Dealerships that service forklifts, warehouse equipment and heavy machinery. Technicians run the whole job from a tablet. Basement, cooler, back of the plant, no signal needed.
Basements, coolers, the back of a plant, remote yards. Coverage drops and the job carries on.
Most field service software assumes a connection. Equipment does not break in places with good coverage.
This is the single capability dealers name when they explain why they moved. Everything else can be worked around. This cannot.
No holds, no spinners, no error screens, no re-entry. The experience is the same whether there is a signal or not, which is the point.
No call to the shop. No number read back down the phone. No typing the same details in twice.
The single biggest change dealers describe is this one. The technician stops depending on someone at a desk to start the job.
Pulling up a form, calling the dispatcher, waiting while she opens a work order, having the number read back, then transferring all of it in and typing everything again.
Twenty minutes at the start of every job, multiplied by every technician, every day. And a dispatcher who spends her morning opening work orders instead of dispatching.
Billing goes out while the visit is still fresh with the customer, because the paperwork is already done.
This is the number that gets a dealer principal’s attention. Weeks of working capital, released.
Their accounts payable clerk receives an invoice with the detail and signature attached, so it can be matched and approved without a phone call.
Cash collected weeks earlier, and a much shorter argument when something is queried. The evidence was captured at the machine.
What was done last visit, what was flagged for next time, and the documentation to go with it.

A technician who knows what happened last time fixes it right this time. This is the difference between a repair and a repeat visit.
Dealers carry dozens of manufacturers. One record per machine, whatever badge is on it, so a technician is never guessing because the unit came from a different line.
Every job makes the next one faster. The record gets better the longer you run it, and it stays with the machine even when the technician who wrote it has moved on.
Including what is already sitting on the van, without calling the parts counter to ask.

Parts is where service margin is won or lost. Capturing consumption at the point of use is what makes the numbers real.
Van stock reconciles because it was captured at the point of use, not remembered at the end of the week. Usage data reflects what actually went on machines.
Field parts capture with cost controls is the difference between a job that looks profitable and one that is. Nothing gets fitted and forgotten.
Not reconstructed from memory on a Friday afternoon, when the detail has already gone.

Labor recorded days later is labor recorded wrong. Posting it live changes what every downstream number is worth.
Service margin, technician productivity and work-in-process reporting all rest on this number. Reconstructed hours make all three unreliable at once.
Evidence attached to the job while the technician is still standing in front of the machine.

A photograph settles an argument that a paragraph cannot. It also settles a warranty claim and a disputed invoice.
Warranty administrators get documented claims. Billing gets fewer disputes. Safety gets a record. None of them had to ask for it.
Crews joining from an acquired dealership describe on-site photo capture as one of the clearest differences. Nothing to carry, nothing to lose, nothing to write up later.
No carbon copies, nothing to carry back to the office, nothing to lose on the way.

The signature is what turns finished work into a billable job. Getting it on site removes the whole paper journey behind it.
The saving on printed work orders is real. The bigger number is the invoice that no longer waits for paper to travel from a truck to a desk.
A signature with the work detail attached settles most queries before they become one. The customer signed for what they are being billed for.
Schedule the day graphically and watch the whole department run in real time.

When technicians open their own work orders, dispatch stops being an order-entry desk and starts being dispatch again.
Administrative leverage is the quietest benefit here and one of the largest. The same office team supports a much bigger field team.
A service manager is measured on WIP. Seeing every open job and where it is stuck, live, is what makes that number manageable rather than historical.
The customer, dispatch and the product support rep are notified the moment the job is submitted.

Closing a job used to mean someone at a desk finding out it had happened. Now everyone who needs to know is told.
Your PSR knows what happened at their account before the customer rings to talk about it. That is a different conversation from the one that starts with being caught out.
No end-of-day round-up, no asking which jobs closed. The notification is the record, and it goes out the moment the technician submits.
Fleet management is sold on its own. Track cost, utilization and service history across every machine you hold, without moving your service department onto MSPLift first.
A code on the asset opens its history and raises a service request in seconds, from any phone.
The fastest service request is the one raised by the person who found the problem, at the moment they found it.
The operator standing next to a machine that has stopped does not need an account or a number. They scan and report, and the right people know.
Parts, labour and downtime rolled into one number you can compare across the whole fleet.
Purchase price is knowable on day one. Cost per hour is the number that decides whether the purchase was right.
Where the dealer carries the cost risk, cost per hour is how contract profitability gets watched. A contract that is quietly losing money looks fine until someone measures it.
The case for a new machine is easier to make and easier to refuse when the running cost of the old one is on the table.
Owned, leased and rented equipment together, which is usually where a spreadsheet falls over.

