What problem is a dispatch system really meant to solve?
Key takeaway
What a dispatch system truly solves is not just "who gets the job" but keeping the status, owner, and related records of every job traceable from creation to completion.
Imagine an equipment-service company gets a call from a customer whose machine has broken down, and they want an engineer sent out. Looked at purely as "dispatch", the flow could be simple: create a case, pick an engineer, send a notification.
Real work rarely stops there. Customer service may first need to confirm the customer, the equipment, and the fault type, check whether it falls under warranty or a service contract, and then arrange the visit around the engineer's skills, schedule, and location. On site, the engineer may need to log the cause, replace parts, take photos, fill in a repair record, and finally have the customer confirm completion.
When all of that lives in phone calls, LINE, paper work orders, Excel, and different people's phones, the company may know "who got the job" yet still struggle to answer quickly: where is the case now, why is it not done, what was repaired on this machine before, which parts were used this time, and has the customer signed off?
Dispatch management products on the Taiwan market today likewise go well beyond job assignment, extending into work orders, progress tracking, site photos, signatures, repair records, and mobile reporting. That reflects what companies really need to manage: the full lifecycle of a job from start to finish.
When does a company start needing a dispatch system?
Key takeaway
Having field staff does not by itself mean you need a dispatch system. The need appears when jobs, people, and information grow to the point where relying on memory and real-time chat no longer manages things reliably.
Take a company with two engineers and a handful of jobs a day. Customer service takes a call, asks in LINE who is free, an engineer replies, the address and problem get forwarded, and the result is reported back when the job is done. At a small scale this may work perfectly well.
As the company adds engineers, service areas, and a mix of scheduled maintenance and ad-hoc repairs, the management load rises fast. Managers start hitting questions like "was this job even dispatched", "did the engineer actually go yesterday", "which group chat has the photos", and "the customer says we fixed this last month but there is no record".
What is really growing is not just the number of jobs but the information cost of managing each one.
So rather than judging by "how many field staff do we have", a more practical test is this: does a manager already have to ask around to find out what state a case is in?
When progress, ownership, and history cannot be looked up directly in the existing tools, the process has reached the point where systemising it pays off.
Which processes should be mapped before building a dispatch system?
Key takeaway
Before building a dispatch system, the most important step is to walk the entire process from "job received" to "job truly finished", rather than deciding what goes on the home screen.
A basic dispatch flow might look like this:
- 01
Intake
- 02
Create case
- 03
Assess and schedule
- 04
Dispatch
- 05
Field acceptance
- 06
On-site execution
- 07
Report
- 08
Confirm
- 09
Close
Different industries, however, add completely different conditions along that path.
Equipment repair may need to confirm serial numbers, fault types, and warranty status. Construction may also involve sites, crews, materials, and schedules. Scheduled inspections may not be created by customer service at all, but generated automatically by the system from maintenance cycles.
So the real questions in requirements interviews are not "do we need a dispatch feature" but two more important ones:
- When something happens, what triggers the system to create a job?
- Under what conditions does that job count as genuinely complete?
Once those two are settled, breaking the work down into the features you actually need becomes much easier.
| Area | Questions to confirm before development |
|---|---|
| Job source | Phone, customer service, website, scheduled maintenance, or another system? |
| Job types | Which service, repair, or fault categories exist? |
| Priority | Which jobs need to be handled first? |
| Scheduling | Are there fixed dates, time slots, or service-level deadlines? |
| Dispatch | Who decides which technician takes the job? |
| Acceptance | Does the field need to accept, decline, or reassign jobs? |
| On site | What must be filled in, photographed, or confirmed on arrival? |
| Exceptions | What happens when parts are missing, the customer is absent, or the job cannot be finished? |
| Completion | Who confirms the job is done? Is a customer signature or other verification needed? |
| Closing | Does completion also involve invoicing, reporting, or follow-up? |
The clearer these answers are, the easier it is to tell whether you need simple task management or a full dispatch and field-service system.
How should dispatch rules, scheduling, and work orders be designed?
Key takeaway
What a dispatch system most needs to clarify is usually not "can I pick a person" but how the company actually decides who should handle a given job.
In the simplest companies a manager sees the case and picks an engineer. That flow does not need to be made complicated.
For companies with higher volume or a broader range of services, the real decision may involve whether the engineer is qualified to repair that equipment, whether they have time today, which area they are in, how many jobs they already hold, how urgent the case is, and whether the customer has specific contract or service constraints.
The more conditions there are, the more dispatch stops being "picking a person" and becomes resource allocation.
The system can take different approaches depending on how mature the company is. The first is fully manual dispatch by a manager. The second has the system pre-filter suitable staff by skill, area, schedule, or workload, with the manager making the final call. Only the third dispatches automatically by fixed rules.
The higher the level of automation, the more clearly the company's existing judgement has to be spelled out first. Otherwise you are just forcing vague rules that used to live in someone's head into software.
The same thinking applies to work orders. A work order with real management value is rarely just "what to do". It links to the case, customer, site, equipment, owner, schedule, field records, photos, materials used, exceptions, and completion sign-off.
