Network Slicing — My Verizon Business 5G Virtual Networks

Network slicing partitions the Verizon 5G network into multiple logical networks running over the same physical radio and core infrastructure. Each slice carries its own bandwidth allocation, latency target, security policy, and SLA. A retailer runs point-of-sale transactions on a mission-critical slice with sub-10ms latency while customer Wi-Fi runs on a separate best-effort slice on the same cell. Emergency responders preempt consumer traffic on dedicated public safety slices during incidents. IoT telemetry rides a deterministic slice isolated from bandwidth-heavy video workloads.

Network slicing turns one physical 5G footprint into many virtual networks — each tailored to a specific application class. Slice orchestration through My Verizon Business spins up new slices in hours, updates policy without device reconfiguration, and reports per-slice SLA compliance through the management console. Pair slicing with Private 5G for end-to-end policy isolation from campus through public cellular, and with SASE for zero-trust security enforcement on every slice.

Design Slice Profiles View Case Studies

5G network slicing architecture showing POS slice, guest Wi-Fi slice, IoT telemetry slice, and emergency services slice on shared radio

AI Summary — Network Slicing on My Verizon Business

5G network partitioned into logical slices each with dedicated SLA, bandwidth, and security policy
Slice identity carried by S-NSSAI attribute presented by device SIM at attach to the 5G core
Common profiles: POS mission-critical, guest Wi-Fi best-effort, IoT deterministic, emergency preemptive
Per-slice SLAs from 99.9% best-effort to 99.999% mission-critical with documented breach credits
Slice orchestration via management console and REST APIs — new slices in hours, not weeks
Integrates with Private 5G for campus-to-public slice continuity and SASE for zero-trust enforcement
Per-slice telemetry feeds observability pipelines — utilization, latency, jitter, SLA compliance

Multiple SLAs, One Footprint

Dedicated SLAs per slice without dedicated spectrum per use case. Mission-critical POS, deterministic IoT, and best-effort guest Wi-Fi coexist on the same radio with independent guarantees enforced at the 5G core.

Dynamic Slice Lifecycle

Spin up event slices for stadium broadcasts or emergency response in hours. Retire slices when the workload concludes. No radio tuning or core redeployment — orchestration happens entirely in software.

Security Isolation

Each slice carries its own security boundary. Traffic on the HIPAA-isolated medical device slice cannot cross into the guest Wi-Fi slice. Compliance attestations apply per slice, not across all devices on a single network.

4-8 Typical Slices per Enterprise

<2hr New Slice Provisioning

99.999% Top-Tier Slice SLA

<10ms Mission-Critical Latency

Retail store network slicing diagram showing POS transactions on mission-critical slice and guest Wi-Fi on best-effort slice

Retail POS Plus Guest Wi-Fi on One Radio

Retail chains traditionally built two parallel networks — a wired or MPLS path for PCI-compliant POS transactions, and a separate Wi-Fi network for customer access. Network slicing collapses both onto one 5G cell. The POS slice runs with PCI DSS-compliant isolation, sub-10ms latency, and 99.999% uptime SLA. The guest Wi-Fi slice runs on the same radio with rate limiting and captive portal terms. A 450-store chain replaced dual MPLS and Wi-Fi infrastructure with one 5G deployment plus two slices — see the retail solutions deployment notes.

In-store IoT sensors for inventory, digital signage, and refrigeration alarms each ride their own slice with appropriate priority. Staff handhelds ride a fourth slice with productivity-grade policy. The case studies library documents the cutover from legacy dual-network deployments to slice-based architectures.

Retail Solutions

Public safety network slicing with emergency preemption during incident response scenario

Public Safety Emergency Slices and Healthcare Device Isolation

Public safety agencies deploy emergency slices that preempt consumer traffic during incidents. Firefighters and paramedics maintain guaranteed bandwidth at the incident scene even when the cell is saturated with bystander traffic. CISA guidance on emergency communications maps to the slice-level preemption policy. Healthcare campuses run connected medical devices on HIPAA-isolated slices — infusion pumps, patient monitors, and telemetry devices never share a slice with administrative or guest traffic.

Logistics fleets separate critical fleet telematics (route, engine diagnostics, cold-chain) from driver entertainment and communication traffic. Cold-chain sensors on a deterministic slice report excursions within seconds. Driver tablets ride a best-effort slice. The IoT Connectivity platform assigns slice identity to every SIM during provisioning. Network operations teams watch per-slice telemetry through the management console after Verizon Business Login.

