IoT connectivity is a different commercial and technical shape from smartphone service. A smartphone line carries a human user at tens of GB per month with unpredictable burst patterns; an IoT device carries a machine reporting at fixed intervals with predictable, often tiny, traffic profiles. Verizon Business supports both under one master account, one invoice and one admin surface, but the provisioning flow, plan catalogue and radio profile differ materially. IoT Connectivity at Verizon Business spans six device profiles and four radio technologies, with the ThingSpace platform as the control plane. This page is the reference for enterprise IoT buyers evaluating the Verizon IoT stack.
IoT Snapshot
- Four IoT radio profiles: LTE-M, NB-IoT, 4G LTE Cat-1/Cat-4, 5G RedCap.
- ThingSpace platform: SIM lifecycle, bulk activation, device connectivity management.
- Bulk SIM orders for factory-line provisioning; API automation at 100k+ scale.
- Typical IoT plan: per-device per-month fee plus per-MB data or flat pool.
- Device profiles covered: fleet telematics, POS, asset tracker, smart meter, video, industrial.
- IoT SIMs bill to the same master account as Verizon Wireless smartphone lines.
Four IoT Radio Profiles
LTE-M, NB-IoT, LTE Cat-1/Cat-4 and 5G RedCap — match radio to device.
LTE-M (CAT-M1) is the 3GPP low-power profile for devices sending a few kilobytes per hour — asset trackers, utility meters, environmental sensors — with deep-sleep battery lifetimes measured in years. NB-IoT is narrower still, optimised for underground meters, parking sensors and deeply-embedded devices where coverage penetration matters more than throughput. Neither LTE-M nor NB-IoT supports voice. 4G LTE Cat-1 and Cat-4 support higher-throughput IoT devices — fleet-vehicle telematics, video-enabled asset cameras, point-of-sale terminals, connected kiosks — at mid-tier data rates and standard 4G LTE propagation. 5G RedCap is the 2025-class profile targeting wearables, surveillance cameras, industrial sensors and mid-tier POS with peak 150–200 Mbps throughput and low latency at reduced device cost and power relative to full 5G.
Matching radio profile to device is driven by three inputs: throughput requirement, power budget and latency sensitivity. A smart-meter reporting every 15 minutes needs LTE-M or NB-IoT; battery-powered with a 10-year design life demands NB-IoT's ultra-low power. A fleet-vehicle telematics unit with a 12V vehicle power source reporting at 1-second intervals with video clips needs Cat-1 or RedCap; the vehicle power means battery budget is not a constraint. A retail POS terminal needs Cat-1 or RedCap with steady low-latency connection. The CTIA publishes the IoT profile adoption survey at CTIA with industry-level deployment data. FCC spectrum authorisations for LTE-M, NB-IoT and RedCap are published at FCC.
IoT Device Profile Reference
Five common IoT device profiles across throughput, radio and use-case.
| Profile | Typical Throughput | Use Case |
|---|---|---|
| Smart Meter / Utility Sensor | 1–10 kbps intermittent | Gas, water, electric meters; environmental sensors; NB-IoT radio |
| Asset Tracker | 10 kbps bursts at hourly intervals | Container, trailer, equipment location; LTE-M radio for GPS |
| Fleet Telematics | 50–500 kbps continuous | Vehicle diagnostics, GPS, driver-behaviour; Cat-1 or Cat-4 |
| Point-of-Sale / Kiosk | 1–5 Mbps bursts at transaction | Retail terminal, pop-up POS, ATM; Cat-1 or 5G RedCap |
| Industrial / Surveillance | 5–50 Mbps continuous | Security camera, industrial sensor, smart-factory; 5G RedCap |
Device profile drives plan selection. Low-throughput devices on LTE-M or NB-IoT sit on per-device plans at $1–$3 per month plus per-MB data or a small shared pool. Mid-throughput devices on Cat-1 sit at $5–$15 per month with shared data pools across the IoT fleet. High-throughput devices on RedCap sit at $20–$40 per month with larger pools or metered billing. The Verizon Wireless Business master account owns both smartphone and IoT plans under one invoice.
ThingSpace: The IoT Control Plane
SIM lifecycle, bulk activation and connectivity management in one platform.
ThingSpace is the Verizon IoT control plane: a web UI and a REST API for SIM lifecycle management across fleets of 100 to 1,000,000 devices. Every SIM has a lifecycle state — inventory, provisioned, active, suspended, deactivated — and ThingSpace exposes state-transition APIs for each. Bulk operations are first-class: a CSV upload of 5,000 ICCIDs flipping from inventory to active takes minutes; a 50,000-device batch stages through ThingSpace internal queues to avoid billing-system anomalies. The ThingSpace UI shows device-level health — last network attach, cumulative data, signal quality — and flags anomalies such as a device that stopped reporting 48 hours ago.
ThingSpace integrates with manufacturing lines for factory-activation. When a device rolls off the line, the factory's MES (manufacturing execution system) posts a ThingSpace API call to activate the SIM and the device self-tests network connectivity before boxing. This eliminates the need for a second activation step at deployment. For customers on larger fleets, ThingSpace SLA committments on API latency and bulk-operation throughput are negotiated into the master contract. USAC programme contributions on qualifying IoT service are reported through USAC.
5G RedCap: The Emerging Mid-Tier IoT Profile
The 3GPP Release-17 profile purpose-built for mid-tier IoT devices.
5G RedCap — "Reduced Capability" — is 3GPP Release-17's answer to a specific device category: mid-tier IoT that needs more than LTE-M but less than full 5G smartphone capability. Wearables, video surveillance cameras, industrial sensors and modern point-of-sale terminals all sit in this band. RedCap strips the full 5G-NR spec down to a simpler radio — single-antenna, reduced bandwidth, reduced power — that runs at 10–30% of the silicon cost and 40–60% of the power draw of a full 5G modem. Peak throughput is 150–200 Mbps, plenty for the target devices. RedCap devices commercially deployed in 2025 and broader adoption running through 2026.
Enterprise IoT buyers evaluating RedCap weigh three factors: device cost, power budget and coverage. RedCap silicon pricing has dropped to LTE Cat-4 levels through 2025. Power budget is attractive: a RedCap video camera on a vehicle needs only occasional burst connectivity and idles efficiently between bursts. Coverage tracks the 5G Ultra Wideband footprint — where C-band or mmWave is deployed, RedCap is available; outside, devices fall back to LTE Cat-1. 5G Business covers the underlying radio layers.