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Order, Approve, and Provision Infrastructure from
One Service Catalog

Self-service provisioning made simple. Create a curated catalog of approved
blueprints — on-prem, multi-cloud, and Kubernetes — and let developers order
resources with a click. Built-in policies automate approvals and budgets, so IT
gets governance, and devs get speed.
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One catalog published across the whole estate
DatacenterColocationPrivate cloud Virtualization Public cloud KubernetesEdgeOpenShift
The requester chooses a service level — the platform decides where it lands
The catalog

Publish once, order
from anywhere

Every offering the business is allowed to consume, defined as a blueprint and
published as an orderable service — each carrying its own sizing shape, policy
defaults, SLA, and price.
Managed compute
Availability, latency, response, and resolution targets defined once across DCIM, AIOps, HCMP, FinOps, and GreenOps – measured against one service definition, not four.
Unmanaged compute
Continuous discovery maps every service to its supporting CIs across hosts, clusters, network paths, databases, and application tiers – so impacted commitments are known at the moment of degradation.
Containers and edge
Continuous discovery maps every service to its supporting CIs across hosts, clusters, network paths, databases, and application tiers – so impacted commitments are known at the moment of degradation.
Data services
Managed database instances with high-availability pairs and automated patching, ordered as one item.
Storage and protection
Volumes, object storage, snapshot schedules, and long-retention backup as orderable add-ons.
Network and security
Firewalls, load balancers, certificates, and security group membership requested alongside the workload.
Guided provisioning

A catalog that decides, not just displays

Architectural judgement moves into the catalog – and shows its reasoning every time it is used.
Business intent, not build parameters
Five questions the requester can answer without an architect. The answers form an application profile that sets the tier, sizing, and add-ons – with the reasoning shown alongside each choice.
Policy applied before provisioning
The application profile assembles placement, security groups, firewall rules, monitoring, and backup policy. The requester reviews and edits the proposed configuration before submitting it.
Approvals that hold up in review
Manager, budget, security, and procurement gates run against the order, routed through your existing enterprise approval workflows and visible to the requester throughout.
Provisioned, validated, recorded
The approved configuration is executed against the target platform and the delivered result validated against it. Configuration, owner, and relationships are recorded in the CMDB.
Allocated from the moment it is requested
Project, cost center, environment, and owner travel with the resource – the foundation FinOps needs for showback, chargeback, and line-item billing.
GenAI copilot

Describe the workload, not the build

The copilot sits over the catalog, CMDB, capacity, and cost data — so a project team can order infrastructure without knowing which estate will serve them.
  • Ask for what the business needs – the application, the environment, the criticality – and receive a recommended service with its sizing, price, and provisioning SLA attached.
  • See why the recommendation was made before committing to it, and change any derived value – sizing, security group, firewall policy, monitoring, backup.
  • Track the order through its approval chain, and ask the same copilot afterwards what it cost, who owns it, and where spend moved.
GenAI-copilot
How it works
Ask, derive, approve,
deliver
One chain from request to resource — nothing re-keyed between
stages.

1

Ask
Application, environment, location, and criticality form the profile. The catalog recommends a service with sizing, price, and SLA attached.

2

Derive
Placement, security, firewall, monitoring, and backup policy proposed from the profile — reviewed and edited inline.

3

Approve
Manager, budget, security, and procurement gates run in sequence, visible to the requester throughout.

4

Deliver
Built, validated against the approved configuration, recorded in the CMDB with owner and relationships, billing period opened.
Why UnityOne AI
Faster delivery, standard
builds, spend that
reconciles itself
Self-service that finance and security did not have to be routed around.
Delivery without the queue
The architectural work that normally waits on a senior engineer is carried by the catalog – so a request does not become a ticket, and a ticket does not become a negotiation.
Standard builds by default
Every resource arrives with the same sizing logic, hardening baseline, firewall policy, monitoring, and backup – because the blueprint decided them, not the requester.
Governance without the friction
Approval, budget, and security gates run inside the order rather than around it – and every order carries the justification an audit will ask for.
Spend that attributes itself
Project, cost center, business unit, and environment are captured at intake, so allocation is a property of the resource rather than a quarterly reconciliation exercise.
A CMDB that stays true
Resources are registered as they are created, with owner and relationships intact – so the configuration record reflects what exists rather than what was last documented.
One front door, every estate
The same catalog, approval policy, and reporting standard across colocation, private cloud, virtualization, public cloud, and Kubernetes.
In practice

Where the queue usually forms

The requests that consume the most engineering time, handled as catalog
orders.
Enterprise Apps
Standing up an ERP landscape
Multi-window burn-rate evaluation flags the path to breach rather than the breach itself, traced to its contributing cause and remediated inside policy – with recovery validated before the threshold is reached.
Developer Platform
Self-service finance trusts
Deployments, patches, and configuration changes correlated against service level movement – identifying the responsible change during the incident.
Placement
Multi-datacenter estates, one front door
When a P1 opens, affected services, tenants, and active commitments are identified immediately – the bridge call starts with scope established.
Service Providers
A catalog you can bill against
Publish tiered services to tenants, manage entitlements and pricing per tenant, and bill by line item from the same order record.
Shadow IT
Removing the reason to route around
When the approved path returns a priced, provisioned resource faster than an unapproved one, unmanaged spend loses its rationale.
Audit
Answering who asked, and why
Project, purpose, cost center, approver, and business justification stay attached to the resource – so a review starts from the record rather than a reconstruction.
Continuous protection

One catalog. One approval
chain. One accountable
record.

See a request become a resource on your estate — intake, policy
gates, provisioning, CMDB, allocation.
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About UnityOne AI ™

UnityOne AI™ is an agentic intelligence platform for ITOps management, comprising CERNE™, LUMI™, and VEKTOR™. CERNE™ replaces dozens of cloud management tools by unifying DCIM, AIOps, HCMP, FinOps, and GreenOps within a single AI-driven control plane. LUMI™, the AI copilot, provides contextual intelligence, operational recommendations, and workflow automation, while VEKTOR™ enables enterprises to provision, orchestrate, and scale AI factories with the lowest cost-to-serve. The UnityOne AI™ suite enables enterprises to simplify hybrid/multicloud operations, strengthen governance, optimize resource utilization, and accelerate transformation to AI-driven ITOps.

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