Verkada Cellular Failover: How HTS Cellular Turns the Last-Mile into a Managed Service

A mid-market operator with 30 sites should not have to call three carriers, manage four vendor portals, and reconcile a spreadsheet of IMEIs to keep the lights on. HTS Cellular is the 12th product in the HTS Managed family: a single pane of glass for the Peplink, Cradlepoint, Digi, and MultiTech devices behind every site, with per-line data plans, private APNs, and a ConnectWise billable line item already wired in. It is the missing layer between a Peplink on the wall and a managed network.

Cellular is the last-mile that has been sitting off the SOW

Every Verkada deployment rides a network, and every modern network has a cellular failover path. The routers are already there. The data plans are not. Most managed service providers quote cellular ad hoc on top of a Peplink or Cradlepoint SOW, and the margin disappears into the carrier relationship.

The market around that gap is large and getting larger. IDC's MarketScape for Worldwide SD-WAN Infrastructure pegs the SD-WAN market at a 10.1% CAGR through 2027, reaching $7.5 billion, and the managed-services slice is forecast to reach $14.17 billion in 2025 [1]. Cellular is the access technology making that growth possible. The Ericsson Mobility Report counts 4.5 billion cellular IoT connections at the end of 2025, on track for 7.8 billion by 2031 at a 10% CAGR [2]. Most of those connections are not phones; they are routers, cameras, badges, sensors, and POS terminals that need a network path the IT team can actually trust.

The cost of getting that path wrong is concrete. ITIC's 2025 Hourly Cost of Downtime Survey puts the median outage cost at $9,000 per minute for enterprises with more than 1,000 employees, up from $7,900 in 2023 [3]. A 30-minute WAN failure on a multi-site retail or healthcare network is a six-figure event. Cellular failover is the cheapest insurance against that number.

What HTS Cellular actually manages

HTS Cellular is one product with five operational jobs:

1. Plan selection and right-sizing. Per-line recommendations across pooled, pooled-with-rollover, and dedicated plans on Verizon, AT&T, and T-Mobile. HTS bills the carrier pass-through at cost and adds the partner margin on top, so the customer sees one line on the agreement.
2. Auto-failover policy. A defined recovery time objective (RTO) for the cellular path when the primary WAN drops. The HTS NOC deploys the policy in under five minutes from ticket open.
3. IoT connectivity. Cameras, access controllers, environmental sensors, and digital signage run on the same dashboard, with shared or dedicated plans and per-device usage telemetry.
4. Private APN. Healthcare and retail customers isolate regulated traffic (HIPAA, PCI) on a private APN that never touches the public internet. HTS provisions and operates the APN for $150 per month per APN.
5. Carrier relationship. One throat to choke. SIM provisioning, swap, deactivation, and IMEI inventory all run through the HTS Managed dashboard, with usage alerts at 80%, 95%, and 100% of monthly allowance.

The hardware side is multi-vendor on purpose. Peplink and Cradlepoint cover SD-WAN and branch failover. Digi and MultiTech cover serial and industrial IoT. A customer does not have to standardize on a single vendor to standardize on HTS Cellular.

Private APN is the right answer for healthcare and retail

The cleanest case for private APN is the healthcare anchor. A multi-site healthcare provider runs six clinical sites, 50 cameras, roughly 35 access readers, and around 350 active badges. The clinical network and the administrative network are intentionally separated — protected health information (PHI) cannot share a path with guest Wi-Fi or staff traffic. A private APN pulls the clinical traffic onto a carrier-managed, private routing domain, and the carrier's Business Associate Agreement (BAA) extends the HIPAA compliance chain to the wireless layer [4]. Both Verizon and AT&T publish BAA frameworks for mobility and private 5G; HTS Cellular standardizes how those get applied across a multi-site customer.

Retail is the same shape, with a different regulator. PCI DSS v4.0 became the only enforced standard on March 31, 2025, and Requirements 1.2.6 and 11.4.5 turn segmentation from a best practice into a tested, documented, and pen-testable control [5]. Point-of-sale (POS) traffic isolated on a private APN keeps the cardholder data environment (CDE) out of scope for most of the rest of the network, the difference between a six-month PCI project and a one-week one. The same dashboard tile that shows a healthcare customer's clinical APN shows a retail customer's POS APN; the underlying mechanism is identical.

