WiFi

Stop Installing Internet. Start Deploying Intelligence.

Turn Every Square Metre Into a Data-Rich Zone.

We architect, build, and manage enterprise-grade Wi-Fi IoT ecosystems, from indoor positioning that tracks assets to the metre, to AI-driven networks that learn occupancy patterns and self-optimize. One wireless fabric. Infinite operational intelligence.

18B+

Wi-Fi Devices Connected Globally

46Gbps

Max Throughput with Wi-Fi 7

6GHz

New Spectrum Band Unlocked

The Protocol That Puts Gigabit Intelligence Inside Every Room, Floor & Facility

Wi-Fi isn't just internet access anymore. It's a sensing fabric, a positioning engine, and the highest-throughput wireless technology inside any building, now evolving into an AI-native infrastructure layer that understands what's happening in every space it covers.

46 Gbps Peak Throughput (Wi-Fi 7)

Multi-link operation across 2.4, 5, and 6 GHz bands simultaneously. Stream 8K, process edge AI inferences, and serve thousands of IoT devices, all on one wireless fabric without breaking a sweat.

Sub-Metre Indoor Positioning

Fine Time Measurement (FTM) and Wi-Fi RTT deliver 1–3 metre accuracy using your existing access points. No dedicated beacons. No additional hardware. Your network becomes a location engine.

Wi-Fi Sensing & Ambient Intelligence

Channel State Information (CSI) turns radio signals into occupancy detectors, motion sensors, and even gesture recognisers without cameras, without wearables, without privacy concerns.

60,000+ Concurrent Connections

OFDMA, MU-MIMO, and BSS colouring handle the most punishing device densities on the planet including stadiums, convention centres, hospitals, campuses. Capacity that scales with the crowd.

WPA3-Enterprise & Zero Trust Ready

192-bit encryption, SAE authentication, Protected Management Frames, and 802.1X RADIUS integration. Network segmentation isolates IoT traffic from corporate and guest by default.

Universal Ecosystem Compatibility

Every smartphone, tablet, and wearable uses Wi-Fi. No proprietary radios. No app installs. The largest installed base of any wireless technology with 18 billion devices and counting.

Market Momentum & Growth Intelligence

The Wi-Fi IoT Market in 2026: Scale That Dwarfs Every Other Wireless Protocol

Wi-Fi isn't competing with IoT, it's becoming the default connectivity layer for it. These numbers explain why every enterprise CTO is rethinking their wireless infrastructure as a strategic asset, not a cost centre.

$24.2B

Enterprise Wi-Fi Market (2026)

Projected to cross $58B by 2031, driven by Wi-Fi 7 & IoT

18B+

Active Wi-Fi Devices Worldwide

More than double the world's population, with every person, multiple devices

$16.8B

Wi-Fi Analytics & Location Services Market

Indoor positioning growing at 24% CAGR through 2030

72%

Of All IoT Data Flows Over Wi-Fi

The dominant last-hundred-metre protocol for indoor IoT traffic

Wi-Fi Through the Generations: 802.11b → Wi-Fi 7

Each generation didn't just get faster, it unlocked entirely new categories of what wireless can do. We engineer every deployment with a clear migration path to tomorrow's standard.

802.11b

1999

The Starting Gun

11 Mbps on the 2.4 GHz ISM band. The specification that took wireless networking from laboratory curiosity to mainstream adoption and launched the multi-trillion-dollar Wi-Fi economy.

802.11n

2009

Wi-Fi 4 - MIMO Era

Multiple-input multiple-output antennas and dual-band operation pushed speeds to 600 Mbps. Introduced channel bonding and spatial multiplexing, the architecture that made HD video streaming wireless.

802.11ac

2013

Wi-Fi 5 - Gigabit Wireless

Multi-user MIMO and 160 MHz channels on 5 GHz delivered gigabit throughput. Beamforming became standard. Enterprise access points hit 3.5 Gbps, fast enough to replace Ethernet on the desk.

802.11ax

2020

Wi-Fi 6 - Efficiency Revolution

OFDMA and Target Wake Time transformed Wi-Fi from a speed race into an efficiency machine. Designed for high-density IoT, serving hundreds of low-bandwidth devices without choking high-priority traffic.

