Let your voice be heard: The MSR ‘Voices of the Industry’ feature open for submissions

Ever have something you wanted to share or an opinion you wanted to voice about the stadium technology marketplace but never thought there’d be a place for it to be seen or heard? That changes now with our introduction of the Mobile Sports Report “Voices of the Industry” feature, which is now open for submissions.

Here’s how it works: If you have an opinion, whether it be of a technical, deployment, business or fan experience nature, simply send it to me via email to kaps at mobilesportsreport.com. If it is interesting and of worth to our community, we’ll print it on the site, ensuring your elevation to smart-person status and making you the envy of your peers.

Seriously, in conversations over the last year I have heard many of you voice interesting opinions and takes on many different topics, and over time I have thought it would be great to surface those conversations here on MSR, instead of having such missives lost in the general noise of social media platforms. So even if you just have an idea, maybe something not fully formed, shoot me an email or give me a call to see if I can help get your idea wider dissemination.

To be very clear: This is NOT intended to be an outlet for paid or corporate “contributions,” which several folks have asked about submitting. As we’ve stated many times in the past, MSR does NOT accept paid posts or commercial content contributions, and you do NOT need to be affiliated with an MSR sponsor to contribute.

Our content is 100 percent editorial in nature. And it will remain that way.

That being said, if a representative or smart person who works for an equipment manufacturer or software provider wants to talk about interesting new technology or deployment schemes, go ahead and send us your thoughts. Since the feature will be free and open to all comers, MSR retains the right to edit, approve or disapprove any submissions. We’ll operate mainly under the “Jim Rome” rule, which basically says, “Have a take and don’t suck.” One more rule is that all submissions must have a name and title for attribution — no anonymous contributions allowed.

So — have some thoughts on the best way to test AP deployments? On why DAS is enough for stadium coverage? About whether under-seat or overhead is the best way to get things done? Let us know and let the discussions begin.

Stadium POS system supplier Appetize gets $20 million in funding

Screen Shot 2016-12-22 at 12.14.36 PMAppetize, the company behind a new point-of-sale platform being used by such new stadiums as the Minnesota Vikings’ U.S. Bank Stadium and the Sacramento Kings’ Golden 1 Center, announced it had secured a $20 million funding round led by Shamrock Capital Advisors.

Oak View Group, the new stadium/technology concern from Tim Leiweke and Irving Azoff, also participated in the round, which Appetize said it will use to expand the company size and locations, adding New York and Atlanta offices to the Los Angeles-area (Playa Vista, Calif.) headquarters. In addition to supplying stadiums with their own custom point-of-sale equipment, Appetize’s platform acts as a digital middleman of sorts between mobile apps with food-ordering features, like those from VenueNext (which works with Appetize at U.S. Bank Stadium) and back-of-house systems for inventory, ordering and other analytics.

While its list of sports-venue customers is long, Appetize said it will also use the funding round to help it expand to other large public venue verticals, including theme parks, convention centers, and campus installations.

Andy Howard, a partner with Shamrock, said Appetize’s executive team has great relationships with top concession vendors, and a clear idea of how to help venues not only improve the fan experience (with shorter or faster-moving lines) but also to provide instant analytics that can allow teams or stadium operators to track concession purchases and inventory in real time.

Mobile Sports Report saw Appetize’s devices in use during a recent visit to Golden 1 Center (tech report also coming soon!) and from a quick observation it seems like the flip terminals (which rotate vertically between concession staff and customers) really seem to speed up the transaction process time. Appetize’s systems also helped the Sacramento team put together a back of house app that shows concession purchase totals in real time — an amazing tool for venue owners and operators.

AT&T beefs up DAS at Tampa’s Raymond James Stadium ahead of College Football Playoff championship

Tampa's Raymond James Stadium. DAS antennas visible on light standards. Photos credit: AT&T

Tampa’s Raymond James Stadium. DAS antennas visible on light standards. Photos credit: AT&T

With the college football playoff championship game coming to Tampa’s Raymond James Stadium on Jan. 9, 2017, it’s no surprise that wireless carriers like AT&T have been beefing up coverage in and around the venue ahead of what is historically one of the biggest wireless-use events in sports.

According to our unofficial list, the last two college football playoff games rank fifth and sixth overall in the list of “most Wi-Fi used for a single-day event,” trailing only the last two Super Bowls, WrestleMania 32 and a Texas A&M home game against Alabama. (Note to stadium IT types: If you have a recent event that should be on our list, let us know!) DAS stats from the CFP championship games were also among the top usage totals for single-day events, with such numbers still growing year to year.

DAS antenna visible on red stanchion

DAS antenna visible on red stanchion

For this year’s game at the home of the NFL’s Buccaneers, AT&T said it had increased coverage via the stadium’s DAS by 400 percent, now up to a total of 452 antennas inside the venue. In and around town, AT&T said it had invested more than $9 million in new improvements, including 20 new or enhanced cell sites, ahead of the playoff championship weekend. In addition, AT&T will be deploying 2 cell on wheels or COWs during the event.

