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CES Technologies: Temporary Internet Services For Events Business
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! Choose your country to view contact details. Manage your account or get tools and information. Attending a live concert or music festival is a very different experience than listening to music on your phone, or at home by yourself. As you get your ticket scanned and enter the event space, there's a sense of anticipation. Powerful chords will soon begin reverberating throughout the air, as fans savor every moment of their shared experience. Behind the scenes, something else is in the air: the wireless network connectivity that supports all the services that make a live event a success—ticket scanning, point-of-sale systems for bars, merchandise, restaurants, VIP lounges and more. When the wireless connection is performing well, fans don't even notice. But if it falters fans can't get into the venue or make purchases, and frustratingly long lines quickly form. That's where CES Technologies comes in. CES Technologies is a premier event Wi-Fi and connectivity service provider based in Raleigh, North Carolina. "We go into green spaces—areas that have limited or no infrastructure—and build temporary networks delivering Wi-Fi, wired connectivity ... for all sorts of end users," said Travis Banks, VP of Technical Operations for CES Technologies. Founded in 2003, CES Technologies provides secure networks for live concerts, sporting events, fashion shows, corporate conferences, international product launches and marquee music festivals, such as the annual Global Citizen Festival in New York's Central Park. As Banks discovered, however, guaranteeing the high standard of network performance necessary to produce successful live events is a much more complex undertaking than it once was. When CES Technologies began providing technology services to its customers, internet connectivity was not nearly as important as it is now. "When we were first on-site at live events and someone needed to check their email, it was no big deal if the network was down," said Shannon Cook, VP of Managed Services and Strategic Integrations for CES Technologies. "Fast forward to today. If the network goes down, our clients are losing thousands of dollars a minute not being able to sell food and beverages. Or, the security cameras are not working. Solid connectivity throughout the entire event space is critical for revenue generation, safety and a positive attendee experience.",Coordinating high-quality network connectivity for a live event is easier said than done, however. Different venues have different sizes and specifications, each with its unique challenges. The network engineers often have a limited window of time to set up a network from scratch and tear it down, springing into action as soon as they are allowed to begin their complex work. And then there are the network performance issues that arise when thousands of people descend on a large event space along with their mobile devices. "Cellular service kind of gets bogged down when you have 10,000 people in a site, and they're all trying to use one or two towers that cover that site," said Sean Mason, Network Engineer and Crew Chief for CES Technologies. When network congestion develops, fans can't purchase drinks or merchandise. "The fan experience deteriorates, causing longer lines. Then, people can't enjoy the event," he added. Network interference can crop up seemingly out of nowhere in the middle of an event, too. This is especially likely to happen in densely populated areas that already have plenty of radio frequencies in use, like Central Park's Great Lawn. "We would have to change radio frequencies to find a clean channel to get service across that link. That could change halfway through the show just due to weather or interference from the stage or anything in the area," he explained. Faced with these difficulties, CES Technologies needed to find a more reliable option for delivering network services to its customers. VP of Technical Operations, CES Technologies,After experimenting with a few potential options, CES Technologies reached out to Verizon to identify more reliable, efficient and cost-effective temporary wireless network service solutions. Verizon proposed a in partnership with Celona, a leading manufacturer of hardware for high-speed cellular networks. Before working with Verizon, CES Technologies ran into several difficulties while trying to find the right mix of support and solutions. "We were getting our public cellular from various carriers and vendors. We were going through a consumer-type process, which was painful," Banks said. This involved a lot of time spent calling customer support numbers in the hope of getting timely help. "We also just were not getting a full solution from an engineering or design standpoint. Now that we have this business-to-business partnership, we're able to mitigate all of that. Verizon is able to bring all those pieces together and connect us with sales engineers that can close those gaps.",CES Technologies's new private cellular networks deliver reliable, low-latency connectivity for critical applications in the most challenging environments. This solution is powered by Citizens Broadband Radio Service (CBRS), a proven and widely compatible industry standard. By leveraging CBRS' 3550-3700 MHz frequency spectrum (3.5 GHz band), private wireless networks can avoid some common problems—such as interference and saturation—that CES Technologies routinely grappled with during live events. CBRS connectivity makes it