Mitigating Risk in Large-Scale Fiber Builds with Inspection-Led Delivery

The Client

TThe client is a leading electrical utility serving 1.5 million residential, commercial and industrial customers across the state.

It is executing a long-term strategy to modernize and expand its fiber communications infrastructure. By deploying long-haul fiber along existing transmission rights-of-way, the organization is strengthening internal operations while unlocking new revenue opportunities through third-party fiber leasing. This strategy also supports statewide connectivity initiatives by expanding broadband access to educational, healthcare and government institutions — particularly in rural communities.

The Challenge

Facing a significant growth opportunity, the organization identified a high-value initiative to deliver a 200-mile fiber route supporting a large data center development — introducing requirements well beyond prior internal builds.

Key challenges included:

• Strict external customer specifications for fiber construction, splicing and testing
• Liquidated damages of $11,500 per day for late delivery
• Contract delays that compressed the execution schedule without moving the delivery deadline
• Construction across 200 miles of difficult terrain along active transmission corridors
• Limited access points and no standardized, proactive route evaluation model

Without early identification of constructability, access and quality risks, the project faced material exposure to delays, rework, cost overruns and financial penalties.

The Actalent Solution

Actalent implemented a proactive, inspection-led delivery model that shifted inspection from a reactive field activity to an integrated planning, coordination and risk-mitigation function.

Actalent delivered:

• End-to-end pre-construction and active construction route evaluation across the full 200 miles
• Identification and documentation of 586 access points, including 86 requiring special handling
• Early resolution of 101 terrain-related obstacles before crews reached the field
• Standardized, GPS-enabled inspection data sets covering access, terrain, constructability and property considerations
• Close coordination with multiple construction contractors to align sequencing and schedules
• Continuous quality validation to prevent downstream rework
• Real-time oversight of fiber splicing and testing to ensure full compliance with customer specifications

This approach enabled predictable execution despite accelerated timelines and elevated quality requirements.

The Results

The inspection-led delivery model produced significant and measurable outcomes across cost, schedule, quality and strategic value:

• 200 miles of fiber successfully completed
• 100% of terrain obstacles resolved before construction, eliminating inspection-driven delays
• Construction velocity averaging 27.14 miles per week
• More than $1 million under budget (estimated)
• Avoided exposure to $11,500/day in liquidated damages
• Zero inspection-driven rework and full compliance with customer standards

Strategic Impact:

• Proven ability to deliver data center-grade fiber infrastructure
• Validated a scalable, repeatable inspection-led delivery model
• Increased confidence to pursue future large-scale builds, including a planned interstate expansion
• Strengthened positioning to monetize existing infrastructure and support statewide broadband growth