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Get always-on protection that can help you quickly identify security incidents and limit their impact. Managing security risks is a 24/7 job. It just doesn't have to be yours. With cloud-based technologies and around-the-clock detection and incident response from our security experts, you don't have to worry about your business's security. Managed Detection and Response (MDR) services are also dynamic, evolving with the threats to allow you to scale your security program with flexible services and license options. We combine our expertise, processes and technology to help you continuously protect your organization from cyberattacks. We analyze data from a variety of sources to quickly identify security incidents and help you limit their impact. Focus on priority threats with a rapidly deployed managed service backed by our security expertise. Combines security information and event management, threat intelligence, threat hunting and much more. When you turn data into insights and turn those insights into action, you are able to more quickly address potential threats. When you add human expertise to automated results, you get qualified, in-depth threat assessments. Our online portal is easy to navigate and provides near real-time reporting so you can respond faster. Equipped with best practices, consistent processes and cutting-edge tools, our experts provide you with excellent support for incident response management. Our security experts can help you proactively establish a security plan for efficient responses. You can integrate with existing security services or use as a stand-alone service and tailor to your security needs. Unify threat detection, full-packet forensic analysis and integrated response, all with an intuitive system that works with your existing security investments. With Network Detection and Response, you get a comprehensive security solution, from analysis to discovery to action. The immersive interface lets your security team see and interact with current and historical data to analyze and proactively respond to security events. Already know what you're looking for? Strengthen your organization's understanding and awareness of cybersecurity. Read our detailed analysis of 16,000+ security incidents from around the world. Gain critical mobile security insights from our in-depth survey and analysis of 632 mobile security professionals around the world—to help protect your business from today's mobile security threats. As you move more and more of your operation into virtualized networks, learn how to leverage new technologies while also protecting yourself, core to edge. Find out how you can strengthen your business's security to keep up with the constantly changing cyberthreat landscape. Verizon is recognized as a leader in the latest Omdia Universe Global IT Security Services Universe Report. Market Leaders offer the most comprehensive, well-integrated, end-to-end cybersecurity solutions available globally. Leaders also have above-average customer experience scores. Get five critical tips for improving the speed of your cybersecurity response plan to mitigate the risk of hacker threats. Learn how to be faster and more effective in detecting and responding to deception attacks. Read our guide for evaluating new enterprise security platforms. 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 .
Learn moreDBIR Report 2022 - Intro to Regions Business
The information provided will be used in accordance with our terms set out in our . Please confirm you have read and understood this Notice. By submitting the form, you are agreeing to receive insights, reports and other information from Verizon and affiliated companies in accordance with our . California residents can view our . Verizon may wish to contact you in the future concerning its products and/or services. If you would like to receive these communications from Verizon, indicate by selecting from the dropdown menu below. Please note that you can unsubscribe or update your preferences at any time. Indicates a required field. The content access link will be emailed to you. You will soon receive an email with a link to confirm your access, or follow the link below. You may now close this message and continue to your article. This edition of the DBIR marks the third year that we have analyzed incidents and presented them from a macro-region perspective. It is our hope that our readers find this more global view of cybercrime helpful and informative. As we have mentioned in the past, we have greater or lesser visibility into a given region based on numerous factors such as contributor presence, regional disclosure regulations, our own caseload and so on. If you reside and work in a part of the world that is not mentioned in the following pages, please contact us about becoming a data contributor and encourage other organizations in your area to do the same, so that we may continue to expand and refine our coverage each year. It is important to keep in mind that if you do not see your region represented here it does not necessarily mean that we have no visibility at all into the region, but simply that we do not have enough incidents in that geographic location to be statistically relevant for a stand-alone section. We define the regions of the world in accordance with the United Nations M49 standards, which combines the super-region and sub-region of a country