possible for CES Technologies to serve event organizers better in multiple ways. For example, CES Technologies can now carry out faster deployments, increase network uptime and provide a greater degree of redundancy. The technology firm is also better able to tailor its network designs to each event's specific requirements. "With Verizon, we are building private cellular networks that are based in the CBRS spectrum, so it's in a public citizen band spectrum. There's no licensing involved," Banks said. "When we get into high-density environments, Verizon is able to help us pre-plan and, in extreme instances, make arrangements for priority licenses for that spectrum.",Even when CES Technologies has to deploy network services in an environment where other carriers might also be operating networks on the same spectrum, Verizon's engineering team can help mitigate potential interference issues in advance. A private wireless network also provides far broader coverage than the Wi-Fi access points (APs) that CES Technologies previously deployed, which could only cover between 50 and 150 feet. "It provides a good amount of coverage for those areas that we are not usually able to reach, or that take us a bit longer to get to because we don't usually have a path to get there with cable or fiber," Mason said. With this solution, CES Technologies can provide robust network connectivity for events using just two to three access points rather than 20 or 30. This new approach also greatly reduces labor costs, allowing CES Technologies to more efficiently deliver services to its customers and even pass on cost savings to non-profit organizations such as Global Citizen. VP of Managed Services and Strategic Integrations, CES Technologies,If you'd like to receive new articles, solutions briefs, whitepapers and more—just let us know. CES Technologies sees its collaboration with Verizon as critical to its future growth. "It's important for us to find partners that are willing to innovate with us. The technology that we have to support changes exponentially, but the budgets that we have to work under for our clients don't change. We have to find solutions that can be nimble enough to adapt to our customers' needs but are cost-effective and provide us that solid result we can trust," Cook said. One result of this new private wireless network powered by Verizon and Celona is that CES Technologies can deliver a higher standard of service in less time and at a lower cost. "There are certain applications and certain events where budget and time just don't allow for us to deliver Wi-Fi to all the areas that are needed. By building a private cellular network, we're able to put up fewer devices and reach greater distances than you can with other technologies," Banks said. "With private cellular, we're regularly delivering service more than 1,000 feet away from any infrastructure. That's an absolute game-changer. It allows us to cover great distances with very small amounts of gear, and therefore a lot less labor.",Deployment is far faster and easier now, as well. "To support the number of towers and the cradle points that we have to set up, we previously used backhaul shots, which are point-to-point links that send internet over long distances. In some areas, those can become unwieldy due to radio frequency interference. Our new private wireless network solution eliminated the need for backhauling altogether," said Mason. Security, a top priority for a live event, is an area where a private wireless network especially shines. "There is no way to onboard to the network and connect other devices onto a private wireless network without a physical SIM card. This puts us completely in control. Additionally, that SIM card has to be authorized. We can even lock those SIM cards to the physical devices that we've installed them in. Should a device get compromised, no one's able to move that card to another device," Banks said. Since no one without an authorized SIM card may join the network, interference is no longer an issue, which means authorized users can enjoy a higher standard of network performance. , VP of Technical Operations, CES Technologies,Network connectivity is especially tricky to get right at the Global Citizen Festival in New York. "Even though we're on the Great Lawn in Central Park in the heart of New York City, this isn't a festival site that's normally wired for different things," said David Beame, VP of Events and Broadcast for Global Citizen. "Over the years, we've had to get creative in order to make this a functioning site. We've tried satellites. We've tried all different ways to do this. It wasn't until we partnered with Verizon that we were able to try different options to make sure that our festival experience is incredible. We were really excited to try the private wireless network this year.",To begin, Global Citizen primarily used the new private wireless network for concessions, merchandise and ticket scanning. "We had 60,000 people entering through the park. ... Having this technology created an express lane. We knew that it wouldn't go down, we'd be able to be reliable and we'd be able to load this lawn very quickly. We were able to get our point of sales going very quickly," Beame said. Because it's easier to administer a private wireless network, the Global Citizen team also had a much easier time helping essential crew members get online and stay connected on the big day. "The nice thing about this system is that it is like your home network. We can see everything that's connected to it, and we can assist in getting people online and connected," said Steven Finley, CES