Can you run multiple segments at the same time?

Yes, within the capacity we commit to at the time of award. We would rather commit to a level of production we can hold and report accurately than promise coverage that stretches crews across too many fronts. Capacity is discussed openly during planning so your program schedule reflects reality.

How do you keep quality consistent across a large build?

The crews are ours and trained to the same standards for bore depth, separation, conduit handling, structure setting, slack, splicing, and restoration. Field leadership checks work in progress rather than only at acceptance, so a systematic problem is caught while it affects one segment instead of ten.

Do you handle both aerial and underground scope?

Yes, and it changes how a program schedule can run. Because we self-perform drilling, conduit, strand and lash, aerial placement, and splicing, crews can shift between aerial and underground work fronts as make-ready and permits release segments, instead of one vendor idling while the other is held. Transition points are built by the same team that built both sides of them.

Can your reporting match our tracking system?

Yes. We align reporting fields and cadence to how your organization tracks work, whether that is by segment, span, work order, or route. Consistent daily records for footage, location, crew, method, and conditions mean your program view consumes our data directly instead of requiring someone to normalize it.

How do you set production rates for a new build?

By segment type and local conditions rather than one average. Soil, crossing density, structure count, restoration requirements, and aerial make-ready status all change footage per day. We set a rate for each segment type, report daily against it, and revise it in writing if the field proves it wrong, so your forecast moves with evidence instead of drifting.

When do you test fiber on a large build?

As segments are spliced, not in one batch at the end. Testing segment by segment catches a bad splice, a macrobend, or a damaged cable while the crew is still nearby and the fix is small. Results are documented per segment against the loss budget, so acceptance becomes a review of data you already have rather than a new round of testing.

How do you handle make-ready delays on aerial segments?

We track make-ready status by pole line and sequence crews to segments that are ready. When aerial work is held, crews can often shift to underground segments or to aerial spans that have cleared, so the program keeps moving. Where make-ready support falls within our scope, we perform it to the pole owner's requirements and report its status alongside production.

Can you commit a dedicated crew to our program?

We discuss dedicated crew commitments at award, based on current capacity and the length of your program. When we commit a crew, it stays on your work rather than rotating between clients, because the crews and equipment are ours. We would rather commit to less and hold it than promise coverage we cannot sustain across the full build.

Who We Serve

Network Construction Managers

TLDR

Network construction managers are measured on footage delivered and quality that holds. Strilla Communications builds mixed aerial and underground plant across Florida with owned equipment and in-house crews, applies the same standards on every segment, and reports production daily so your program view reflects verified field data rather than estimates.

What this role is usually worried about

Production forecasts are built on vendor optimism and then miss by weeks.
Quality varies between segments because different subcontracted crews follow different habits.
Aerial and underground scope sit with separate vendors, and the transitions become nobody's problem.
Vendor reporting does not aggregate cleanly, so your program view has to be rebuilt by hand.
Punch lists reopen segments that were reported as complete a month earlier.
A vendor with no depth stops producing entirely when one crew is out or one rig is down.

Why Does Sequencing Decide Production Rate More Than Rig Time?

Footage per day is decided long before the rig starts. Locate timing, permit conditions, material staging, access windows, and the order of crossings determine whether a crew produces or waits. We plan those items ahead of the segment so drilling time is spent drilling.

That planning is also where realistic rates come from. Soil, congestion, restoration requirements, and crossing density vary enough across Florida that a single average rate across a whole build will be wrong in both directions.

We give you a rate we can hold for a given segment type, then report daily against it so a variance shows up in days rather than weeks.

Locate tickets called and verified ahead of each work front
Permit conditions and work hour limits confirmed before mobilization
Conduit, fiber, and structures staged before the crew arrives
Crossings sequenced so a single hold does not stop the segment
Restoration scheduled to follow production rather than lag it by weeks

How Do You Keep Quality Consistent Across Segments and Crews?

Consistency comes from the crews being ours. The same standards for bore depth, separation, conduit handling, structure setting, slack, splicing, and restoration apply on every segment because the same organization trains and supervises the people performing them.

That is difficult to reproduce with rotating subcontracted crews, where each brings its own habits and your quality varies by whoever was available that week.

Field leadership spot checks work in progress rather than only at acceptance, which is when a systematic problem is still cheap to correct.

