infrastructure engineers freed from repetitive fulfillment to focus on architecture and optimization
Cost visibility built into the request process so teams understand spend before they provision

Who this is for

Infrastructure provisioning orchestration is built for IT operations leaders, cloud platform teams, and CIOs managing multi-cloud or hybrid environments — especially in government and defense where provisioning governance is not optional. If your infrastructure team spends more time fulfilling tickets than improving architecture, this is the use case to start with.

USDA case study — how USDA cut provisioning from 3 weeks to 30 minutes
Government solutions — workflow orchestration for federal and defense environments
Integrations — pre-built connectors for AWS, Azure, GCP, Terraform, and more