Technologies Network Engineer and Crew Chief for the Global Citizen Festival. VP of Events and Broadcast, Global Citizen,CES Technologies's strong partnership with Verizon has allowed the company to provide its current customers with reliable network connectivity and offer affordable services to new ones, setting the stage for many exciting live events to come. "Verizon really stepped up to understand our use case and the need. We build temporary networks in environments that are constantly changing. It's hard to build that kind of environment in a lab and truly test it. Verizon took the time to dig in, understand how we do our job, what result we need to deliver and helped us navigate the tools that we can apply to those results," Cook said. "Everybody wins. We want everyone to be successful. We're really proud of the partnership.",Verizon Private Wireless Network (PWN) solution provides consistent coverage, range and scale to meet your needs. See how a rural farm in New Jersey is growing their agro-tourism business with Verizon Private Wireless Network. . * Indicates a required field. We will follow up from your contact request using the information provided. Choose your country to view contact details. Manage your account or get tools and information. These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually only set in response to actions made by you which amount to a request for services, such as setting your privacy preferences, logging in or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information. 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Learn moreUsing Cloud Applications To Enhance EHR Access Business
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! Using cloud applications to enhance EHR access,Author: Megan Williams,With everyone seemingly using health apps on smartwatches and plenty of cloud applications supporting (EHRs), and (EMRs), why is your doctor's office still using a fax machine to transfer records? still use paper files and fax machines to exchange medical information. While that approach is effective, it is also inefficient, slow, and is increasingly seen as a roadblock to improved patient care. Despite the inefficiencies of using dated technology, health systems and providers still rely heavily on paper-based methods for exchanging healthcare information. There are a number of reasons for this state of affairs: many doctors' offices, hospitals, labs, medical imaging facilities, pharmacies, and medical providers have long suffered from using outdated technology, a lack of interoperability between systems, costly implementation and other Sometimes there simply is no other way of exchanging records with clinicians who might sit outside of a hospital network or sit between providers. Increasingly, healthcare cloud applications are helping to close the gap. The Health Insurance Portability and Accountability Act ( provides regulatory guidelines to secure healthcare information while in transit and in storage. This is often referred to as data in motion and data at rest. Cloud technology is transforming the way hospital systems, clinicians, medical specialists and providers are able to share and transfer patient sensitive data, by making digital versions of a patient's chart available (nearly instantaneously) with the added benefits of verifying authorized users releasing the patient information. EHRs facilitate the secure exchange, storage, and access to patient information by authorized users across the healthcare landscape. help support the delivery of efficient, integrated, high-quality healthcare. Cloud applications and EHR access,Applications in the cloud can support the exchange of clinical records across disparate systems, doing so in a secure and efficient manner. Medical applications can use health data standards to support interoperability (including , and ) to increase EHR access and security. Cloud based applications are often built from the ground up using these standards, increasing the ease that data can be seamlessly and securely shared across systems. The future of cloud applications,The potential of using cloud applications to is almost limitless, but one of the greatest and most immediate opportunities lies in the reduction of the use of traditional faxing. One simple example is eFax (a cloud-based application) that uses standards-based EHR access that can embed directly into electronic records to support communication between secure systems. This happens through application programming interfaces (APIs) that integrate faxes into the EHRs themselves—meaning facilities using cloud faxing can send, retrieve and even store faxes in their systems for easy access and for sharing within or outside their organization. eFaxes can help to cut back on the work required to locate paper files as well as the cost of keeping and properly disposing of hard copy files. Benefits of cloud applications,Across the board, cloud applications are shifting healthcare accessibility, improving EHR access and security, and helping to support interoperability. Modern solutions that align with the role faxing plays in healthcare communications can serve as an effective communication gateway—connecting organizations to the rest of the healthcare community and helping them improve care coordination, efficiency, and the overall patient and provider experience. Learn more about in the digital age of communication. If you'd like to receive new articles, solutions briefs, whitepapers and more—just let us know. . * Indicates a required field. We will follow up from your contact request using the information provided. Choose your country to view contact details. Manage your account or get tools and information. These cookies are necessary for the website to function and cannot be switched off in our systems. 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Learn moreDBIR Report 2023 - Incident Classification - Web Application Attacks Business
