DigiLux/Services/Wi-Fi & IoT connectivity
Service · Wi-Fi & IoT

Wi-Fi & IoT connectivity

High-density Wi-Fi 6E/7 and IoT networks for environments where the device count outruns the spectrum plan.

What it is

A precise definition before we sell you anything.

Wi-Fi and IoT design done well is mostly spectrum, density, and operational discipline — not gear selection. We design networks against measured RF and forecast device load, then translate that design into specifications your team or your integrator can deliver against without surprises.

When you need it
  • You're standing up a new facility with thousands of connected devices
  • Existing Wi-Fi is being asked to do work it was never designed for
  • IoT pilots are stalling because the connectivity layer is unpredictable
  • You want a single design language across Wi-Fi, BLE, Zigbee, and LoRaWAN
  • You're rolling Wi-Fi 6E or Wi-Fi 7 and want to do it without re-running the project in three years
Methodology

How we run the engagement.

STEP 01

Device & workload inventory

We catalog what's actually on the network — by class, by traffic profile, by reliability requirement. The 'IoT' label hides a lot.

STEP 02

Predictive + measured survey

Spectrum profile, AP-on-a-stick where it matters, and measured walk-throughs in the production environment.

STEP 03

Channel & power planning

6 GHz channel reuse, AFC awareness, BLE/Zigbee coexistence, and a spectrum plan that doesn't fall apart when neighbors change theirs.

STEP 04

Identity & segmentation design

Cert-based authentication, role-based segmentation, and a guest model that doesn't undo any of it.

STEP 05

Acceptance walk

Documented coverage and capacity against the design — not a vendor's screenshot.

Deliverables

What you receive.

  • Spectrum and channel plan
  • AP placement, mounting, and cabling map
  • Authentication and segmentation design
  • IoT protocol overlay (BLE / Zigbee / LoRaWAN as applicable)
  • Bill of materials with multi-vendor options
  • Acceptance test plan
Representative outcomes

What our clients typically see.

30–50%
Typical AP count reduction in environments we re-design
Multi-protocol
BLE, Zigbee, LoRaWAN under one operational model
Auditable
Post-cutover acceptance walks tied to design KPIs
Related work

See how this looks in the field.

Case study

A 1.2M sq ft distribution center stabilizes scanner uplink during peak

Read the case study

Ready to find out what your network is actually doing?

A wireless assessment from DigiLux puts measured RF, an operations brief, and a vendor-neutral design on the table — usually in under five weeks.

Request an assessment