AT&T, CSPi Bring Wi-Fi 7 to 19,600-Seat Heat Arena [2026]

AT&T, CSPi Technology Solutions and Hewlett Packard Enterprise are rebuilding the wireless network inside the Miami HEAT’s Kaseya Center, swapping in Wi-Fi 7 gear ahead of the 2026-2027 NBA season. The project was announced October 19, 2026, and it brings together a telecom giant, a specialist IT integrator, and an enterprise networking vendor to solve a problem every modern sports venue faces: tens of thousands of phones, point-of-sale terminals and broadcast devices all fighting for bandwidth at the same time, under the same roof.

CSPi Technology Solutions detailed the arrangement in a release covered by Stock Titan, confirming that AT&T will handle communication services for the arena while CSPi supplies implementation expertise, wireless infrastructure and ongoing managed IT support under its Vital Managed IT Services banner. A separate announcement distributed through GlobeNewswire laid out the same structure: Kaseya Center’s Wi-Fi will be powered by AT&T, delivered by CSPi Technology Solutions, and built on Hewlett Packard Enterprise hardware. It is a three-way division of labor that says a lot about how stadium technology deals get built in 2026, with no single vendor doing everything.

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What AT&T, CSPi and HPE Actually Announced

The headline fact is simple: Kaseya Center, home of the Miami HEAT, is moving to Wi-Fi 7. Investing.com reported that Hewlett Packard Enterprise and the Miami HEAT confirmed a network modernization project at Kaseya Center designed to enhance connectivity ahead of the 2026-2027 NBA season. The deployment combines HPE Aruba wireless access points and campus gateways with HPE Juniper switching infrastructure, forming the backbone that AT&T’s connectivity services and CSPi’s managed IT work will run on top of.

What has not been disclosed is just as notable. None of the announcements released October 19 included an access-point count, a bandwidth figure, a coverage-area specification or a contract value. Readers searching for exact numbers on this deal will not find them in the public record yet, and any claim that AT&T alone is powering the entire network oversimplifies a rollout that is explicitly a joint effort between AT&T, CSPi Technology Solutions and HPE.

Who Is Doing What: AT&T, CSPi and HPE’s Roles

Three companies, three distinct jobs. AT&T is providing the communication services that connect Kaseya Center to the wider network, the kind of carrier-grade backbone that large venues lean on for everything from ticketing systems to broadcast feeds. CSPi Technology Solutions is the integrator on the ground, handling implementation, wireless infrastructure deployment and the day-to-day managed IT services that keep the system running once the ribbon-cutting is over. Hewlett Packard Enterprise supplies the hardware layer: HPE Aruba access points and gateways for wireless coverage, paired with HPE Juniper switches for the wired core.

That division matters because arena networks fail in different ways depending on which layer breaks. A carrier outage knocks out connectivity at the source. A misconfigured access point creates dead zones in specific seating sections. A switching bottleneck slows everything during peak load, like a sold-out playoff game. By splitting the work across AT&T, CSPi and HPE, the HEAT are spreading that operational risk across three specialized vendors rather than betting on one.

Inside Vital Managed IT Services: CSPi’s Role at Kaseya Center

CSPi Technology Solutions is positioning Vital Managed IT Services as the thread that ties the Kaseya Center project together after installation. Drew Dorben, Vice President and Chief Technology Officer for the Miami HEAT, put it directly in comments reported by Stock Titan: “CSPI didn’t just implement our Wi-Fi solution, they continue to support it with a significant level of operational knowledge and expertise.” That is a pointed distinction. A lot of venue technology vendors are judged on install day, when everything is new and tested. Dorben’s comment frames CSPi’s value as what happens months later, when thousands of fans are logged on simultaneously and something inevitably needs a fix mid-event.

For a company the size of CSPi, a public-facing NBA arena contract is also a credibility marker. Managed IT services is a crowded field, and landing a named account with a professional sports franchise gives CSPi a reference case that is hard to manufacture through marketing alone. It is the kind of deal that shows up in sales conversations with the next mid-size venue or municipal client weighing a network refresh.