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While representing approximately one-fourth of our dataset, these breaches and incidents tend to be largely driven by attacks against credentials, with the attackers then leveraging those stolen credentials to access a variety of different resources. Poorly picked and protected passwords continue to be one of the major sources of breaches within this pattern. 1,404 incidents, 1,315 with confirmed data disclosureExternal (100%), Internal (1%), Multiple (1%) (breaches)Financial (95%), Espionage (4%), Fun (1%) (breaches)Credentials (86%), Personal (72%), Internal (41%), Other (19%) (breaches),While it may liven up our humdrum existence to imagine the threat actors behind breaches as characters from a game of Clue (the cyber version), it is more likely to have been an average Jane Doe using stolen credentials or some well-known vulnerability. This pattern, which accounts for 25% of our breaches, consists largely of leveraging stolen credentials and vulnerabilities to get access to an organizations' assets. With this beachhead, the attackers can then do a variety of things, such as stealing key information hiding in emails or taking code from repositories. While these attacks aren't complicated, they certainly are effective and have remained a relatively stable part of our dataset, which prompts us to discuss once again (drum roll, please), the importance of multifactor authentication (MFA) and patch management!38,Brute Force: T1110 – Credential Stuffing: T1110.004 – Password Cracking: T1110.002 – Password Guessing: T1110.001 – Password Spraying: T1110.003,Compromise Accounts: T1586 – Email Accounts: T1586.002,Exploit Public-Facing Application: T1190,External Remote Services: T1133,Valid Accounts: T1078 – Default Accounts: T1078.001 – Domain Accounts: T1078.002,Use Alternate Authentication Material: T1550 – Application Access Token: T1550.001,Active Scanning: T1595 – Vulnerability Scanning: T1595.002,86% of the breaches, as you can see in Figure 39, involve the Use of stolen credentials. And where better to use those credentials than against the various web servers that contain our sensitive information? The other major part of the puzzle within this pattern is the use of exploits. This is where attackers have an exploit and the victims just happen to have a vulnerability (handy for the criminal). This typically occurs in only about 10% of the dataset, and while that may sound like an insignificant number of breaches, unpatched vulnerabilities are still the bread and butter for many attackers, with 50% of organizations experiencing over 39 Web application attacks this year. Even though we refer to these attacks as "basic," they're not simply "one and done" incidents where credentials are leveraged against a web application and the attacker then goes on their merry way. There is often some sort of middle step (Figure 40). For instance, malware is frequently one of the primary means of maintaining persistence (look at us, using them fancy ATT&CK terms), with Backdoor or C2 in about 2% of the incidents. In other cases, the attackers will leverage their current access to conduct additional attacks. With regard to impact, we commonly see that after Web applications, Mail servers are one of the preferred targets for attackers. This makes sense, because hidden away in our inboxes among the hundreds of unread emails there are often key internal documents (41% of breaches involve mail servers) or, sadly, credentials to some other system. The findings for this pattern show that attackers can access Internal data (41%), Medical data (6%) and even Banking data (6%) using simple inbox mining tactics (again, reminding us of the importance of good email and server hygiene). One thing you probably don't hear often is someone saying, "If I only had more usernames and passwords to remember." Credentials are as ubiquitous as sand in the desert and almost as hard to hold onto. Threat actors seem to have a plentiful supply as well. However, what is missing in our data, and we try to be explicit when it comes to biases and limitations, is that we don't necessarily know where all these credentials are coming from. But we here on the DBIR team love a good mystery. Did the butler do it? Are aliens real? What about the Yeti? Ghosts? People with strong work ethics? Alas, we will probably never know. We may also never know where the criminals obtained the credentials in the first place. We might have a good idea in terms of the different ways that one would be capable of getting credentials, such as buying them from password stealers who are nabbing them through social engineering or even spraying them in a brute force attack. What we don't have is the exact breakdown of how many of our breaches and incidents are caused by each. As the old adage goes "What we know is a drop; what we don't know is an ocean.",It's not all bad news, however. Even though there are many ways to steal credentials, we have many ways to protect them as well. One of the best ways (stop me if you have heard this one before) is the use of MFA. Before you recline in your chair and "Well, ACKtually …" us, we do realize there are limitations to some MFA implementations. As you're undoubtably aware, some very high profile breaches this year demonstrated some of those