A network or infrastructure change is never just the change. It’s the ticket, the approval, the notification, the update, and the proof it worked, split across whichever specialist owns each piece. Itential runs all of it as one unified workflow, across every team, tool, and domain, no matter who runs it or what triggered it.
Engineers run pre-checks manually, copy-paste outputs into tickets, and hope post-checks happen before the change window closes. When they don’t, nobody finds out until production breaks.
Most change processes assume success. When a change fails mid-execution across multiple devices, recovery is manual, slow, and incomplete, leaving infrastructure in an unknown state.
A single change gets split up: a script here, a network change there, cloud infrastructure somewhere else, each piece waiting on whichever specialist is free to pick it up.
The same engineer logs into one console to make their piece of the change, then logs into another to keep going. Every switch adds time, and across hundreds of changes a year, that time is real operational cost.
Most infrastructure teams are still executing changes the same way they did a decade ago: manually, across multiple systems, with engineers switching between tools and teams to get one change done. As environments grow more complex, that manual relay is what creates the risk, the rework, and the delay at scale.
The Gartner® Market Guide for Infrastructure Automation & Orchestration Tools covers what infrastructure teams need as automation and AI reshape operations. Itential was named a representative vendor for the third year in a row.
Most enterprises run change management as a ticketing process: approvals in ServiceNow, execution split across whichever team or tool owns that piece, evidence assembled after the fact. Itential runs it as one workflow instead, across every team, tool, and domain.
Ansible is good at Ansible. ServiceNow is good at the ticket. Neither one ties the two together, or the ten other systems in between. Itential is the orchestration layer that runs the whole change as one workflow, across every tool already in the stack, without adding another one to it.
Pre-checks, post-checks, the ServiceNow ticket, suppressing monitoring alerts for the change window, the record when it’s done, these are the pieces that make a change real, not just technically complete. Itential runs every one of them inside the same workflow as the change itself.
The workflow opens the ServiceNow ticket, suppresses monitoring alerts for the change window, and runs the change end to end. No handoff between the person who requested it and the person who executes it.
The right approver is notified the moment their decision is needed, and the workflow waits on it. No follow-up email, no chasing someone down before the window closes.
Success or failure updates the ticket and closes it automatically, artifacts attached. Nobody reconstructs what happened after the fact.
Ansible runs Ansible. The firewall console runs the firewall. Neither one talks to the other, or to the twenty more tools in between. Itential is the layer that ties them together into a single workflow, without replacing any of them.
1,000+ integrations, plus anything with an OpenAPI spec, connect in as they are. Existing tools stay exactly where they are, Itential is the layer that calls them in sequence.
A single run reaches every vendor’s tool at once, AWS, Azure, Zscaler, whatever’s in the stack, instead of a different console and a different person for each.
Existing tools stay exactly where they are. Itential is the layer that calls them in sequence, not a replacement for what’s already running.
Orchestrating a change across systems used to mean writing a requirement and handing it to a developer. FlowAI lets the person who actually knows which steps need to happen build it directly instead, in plain language, with the right tools selected for the job.
A network architect or engineer describes what needs to happen and which systems are involved. FlowAI turns that into a working workflow.
No handoff to a developer, no waiting on a sprint. What used to take months of back-and-forth takes minutes to build.
An agent that’s proven itself converts into a deterministic workflow, same result, without the ongoing reasoning cost.
Most teams already have scripts, vendor tools, and automations that handle individual tasks well. None of them tie together, scale across the organization, or get reused without rebuilding. Itential is the platform underneath all of it.
Every number below comes from a real customer running Itential in production, not a lab estimate. This is what happens when change stops depending on a relay of tickets, tools, and people, and runs as one coordinated workflow instead.
See how Itential runs the next change as one workflow instead of a relay of tickets, tools, and specialists. The ticket opens itself, the right tools get called automatically, and the record closes the loop when it’s done.
Pick one recurring change that splits across multiple teams or tools right now, a software upgrade, a firewall change, a provisioning request. Orchestrate it as one workflow, prove it, then add the next one. Most customers see meaningful results within 30 to 60 days.
Most teams see it on the first workflow within 30 to 60 days: fewer handoffs, faster completion, less manual documentation. Covering more change types, and letting FlowAgents take on more of the work, happens over the following months.
No. The CAB still defines what changes need approval, what risk tiers apply, and what windows are acceptable. Itential enforces those decisions at execution time, automatically, so the CAB reviews patterns instead of individual tickets.
ServiceNow manages the ticket, the approval, and the workflow record. Itential is what actually runs the change once it’s approved, across every team and tool involved, and closes the loop back to the ticket automatically when it’s done.
Itential captures infrastructure state before the first step of any change runs. If any step fails, automated rollback triggers immediately, returning every affected system to its pre-change state across every device, domain, and system touched. No manual recovery. No partial states. The complete execution history, what ran, what failed, what rolled back, and why, is always available without log analysis.
The agent goes through the same path a person would: the same approval rules, the same checks before and after, the same rollback if something goes wrong, and the same record afterward. It has no way to touch infrastructure outside that path.
They connect in as they are. Nothing gets rewritten. Once connected, each one becomes callable from the same workflow instead of something a specialist has to run by hand.
Yes. The same workflow applies whether the change touches a CLI-managed network device, an API-managed cloud resource, a firewall rule, or an SD-WAN controller. One execution model, regardless of what’s underneath.
No. Controllers like Catalyst Center and Meraki are excellent at what they do: pushing updates, provisioning, running their own domain. What they don’t do is open a ticket, update the CMDB, or tie that change to everything else happening across the environment. Itential orchestrates on top of the controllers you already run, not instead of them.
A service model describes what a service should look like. Itential’s lifecycle tracking is different: it’s the state of what’s actually been done to the infrastructure, the record of every change, not a model of an intended service. It’s built to track real execution history, not simulate a service definition.
Scripts work, but credentials usually end up hardcoded inside them, and there’s no consistent way to control who can run what. Itential connects to your existing scripts and adds RBAC and secrets management on top, so the scripts stay, the risk of a hardcoded credential doesn’t.