MSR TOP 3 TOTAL USAGE

1. Super Bowl 50, Levi’s Stadium, Santa Clara, Calif., Feb. 7, 2016: Wi-Fi: 10.1 TB; DAS: 15.9 TB; Total: 26 TB
2. Super Bowl XLIX, University of Phoenix Stadium, Glendale, Ariz., Feb. 1, 2015: Wi-Fi: 6.23 TB; DAS: 6.56 TB**; Total: 12.79 TB**
3. WrestleMania 32, AT&T Stadium, Arlington, Texas, April 3, 2016: Wi-Fi: 6.77 TB; DAS: 1.9 TB*; Total: 8.6 TB*

* = AT&T DAS stats only
** = AT&T, Verizon Wireless and Sprint DAS stats only

MSR TOP 5 FOR WI-FI

1. Super Bowl 50, Levi’s Stadium, Santa Clara, Calif., Feb. 7, 2016: Wi-Fi: 10.1 TB
2. WrestleMania 32, AT&T Stadium, Arlington, Texas, April 3, 2016: Wi-Fi: 6.77 TB
3. Super Bowl XLIX, University of Phoenix Stadium, Glendale, Ariz., Feb. 1, 2015: Wi-Fi: 6.23 TB
4. Alabama vs. Texas A&M, Kyle Field, College Station, Texas, Oct. 17, 2015: Wi-Fi: 5.7 TB
5. College Football Playoff championship game, AT&T Stadium, Arlington, Texas, Jan. 12, 2015: Wi-Fi: 4.93 TB

VenueNext adds fan-safety incident reporting feature to stadium app platform

Screenshot of LiveSafe feature in VenueNext app. Credit: VenueNext (click on photo for larger image)

Screenshot of LiveSafe feature in VenueNext app. Credit: VenueNext (click on photo for larger image)

Stadium app vendor VenueNext said it will add a fan-safety incident reporting feature to its base application platform, giving stadiums and other large public venues a way to allow fans to report game-day incidents using their mobile devices.

By partnering with LiveSafe, a company with a suite of safety services based on the idea of “crowdsourced intelligence,” VenueNext will add a fan-safety feature to its app platform, launching the service first on the company’s flagship app for Levi’s Stadium, home of the NFL’s San Francisco 49ers. According to a release from the companies, other VenueNext customers will be able to add the feature into their apps in the future.

While the idea of using fans, devices and apps to report problems inside stadiums is not a new one — remember CrowdOptic and its ideas to use triangulation to find problem areas in stadiums? — it’s one that will no doubt gain steam as more fans get used to the idea of stadium apps as service platforms. Baylor University, which uses a YinzCam game-day app, allows its fans to report network problems via the app. The power of such reporting tools is that they can precisely geo-locate a problem thanks to network positioning, and with device cameras they can also provide security or repair crews with a wealth of visual information, quickly.

Another screenshot from the LiveSafe feature

Another screenshot from the LiveSafe feature

The options in the LiveSafe feature for VenueNext show a long list of potential problems, ranging from cases of assault and abuse to accidents or traffic issues, or lost items. While the addition of such a platform is a good first step, it’s only as good as the stadium’s ability to respond to alerts and issues.

While the release claims that fans using the LiveSafe feature will be able to “interact with security officials through two-way communications,” there are no guarantees about whether such communications will be live, or asynchronous, or whether or not an alert will elicit a response. A VenueNext representative said “When security responds, the fan will also get the response instantly. The fan won’t get an automatic response to know that it was received unless someone in security manually responds.”

Anyone out there with experience using the app feature at Levi’s Stadium, please let us know if it works as advertised.

Will stadiums soon be able to rent their Wi-Fi networks from equipment vendors?

Nationwide Arena. Credit: Columbus Blue Jackets

Nationwide Arena. Credit: Columbus Blue Jackets

If it costs too much to buy a Wi-Fi network for your stadium, why not rent one instead?

A fairly common option in the world of enterprise networking, the ability to rent, or lease a fully operational Wi-Fi network may soon be coming to the world of sports stadiums and other large public venues, if it isn’t here already. Three of the largest Wi-Fi gear suppliers, Cisco, Aruba and Ruckus, already have public offers of network leasing arrangements, where venue owners could pay some kind of monthly or recurring fee for network setup and operation, instead of buying equipment outright. And Cisco, another leader in the marketplace, is rumored to be offering full-control lease-type arrangements for stadium Wi-Fi networks, possibly beginning with the new Wi-Fi network being built at the SAP Center in San Jose.

Though no large sports stadium has yet publicly announced a deal to lease, or in networking lingo, to buy a “Network as a service,” or NaaS, the idea is potentially attractive to stadium owners and operators, many of whom have struggled with the return-on-investment question ever since the idea of putting wireless networks in stadiums has emerged. While cellular carriers have so far borne the lion’s share of the costs of deploying enhanced cellular systems like DAS (distributed antenna system) in stadiums, the question of “who will pay for the Wi-Fi” is still a big one for many venues, especially those that are only filled several times a year.

