650 Group has put a forecast behind the rise of Wi-Fi HaLow (802.11ah). Here’s what that means for the warehouse operations director who was one bad RFP away from a $191K/year cellular bill.
What 650 Group actually said about Wi-Fi HaLow (802.11ah)
Market research firm 650 Group published its assessment of 802.11ah (Wi-Fi HaLow) following CES 2026. The analysis covers ecosystem maturity. They have taken a look at Morse Micro’s MM8108 traction, Newracom’s NRC7394 follow-on, the Synaptics–Edgecore AIoT Hub partnership, and concluded that HaLow’s displacement of LoRa and NB-IoT in throughput-plus-range IoT deployments is not a question of whether, but when. Industrial IoT and smart city HaLow shipments, per their model, compound through 2030.
That framing matters. It changes the conversation from “is this technology ready?” to “what is the cost of waiting?”
The warehouse problem
Picture a warehouse operations director running a 1.2 million square foot fulfillment center. Thirty percent of the floor is a Wi-Fi dead zone — high-bay racking, refrigerated sections, and a 600,000 sq ft expansion wing added three years ago that never received proper coverage.
Cycle counters work offline and sync at shift end. The GM wants to know whether the WMS is broken or the network is. The answer, of course, is the network.
Three options, three compromises
The RFP comes back with three options. Each solves part of the problem while breaking something else.
A LoRa gateway grid handles scanning telemetry but caps at 50 kbps per device — insufficient for the machine-vision pick verification the operation needs to deploy. A Wi-Fi 6 mesh covers the dead zones but requires 22 access points, a six-week installation, and $94,000 in capital. Cellular fallback prices in at $42 per device per month across 380 handhelds, scanners, and wearables — over $191,000 annually, recurring, for infrastructure the operation doesn’t own.
Why Wi-Fi HaLow (802.11ah) wins the gap
The 650 Group analysis explains why none of these options will prevail in 2026. LoRa is structurally mismatched with camera-grade and wearable-sensor traffic — it was designed for duty-cycled sensor telemetry, not streaming workloads. Wi-Fi 6 cannot solve the physics of range and steel-structure penetration at an industrial scale. Cellular at scale is an operating tax with no path to ownership.
How a Pronto deployment would work
For a site like the one described, Pronto Networks would approach coverage with eight PC63 HaLow AP nodes — four positioned across the high-bay zone, two serving the refrigerated section, and two covering the expansion wing. That is the footprint needed to eliminate dead zones across all three problem areas, against a 22-AP Wi-Fi 6 design that would cost significantly more to install and run.
At the dock doors, a pair of PC64 anchors — combining HaLow, cellular, edge AI, and PoE in a single unit — would run pallet-location ML inference at the edge. Rather than waiting for a scan to travel to a cloud WMS and back, location updates resolve locally in near real time. Dual-SIM cellular bonding on the PC64 handles backhaul resilience without a per-device cellular subscription across the handheld fleet.
The entire deployment is managed through Pronto’s cloud platform — no on-site controller, no truck-roll for firmware updates, no separate management plane for the cellular fallback.
What the numbers could look like
Based on the site parameters and Pronto’s platform specifications, a deployment of this kind would be expected to deliver the following outcomes:
These projections are grounded in Pronto’s platform specifications and typical deployment patterns for sites of this size and construction type — not theoretical maximums.
Making the CFO case
Operations leaders have historically faced a credibility problem when proposing unfamiliar wireless technology to financial stakeholders. The technical case for HaLow has been clear for two years. What has changed is that a respected market-research firm has now provided the executive-summary framing that CFOs and procurement committees require — a forecast grounded in ecosystem evidence, not vendor claims.
When 650 Group says HaLow’s IoT 2.0 share is compounding through 2030 and explains the structural reasons on the merits, the deployment conversation shifts register. It stops being a technology bet and starts being a sequencing question: how quickly can the organisation move before competitors do?
Pronto Networks’ PC64 and PC63 platform is designed to get a HaLow deployment live this quarter — with cloud management, no on-site controller, and a configuration that fits warehouse, campus, and industrial sites without a bespoke engineering engagement.
