Solutions
Your Scenario. Our Expertise.
Every connectivity requirement has unique constraints. Find the solution that matches your deployment and move directly to feasibility.
- Routes designed around your requirements—not ours
- Feasibility response within 48 hours
- Single team from design through operations
Vertically Integrated
Design through operations
Diversity Engineering
Verified physical separation
Schedule Certainty
Direct-employ delivery model
Acceptance-Ready
Full test documentation
Rapid Response
Days to feasibility
Find Your Scenario
Solutions by Use Case
Select the scenario that matches your connectivity requirement.
AI Cluster / GPU Campus
GPU-dense facilities demand fiber infrastructure that matches their intensity. High fiber counts, ultra-low latency paths, and the reliability that training workloads require. We understand east-west traffic patterns and rapid scaling needs.
What It Solves
- Massive interconnect bandwidth between GPU racks
- Sub-millisecond latency requirements for distributed training
- Rapid capacity scaling as clusters expand
- Redundancy for training job continuity
What HyperLink Delivers
- High-count fiber (288-864+) optimized for AI traffic
- Latency-engineered routing with verified measurements
- Phased delivery aligned with cluster deployment
- Diverse paths with verified physical separation
- 24/7 monitoring and rapid response SLAs
When to Use It
- →Building or expanding a GPU training cluster
- →Connecting multiple AI facilities within a campus
- →Requiring dedicated low-latency paths to cloud or IX
- →Needing redundancy for long-running training jobs
Inputs to Start Feasibility
- Facility locations (addresses or coordinates)
- Fiber count requirements
- Latency targets
- Diversity requirements
- Target RFS date
- Scaling projections
Hyperscaler Campus & Region
Cloud region buildouts require multi-route diversity and massive capacity delivered on aggressive timelines. We've built for the biggest names in cloud—and we understand the stakes.
What It Solves
- Multi-building campus interconnect complexity
- Availability zone physical separation requirements
- Phased delivery coordination with construction
- Long-term capacity planning across region lifecycle
What HyperLink Delivers
- Campus ring architectures with verified diversity
- Multiple diverse entry points per building
- Delivery schedules aligned with your construction phases
- Capacity roadmaps supporting 10+ year horizons
- Single point of accountability across all routes
When to Use It
- →Planning a new cloud region or availability zone
- →Expanding an existing hyperscaler campus
- →Requiring verified diverse paths for SLA compliance
- →Coordinating fiber delivery with building construction
Inputs to Start Feasibility
- Campus site plan or building locations
- Fiber count per building
- Diversity requirements (entry points, conduit, splice)
- Construction schedule milestones
- Long-term capacity projections
New Data Center Development
Greenfield data center projects need connectivity partners who can move at development speed. We integrate with your construction timeline and deliver acceptance-ready fiber on schedule.
What It Solves
- Coordination between site development and fiber delivery
- Permit and ROW acquisition in new markets
- Initial connectivity to existing network infrastructure
- Future-proofing for multi-phase buildouts
What HyperLink Delivers
- Early engagement during site selection phase
- Permit and ROW acquisition handled in-house
- Fiber delivery coordinated with your construction milestones
- Scalable infrastructure supporting future phases
- Diverse path options from day one
When to Use It
- →Developing a new data center site
- →Evaluating connectivity options during site selection
- →Needing fiber delivery aligned with construction schedule
- →Planning multi-phase campus buildout
Inputs to Start Feasibility
- Site location and development timeline
- Initial and future fiber count requirements
- Target network POPs or meet-me points
- Diversity requirements
- Construction milestone schedule
Metro Laterals
Fast-turn connections linking your facility to carrier hotels, IXPs, and network POPs. Urban construction expertise that navigates permitting complexity and delivers on aggressive timelines.