Why Wi-Fi 7 and What It Changes for Arena Fans

Wi-Fi 7, formally standardized as IEEE 802.11be, is built around wider channels, Multi-Link Operation and higher-order modulation than the Wi-Fi 6 and Wi-Fi 6E gear most venues installed over the past five years. In practical terms for a packed arena, that means more simultaneous device connections without the network choking, lower latency for things like mobile ordering and instant-replay apps, and better handling of the 6GHz spectrum band that carries less interference than the crowded 2.4GHz and 5GHz bands most phones have used for years.

Kaseya Center is not a small venue to blanket in coverage. Arenas like it pack tens of thousands of devices into a few hundred thousand square feet during a sellout, all trying to post on social media, stream, pay for concessions and check fantasy scores within the same few minutes. A Wi-Fi 6E network can buckle under that kind of concentrated load. Wi-Fi 7’s wider 320MHz channels and multi-link operation exist specifically to handle this scenario, splitting traffic across multiple frequency bands at once rather than funneling everyone through a single channel.

HPE Aruba and HPE Juniper: The Hardware Stack Behind the Upgrade

The hardware choices are worth unpacking on their own. HPE Aruba is supplying the wireless access points and campus gateways, the devices fans’ phones actually connect to. HPE Juniper, folded into HPE’s portfolio through its 2024 acquisition of Juniper Networks, is providing the switching infrastructure that moves traffic between those access points and the rest of the network. Pairing Aruba’s wireless business with Juniper’s switching line is a combination HPE has been pushing across its enterprise accounts since the acquisition closed, and Kaseya Center is now a visible, public proof point for that strategy.

Beyond installation, natlawreview.com reported that the project includes AI-native wireless connectivity powered by an HPE Self-Driving Network, the same self-managing network technology HPE has detailed in other enterprise deployments, where the system is designed to detect and resolve common connectivity issues automatically rather than waiting on a help-desk ticket. That lines up with how HPE has described the technology elsewhere, as a tool meant to cut the volume of manual network troubleshooting.

Five Live Events: HPE’s Event Monitoring Commitment

One of the more concrete details in the announcement is that HPE will provide Arena Event Network Monitoring Assistance across five live events at Kaseya Center. That is a meaningful commitment because it means HPE engineers are not simply handing over hardware and walking away. They are staying involved through a defined set of real-world stress tests, the exact moments when a packed arena generates the heaviest, most unpredictable network load of the year.

Those five events effectively function as a live validation window. If the Wi-Fi 7 deployment is going to reveal weak spots, whether in coverage, capacity or switching performance, a monitored live event is where that shows up first, with HPE staff watching the data in real time rather than reconstructing the problem after the fact from support tickets.

Why Sports Venues Keep Racing to Upgrade Wireless Networks

Arena Wi-Fi has become a recurring battleground for exactly the reason Dorben pointed to: fan experience now runs through a phone screen as much as it runs through what happens on the court. Mobile ticketing, in-seat food ordering, instant replays and loyalty-app check-ins all depend on a network that does not buckle the moment the building fills up. A dead zone during a playoff game is not just an inconvenience, it is a visible failure point that shows up in fan complaints and social media posts within minutes.

That pressure has made network refreshes a near-constant cycle for major venues rather than a one-time project. Many arenas that installed Wi-Fi 6E only two or three years ago are already fielding pitches for Wi-Fi 7, because the device density inside a sold-out building keeps climbing faster than any single generation of wireless standard was built to handle. Kaseya Center’s timing, landing ahead of the 2026-2027 season rather than mid-season, also reflects a pattern venues tend to follow: major infrastructure work gets scheduled for the off-season window, when a network outage does not collide with a live broadcast.

Wi-Fi 7 Adoption Is Accelerating Across Enterprise Networks

Kaseya Center’s upgrade lands at a point when Wi-Fi 7 is moving from early-adopter curiosity to mainstream enterprise purchasing. Industry research tracked by IDC and Gartner shows the standard’s share of the access-point market climbing sharply across 2024 and 2025, a trend that helps explain why HPE, AT&T and CSPi had the hardware and expertise ready to deploy at arena scale by late 2026.