together. By so doing, the regions we will examine are as follows:,Asia and the Pacific, including Southern Asia (034), South-eastern Asia (143), Central Asia (143), Eastern Asia (030) and Oceania (009),Europe, Middle East and Africa, including North Africa (002), Europe and Northern Asia (150) and Western Asia (145),Northern America (021), which primarily consists of breaches in the United States and Canada,Latin America and Caribbean, which consists of breaches in South America (005), Central America (013) and Caribbean (029)4,114 incidents, 283 with confirmed data disclosure,Social Engineering, Basic Web Application Attacks, and System Intrusion represent 98% of breaches,External (98%), Internal (2%) (breaches),Financial (54%), Espionage (46%), Secondary (1%) (breaches),Credentials (72%), Internal (26%), Secrets (18%), Other (11%) (breaches),Basic Web Application Attacks and Social Engineering continue to be persistent threats for this region. APAC experiences a high number of Social and Hacking related attacks, but has a much lower number of ransomware cases than other areas. This year in APAC we see the well-known trifecta of Hacking (58%), Social (48%), and Malware (36%) taking center stage. The majority of attacks were perpetrated by attackers with Financial (81%) motives. However, state-affiliated (19%) and nation-state (1%) actors with the motive of Espionage (19%) were rather common in APAC as well. The predominant Hacking action was 'Use of stolen credentials' (83%) being mostly used to compromise a web application (60%). The social attacks in this region accounted for approximately twice the number we saw in other regions, and consisted almost exclusively of Phishing (99%). Similar to last year, we saw a comparatively low number of ransomware cases in APAC. Ransomware was involved in 10% of breaches in APAC as opposed to the overall dataset average of 25%. There were a substantial number of defacement attacks in this region this year (over 2,800), which pushed the attribute of "Integrity" up to 75% of incidents. This is interesting in that our data does not reflect a high number of defacements in other areas of the world. And while a nuisance, they usually have a lesser impact than a ransomware case for example. 1,093 incidents, 307 with confirmed data disclosure,Social Engineering, System Intrusion and Basic Web Application Attacks represent 97% of breaches,External (97%), Internal (3%) (breaches),Financial (79%), Espionage (21%) (breaches),Credentials (67%), Internal (67%), Secrets (20%), Other (18%) (breaches),The patterns are the same top three, but they have rearranged themselves in order. External actors continue to perpetrate the vast majority of breaches in this region. The rise of the Social Engineering pattern in this region illustrates the need for controls to detect this type of attack quickly. Credential theft remains a large problem as well, as illustrated in the continued persistence of the Basic Web Application Attacks pattern in EMEA. The EMEA region, covering Europe, the Middle East and Africa, has seen a sharp increase in the Social Engineering pattern in the past year (to almost 60% of breaches). While the same three patterns continue to afflict the region, Social Engineering was in third place in last year's data. At the same time, we saw Basic Web Application Attacks plummet (Figure 108). In last year's report, they accounted for over 50% of the breaches in this region, but have now dropped to the 15% range. The more complex System Intrusion pattern, however, continues to thrive and still holds second place at 30%. Credential theft remains a problem in this region, and regardless of how threat actors obtain those credentials (the rise of Social Engineering provides a likely answer), once they are acquired they use them against your infrastructure. With the foothold this provides, attackers are then able to leverage their access to obtain more Credentials via Phishing, or utilize details gained from company emails to craft realistic pretexts as part of BEC attacks. Threat actors are most commonly attacking Web application servers as a means to gaining access (since it is the most easily reached via the internet) along with Email servers. Email servers provide both an opportunity to mine the account's contents for interesting internal company data for espionage, and a venue to gain more access via phishing other employees. In terms of the people being targeted, unsurprisingly, phishers like to compromise people in Finance since they have convenient access to the organization's money transfer capabilities. If they can convince one of those targets to send them currency under the guise of a legitimate transaction, they don't need to worry about monetizing data. 4,504 incidents, 1,638 with confirmed data disclosure,System Intrusion, Social Engineering, and Basic Web Application Attacks represent 90% of breaches,External (90%), Internal (10%), Multiple (1%) (breaches),Financial (96%), Espionage (3%), Grudge (1%) (breaches),Credentials (66%), Internal (21%), Personal (20%), Other (20%) (breaches),The top three patterns remain the same, only their has order changed. External actors continue to hold sway in breaches in this region. The System Intrusion pattern has become the dominant pattern in this region. Social Engineering gave way as System Intrusion increased, but there remains a large problem with social actions such as Phishing in Northern America. Basic