shortcomings. In some cases, criminals used social engineering to convince users to accept the authentication attempts. In other instances, they stole the session cookie and used it to masquerade as the user. Of course, some MFA bypasses weren't really bypassing MFA because some of the services weren't properly configured to ONLY use MFA. As mentioned above, what we can't really tell you at this time is how much there were of each, as we need to both update our standard VERIS and collect the data. While this would be an awesome opportunity for us to finally settle the score and discuss which MFA is better and which bypasses are leveraged the most, we will have to keep this placeholder for another year. As the Nation's Cyber Defense Agency, the Cybersecurity and Infrastructure Security Agency (CISA) sees how our nation's adversaries operate and what tools they use. While some of these adversaries use advanced tools and techniques, most take advantage of unpatched vulnerabilities, poor cyber hygiene or the failure of organizations to implement critical technologies like MFA. Sadly, too few organizations learn how valuable MFA is until they experience a breach. Since joining CISA, I've made it a priority to raise MFA awareness across all sectors to better protect our nation's critical infrastructure. Importantly, we need more and better data to understand the scope of, and solutions to, the threats we face in cyber, and we've called on our industry partners to provide radical transparency to allow our defenders to better see, understand and ultimately protect our citizens, customers and companies. In particular, it's critical that "high-value targets" like system administrators and Software as a Service (SaaS) staff use phishing-resistant MFA. But more and better information is just the beginning. Working collaboratively, I look forward to seeing what we can do to together to make our nation more resilient, more secure, and to show measurable progress … including in next year's Verizon Data Breach Investigations Report. Account Management [5] – Establish and Maintain an Inventory of Accounts [5.1] – Disable Dormant Accounts [5.3],Access Control Management [6] – Establish an Access Granting Process [6.1] – Establish an Access Revoking Process [6.2] – Require MFA for Externally- Exposed Applications [6.3] – Require MFA for Remote Network Access [6.4]Continuous Vulnerability Management [7] – Establish and Maintain a Vulnerability Management Process [7.1] – Establish and Maintain a Remediation Process [7.2] – Perform Automated Operating System Patch Management [7.3] – Perform Automated Application Patch Management [7.4],If you happen to be interested in how we updated VERIS to capture attacks that bypass MFA, look no further than the list below:,Hopefully, the combination of our existing enumerations, along with these new ones, will capture the majority of the cases we encounter. If not, we will re-examine our enumerations with the next version of VERIS. Was the breach caused by the mysterious Spiderlady via a complicated zero day on an internet-facing server? Or was it perpetrated by the Sophisticated Panda using drones inside a Kubernetes cluster?,Yes, it is the "Groundhog Day" of InfoSec topics. I bet you can find it in our past reports!,One of the advantages to running these types of attacks is that the server never tires, never sleeps, it just throws exploits at everyone continually, night and day—unlike your humble cybersecurity analyst who needs at least four coffees a day and nine hours of sleep. Sorry, Grandma. This sounds like what you would call someone who photobombs people in a timely manner, doesn't it? If you are already a Verizon customer, we have several options to help you get the support you need. Choose your country to view contact details. Existing customers, to your business account or . These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually only set in response to actions made by you which amount to a request for services, such as setting your privacy preferences, logging in or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information. These cookies allow us to count visits and traffic sources so we can measure and improve the performance of our site. They help us to know which pages are the most and least popular and see how visitors move around the site. We use both third party and first party cookies for this purpose. All information these cookies collect is aggregated and therefore anonymous. If you do not allow these cookies we will not know when you have visited our site, and will not be able to monitor its performance. These cookies enable the website to provide enhanced functionality and personalisation. They may be set by us or by third party providers whose services we have added to our pages. If you do not allow these cookies then some or all of these services may not function properly. These cookies may be set through our site by Verizon and third parties. They are used to present Verizon advertising on third party sites that you may visit. They do not store directly personal information, but are based on uniquely identifying your browser and internet device. If you do not allow these cookies, you will experience less targeted advertising from Verizon. BackClear Filters,All Consent Allowed
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Verizon Business teams with Deloitte to expand 5G and mobile edge computing applications
Verizon Business and Deloitte are building an extended ecosystem for 5G and mobile edge computing (MEC) solutions aimed at manufacturing and retail.
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