Solar permitting software, built into the install workflow

Why do solar installs stall?

Rarely because of the roof. The hardware goes up in days; the calendar bleeds out in the paperwork pipeline around it. Research from the National Laboratory of the Rockies (formerly NREL) across 200,000+ projects finds that soft costs — permitting, inspection, interconnection — "remain stubbornly high" and can add weeks or months to installations. And the variance is jurisdictional: in the lab's pilot communities, traditional permit review ranged from under a day in one city to 24 days in another. Two identical jobs, twenty-three days apart, decided entirely by which side of a county line the roof sits on.

The volume math makes this worse every year. The U.S. added 43 GW of new solar in 2025 — solar and storage were 79% of all new grid capacity. Every one of those systems threaded a permit, an inspection, and an interconnection approval through a different local process. An installer running thirty open projects isn't managing thirty jobs; they're managing ninety gates.

Where does solar permitting software fit in?

On the work order — not in a filing cabinet, an inbox, or a portal only the office can reach.

Every permit application, AHJ correction notice, inspection result, interconnection form, and utility approval lives as a document on the job itself, versioned and visible from the truck. When the inspector shows up, the crew lead pulls the stamped plans on their phone. When the AHJ asks for a revision, the updated set replaces the old one on the same work order, and the permit step's status tells the whole company where that project actually stands.

This is also where jurisdiction variance stops hurting. You can't make a slow AHJ fast. But you can make its slowness visible, planned around, and never a surprise. Per-step status means the owner sees "waiting on AHJ, day 9" instead of calling the office to ask why Elm Street hasn't started.

Who does the work — and who decides who does it?

Install crews and service techs aren't interchangeable, and the engine should know it.

FSM Navigator™ dispatches crews, not only individuals — a three-person install crew with a designated lead is one assignable unit, with admin-set guardrails so auto-assignment never books a crew into an out-of-area job or a skill mismatch. Intelligent Dispatch evaluates skills, drive time, workload, and project stage on every assignment, and matches the right technician or crew to every job in under 30 seconds. Cherry-pick prevention keeps the rotation fair across crews, which matters more in solar than almost anywhere: install work is physical, and burnout walks.

Teams typically see around 20-30% less drive time. With about 64% of the industry's 280,000 workers in installation and project development, and most firms still reporting qualified workers hard to find, recovered crew-hours are the scarcest currency in the business.

What happens after activation?

The best answer in the industry: the install becomes a service relationship.

Every system you activate joins an installed base that needs annual inspections, panel cleanings, inverter checks, and warranty work — and O&M is where solar is growing fastest, with O&M jobs nearly doubling from 11,164 to 21,833 between 2019 and 2024 even as total industry employment stayed flat. In FSM Navigator™, the handoff is structural: the array, inverter, and battery you installed are already tracked per-site with model, serial, install date, and warranty, and the maintenance schedule generates from the service contract the day the system activates. Install revenue is a project; the installed base is an annuity.

That transition — install shop to install-plus-service operation — is its own story, and it's the one told in the solar case study. The short version: the operators who make it are the ones whose install records become their service records, instead of starting the O&M book from a blank spreadsheet.