The benefits of moving to opex vs. capex

Bart Giordano, vice president of business development for the Ruckus business unit at Brocade, said the idea of leasing a stadium network could be attractive especially to venue owners who don’t have the upfront capital necessary to pay for Wi-Fi, a cost that could run into the tens of millions of dollars.

Under new parent Brocade, Ruckus Wi-Fi gear can be obtained via something called the Brocade Network Subscription, a NaaS program that Giordano said “converts it all to opex — you subscribe to the network and pay a monthly service fee.” Under the subscription program, Giordano said Brocade/Ruckus will actually own the equipment, allowing the venue owner the flexibility of being able to return it or upgrade it as needed.

With many stadiums that deployed Wi-Fi several years ago already going through significant upgrades, the idea of a leased network that could be more easily refreshed with new technology might soon gain favor. Though no Ruckus stadium subscribers have yet been announced, Giordano said “some are coming.”

Aruba, now a Hewlett Packard Enterprise company, has a similar subscription model plan for enterprise wireless deployments, one which company representatives said could be used by stadiums as well. Both companies said such deals could possibly come via consulting partnerships, where the consultant firm manages the relationship and deployment/operation details.

Cisco also has a leasing option available for wireless networks, but so far has not made any public announcements of such deals in the sports stadium marketplace. However, there are reports of Cisco taking a more active role in the ownership, deployment and operation of stadium networks, like the Cisco-powered Wi-Fi currently being installed at the SAP Center in San Jose, home of the NHL’s Sharks. So far, neither Cisco nor the Sharks will comment on any business specifics of the new Wi-Fi network other than its use of Cisco gear.

Can leasing work for stadiums?

While the leasing idea for stadiums isn’t new, the business model has met some challenges along the way of the short history of wireless networks in large venues. So far, third-party integrators like Mobilitie, ExteNet Systems and Boingo have crafted lease-like deals in which the venue does not pay the full cost of the network but instead allows the operators to run networks (typically both DAS and Wi-Fi), earning money by leasing space on those networks to wireless carriers or by selling advertising or sponsorships.

Another leasing model, one that crashed and burned, was the one employed by SignalShare, a company now in bankruptcy proceedings with legal claims of fraudulent business practices against it. SignalShare, which also offered venues networks for a monthly cost, may have been hampered by a lack of financial resources, something that shouldn’t be an issue for companies the size of Cisco, HP and Brocade, who will mainly be offering leases on equipment they manufacture themselves. The larger equipment vendors may also not be under as much pressure as SignalShare was to earn revenues on the network operations, which may make them better able to succeed in the NaaS space.

And while the idea sounds good in theory, there are still unanswered questions about how the leases would work, and whether they will make good business sense for both sides. Unlike enterprise operations in traditional offices, stadium networks are far more complex to install and operate, especially those being retrofitted in stadiums built decades ago. Stadium networks also have a much different operational profile, with traffic coming in large spikes rather than daily workday routines.

But stadium networks can also act as public advertisements of sorts, gaining more attention for vendors in PR than perhaps in direct profits. As the market matures and vendors seek out potential customers who have shied away from Wi-Fi in the past due to upfront costs, leasing may be a way forward for both sides — as long as both can find a benefit to the deal.

Washington upgrades Wi-Fi backbone at FedExField

Screen Shot 2016-11-30 at 11.07.38 AMFans at FedExField now have more bandwidth to use on the stadium Wi-Fi network thanks to a recent upgrade that moved the backbone capacity to 10 gigabits per second, according to a release from the team.

Though it’s never been previously publicly announced by the Washington, D.C. NFL franchise, according to sources close to the team the reported network built by Verizon Wireless using Cisco Wi-Fi gear has been in full operation since last season, albeit under a sort of “soft launch” mode done without any promotion.

With more fans now using the network, the team saw a need to increase bandwidth from the 1 Gbps pipe that had been supplying all the Wi-Fi network needs. For many football-stadium Wi-Fi networks, 10-Gbps pipes are a popular choice, with several stadiums opting for multiple such connections. Levi’s Stadium in Santa Clara, Calif., home of the San Francisco 49ers, has four 10 Gbps pipes as part of its backbone configuration, while US Bank Stadium in Minneapolis, the new home of the Minnesota Vikings, has six 10 Gbps links.

For those who are new to stadium Wi-Fi (or who don’t know the difference between backhaul and actual end-user network speeds), the backbone bandwidth is shared by the entire network, which may have multiple tens of thousands of client devices running off any of hundreds of Wi-Fi access points. Typical user bandwidth speeds on Wi-Fi in large networks can range from single-digit megabits per second anywhere up to 20, 40 or even 60 Mbps, depending upon network configuration and density of users. Any fans attending games at FedExField who want to send us a speedtest please do!