Capabilities
One Team. Every Phase. No Handoffs.
HyperLink owns the entire fiber delivery lifecycle. Design, permitting, construction, splicing, testing, turn-up, and operations—all under one roof, one timeline, one point of accountability.
One contract. One timeline. One accountable team.
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Direct-Employ Model
In-house crews, no subcontractor delays
Full Equipment Fleet
Own rigs, plows, and specialized tools
Single Point of Contact
One team from feasibility to turn-up
Vertically Integrated
Design, build, operate under one roof
Proof of Execution
Vertical integration eliminates excuses
Most carriers outsource construction, then outsource maintenance, then blame vendors when things go wrong. We own the resources. We own the outcome.
What We Own In-House
- Route engineering team
- Permitting specialists
- Direct-employ construction crews
- Owned equipment fleet
- Splicing and testing teams
- 24/7 NOC operations
- Field maintenance crews
- GIS and documentation systems
Traditional Multi-Vendor
6+ Handoffs
HyperLink Integrated
One Team
Result: Faster delivery, clearer accountability, fewer finger-pointing delays.
Delivery Lifecycle
Seven phases. One accountable team.
Every project follows the same rigorous process, with clear inputs and outputs at each stage. You always know where your build stands.
Feasibility
Rapid assessment of route viability, cost drivers, and timeline.
Design
Engineering-grade route design with construction-ready specifications.
Permitting + ROW
Secure all railroad, DOT, municipal, and private easements.
Build
Deploy fiber using optimal methods for each segment.
Splice + Test
Fusion splicing with OTDR verification at every segment.
Turn-Up
Circuit activation and end-to-end acceptance testing.
Operate
24/7 monitoring, proactive maintenance, rapid restoration.
Feasibility
Rapid assessment of route viability, cost drivers, and timeline.
Inputs
- Customer requirements
- Target endpoints
- Capacity needs
Outputs
- Route options
- Budget estimate
- Timeline projection
Design
Engineering-grade route design with construction-ready specifications.
Inputs
- Selected route
- Fiber count
- Diversity requirements
Outputs
- Permit-ready drawings
- BOM
- Construction plan
Permitting + ROW
Secure all railroad, DOT, municipal, and private easements.
Inputs
- Route drawings
- Jurisdictional map
- Property records
Outputs
- Approved permits
- Executed easements
- Clear path
Build
Deploy fiber using optimal methods for each segment.
Inputs
- Permits
- Materials
- Crew schedules
Outputs
- Installed fiber
- As-built documentation
- QA records
Splice + Test
Fusion splicing with OTDR verification at every segment.
Inputs
- Installed fiber
- Splice plan
- Test specifications
Outputs
- Spliced routes
- OTDR traces
- Loss budgets
Turn-Up
Circuit activation and end-to-end acceptance testing.
Inputs
- Tested fiber
- Customer equipment
- Cross-connects
Outputs
- Live circuits
- Acceptance sign-off
- NOC handoff
Operate
24/7 monitoring, proactive maintenance, rapid restoration.
Inputs
- Live network
- SLA commitments
- Escalation paths
Outputs
- Uptime delivery
- Issue resolution
- Performance reports
In
- Customer requirements
- Target endpoints
Out
- Route options
- Budget estimate
In
- Selected route
- Fiber count
Out
- Permit-ready drawings
- BOM
In
- Route drawings
- Jurisdictional map
Out
- Approved permits
- Executed easements
In
- Permits
- Materials
Out
- Installed fiber
- As-built documentation
In
- Installed fiber
- Splice plan
Out
- Spliced routes
- OTDR traces
In
- Tested fiber
- Customer equipment
Out
- Live circuits
- Acceptance sign-off
In
- Live network
- SLA commitments
Out
- Uptime delivery
- Issue resolution
01 — Feasibility + Route Design
Engineering that anticipates problems
We don't just draw lines on maps. We engineer routes that are buildable, permittable, and optimized for your specific requirements.
Our design team combines GIS analysis, permitting expertise, and construction reality to identify the optimal path. We flag risks early, not during construction.
What We Deliver
- Multi-path analysis with cost comparison
- Constructability assessment
- Diversity verification against existing routes
- Permitting complexity scoring
- Timeline and budget modeling
- Risk identification and mitigation planning
What We Need From You
- 1A and Z endpoints
- 2Fiber count requirements
- 3Target RFS date
- 4Diversity requirements (if any)
- 5Budget parameters
02 — Permitting + ROW Navigation
We know who to call and what to file
Permitting delays kill projects. Our in-house team has relationships with railroads, DOTs, and municipalities across our footprint.
We've permitted thousands of route miles. That experience translates to faster approvals, fewer rejections, and realistic timeline commitments.