Web Application Attacks continue to beset organizations here as well. Since our dataset shows a strong Northern American (NA) bias, we find that as this region goes, so goes the dataset. This is nowhere more evident than when looking at the top three patterns for Northern America. These three mirrors the top patterns for the full dataset. The bias is due to a combination of things. First of all, the breach disclosure laws in NA are quite robust, and they continue to evolve. Determining all the places you must report a breach to in Northern America almost requires a decoder ring and Magic 8 Ball. In addition to this, most of our data sharing contributors have excellent visibility into the NA region, in both private and public sectors. And, frankly, our English is excellent, our French and Portuguese passable, but beyond that our linguistic facilities falter. All of this means we have very good data on this region–more so than any other. We can see in Figure 109, that while the Social Engineering pattern has held sway for some time as the top pattern in breaches, last year showed a change. The top pattern is now System Intrusion, which is also where most of the Ransomware cases reside. It is surely no secret that Ransomware has been rising for several years and has become quite prominent in our data. In fact, for cases where malware is present, Ransomware is by far the most common variety (Figure 110). Increasingly over the past several years, this attack has the one-two punch of causing both a loss of access to the data, and the need to report a data breach as the actors have also taken a copy of the organization's data. With our Social Engineering pattern comes Social actions, of course. The most common is a straight-up Phish, with Pretexting coming in second (Figure 111). Pretexting takes more work, so it may be employed against higher-value targets. We see this in cases where a Business Email Compromise attack offers up a fake invoice or something similar to attempt to get either money or banking info from the target. As expected, people in the Finance function of the organization are likely to be the target of more advanced attacks. In attacks that result in confirmed data breaches, the data type most frequently stolen is, unsurprisingly, Credentials. They are stolen more often than the next two most common varieties combined. Perhaps Credentials are like popcorn, you cannot steal just one. 92 incidents, 24 with confirmed data disclosure,System Intrusion, Denial of Service, and Social Engineering represent 88% of incidents,External (95%), Internal (7%), Multiple (1%) (incidents),Financial (92%), Convenience (3%), Espionage (2%), Grudge (2%), Other (2%) (incidents),System (51%), Credentials (40%), Internal (21%), Other (12%) (incidents),Financially motivated actors continue to be the main threat actors in this region. Much like the rest of the world, Latin American businesses face attacks targeting the functioning of their businesses, such as Ransomware and Denial of Service attacks. These attacks account for 37% and 27% of incidents respectively. Water might spin in the opposite direction in the Southern Hemisphere, but breaches and incidents seem to go down just as they do elsewhere. Unfortunately, our data collection for this section of the world is still very sparse, and we're still in need of partners to help us round out our understanding of what's going on with our friends in the South. If your organization operates in this region please reach out and join us. Figure 113 provides a breakdown of what industries have been breached in Latin America. While we don't necessarily have a large number of breaches, we certainly have a diverse collection of compromised organizations, with over 40% of victims not from the top six. Just like their Northern American counterparts, Latin American industries face the looming threat of ransomware. This attack type accounts for over 30% of their incidents. This is followed by the ever-present DoS attack. This region of the world also experiences its fair share of Phishing attacks and Stolen credentials, which we realize may be beginning to sound like a broken record. Or erg… would a buffering looping advert be the modern equivalent? At this point we're beginning to get the feeling that some of these attacks are universal to anyone who has some form of internet presence. 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. 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Learn moreWhat Is C-Band, and What Does It Mean for 5G? Business
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! What is C-Band, and what does it mean for 5G?,Author: Rose de Fremery,C-Band spectrum stands to significantly expand the availability of higher-performance around the country, providing fast speeds to more areas of the country than was previously possible. As C-Band continues to roll out, it should enable innovative business use cases across multiple sectors and deliver a faster internet experience to consumers. So, what is C-Band, what might it be used for and what does it mean for ?,What is C-band, and what does it mean for 5G?,To answer these questions, it's necessary to first explain an important aspect of how 5G works. As most business leaders know by now, 5G is the cellular broadband network currently being rolled out in the United States. 