Most fleets are recorded across a spreadsheet, a filing cabinet and somebody’s memory. This is one register.
Owned, leased and rented equipment sit on the same register. That is usually where a spreadsheet falls over, because the three are tracked by different people in different places.
The register is not a separate job. It is updated by the work already being done in the field, which is why it stays accurate.
Hours worked against hours available, machine by machine, so idle equipment stops hiding.

Fleets grow by accident. Utilization data is how they get right-sized on purpose.
Every fleet has one. It costs the same to own whether it runs or not, and it is almost never the unit anyone would have guessed.
Nobody has to read a report to find the problem. The board speaks up when something moves.

Nobody reads the whole report. Exception management means the report reads itself and only speaks up when it matters.
A small share of any fleet drives most of the cost problems. Finding that share by reading reports takes time nobody has. Being told is different.
Cost and utilisation side by side, split by site, department or ownership.

A dashboard is only useful if it changes a decision. This one is built around the decisions fleet owners actually make.
Cloud hosted, no on-premise hardware, and no requirement to expose the business system to outside access. IT tends to relax at that point.
Because the people who need it are usually not the people who log in.

The people who need this data are usually not the people who log in. Export matters as much as the dashboard.
Finance, procurement and the person deciding next year’s fleet budget. None of them will open a service system, and all of them need what is in it.
Nothing gets ripped out. Your ERP stays where it is and MSPLift connects your technicians to it.
The fastest way to stop a field service project is to tell IT it starts with an ERP migration. This one does not.
Nothing to host, nothing exposed externally, and no requirement to open the business system to outside access. The objections that usually stall these projects do not apply.
Dealers have replaced their core business system and kept MSPLift running throughout. The technicians did not notice, which is the outcome you want.
Fifteen years of connecting field service to dealer business systems, major platforms and in-house ones alike.

Fifteen years of connecting field service to dealer business systems, from the major platforms to systems written in-house.
The person reading this card is the one most able to test the claim. We would rather name fewer systems accurately than imply coverage we cannot evidence.
Plenty of dealers run something in-house or unusual. That is a build, and one we have done many times.

Customers consistently describe a flexible and honest response to requests: clear about what is feasible and what is not, rather than over-promising.
Dealers tell us the honesty is a reason they stay. A clear no builds more trust than a slow maybe, and it costs everyone less.
The people who build the software connect it. That is why a change request is a change and not a project handed to someone who has never seen your setup.
A dealer carrying thirty manufacturers should not need thirty portals to service them.

A dealer carrying thirty manufacturers should not need thirty portals to service them.
Every second portal is a login, a search and a lost thread. Multiply that across a mixed fleet and it is a meaningful part of a technician’s day.
Forms and fields shaped to how your dealership works, not how the dealer down the road does.

Every dealership runs a little differently. Software that cannot accommodate that becomes the thing people work around.
Dealers who acquire other dealers need software that absorbs a new way of working rather than fighting it. Templates are how that happens without a rebuild.
Different forms by branch or by work type, changed on request. Your service manager describes what is needed; nobody has to learn a configuration tool.
MSPLift was built from inside material handling by people who have done the work. Customers stay for the software, and tell us they stay for the team behind it
MSPLift runs at dealerships across North America, from single sites to national groups with dozens of locations. Two shapes of customer, both served by the same product.
One site, one service department, and a service manager who knows every technician by name. Often coming off paper, spreadsheets, or a general-purpose tool that was never built for forklift service. MSPLift gives them what a national group runs, without the overhead of getting there.
Dozens of branches, hundreds of technicians, and a mix of systems inherited through acquisition. The problem is consistency: the same process at every site, without a rollout that stops the business. MSPLift deploys site by site, shaped to how each branch already works.

One site, one service department, and a service manager who knows every technician by name. Often coming off paper, spreadsheets, or a general-purpose tool that was never built for forklift service. MSPLift gives them what a national group runs, without the overhead of getting there.
Dozens of branches, hundreds of technicians, and a mix of systems inherited through acquisition. The problem is consistency: the same process at every site, without a rollout that stops the business. MSPLift deploys site by site, shaped to how each branch already works.
Three situations dealers tell us made the difference.
You do not buy software and disappear into a ticket queue.
Rollout is structured, phased, and shaped around how your dealership already works.
A real person gets back to you. We will ask how your technicians work now, what system you run, and where the time goes. If we are not a fit, we will say so.
Tell us a bit about your dealership...
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