What It Solves
- Last-mile connectivity gaps in metro areas
- Complex urban permitting and construction
- Time-sensitive facility turn-ups
- Carrier hotel and IX access requirements
What HyperLink Delivers
- Rapid deployment (8-16 weeks typical)
- Urban construction expertise in major metros
- Established relationships at key carrier hotels
- Scalable fiber counts (12 to 288+)
- Permit management and ROW acquisition
When to Use It
- →Opening a new facility in a metro market
- →Needing fast connectivity to a carrier hotel or IX
- →Requiring a dedicated path (not shared infrastructure)
- →Connecting to cloud on-ramps or meet-me points
Inputs to Start Feasibility
- A-Z addresses
- Fiber count requirements
- Target RFS date
- Specific meet-me room or carrier hotel
- Any known site access constraints
Regional Corridors
Long-haul routes connecting major markets with the capacity and redundancy that backbone networks demand. Purpose-built paths on optimal routes—not IRU fragments stitched together.
What It Solves
- Inter-market connectivity on optimal paths
- High-capacity backbone requirements
- Strategic mid-route access points
- Alternative paths to incumbent carriers
What HyperLink Delivers
- New-build routes engineered for your requirements
- High fiber counts for wholesale and carrier use cases
- Multiple path options for redundancy planning
- Mid-route access points at strategic locations
- Route control and documentation you can trust
When to Use It
- →Building or expanding a regional backbone network
- →Needing an alternative to incumbent carrier routes
- →Requiring high-count fiber for wholesale operations
- →Planning strategic mid-route access points
Inputs to Start Feasibility
- A-Z markets
- Fiber count requirements
- Required or preferred mid-route access points
- Timeline and phasing requirements
- Redundancy/diversity strategy
Diversity & Resiliency
When uptime is non-negotiable, verified physical diversity isn't optional. We design, build, and document diverse paths that actually protect you—not just on paper.
What It Solves
- Single points of failure in existing infrastructure
- Unverified or paper diversity from other providers
- SLA requirements mandating physical separation
- Regulatory compliance for critical infrastructure
What HyperLink Delivers
- Verified physical separation at every level
- Diverse entry points, conduit paths, and splice locations
- Detailed diversity documentation and as-builts
- Ongoing monitoring for diversity maintenance
- Engineering review of existing infrastructure diversity
When to Use It
- →Requiring verified diverse paths for critical workloads
- →Auditing existing infrastructure for single points of failure
- →Meeting SLA or regulatory diversity requirements
- →Adding redundancy to an existing network
Inputs to Start Feasibility
- Existing infrastructure details (if adding diversity)
- Diversity requirements (entry, conduit, splice)
- Locations requiring protection
- SLA or compliance requirements
- Target RFS date
Rapid Expansion
When the timeline is aggressive and the stakes are high, you need a builder who can execute. Our direct-employ model and vertical integration eliminate the delays that slow everyone else down.
What It Solves
- Aggressive deployment timelines
- Contractor coordination bottlenecks
- Permit delays and ROW complications
- Schedule uncertainty and milestone slippage
What HyperLink Delivers
- Accelerated feasibility response (48 hours)
- Direct-employ crews ready to mobilize
- Parallel-path permitting and ROW acquisition
- Daily progress visibility and milestone tracking
- Schedule certainty backed by vertical integration
When to Use It
- →Facing an aggressive go-live deadline
- →Needing connectivity for a time-sensitive deployment
- →Experiencing delays with current provider
- →Requiring schedule certainty for business-critical projects
Inputs to Start Feasibility
- A-Z locations
- Target RFS date (hard deadline)
- Fiber count requirements
- Any known constraints or blockers
- Decision timeline
How We Work
From Request to Ready-for-Service
A straightforward engagement process designed for speed and clarity.
Submit Requirements
Share your connectivity needs, locations, and timeline. We respond within 48 hours.
Feasibility Review
Our engineering team assesses routes, permits, and construction approach.
Proposal & Build
Receive detailed proposal with schedule certainty. Approve and we break ground.
What to Include in Your Request
- A-Z locations (addresses or coordinates)
- Fiber count requirements
- Target RFS date
- Diversity requirements (if applicable)
- Any known site constraints
- Contact for technical discussion
Proof of Execution
Selected Work
Anonymized examples of how we've solved real connectivity 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.
FAQs
Common Questions
Ready to discuss your requirements?
Tell us about your connectivity scenario. We'll respond with feasibility within 48 hours.