Side-by-Side Comparison

Conventional Carriers vs.
AI Office Ready

How inBuilding differs from conventional models at every layer: physical infrastructure, bandwidth enforcement, economics, and tenant capability.

Side-by-Side

Full Comparison

Dimension Conventional AI Office Ready
Connectivity Architecture
How internet reaches tenantsCarrier-managed circuits per tenant, or shared bulk internet with no enforcement.Operator leases dark fiber per building. Carrier's role ends at the fiber strand.
Building interconnectionNone. Each building connects independently.All buildings feed from a single data center backbone with per-building allocations.
Bandwidth Enforcement
Per-tenant enforcementAbsent or rudimentary. One tenant can saturate bandwidth and degrade all others.Hardware-enforced at line rate. H-QoS child policy per tenant on MPoE switch.
Enforcement locationAt the ISP upstream — miles from the tenant, subject to ISP congestion.At the MPoE switch inside the building, in hardware, at the point of ingress.
Bandwidth ceilingSoftware rate limiting. Inconsistent and difficult to audit.Dark fiber transceiver speed is the physical ceiling. Cannot be exceeded regardless of configuration.
Tenant Capability
Bandwidth tiersFlat-rate shared packages. No guaranteed committed rate.1 Gb, 5 Gb, 10 Gb, 100 Gb — hardware-enforced committed information rates.
Mixed speeds in one buildingNot possible without separate ISP circuits per tier.Fully supported from one dark fiber run. H-QoS enforces each allocation independently.
AI/HPC tenant supportNot supported. Standard networks lack lossless fabric and GPU cluster capability.Lossless spine-leaf GPU fabric (PFC/ECN/DCQCN) enables GPU training and RDMA workloads.
Connectivity Architecture
How internet reaches tenants
Conventional
Carrier-managed circuits per tenant, or shared bulk internet with no enforcement.
UDI³
Operator leases dark fiber per building. Carrier's role ends at the fiber strand.
Building interconnection
Conventional
None. Each building connects independently.
UDI³
All buildings feed from a single data center backbone with per-building allocations.
Bandwidth Enforcement
Per-tenant enforcement
Conventional
Absent or rudimentary. One tenant can saturate bandwidth and degrade all others.
UDI³
Hardware-enforced at line rate. H-QoS child policy per tenant on MPoE switch.
Enforcement location
Conventional
At the ISP upstream — miles from the tenant, subject to ISP congestion.
UDI³
At the MPoE switch inside the building, in hardware, at the point of ingress.
Bandwidth ceiling
Conventional
Software rate limiting. Inconsistent and difficult to audit.
UDI³
Dark fiber transceiver speed is the physical ceiling. Cannot be exceeded regardless of configuration.
Tenant Capability
Bandwidth tiers
Conventional
Flat-rate shared packages. No guaranteed committed rate.
UDI³
1 Gb, 5 Gb, 10 Gb, 100 Gb — hardware-enforced committed information rates.
Mixed speeds in one building
Conventional
Not possible without separate ISP circuits per tier.
UDI³
Fully supported from one dark fiber run. H-QoS enforces each allocation independently.
AI/HPC tenant support
Conventional
Not supported. Standard networks lack lossless fabric and GPU cluster capability.
UDI³
Lossless spine-leaf GPU fabric (PFC/ECN/DCQCN) enables GPU training and RDMA workloads.
The Bottom Line

"The carrier's role ends at the fiber strand. Everything above the physical layer — the switching, the enforcement, the SLAs, the per-tenant guarantees — is owned, managed, and backed by inBuilding."

This is not a resale model. It is facilities-based internet infrastructure — operating at the building level, with the economics of a regional carrier and the precision of enterprise networking.

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Get the Benefits of AI Office Ready

Ready to bring UDI³ infrastructure to your building?