The work doesn’t live in one system. Neither should the workflow
Most enterprise work spans systems that were never designed to talk to each other. A single service request might touch a ticketing tool, an HR record, a calendar, a directory, and a legacy ITSM platform — and today the gaps between those systems get bridged by people. Someone re-keys data into a second screen. Someone emails an approver and waits. Someone tracks the whole thing in a spreadsheet because no single system owns the end-to-end process.
That manual stitching is the status quo Kinetic was built to replace. Kinetic is an enterprise workflow orchestration platform that acts as a modernization layer — software that sits on top of your existing systems of record, coordinates work across them, and gives users one clean experience without forcing you to rip out and replace what already runs your business. The connectors and workflow handlers described below are how that orchestration actually happens. They are the seams that let one workflow reach into many systems at once.
What a handler actually does
A handler is a packaged, reusable integration step. Drop it into a workflow and it performs one concrete action against an external system — create a ticket, update a record, read a calendar entry, provision a user — then hands the result back to the workflow engine to decide what happens next.
That division of labor matters. The external systems remain the systems of record. Kinetic orchestrates the work between them. You are not migrating data out of Remedy or Jira into a new platform. You are leaving those systems exactly where they are and letting Kinetic coordinate the steps that cross them. This is what modernization without rip-and-replace looks like in practice: extend and improve what you already have, rather than starting over.
Here are recent additions to the connector and handler library, grouped by the kind of problem they solve.
IT service management: Remedy and HP Service Manager
For organizations running BMC Remedy ITSM7, handlers now cover the Work Order lifecycle — templated work order creation, status updates, and work-info entries. HP Service Manager handlers cover incidents: create, update, and add activity to an incident.
These are the heavyweight systems of record that large IT shops have invested years in. The point is not to replace them. It is to orchestrate across them — so a request that needs a Remedy work order and an HP Service Manager incident can be driven by a single Kinetic workflow instead of two consoles and a handoff in between.
Issue and project tracking: Jira
New Jira handlers interact with Jira projects directly from a workflow — managing groups, creating and deleting issues, and creating new users. When a fulfillment process needs to open a tracked issue for an engineering team and keep it in sync with the rest of the request, the workflow does it. No one copies a ticket number from one tool into another by hand.
Scheduling and directory: Google Calendar
The Kinetic Calendar Google Adapter brings event information from a Google calendar into a Kinetic Calendar view, so scheduling data sits alongside the workflows that depend on it rather than in a separate tab.
The pattern underneath all of these
Look past the individual product names and one architecture comes into focus.
Kinetic doesn’t try to become the new system of record. It sits above the ones you already have and orchestrates the work between them.
That is the difference between orchestration and replacement. A platform that wants to be your new system of record asks you to migrate your data, retrain your people, and bet your operation on a cutover. A modernization layer asks for none of that. It connects to Remedy, Jira, HP Service Manager, and Google Calendar as they are, automates the cross-system steps, and presents users with one coherent experience on top.
Connectors, handlers, and forms are table stakes — every workflow tool claims a connector library. What is not table stakes is the architectural decision behind them: orchestrate, don’t replace. That decision is why Kinetic fits into complex, multi-system enterprise and government environments where a rip-and-replace project would be a multi-year risk no one wants to own.
Why deterministic execution matters here
When a workflow creates a Remedy work order, opens a Jira issue, and updates a record across three systems, the order of those steps and their outcomes have to be repeatable and auditable. Workflow execution in Kinetic is deterministic — the same inputs produce the same steps, every time, with a traceable record of what ran and when.
That discipline is what makes these integrations safe to rely on in regulated and government settings. It is also where AI fits without taking over the wheel: build with AI, run with Kinetic. AI can help design and assemble workflows, and it can participate as a workflow step — classifying a request, extracting a field, recommending a route, summarizing a case. But the execution that touches your systems of record stays deterministic and governed. AI advises. Humans decide. Workflows execute.
Where this fits
The handlers above are the everyday mechanics of a larger idea: you can modernize the user experience and automate cross-system work without replacing the systems underneath. That is the same approach behind Kinetic’s work in government and defense, where systems of record are entrenched and rip-and-replace is rarely an option, and across enterprise IT service delivery.
If you want the architectural view of how the orchestration layer sits on top of your existing systems, start with the platform overview. If you want to see the cross-system processes teams build with it, the use cases are the place to look.
The connector library keeps growing because the systems that run real organizations keep changing. The constant is the layer that orchestrates across them — without asking you to tear anything out.
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