Our Process

Why a Fixed Process Matters on OSP Work

Outside plant construction fails in predictable places: an unverified utility, a permit that arrived late, a crew that mobilized without the right product on the reel, and a closeout package assembled from memory three weeks after the crew left.

A fixed process is how those failures get designed out. The five steps below are the same on a single driveway crossing and on a multi mile backbone build. What changes is the depth of each step, and that depth is set during planning rather than discovered in the field.

Step 1: Locate and Plan

Planning starts with the route, not the equipment. We walk the route, review the design or construction prints, identify every crossing, and confirm access, staging, setback, and restoration conditions. Anything that will complicate construction is better found now than on mobilization day.

Sunshine 811 tickets are called with accurate limits, and positive response from each member utility is confirmed before any excavation. Marks are reconciled against the design, against surface evidence, and against available records, and conflicts are resolved before a rig is scheduled.

Permits are identified and applied for at this stage: county and city right of way permits, FDOT permits where the route touches state road, municipal construction permits, and any local registration required to work in that jurisdiction. Permit lead time drives the schedule more often than production does, which is why it is handled first.

For directional drilling, this is where bore path planning happens: entry and exit locations, depth profile, separation from existing facilities, soil expectations, rig class, fluid plan, and the potholing list. For aerial work, it is pole by pole review of attachment conditions, clearances, make-ready needs, and access to each pole.

You receive a confirmed scope, a schedule with permit dependencies shown, the traffic control approach, and a named point of contact before anything moves.

Step 2: Mobilize

Mobilization is a checklist, not an arrival. Equipment is assigned and inspected, materials are confirmed and staged, permits are in hand and posted, tickets are current, and the traffic control plan for the first work area is ready to install.

Material verification matters more than it sounds. Confirming that the conduit, cable, hardware, and enclosures on site match the design before the crew starts prevents the most common form of wasted day, which is a crew standing next to the right equipment and the wrong product.

The crew reviews the site before work begins: utilities in the area, staging and spoil placement, restoration expectations, neighboring property considerations, and the specific hazards of that location. Where the work affects residents or businesses, notification is coordinated with you first.

You receive confirmation of the mobilization date, the crew assignment, the traffic control setup, and any access or coordination we need from your side. Nothing about this should be a surprise on the morning of.

Step 3: Execute

Execution is where the process either holds or does not. Work is performed to the design and to the applicable construction standard, with continuous verification rather than end of shift inspection.

On directional drilling, that means tracking the head continuously for depth, pitch, and alignment, verifying clearance at every exposed crossing, managing drilling fluid and returns, reaming to the design diameter, and controlling pullback so product is installed without damage. Tracer wire installation and conduit verification happen as part of the same operation.

On aerial construction, it means strand placement at design tension and sag, lashing or overlash performed with the existing plant load accounted for, hardware installed correctly at each pole, and clearances confirmed. Existing plant conditions that look wrong are photographed and reported rather than built over.

On fiber work, it means blowing or pulling within manufacturer tension and bend limits, splicing in a controlled setup, testing as spans are completed rather than at the end, and correcting and retesting any span that does not meet the acceptance criteria.

You receive daily production reporting: what was completed, what is scheduled next, any condition found in the field, and anything that could affect the schedule. One contact, one update, no chasing.

Step 4: Document

Documentation is collected while the work happens, because a record reconstructed later is a guess with a date on it. Field crews capture measurements, photographs, and test results at the point of work.

For underground work, that includes actual bore paths with depth references, verified crossings, handhole and vault locations, conduit counts and assignments, tracer wire continuity, and photographs of the work before backfill and after restoration.

For aerial work, it includes pole by pole attachment records, span and footage records, hardware installed, clearances, and photographs of each attachment and of any pre-existing condition noted.

For fiber, it includes splice loss records, OTDR traces, end to end loss results against the link budget, enclosure and tray assignments, fiber assignments, and connector inspection where terminations are involved.

You receive documentation progressively rather than only at the end, so your engineering group can review as-built information while the crew is still available to answer questions about it.

Step 5: Closeout

Closeout is a defined deliverable, not the absence of further work. Restoration is completed to the jurisdiction standard: sod, asphalt, concrete, and landscaping returned to condition, with the site inspected and photographed after completion.

Permits are closed with the issuing agency, final inspections are scheduled and attended, and any inspector comment is corrected and re-inspected. An open permit left behind becomes your problem months later, so we close what we opened.

The as-built package is assembled and delivered in the format your organization uses, along with test results, photographs, material records, and any punch list items with their resolution. Where a punch item remains open, it is listed with a date rather than omitted.

You receive a closeout package that your GIS, engineering, and finance groups can each use without calling us to interpret it. That is the point of the whole process.

How the Process Varies by Service Type

The five steps are constant. What sits inside them changes with the work, and knowing that difference in advance is what keeps a schedule honest.

• Directional drilling and road crossings: heavier weight on Locate and Plan because bore path planning, potholing, and permits govern the outcome; execution is short and intense; documentation centers on verified depth and clearance
• Aerial cable construction: heavier weight on make-ready and pole access; execution is spread across many locations rather than concentrated; documentation is pole by pole
• Fiber splicing and testing: light mobilization, extended execution, and documentation that is itself the deliverable, since acceptance is decided on test results
• Conduit installation and vault placement: material staging and restoration standards drive the plan; conduit verification and tracer wire records dominate documentation
• Emergency service restoration: Locate and Plan compresses into a rapid field assessment, mobilization happens immediately, documentation is captured during the repair, and closeout follows once service is restored
• Full outside plant packages: all of the above run in sequence with a single schedule and a single point of contact rather than separate contractors handing off to each other

Emergency Work Follows the Same Steps, Faster

Storm response and outage restoration do not get a different process, they get a compressed one. Assessment replaces extended planning, but the safety and damage prevention requirements do not relax: emergency locate procedures are still followed, traffic control is still set, and exposure inside the tolerance zone is still performed.

Restoring service is the first objective. Permanent repair, restoration, and documentation follow, and the closeout package is delivered the same way it would be on planned work so the emergency repair is reflected in your records.

Communication Through All Five Steps

One point of contact carries the job from planning through closeout. That person knows the scope, the permit status, the crew assignment, and what happened yesterday, and you should not have to explain your own project to us on a phone call.

Daily production reporting during execution is the default, not an upgrade. Field conditions, delays, and anything that could affect cost or schedule are raised when they are found rather than presented at the end as a completed fact.

Change is handled the same way. If a field condition requires a scope change, you get the condition, the options, and the impact in writing before work proceeds, so a change order is a decision you made rather than an invoice you received.