There's a pattern that plays out at companies managing field service across dozens or hundreds of locations. A work order gets created. It goes to dispatch. A technician gets assigned. And then... silence. The operations team doesn't hear anything until the job is closed, or worse, until the customer calls to ask why nobody showed up.
That gap between dispatch and resolution is where most field service programs fall apart. Not because the technicians are incompetent, but because nobody is watching the work in real time. Nobody is catching the early warning signs that a job is going sideways.
The field service management market has grown to $6.14 billion in 2026 and is projected to reach $13.79 billion by 2034, according to Fortune Business Insights. That growth is driven almost entirely by companies realizing they need centralized visibility into what's happening in the field. Not after the fact. Right now.
A control tower model solves this by putting a live operations team between the customer and the technician. They're watching every job from assignment through completion. If a technician is running late, they know before the customer does. If a part isn't available, they're sourcing it before the tech arrives on site. If a job requires escalation, they're already coordinating the next step.
This matters most for brands that don't own their own technician workforce. When you're relying on a network of independent contractors or regional service providers, you need someone quarterbacking the entire operation. Otherwise, you're trusting that dozens of disconnected teams are all performing to your standard, with no way to verify until something goes wrong.
The companies that get this right tend to share a few characteristics. They track SLA compliance in real time, not in monthly reports. They have escalation protocols that trigger automatically when a job misses a checkpoint. And they treat every service interaction as a brand experience, because to the end customer, the technician represents the manufacturer.
According to a 2024 Siemens analysis, unplanned downtime now costs automotive manufacturers $2.3 million per hour, double what it was in 2019. For other industries the numbers are lower but still significant. ABB's research found that industrial downtime costs anywhere from $10,000 to $500,000 per hour depending on the sector. When the stakes are that high, you can't afford to find out about a missed appointment three days later.
The shift toward real-time field service management isn't a technology trend. It's an operational necessity for any company whose revenue depends on equipment staying up and running at customer sites.