What We Deliver
- Railroad crossing agreements
- State and federal DOT permits
- Municipal right-of-way licenses
- Private easement negotiation
- Joint-use and pole attachment agreements
- Environmental and NEPA compliance
What We Need From You
- 1Approved route design
- 2Property owner information
- 3Timeline requirements
- 4Special use cases (if any)
03 — Construction + Deployment
In-house crews. Owned equipment.
We don't broker construction. Our crews build your route with our equipment, on our schedule. That's how we compress 36-month builds into 18.
Direct employment means direct accountability. Our crews know our standards, our systems, and our commitment to your timeline.
What We Deliver
- Aerial construction and strand placement
- Underground boring and trenching
- Directional drilling for crossings
- Micro-trenching for urban environments
- Conduit installation and innerduct
- Handhole and vault placement
What We Need From You
- 1Approved permits
- 2Final engineering drawings
- 3Material specifications
- 4Access coordination
04 — Splicing + Testing + Turn-Up
Precision work with documented proof
Every splice is fusion-welded and OTDR-tested. Every segment is verified. You get the documentation to prove it.
Our splicing teams are certified and equipped with the latest fusion splicers and test equipment. We don't cut corners on the work that matters most.
What We Deliver
- Fusion splicing to manufacturer specs
- OTDR testing at multiple wavelengths
- End-to-end continuity verification
- Loss budget confirmation
- Circuit turn-up and acceptance testing
- Complete as-built documentation
What We Need From You
- 1Installed fiber plant
- 2Splice plan and fiber assignments
- 3Customer test specifications
- 4Cross-connect requirements
05 — Diversity Engineering
Verified physical separation
'Diverse' routes that share conduit aren't diverse. We engineer true physical separation and verify it with GIS analysis you can audit.
When your business depends on uptime, diversity theater isn't acceptable. We prove separation with data, not promises.
What We Deliver
- Minimum separation distance design
- Shared infrastructure identification
- GIS-verified diversity reports
- Continuous monitoring for encroachment
- Alternative path analysis
- Diversity certification documentation
What We Need From You
- 1Existing route information
- 2Diversity requirements
- 3Critical failure scenarios
- 4Acceptable separation distances
06 — Operations + Maintenance
The team that built it maintains it
Our crews know every splice point, every bore, every handhole. When issues arise, we respond with knowledge, not discovery.
24/7 monitoring, proactive maintenance, and rapid restoration. The same expertise that built your route keeps it running.
What We Deliver
- 24/7 NOC with direct dispatch
- Proactive network monitoring
- Predictive maintenance programs
- Rapid emergency restoration
- Scheduled maintenance windows
- Performance reporting and SLA tracking
What We Need From You
- 1SLA requirements
- 2Escalation contacts
- 3Maintenance window preferences
- 4Reporting requirements
AI Infrastructure Focus
Built for the demands of AI
AI training clusters and inference farms have connectivity requirements that legacy fiber networks weren't designed to meet. We build for what's next.
Latency-Optimized
Route design that minimizes round-trip time for distributed training.
East-West Ready
High-count fiber for GPU cluster interconnects and storage fabrics.
Rapid Expansion
Build-to-suit timelines that match AI infrastructure deployment cycles.
Resilient by Design
True diversity for workloads that can't tolerate single points of failure.
Selected Work
Problems solved. Results delivered.
Anonymized examples of how we've applied our capabilities to real customer challenges.
Metro Lateral for AI Campus
Challenge
Hyperscaler needed 288-count fiber to new AI training facility in 90 days.
Approach
Parallel permitting, pre-staged materials, dual construction crews.
Result
Delivered in 78 days with full diversity from existing network.
High-Density Corridor Expansion
Challenge
Carrier required additional 432 fibers along congested urban route.
Approach
Micro-trenching in existing ROW, night construction, zero service impact.
Result
Completed without disrupting live traffic on adjacent fibers.
Regional Backbone Build
Challenge
Data center operator needed diverse path between two major metros.
Approach
110-mile greenfield build with railroad and DOT crossings.
Result
True physical diversity, independent of all existing carriers.
Emergency Restoration
Challenge
Fiber cut impacting critical enterprise customer during business hours.
Approach
Pre-positioned splice trailer, on-site in 45 minutes, priority restoration.
Result
Service restored in under 3 hours, full root cause analysis provided.
Build-to-Suit for Hyperscaler
Challenge
Custom route required connecting three campus locations with strict latency requirements.
Approach
Low-latency route design, aerial construction where possible, dedicated fiber allocation.
Result
Sub-millisecond latency achieved across all three sites.
Diversity Engineering Project
Challenge
Enterprise customer discovered existing diverse routes shared conduit at two points.
Approach
Route audit, new truly diverse path identification, incremental construction.
Result
Eliminated shared points of failure, documented physical separation.
Let's scope your project
Share your route requirements. We'll respond with preliminary feasibility within 48 hours.