Period	Metric	Wi-Fi 7 Share	Source
Q3 2024	Enterprise-class dependent access-point revenue	About 5%	IDC
First 9 months of 2024	Overall Wi-Fi access-point unit shipments	About 2%	Gartner
Full-year 2025 (forecast)	Overall Wi-Fi access-point unit shipments	About 10%	Gartner
Q2 2025	Dependent access-point segment revenue	21.2%	IDC

The jump from roughly 5% of enterprise access-point revenue in late 2024 to 21.2% of the dependent access-point segment by the second quarter of 2025 is a steep curve for a wireless standard barely a few years removed from ratification. It also explains the business logic behind Kaseya Center’s timing: by the time HPE, AT&T and CSPi were ready to pitch a full arena deployment, Wi-Fi 7 equipment had moved well past the pilot-project stage and into the kind of mature, mass-produced hardware that a venue the size of an NBA arena needs on a fixed construction timeline.

Wi-Fi 7 vs Wi-Fi 6E: What Actually Changed

For readers wondering what separates the standard going into Kaseya Center from the one most venues installed a few years ago, the technical gap is substantial. Wi-Fi 7’s defining features, wider channels and Multi-Link Operation, were built specifically for environments with extreme device density, which is exactly the problem profile of a sold-out arena.

Capability	Wi-Fi 6E (802.11ax)	Wi-Fi 7 (802.11be)
Maximum channel width	160MHz	320MHz
Modulation	1024-QAM	4096-QAM (4K-QAM)
Multi-Link Operation	Not supported	Supported, connects across bands simultaneously
Spectrum bands used	2.4GHz, 5GHz, 6GHz	2.4GHz, 5GHz, 6GHz, used jointly via MLO
Theoretical max throughput	Up to about 9.6 Gbps	Up to about 46 Gbps

Multi-Link Operation is the feature most relevant to an arena deployment. Rather than a device locking onto one band and one channel, MLO lets a compatible access point and client maintain simultaneous connections across multiple bands, shifting traffic dynamically as congestion builds. In a venue where thousands of phones are competing for the same spectrum within seconds of a timeout or intermission starting, that flexibility is the difference between a smooth connection and a stalled one.

AT&T’s Carrier Role and the Broader Telecom Competitive Picture

AT&T supplying communication services to a marquee NBA venue also plays into a larger competitive dynamic among US carriers, who have spent years competing for high-visibility placements inside stadiums and arenas as proof of network capability. Carrier rivalries over venue deals tend to run in parallel with consumer-facing pricing fights. AT&T’s larger rival Verizon, for instance, recently drew attention for a new monthly device-handoff fee, a reminder that the same carriers competing for prestige infrastructure contracts are also adjusting pricing on the consumer side.

That tension, infrastructure wins on one side and pricing pressure on the other, is a consistent feature of the US telecom market right now. Winning a visible arena contract does not offset consumer-facing cost pressure, but it does give a carrier a public demonstration of network performance at a scale that is hard to replicate in a lab or a press release alone. It also sits alongside a wider scramble for wireless capacity, visible in moves like the pact European telecom operators recently signed to jointly bid for satellite spectrum, where carriers are increasingly treating network capacity as a competitive asset worth securing years in advance rather than a commodity.

The Network Stack, Simplified

Putting the three vendors’ roles into a single flow makes the division of labor easier to follow.

Fan device (phone, POS terminal, broadcast gear)
        |
HPE Aruba wireless access point / campus gateway   (wireless layer)
        |
HPE Juniper switching infrastructure               (wired core)
        |
AT&T communication services                        (carrier backbone)
        |
CSPi Vital Managed IT Services                      (ongoing support, monitoring)

That layered structure is also why the five-event monitoring window matters. HPE’s Self-Driving Network tools sit closest to the wireless layer, watching for the kind of localized congestion and interference that only shows up once real crowds, not test devices, are filling the building.

Security Considerations for a Public Venue Network

Large, high-density public Wi-Fi networks are also attractive targets, and arena deployments carry the same operational-technology exposure that has tripped up other connected environments. Reporting on unrelated incidents, including a case where attackers manipulated industrial control systems tied to a vulnerability that sat unpatched for weeks before exploitation, has highlighted how connected building systems, from HVAC to point-of-sale, can become entry points if network segmentation is not handled carefully. Neither CSPi, HPE nor AT&T has published specifics on how Kaseya Center’s network is segmented between fan-facing Wi-Fi and venue operations systems, which is typical for this stage of a vendor announcement but a detail worth watching as the deployment matures.