A work order is therefore better treated as the information carrier for the whole field-service process, not a digitised paper slip.
What matters on the mobile side used by field staff?
Key takeaway
Whether a dispatch system truly lands depends heavily on whether field staff are willing to use it, so the field side should focus on what actually has to get done on site rather than squeezing every back-office feature onto a phone.
A manager in the office may need full case data, scheduling, statistics, search, and staff management. An engineer standing on site usually only needs to know: where am I going today, what time, who is the customer, what needs doing, and what do I report when I am done.
The field-side path should therefore be as focused as possible.
For example, opening "Today's jobs" should lead straight to case details, contact information, history, and the task, followed by recording the result, taking photos, logging materials, or getting the customer's confirmation once the work is done.
Nor does every field report need to be typed. Equipment condition can be a set of options, hours and quantities can be numeric fields, evidence can be photos, confirmations can be signatures, and only information that cannot be structured in advance needs free text.
That is a different design mindset from copying the paper work order onto a phone. The real question the system should ask is: in this on-site situation, what is the most efficient way to capture the data we need?
If field staff have to enter large amounts of data for every job, the likely outcome is a thoroughly designed system that users abandon in favour of LINE or paper.
How do customers, equipment, inventory, and existing systems fit together?
Key takeaway
A dispatch system that only manages individual work orders easily becomes another information silo. For equipment and after-sales businesses, what matters more is that work orders tie back to the customer, the equipment, and the service history.
Say customer A has three sites, and the Taipei site has 20 machines. One of them had parts replaced last year, was repaired again three months ago, and is now showing a similar fault.
If the system can only tell you "there was a work order on 10 September", the data accumulated over time delivers little real value.
At the architecture level it helps to separate a few concepts up front: who the customer is, where the service location is, which piece of equipment is being serviced, what case has arisen this time, and which work orders and records it produces.
That is what allows a machine that has been serviced many times to build up a traceable equipment history, and lets the engineer know what happened before they arrive next time.
If the company already runs ERP, CRM, WMS, or other internal systems, the dispatch system does not need to recreate all of that data. The more important step is defining which system owns which kind of data.
For example, customer master data may sit in CRM or ERP, products and parts in ERP, inventory in ERP or WMS, while dispatch and field-service records belong to the dispatch system. Parts used on a completed job are then written back to the existing systems.
Integration then comes down to more than "is there an API". It also means agreeing who maintains the data, how often it syncs, what happens when a sync fails, and which system is the source of truth when the two disagree.
Mature custom systems rarely try to hold every piece of data themselves. They know exactly which part of the process they are responsible for.
Off-the-shelf dispatch system or custom development: how to decide?
Key takeaway
If a company's dispatch process is close to the standard products on the market, starting with off-the-shelf SaaS is usually more efficient. Custom development earns its place when the company's key operating rules cannot reasonably fit into a standard system.
Taiwan already has subscription products offering dispatch, scheduling, work orders, mobile job acceptance, photos, and field reporting, so "needing a dispatch system" does not automatically mean building from scratch.
If the core needs are creating work orders, assigning staff, accepting jobs on mobile, taking site photos, and reporting completion, off-the-shelf systems are usually worth comparing first.
But when the real requirements include different flows for different case types, special repair records per equipment type, dispatch decided by skill and region, special on-site forms, materials linked to inventory, or deep integration with ERP, CRM, or WMS, you are entering territory where custom development starts to pay off.
One way to judge it:
| Situation | Off-the-shelf fits better | Worth evaluating custom development |
|---|---|---|
| Dispatch method | Mostly manual assignment | Multi-condition or special dispatch rules |
| Work orders | Standard fields are enough | Different services follow different flows |
| Field reporting | Photos, text, and signatures suffice | Special forms or operating logic |
| Equipment | Basic equipment records | Complex equipment histories and relationships |
| Inventory | No integration needed | Parts issue, returns, or stock sync required |
| System integration | Little or none | Deep ERP / CRM / WMS integration |
| Permissions | Basic roles | Multi-company, regional, customer, or hierarchical permissions |
The two extremes are what to avoid.
One is a company that could use an off-the-shelf system but customises everything to preserve every existing manual habit. The other is a company whose core process the standard product plainly cannot support, yet reshapes its operations to fit the tool.
A better way to decide is to ask which processes can be standardised, and which are truly worth customising.
Frequently asked questions
They are often used together but focus on different things. Dispatch is about who does the job and when. A work order records what the job involves, its current status, and the outcome. In practice most systems combine the two.
What a dispatch system really needs to sort out is the whole service process
Moving jobs from LINE into a system is only the first step of digitisation. What decides whether the system improves operations is whether information actually connects across case creation, scheduling, dispatch, on-site execution, exception handling, and completion records.
If you already have a settled engineering, repair, or field-service process, but growing volume is bringing scattered information, hard-to-track progress, or tools that no longer cope, start by mapping the current process, then decide between an off-the-shelf system and custom development.