SIM lifecycle, usage analytics, and coverage mapping

Three operational surfaces make the difference between a managed service and a procurement exercise.

SIM lifecycle. Every line has a state — provisioning, active, suspended, deactivated — and every state change is a HTS-NOC action, not a carrier portal call. SIM provisioning is committed at less than 24 hours for standard orders and less than 4 hours for expedited. The dashboard tracks International Mobile Equipment Identity (IMEI) inventory so a swap on a Cradlepoint or Peplink does not become a forensic exercise.

Usage analytics. Data utilization rolls up per device, per site, and per month. Overage alerts fire at 80%, 95%, and 100% of the monthly allowance, so a camera firmware bug or a runaway digital-signage player surfaces the same day, not on the next invoice. Pooled plans across five or more lines are included; dedicated plans are available where a workload warrants it.

Coverage mapping. Signal strength and carrier availability are mapped by site, with fallback recommendations when the primary carrier is weak. For a distributed customer, this is the input that decides which carrier goes in which Cradlepoint or Peplink.

Pricing and how it attaches to the HTS Managed suite

HTS Cellular is the standard expected attachment on Cisco Meraki deployments. Most customer sites have only one dedicated line, which makes that circuit a single point of failure; the cellular path provides the backup. This is product positioning, not a contractual mandate: the approved SOW controls the final requirement.

Pricing is uniform with the rest of the HTS Managed family:

• Platform fee: $495 per site per month (dashboard, NOC baseline, alert routing)
• Per-line meter: $8 to $18 per active line per month, depending on the data plan tier
• Private APN: $150 per APN per month
• Setup: $25 per line, one-time
• Carrier pass-through: at cost

Service-level commitments are explicit. Dashboard uptime is committed at 99.9%. SIM provisioning is under 24 hours standard, under 4 hours expedited. Failover policy deployment is under 5 minutes from NOC ticket. Usage alerts fire at the 80%, 95%, and 100% thresholds.

On the worked example, six clinical sites with 6 to 8 cellular lines per site and one healthcare-grade private APN adds roughly $400 to $900 of monthly recurring revenue to the agreement, on top of the existing $6,646 baseline. Across the full 12-product family, mid-market attach takes a similar customer from $6,646 to $20,000 to $32,000 in monthly recurring revenue [6]. Cellular is the wedge that converts an existing network relationship into a managed-services relationship.

What changes when cellular becomes a managed product

Three things shift when the last-mile is on the same dashboard as the rest of the network:

• Margin becomes visible. Ad hoc carrier spend turns into a priced line item with a known cost basis and a known partner margin.
• Failover becomes a measured control. The RTO is committed, the policy is documented, and the deployment is a five-minute NOC action.
• Compliance stops being a project. Private APN, segmentation, and carrier BAAs are configured once and inherited by every site that comes online.

HTS Cellular is the 12th product on the HTS Managed platform, the same agreement line as Sentinel, NetOps, and Auvik, and the same dashboard the customer already logs into for cameras and badges. One pane of glass, one phone number, one monthly invoice, one renewal cycle.

If you are standing up a new site, expanding into a new region, or auditing the data plans on an existing Cradlepoint or Peplink deployment, we are happy to walk through what HTS Cellular would look like in your environment.

Sources

1. IDC MarketScape, Worldwide SD-WAN Infrastructure, 2024 — SD-WAN infrastructure market projected 10.1% CAGR through 2027 to $7.5B; Worldwide Managed SD-WAN Services forecast $14.17B in 2025.
2. Ericsson, Mobility Report, June 2026 — cellular IoT connections reached 4.5 billion at end of 2025; forecast 7.8 billion by 2031 at 10% CAGR.
3. ITIC, Hourly Cost of Downtime Survey, 2025 — median enterprise outage cost $9,000 per minute for organizations with 1,000+ employees, up from $7,900 in 2023.
4. Verizon Business, Private Wireless Networks for Health Care; AT&T Business, HIPAA Business Associate Agreement for Services Provided Without a Signed Written Agreement — carrier-published BAA frameworks and private 5G / neutral host offerings for healthcare traffic isolation.
5. PCI Security Standards Council, PCI DSS v4.0 — fully enforced March 31, 2025; Requirements 1.2.6 and 11.4.5 require documented, pen-tested segmentation.
6. HTS Managed, Product Spec (Rev 5), August 2026 — full 12-product attach economics on the multi-site healthcare anchor.

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