Consistency in documentation matters as much as consistency in construction. Every crew records the same fields the same way, so a segment built in March reads the same as one built in September when someone needs the record.

Why Build Mixed Aerial and Underground Plant Under One Contract?

Most builds are not purely aerial or purely underground. Backbone follows a pole line, drops underground at a state road, crosses a rail or waterway approach by bore, and returns aerial through a residential segment. Every one of those transitions is a risk point.

We self-perform both methods, so the transitions get designed and built by one team: the riser, the transition structure, the slack, and the splice all planned together instead of negotiated between two vendors after the fact.

It also simplifies your contracting. One scope, one schedule, one accountable party for the segment end to end.

Transitions also carry most of the long term maintenance risk. An unprotected riser, a transition structure with no usable slack, or a splice placed where a technician cannot reach it becomes an operations problem years after construction closes.

Can Field Reporting Roll Up to Your Program View?

Daily reporting is structured so it aggregates. Footage, location, crew, method, and conditions are recorded consistently, which means your program dashboard can consume it instead of requiring someone to normalize a different narrative every day.

We can align to your reporting fields and cadence. If your organization tracks by segment, span, or work order, our reporting follows that structure rather than forcing a translation step on your team.

Variances are reported with a cause, because a number without a reason cannot drive a decision.

When Is a Segment Actually Ready for Acceptance?

A segment is not complete when the fiber is in. It is complete when restoration is finished, structures are set and labeled, testing is documented, and the as-built matches the field. We close segments that way so acceptance walks find few items rather than a list.

Punch items that do come up get scheduled against a date rather than added to an open backlog. A reopened segment costs mobilization twice, which is why we would rather finish it once.

Turnover documentation is complete when the crew leaves, so acceptance and invoicing are not waiting on paperwork nobody has started.

If a segment cannot be fully closed for a reason outside our control, a pending inspection or a paving schedule, it is reported as open with the reason attached rather than counted as complete.

How Should Production Be Planned for Backbone, Distribution, and Drops?

Each layer of the network is limited by something different, so each needs its own plan. Backbone work is long bores, large bundles, and permits for major road and waterway crossings. Distribution work is crossings, handholes, and restoration packed into every block. Drop and service work is many small jobs where travel, access, and scheduling with the property owner set the pace.

Planning them with one rate or one crew structure produces a forecast that is wrong everywhere. We plan backbone around permit and crossing milestones, distribution around access and restoration, and service work around appointment density.

Splicing and testing run behind all three. If splicing capacity is planned as an afterthought, completed construction sits dark while it waits for a splicing crew, and the footage report looks better than the network does.

How Is Quality Checked While the Build Is Still Moving?

Quality problems are cheapest when they are found on the first segment. We review the first work on a new build closely, including bore depth, conduit handling, structure setting, slack, and restoration, so any systematic issue is corrected before it is repeated across a market.

Testing follows the same logic. Fiber is tested as segments are spliced, against the loss budget, rather than in one batch at the end of the program. A bad splice or a macrobend found that way costs one return trip instead of a search across miles of plant.

Field leadership also checks documentation as it is produced. A missing photo or an incomplete bore log is easy to fix the same day and very hard to fix a month later.

Key takeaways

Production rates should be set by segment type, because backbone, distribution, and drop work are limited by different constraints.
Testing as segments are completed catches defects while they are cheap to fix; testing in one batch at the end does not.
Aerial to underground transitions carry the most construction and maintenance risk on a mixed build.
A segment is complete only when restoration, labeling, testing, and as-builts are finished.

Key terms

Backbone: The high-count fiber routes that connect hubs, central offices, and major distribution points. Backbone construction usually involves long runs, larger conduit or cable, and crossings of major roads and waterways, and it is often built before the distribution network that depends on it.
Distribution plant: The fiber network that runs from a hub or cabinet through neighborhoods and business areas toward the locations it serves. It has many structures, splice points, and crossings per mile, so production depends heavily on access, restoration, and coordination.
Loss budget: The maximum optical loss a fiber link can have and still perform, calculated from fiber attenuation, splice count, connectors, and a safety margin. Test results are compared to the loss budget to decide whether a segment passes acceptance.
Transition structure: The point where aerial plant goes underground or underground plant rises to a pole, typically a riser on the pole and a handhole or vault at its base. Transitions need protected risers, usable slack, and accessible splices, or they become recurring maintenance problems.