What This Signals for CSPi Technology Solutions

For CSPi, a named contract with an NBA franchise is a visible marker in a managed-services market where smaller integrators often struggle to differentiate from larger players. The Stock Titan and GlobeNewswire releases frame CSPi’s role less around the initial install and more around the Vital Managed IT Services relationship that continues afterward, a positioning choice that suggests CSPi is trying to be judged on long-term reliability rather than a one-time installation credit.

That framing also fits a broader trend across enterprise IT, where vendors increasingly pitch recurring managed services rather than one-off hardware sales, since the ongoing contract value and customer retention tend to matter more to a company’s financials than a single deployment fee. It mirrors a pattern visible across the hardware supply chain more broadly, where companies like Micron have been detailing multi-year roadmaps built around sustained infrastructure demand rather than one-time product launches.

Predictions: Where Arena Networking Goes From Here

More NBA, NFL and Premier League venues will announce Wi-Fi 7 upgrades over the next 12 to 18 months, following the same off-season installation pattern Kaseya Center used ahead of the 2026-2027 season.
HPE will continue pairing its Aruba wireless line with its Juniper switching portfolio as a packaged pitch for large venues, using public deployments like this one as reference accounts.
Carrier competition for marquee venue contracts will intensify as AT&T, Verizon and T-Mobile all look for visible proof points of network performance beyond standard consumer marketing.
Smaller managed-service integrators like CSPi Technology Solutions will increasingly compete for venue contracts by emphasizing long-term support relationships rather than one-time installation work.
Arena operators will face growing pressure to publish network segmentation and security details for fan-facing Wi-Fi, as awareness of connected-building risk grows following unrelated incidents involving poorly segmented industrial and IoT systems.

Historical Context: From DAS to Wi-Fi 6E to Wi-Fi 7

Stadium connectivity has gone through several distinct eras. Distributed Antenna Systems, built primarily to boost cellular signal, were the first major push to solve dead zones inside large concrete bowls. Wi-Fi 6 and then Wi-Fi 6E followed, adding dedicated Wi-Fi capacity and, with 6E, opening up the less-congested 6GHz band for the first time. Each generation bought venues a few years of headroom before device density and app demands caught up again. Kaseya Center’s move to Wi-Fi 7 is simply the next step in that same cycle, arriving faster than past upgrade cycles because enterprise Wi-Fi 7 hardware reached market maturity unusually quickly after ratification, as reflected in the sharp adoption curve IDC and Gartner have both tracked through 2024 and 2025.

Frequently Asked Questions

Is AT&T the only company building Kaseya Center’s Wi-Fi network?
No. AT&T is providing communication services, but the network is a joint effort with CSPi Technology Solutions, which handles implementation and managed IT services, and Hewlett Packard Enterprise, which supplies the HPE Aruba and HPE Juniper hardware.

What is Vital Managed IT Services?
Vital Managed IT Services is the name of CSPi Technology Solutions’ ongoing support offering, which it is using to maintain and operate Kaseya Center’s network after the initial Wi-Fi 7 installation is complete.

When will the Wi-Fi 7 upgrade be ready?
The project is intended to improve connectivity ahead of the 2026-2027 NBA season, according to the announcement made October 19, 2026.

What hardware is being used at Kaseya Center?
The deployment combines HPE Aruba wireless access points and campus gateways with HPE Juniper switching infrastructure.

Will HPE be involved after the network goes live?
Yes. HPE is providing Arena Event Network Monitoring Assistance across five live events at Kaseya Center.

How is Wi-Fi 7 different from the Wi-Fi 6E most venues currently use?
Wi-Fi 7 supports wider 320MHz channels, higher-order 4K-QAM modulation and Multi-Link Operation, which lets devices use multiple frequency bands at once. Wi-Fi 6E tops out at 160MHz channels without Multi-Link Operation support.

Has a price or contract value been disclosed for this project?
No. None of the announcements from CSPi Technology Solutions, Hewlett Packard Enterprise or the Miami HEAT have disclosed a contract value, access-point count or bandwidth specification.

Is this part of a wider trend among sports venues?
Yes. Industry data from IDC and Gartner shows Wi-Fi 7’s share of enterprise access-point revenue and shipments climbing sharply through 2024 and 2025, a trend that lines up with a broader cycle of venues upgrading wireless networks every few years to keep up with rising device density.

AT&T, CSPi Deploy Wi-Fi 7 at Miami Heat Arena [2026]