5G uses three key : low-band, mid-band and high-band. Each band allows for different capacities and speeds, offering different choices depending on the situation. While the low-band spectrum offers maximum coverage, for example, its speeds are lower than the other bands. From a user experience perspective, low-band 5G speeds aren't appreciably faster than 4G LTE speeds. Meanwhile, high-band spectrum offers blazing fast speeds, but it has a limited range and can't easily penetrate structures like buildings. So, what is C-Band? It's the happy medium between the high and low bands. C-Band sits on the of cellular broadband network frequencies, specifically between 3.7 GHz and 3.98 GHz. C-Band offers a transformative mix of performance and coverage, allowing it to offer significantly broader range and penetration than high-band spectrum–so it can be accessed from within buildings–while offering speeds significantly greater than low-band 5G. As a result, it's expected to deliver a wide range of benefits for businesses and consumers alike across a broad geographic area. How does C-Band benefit businesses and consumers?,What can C-Band be used for when it comes to business innovations? With 5G that uses C-Band spectrum, businesses should be able to boost workforce productivity, obtain insightful business intelligence and access in-depth status monitoring. For example, in the realm of productivity, architecture and construction firms could leverage C-Band spectrum access to (AR) collaboration among teams, reducing the time required to perform certain tasks, get alignment with architects or customers and generally, enhance job satisfaction in the process. Utilities and energy companies, meanwhile, could use 5G connectivity over C-Band to gain crucial visibility into infrastructure performance and operations using , potentially reducing unplanned outages and improving the customer experience in the process. Businesses in the automotive and assembly industry could tap the benefits of C-Band 5G and IoT sensors to enable end-to-end visibility across the and minimize supply chain disruptions. Ultimately, businesses across multiple sectors should be able to pursue a vast variety of innovative use cases with 5G connected to C-Band. What is C-Band's use for consumers? Consumers also stand to benefit from C-Band, whether they're individual mobile internet users or they access the internet using fixed 5G broadband connections in their homes. The incorporation of C-Band into a 5G network means more people will be able to experience the lightning-fast 5G speeds they've heard so much about in recent years. This means, for example, that consumers with 5G-capable phones should be able to stream learning modules or webinars at a higher resolution or download large files faster than before. Low latencies, meanwhile, mean they should be able to have smoother video calls, download operating system updates more quickly and enjoy with fewer glitches or interruptions. What are the FAA concerns over 5G and C-Band?,Federal Aviation Administration (FAA) received some news coverage in early 2022, possibly prompting some members of the business community to ask themselves, What is C-Band's impact on aircraft, and will this affect my business? As carriers were preparing to roll out C-Band earlier this year, airlines and the FAA voiced some concern that transmissions on the C-Band spectrum might cause difficulties for some of the airplane radio altimeters that use other frequencies. If those altimeters weren't able to perform correctly as a result, the FAA and airlines argued, that conflict could have potentially caused safety issues. Rest assured that 5G using C-Band and aviation can and do safely coexist. The FCC put in place technical measures p that were among the most conservative in the world to protect other frequencies, and there have been no safety issues in the dozens of other countries where 5G is already deployed over C-Band. Nonetheless, Verizon and AT&T have been working very closely and constructively with the that addresses the FAA concerns while allowing robust deployment and operation of the C-Band. Specifically, the carriers have shared information about deployment plans around some airport runways and have agreed on some temporary limitations around those runways. The FAA is also working with airlines, airplane manufacturers, and radio altimeter manufacturers on the installation of filters or other steps to improve the ability of older models of altimeters to avoid interference from the operation in other spectrum bands. In the meantime, as the remaining concerns are being addressed, carriers can safely proceed to roll out more than 90% of their planned C-Band spectrum services nationwide and that number will continue to grow as the FAA and the carriers continue to work together on mutually agreeable solutions. What is C-Band for your business?,Practically speaking, C-Band promises to give more businesses and consumers access to higher-performing 5G. C-Band spectrum occupies a sweet spot in the mid-band that can offer an attractive blend of coverage and performance that could be right for many. Businesses can use the C-Band spectrum to tap 5G's potential—for example, by enabling AR collaboration or unlocking IoT-enabled business intelligence. By maximizing the benefits of 5G in this way, businesses can transform their operations and provide a higher standard of service to their customers. Discover how Verizon's can help your business transform. 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