Tickets, walk-ups, WhatsApp messages, emails and hallway favors stop being five different intake channels with five different memories. They become one queue with owners, priorities, response clocks and a knowledge base that gets better every time you close a case.
Internal IT departments, service desks, managed service providers and customer support teams handling incidents, service requests, onboarding, asset changes and escalations for people who need an answer today.
Three tabs are open on tickets you have not touched since this morning. Someone messaged you directly about a laptop that will not join the domain, so it exists nowhere in the queue. Two of your open cases are the same root cause and neither of you noticed. The remote-access fix you spent forty minutes on last quarter is in a chat message you cannot search. A client is on the phone asking for a status you would need ten minutes to assemble. The work is not the problem. The problem is that the record of the work is scattered across the places the work happened to arrive.
Intake gets one door. A public form, an email, a WhatsApp message and an internal request all land as a ticket in the same queue, with the requester, the affected system, the priority and the timestamp already attached. Nothing survives as a favor somebody remembers.
Triage stops being manual sorting. Atty reads the incoming description, proposes a category and a priority, links the ticket to similar cases already resolved, and drafts a first response using your own knowledge base. A technician spends their attention on the judgment call, not on classification and typing.
Resolution feeds the next one. When a case closes, the steps that fixed it stay attached to the ticket and can be promoted into a knowledge-base note, so the second time that problem appears the answer is already there. The report the manager needs is assembled from the queue itself instead of from an export and a spreadsheet.
Atty classifies incoming tickets, links them to prior resolutions and writes a first reply grounded in your knowledge base. Your team edits and sends instead of starting from a blank box, and the repetitive requests stop consuming your most experienced technician's morning.
Ticketing, knowledge base, customer messaging, forms, documents, task boards and reporting are all built in and already connected. You stop paying per seat across several vendors, and you stop losing time exporting between them so that one tool knows what another tool already recorded.
Every ticket has an owner, a priority and an age you can see at a glance. Aging and unassigned work surfaces on the dashboard rather than in a complaint, so an SLA problem is something you catch during the window instead of explaining afterward.
Support volume grows with the organization, but the repeat questions grow fastest. When those are answered from the knowledge base by Atty and the rest arrive already triaged, the same team covers more users, more sites and more client accounts without the queue turning into a backlog.
Every one of these is built in and already connected to the others. Nothing here is an integration you have to buy or wire up.
Publish request forms for incidents, access requests, new-hire setup and hardware, so the information you always have to ask for is collected at submission instead of over three rounds of email.
Incoming tickets are read, categorized and prioritized automatically, matched against cases already resolved, and answered with a draft grounded in your own documentation.
Every case keeps its full history in one thread: the original report, the diagnostic notes, the screenshots, the replies sent and the fix applied, so a handoff between shifts costs nothing.
Tickets sit in columns by state, with owners and priorities visible. Moving a card is the status update, and nothing waits in a state nobody is watching.
Resolutions become runbooks and how-to notes attached to the systems they belong to, and Atty answers from them. Documentation stops being a project nobody has time for.
Each requester or client organization keeps their sites, equipment, contracts, prior tickets and full message history, so you know what you are looking at before you start diagnosing.
A dashboard shows open volume, ticket ages, workload per technician and what is closest to breaching, built from the live queue rather than from a report you rebuild every Monday.
Atty has your tickets, notes and documents in context. Ask what changed on a client site last month, or how the last three cases like this one were resolved, and get an answer with the source.
It drafts. Classification, related-case matching and the proposed reply are automatic, and a person approves before anything goes to the requester. You decide which categories are safe to let through with a lighter review as you build confidence.
Yes. The same model handles customer support cases and internal IT tickets. External requesters submit through a public form or by message and receive replies without needing an account, while your team works both queues in one place.
No. It fills as you work. Every resolved ticket carries the steps that fixed it, and promoting that into a reusable note takes seconds, so your documentation grows out of the cases you were already closing instead of out of a documentation project.
Priorities, categories and queue states are yours to define, and ticket age and ownership are visible on the board and the dashboard. The point is that a slipping case is visible while the clock is running, not reconstructed afterward.
Each client can be its own project with its own queue, records, documents and access rules, while your team works across all of them from one place. A client can be given access to their own view without being able to see anyone else's.
Backlog, specs, releases and customer signal. Your repo stays put.
Drawing registers, revisions, inspections and permits — never a stale revision.
Milestones, dependencies and a status report that assembles itself.
Customers, jobs, team and money — off your phone and your memory.
Who Attain OS Is For — One Operating System for the Team You Actually Run