Wi-Fi 6E

2021

6 GHz Band Unlocked

1,200 MHz of pristine, interference-free spectrum. Fourteen additional 80 MHz channels or seven 160 MHz channels, offering more clean airspace than Wi-Fi had in its entire 20-year history combined.

802.11ah

2022

Wi-Fi HaLow - IoT Native

Sub-1 GHz operation delivering up to 1 km range with dramatically lower power draw. Purpose-built for IoT sensor networks such as smart agriculture, campus monitoring, and industrial telemetry where standard Wi-Fi range falls short.

802.11be

2024–2025

Wi-Fi 7 - Multi-Link Operation

Simultaneous tri-band transmission, 320 MHz channels, and 4096-QAM push aggregate throughput past 46 Gbps. Deterministic latency under 1 ms unlocks industrial automation, XR streaming, and real-time digital twins.

Wi-Fi Doesn't Just Connect Devices. It Makes Buildings Think.

From hospitals that track every wheelchair to retail floors that map customer journeys — Wi-Fi is the intelligence layer turning passive spaces into adaptive, data-generating environments that respond in real time.

Smart Buildings & Intelligent Workplaces

Wi-Fi is the backbone of every smart building strategy in 2026. Occupancy sensing through CSI analytics triggers HVAC adjustments floor-by-floor. Desk booking systems know which zones are congested before employees arrive. Indoor positioning guides visitors through sprawling campuses. Meeting room sensors detect actual usage versus calendar bookings eliminating ghost meetings that waste 30% of conference room capacity. The building doesn't just have Wi-Fi. It thinks through Wi-Fi.

Key Use Cases We Deliver

Healthcare & Hospital Infrastructure

Hospitals are among the most demanding Wi-Fi environments on the planet thousands of medical devices, real-time telemetry, life-critical alerting, and zero tolerance for downtime. Wi-Fi 6E provides the clean spectrum healthcare needs while WPA3-Enterprise meets HIPAA encryption requirements. Asset tracking locates wheelchairs, infusion pumps, and portable monitors across multi-building campuses. Nurse call integration and patient flow analytics transform operational efficiency without ripping out existing infrastructure.

Key Use Cases We Deliver

Hospitality, Venues & Stadium Connectivity

Guest Wi-Fi is no longer a courtesy it's a revenue channel. Captive portals capture marketing consent. Location analytics reveal dwell times, traffic patterns, and high-value zones. Stadiums serving 60,000+ concurrent connections need surgical RF design with DAS and small-cell integration. Hotels leverage in-room IoT smart thermostats, voice assistants, digital concierge all riding on a single converged wireless network that pays for itself through guest satisfaction and operational savings.

Key Use Cases We Deliver

Retail & Customer Journey Intelligence

Every smartphone entering a store is a signal. Wi-Fi analytics map foot traffic without requiring app installs which aisles draw attention, where customers hesitate, how long they browse before purchasing. Indoor positioning powers in-store navigation for big-box retailers. Electronic shelf labels update pricing wirelessly in real time. Loss prevention systems and smart checkout stations ride the same network. Retailers using Wi-Fi analytics report 15–25% increases in conversion when optimising store layouts based on actual movement data.

Key Use Cases We Deliver

Warehousing, Logistics & Supply Chain

Modern warehouses run on wireless. Autonomous mobile robots (AMRs), handheld scanners, voice-pick headsets, and real-time inventory systems all demand seamless, low-latency connectivity across massive floor plates with dense metal racking. Wi-Fi 6E eliminates the interference that cripples older networks in industrial environments. Asset tracking pinpoints pallet locations to the bay. Cold-chain monitoring sensors transmit temperature data continuously without wired infrastructure turning the warehouse from a cost centre into a visibility platform.

Key Use Cases We Deliver

Education & Campus Networks

Universities and school districts face a unique challenge: thousands of BYOD devices, lecture-hall density spikes, sprawling multi-building campuses, and increasingly digital curricula. Wi-Fi 6E provides the capacity headroom for 1:1 device programmes. Indoor positioning helps new students navigate complex campuses. Analytics reveal which study spaces are underutilised. Secure network segmentation keeps student, faculty, research, and IoT traffic isolated all managed from a single cloud dashboard across dozens of buildings.