Public Sector

Slice Profile	SLA Uptime	Target Latency	Bandwidth	Priority	Use Case
Mission-Critical (URLLC)	99.999%	<10ms	Dedicated	Highest, preemptive	POS, emergency, factory control
Premium Deterministic	99.99%	<20ms	Guaranteed minimum	High	Medical devices, cold-chain IoT
Enhanced Mobile Broadband	99.95%	<40ms	High throughput	Medium-high	Video conferencing, field ops
Standard IoT (mMTC)	99.95%	<100ms	Shared with headroom	Medium	Smart meters, fleet tracking
Best-Effort Consumer	99.9%	Variable	Rate-limited	Low, preemptible	Guest Wi-Fi, bulk data
Broadcast / Event	99.99%	<15ms	Guaranteed for event window	High, time-bound	Stadium broadcast, live events

Profiles map to 3GPP 5QI (5G QoS Identifier) values and ETSI slice templates. Public safety preemption aligns with CISA emergency communications guidance.

Slice Lifecycle Management

Operators define slice templates — bandwidth, latency target, security policy, routing path — then instantiate the slice across the 5G core. Device SIMs receive S-NSSAI assignments at provisioning. Updates to policy apply without device reconfiguration. Event slices spin up for a defined window and retire automatically. Integration with IoT Connectivity lets bulk device populations join a new slice in minutes.

Per-Slice Telemetry

Every slice emits telemetry to the observability pipeline — active sessions, bandwidth utilization, measured latency, jitter, packet loss, and SLA compliance score. Network operations teams correlate per-slice health with application outcomes. Integration with SASE exports slice-level events to the SIEM for security monitoring. Alert thresholds fire on SLA drift before customer impact materializes.

"We ran PCI-compliant POS on MPLS and customer Wi-Fi on a separate network for years. Network slicing on 5G collapsed both onto one deployment. The POS slice carries 99.999% uptime and the Wi-Fi slice runs best-effort — one radio, two SLAs, half the operational cost."

Priya Sharma — VP of Retail Technology, National Grocery Chain

"Emergency slices preempted consumer traffic during a 9,000-attendee event response last October. Our paramedics kept guaranteed bandwidth on-scene while the cell was saturated by bystander video uploads. That capability did not exist on public 4G."

Captain Laura Benson — Public Safety Communications Director, Metro Fire Department

"Medical devices on a HIPAA-isolated slice gave us attestation-grade separation from administrative traffic. The audit team accepted per-slice compliance boundaries in one pass. Previously we ran a full parallel MPLS network just for medical devices."

Michael Torres — CISO, Regional Hospital System

Design Slice Profiles With My Verizon Business

Start with reference slice profiles and customize policy to the workload mix. Review case studies by vertical or complete the Verizon Business Login to access the slice orchestration console.

Design Slice Profiles Login Guide

What is network slicing on 5G?

Partitioning of the 5G network into logical slices on the same physical infrastructure. Each slice carries its own QoS profile — bandwidth, latency, priority, security — identified by S-NSSAI at device attach.

What SLA does each slice carry?

SLAs range from 99.999% mission-critical (sub-10ms latency, dedicated bandwidth) to 99.9% best-effort (rate-limited, preemptible). Each slice has documented SLA credits for breach events.

Which enterprise use cases benefit from slicing?

Retail POS + guest Wi-Fi, public safety emergency slices, healthcare medical device isolation, logistics fleet telematics vs driver communications, stadium broadcast, and IoT deterministic telemetry.

How are slices orchestrated and updated?

Through the slice management console and REST APIs. Slice templates define policy, SIMs receive S-NSSAI assignments, and updates apply without device reconfiguration. New slices in under 2 hours.

How does slicing integrate with Private 5G and SASE?

Slice identity carries across Private 5G campus and public cellular. SASE enforces zero-trust policy per slice. End-to-end observability spans slice, SASE POP, and edge.

Network Slicing — My Verizon Business 5G Virtual Networks

AI Summary — Network Slicing on My Verizon Business

How Network Slicing Changes 5G Economics

Multiple SLAs, One Footprint

Dynamic Slice Lifecycle

Security Isolation

Slicing in Practice — Retail, Public Safety, Healthcare, Logistics

Retail POS Plus Guest Wi-Fi on One Radio

Public Safety Emergency Slices and Healthcare Device Isolation

Slice Profiles — Reference Templates

Slice Orchestration and Observability