What limits production on each type of segment

Segment type	Main production driver	Common constraint to plan around
Backbone underground	Long bores and large bundles	Major road and waterway crossing permits
Backbone aerial	Strand and lash footage per day	Make-ready completion along the pole line
Distribution underground	Crossings, handholes, and restoration per mile	Driveway access and residential restoration
Distribution aerial	Span count and attachment work	Pole access in rear easements and tree clearance
Aerial to underground transitions	Riser, structure, and splice coordination	Two construction methods meeting at one point
Splicing and testing	Splice count and test documentation	Upstream construction finishing on time

Outside plant network topology

What this means for your project

For a network construction manager, the program view is only as good as the vendor data behind it. Optimistic rates and inconsistent reporting create a forecast that looks fine until it misses by weeks, and by then the recovery options are expensive: added crews, overtime, or a revised in-service date.

Rates set by segment type and reported daily in a consistent structure keep variances small and visible. Testing as segments close and holding one quality standard across crews keeps punch lists short, so completed footage stays completed.

Keeping aerial and underground scope with one contractor removes the most common gap in a mixed build, the transition point, and gives you one accountable party for each segment from first locate to turnover.

How we address it

Plan locates, permits, material, and access ahead of the segment so crews produce instead of waiting.
Commit to production rates by segment type and report daily against them.
Apply one set of construction standards across all segments using in-house crews.
Build aerial and underground scope under one contract, including the transitions between them.
Structure daily reporting so it aggregates into your program tracking without manual normalization.
Close segments fully, including restoration, labeling, testing, and as-builts, before calling them complete.
Schedule punch items to a date rather than letting them accumulate as open backlog.

Services most relevant here

Frequently Asked Questions

Can you run multiple segments at the same time?: Yes, within the capacity we commit to at the time of award. We would rather commit to a level of production we can hold and report accurately than promise coverage that stretches crews across too many fronts. Capacity is discussed openly during planning so your program schedule reflects reality.
How do you keep quality consistent across a large build?: The crews are ours and trained to the same standards for bore depth, separation, conduit handling, structure setting, slack, splicing, and restoration. Field leadership checks work in progress rather than only at acceptance, so a systematic problem is caught while it affects one segment instead of ten.
Do you handle both aerial and underground scope?: Yes, and it changes how a program schedule can run. Because we self-perform drilling, conduit, strand and lash, aerial placement, and splicing, crews can shift between aerial and underground work fronts as make-ready and permits release segments, instead of one vendor idling while the other is held. Transition points are built by the same team that built both sides of them.
Can your reporting match our tracking system?: Yes. We align reporting fields and cadence to how your organization tracks work, whether that is by segment, span, work order, or route. Consistent daily records for footage, location, crew, method, and conditions mean your program view consumes our data directly instead of requiring someone to normalize it.
How do you set production rates for a new build?: By segment type and local conditions rather than one average. Soil, crossing density, structure count, restoration requirements, and aerial make-ready status all change footage per day. We set a rate for each segment type, report daily against it, and revise it in writing if the field proves it wrong, so your forecast moves with evidence instead of drifting.
When do you test fiber on a large build?: As segments are spliced, not in one batch at the end. Testing segment by segment catches a bad splice, a macrobend, or a damaged cable while the crew is still nearby and the fix is small. Results are documented per segment against the loss budget, so acceptance becomes a review of data you already have rather than a new round of testing.
How do you handle make-ready delays on aerial segments?: We track make-ready status by pole line and sequence crews to segments that are ready. When aerial work is held, crews can often shift to underground segments or to aerial spans that have cleared, so the program keeps moving. Where make-ready support falls within our scope, we perform it to the pole owner's requirements and report its status alongside production.
Can you commit a dedicated crew to our program?: We discuss dedicated crew commitments at award, based on current capacity and the length of your program. When we commit a crew, it stays on your work rather than rotating between clients, because the crews and equipment are ours. We would rather commit to less and hold it than promise coverage we cannot sustain across the full build.

Other audiences we serve

Request a Bid

Building for network construction managers?

Send the scope and we will come back with a clear, documented bid. Owned crews, aerial and underground under one contract, and a closeout package that lets you close the file.

Request a Bid Call (386) 396-2033

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