Key Use Cases We Deliver

Industrial & Manufacturing Connectivity

Factory floors are the final frontier for wireless metal structures, electromagnetic interference, and zero tolerance for packet loss on production-critical systems. Wi-Fi 7's deterministic latency makes it viable for PLC communication and real-time control loops that previously demanded wired Ethernet. Predictive maintenance sensors on rotating equipment, AGV navigation, digital work instructions on tablets, and MES integration all converge on a single industrial-grade wireless backbone that replaces miles of copper cabling.

Key Use Cases We Deliver

We Don't Drop APs on Ceiling Tiles and Call It Done. We Build Wireless Ecosystems.

Most vendors hand you hardware and a heatmap PDF. We go from RF propagation modelling and AP placement optimisation all the way through cloud analytics, indoor positioning engines, captive portals, and SCADA integration, because an access point without a platform is just a blinking light on a ceiling.

Layer 1

Access Points & Edge

Layer 2

Network & Control

Layer 3

Cloud & Data

Layer 4

Application Layer

How We Take You from RF Survey to Revenue

No Dead Zones. No Guesswork. Just Wireless That Works and Generates Insight.

01

Discovery & Wireless Audit

We start with your operational pain, not the spec sheet. Existing infrastructure assessment, device density forecasting, RF environment analysis, regulatory review, and a feasibility report before a single AP is ordered.

02

Predictive RF Design & PoC

3D heatmap modelling, AP placement optimization, channel & power planning, IoT device compatibility testing. You get a working prototype with real throughput numbers and roaming metrics, not a slide deck.

03

Cloud Platform & App Build

AWS IoT Core integration, location analytics engine, captive portal development, real-time dashboards, mobile apps, alerting workflows, and API-first architecture. Battle-tested before the pilot goes live.

04

Pilot Deployment

Controlled rollout in a single floor or zone. We instrument everything, including throughput per client, roaming latency, AP utilization, positioning accuracy, CSI data quality, and iterate until every KPI is green.

05

Enterprise-Wide Rollout

Full deployment with zero-touch AP provisioning, automated channel optimization, network monitoring, security hardening, and operational handover. Your team gets trained and certified on day one.

06

Managed Optimization & Migration

Post-launch SLA-backed support. Firmware management, security patches, performance tuning, capacity planning, and a clear migration path as Wi-Fi 7 and Wi-Fi HaLow chipsets reach mainstream availability.

What's Coming Next and Why It Rewrites Your 2026–2029 Wireless Strategy

Wi-Fi is entering its most transformative phase since inception. We architect every deployment with an upgrade path to these near-horizon capabilities, so your infrastructure appreciates in value instead of depreciating the day after install.

2026

Wi-Fi 7 Mass Adoption & Deterministic Latency

Multi-link operation delivers sub-millisecond latency for industrial control, XR streaming, and real-time digital twins. Enterprise APs ship tri-band by default, so the throughput ceiling effectively disappears.

2026–2027

Wi-Fi Sensing (802.11bf) Goes Mainstream

Standardised CSI-based sensing turns every access point into an occupancy detector, motion sensor, and environmental monitor, with no cameras, no wearables, no privacy trade-offs. Buildings gain ambient intelligence.

2026–2028

AI-Native Network Management

Self-optimizing networks that use ML to predict interference, pre-adjust channel plans before congestion hits, and auto-segment IoT traffic based on behavioural fingerprints requiring zero manual tuning required.

2027–2029

Wi-Fi HaLow at Scale for IoT Campuses

Sub-1 GHz Wi-Fi HaLow chipsets reach commodity pricing. Smart agriculture, sprawling industrial sites, and campus-wide sensor networks gain IP-native Wi-Fi connectivity at ranges previously reserved for LPWAN protocols.

Indoor Wireless Technology Comparison

Wi-Fi vs. Other Indoor IoT Connectivity Protocols

Choosing the right wireless layer or the right combination is the architectural decision that determines whether your IoT investment generates ROI or gathers dust. Here's how Wi-Fi stacks up.

Parameter	Wi-Fi 6E / 7	Wi-Fi HaLow	BLE 5.x	Zigbee / Thread	LoRaWAN	5G Private
Range (Indoor)	30–100 m	200 m–1 km	30–100 m	10–30 m	2–5 km	100–300 m
Throughput	1–46 Gbps	150 Kbps–40 Mbps	2 Mbps	250 Kbps	0.3 Kbps–1 Mbps	100 Mbps–4 Gbps
Latency	<1–10 ms	10–100 ms	3–6 ms	15–30 ms	1–5 sec	<1–10 ms
Power Draw	Moderate–High	Low	Ultra-Low	Ultra-Low	Very Low	High
Device Capacity/AP	500–1,000+	8,000+	10–20	250	10,000+	1M/km²
Spectrum	2.4/5/6 GHz ISM	Sub-1 GHz ISM	2.4 GHz ISM	2.4 GHz ISM	Sub-GHz ISM	Licensed
IP-Native	Yes	Yes	No (gateway)	Thread: Yes	No (gateway)	Yes
Best For	High throughput + IoT	Long-range IoT	Proximity & wearables	Mesh sensor networks	Wide-area LPWAN	Mission-critical systems

* Many enterprise deployments combine Wi-Fi with BLE for proximity, Thread/Zigbee for mesh sensing, and LoRaWAN for wide-area coverage. We architect the right hybrid stack for your unique requirements.

Every Question Your CTO Will Ask, Answered.

We've fielded these across hundreds of enterprise wireless projects. If yours isn't listed, that's precisely why the free strategy call exists.

What's the real-world difference between Wi-Fi 6, 6E, and Wi-Fi 7?

Wi-Fi 6 introduced OFDMA and Target Wake Time for efficient multi-device handling on the existing 2.4/5 GHz bands. Wi-Fi 6E extends those same capabilities into the brand-new 6 GHz band, adding 1,200 MHz of clean, interference-free spectrum. Wi-Fi 7 goes further with multi-link operation (simultaneous tri-band), 320 MHz channels, and 4096-QAM, pushing aggregate throughput past 46 Gbps with deterministic sub-millisecond latency.

Can Wi-Fi really be used for indoor positioning?

Absolutely. Modern Wi-Fi positioning uses Fine Time Measurement (FTM) and Round-Trip Time (RTT) to achieve 1–3 metre accuracy from existing enterprise access points. AI-enhanced fingerprinting improves this further. For asset tracking, wayfinding, and occupancy analytics, Wi-Fi positioning often eliminates the need for dedicated BLE or UWB infrastructure entirely.

Wi-Fi vs BLE vs UWB, which should I use for asset tracking?

Wi-Fi gives 1–3 metre accuracy using your existing APs with no additional infrastructure. BLE achieves 1–2 metre accuracy but requires dedicated beacons. UWB delivers centimetre-level precision but needs purpose-built anchors. Most enterprises start with Wi-Fi (lowest cost, leverages existing infrastructure), add BLE for higher-density zones, and deploy UWB only where sub-metre accuracy is mission-critical.

How do I handle 5,000+ devices on a single campus Wi-Fi?

High-density design is an engineering discipline, not a product purchase. It requires predictive RF modelling, strategic AP placement, proper channel planning (especially utilizing the 6 GHz band), OFDMA for efficient airtime allocation, network segmentation to isolate IoT from corporate traffic, and QoS policies. We design for the worst-case peak, not the average, and validate with real load testing.

Is enterprise Wi-Fi secure enough for healthcare (HIPAA)?

Yes. WPA3-Enterprise provides 192-bit encryption, SAE authentication, and Protected Management Frames. Combined with 802.1X RADIUS, network access control, microsegmentation, and encrypted management planes, modern Wi-Fi exceeds HIPAA technical safeguard requirements. We also implement wireless intrusion prevention and continuous compliance monitoring.

From Dead Zones to Data Goldmines.

Whether you're upgrading a 50-floor headquarters, instrumenting a warehouse with real-time tracking, or building a smart campus from scratch, your Wi-Fi transformation starts with a 30-minute conversation. No pitch. Just architecture.