How to prevent ddos attacks
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DDoS Attacks: Detection, Protection and Mitigation Services
Maintain your operations with peace of mind. Detects and mitigates the effects of unexpected and unpredictable distributed denial-of-service (DDoS) attacks. DDoS Shield analyzes inbound IP traffic to spot anomalies and detect potential DDoS attacks. When under attack, DDoS Shield redirects inbound traffic to global scrubbing centers. Scrubbing centers return only clean, legitimate traffic to your network. Delivered from the cloud, leverage ever-expanding DDoS mitigation capacity against large-scale attacks. DDoS Shield protects network and transport layers by defending you against L3 and L4 volumetric DDoS attacks. Our Web Application Firewall also defends against L7 attacks. The highly scalable nature of DDoS Shield allows it to defend against even the largest recorded DDoS traffic volumes. High redundancy and DDoS Shield's ability to automatically fail over traffic to other nodes helps increase your uptime. The carrier-agnostic aspect of DDoS Shield lets it protect all your traffic, regardless of carrier or ISP. Flexible terms let you meet specific business needs with flat monthly fees, and no mitigation overage charges. Add DDoS Shield to individual Verizon Internet Dedicated Services circuits at a low cost. Our proactive detection and mitigation can help reduce your operations teams' workload. DDoS Shield Scrubbing Centers,When under attack, it distributes traffic loads to multiple sites at the same time to help decrease the risk of network congestion. Reach out to our DDoS experts in our Security Operations Centers (SOCs) by phone or email. Get access to detailed analytics and reports, as well as the ability to customize configurations. When DDoS Shield reroutes under-attack traffic it directs it to scrubbing centers located in global content distribution super points of presence (Super POPs). This add-on service option can help reduce disruption caused by large, short and frequent DDoS attacks without a rerouting delay to help you always maintain availability. Detects and mitigates attacks automatically. As you move more services to the cloud, internet connectivity becomes crucial. Any downtime caused by DDoS attacks can impact internet service and access to your applications. If you don't currently have a DDoS mitigation service, take our self-assessment by answering the questions below to determine your risk level for DDoS attacks. Great job! Your business is at low risk for experiencing the impacts of a DDoS attack. For more information on today's top cyberthreats, read the . Your business is at risk for experiencing the impacts of a DDoS attack. Please Contact your Verizon sales representative as soon as possible to discuss how Verizon can help protect your business from DDoS attacks and build an incident response plan to mitigate your biggest security threats. Your business is at HIGH RISK for experiencing the impacts of a DDoS attack. Please Contact your Verizon sales representative as soon as possible to discuss how Verizon can help protect your business from DDoS attacks and build an incident response plan to mitigate your biggest security threats. This assessment is intended to provide a quick overview of how at risk your business may be should it suffer a DDoS attack. Results may vary and even businesses with low risk may be impacted by a DDoS attack. If you are currently experiencing a DDoS attack, please call your Verizon Sales rep immediately for DDoS Emergency Response. Proven security authority,years of security experiencesecurity events processed yearly on average,countries with scrubbing center support,Today's threat landscape is shifting. Get the latest updates on real-world breaches and help safeguard your organization from cybersecurity attacks. Learn the ins and out of DDoS attacks, and how to identify and prevent them. DDoS attacks grew from a 2022 median of 1.4 gigabytes per second (Gbps) to 2.2 Gbps in 2023.* Learn how DDoS Shield can help. Learn about distributed denial of service attacks (DDOS) and how to implement preventative measures to mitigate the potential damage from these cyber attacks. Help manage the bad traffic and keep your apps functioning normally. Protect users, devices and locations with cloud-based secure access tools. Manage security tools in a fully implemented network. A DDoS attack is an amplified version of a denial-of-service (DoS) attack. In a DoS attack, a single source, usually a computer, maliciously floods a targeted resource—a web server, a network server or a computer—with more traffic than it can handle. In a DDoS attack, the attack is distributed—meaning the attackers have multiplied the malicious traffic by using multiple compromised systems—which could include computers, servers, smartphones and other networked resources, such as Internet of Things (IoT) devices—as attack sources. DDoS attacks can generate tremendous amounts of traffic, snarling the targeted server, service or network until it chokes. DDoS mitigation is all about network resilience. Networks need to function without interruption. However, perimeter security doesn't often provide sufficient protection. To prevent DDoS attacks on the cloud, IT and security teams must ensure that the perimeter is secure and that firewall rules regarding dropping packets are firmly established. The main focus should be on prevention and mitigation. Some of the most common tools and strategies to do so include:,Content delivery networks that automatically spread out traffic across thousands of servers, minimizing the chances that a tidal wave of toxic traffic overwhelms the targeted organization,Advanced firewalls that add intrusion prevention and application-specific functionality to traditional firewalls,Traffic scrubbing that redirects malicious traffic to data centers to scrub attack traffic,Source-rate limiting that blocks excess traffic from the source of an attack,DDoS Shield, Verizon's DDoS mitigation service, helps lift the burden of protecting yourself against DDoS attacks by giving you the intelligence to help distinguish good traffic from bad traffic, and the capacity you need to combat large-volume attacks. It offers a highly-scalable attack mitigation service that helps you tackle today's sophisticated and high-volume DDoS attacks. Plus, it works across your enterprise environment to alleviate the burden on your network and perimeter systems, and helps maintain continued availability to your customers. Call sales,Chat with us,Have us contact you,Already have an account?,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. 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Learn moreHow To Prevent Ransomware Attacks Business
How to protect against ransomware attacks effectively is a challenge not only for the world's largest organizations, but for businesses of all sizes. No industry is immune, but some are targeted more often. According to , "Rather than continue trying to gain access to major enterprises, ransomware gangs have changed tactics by . Once considered too small to justify a ransomware attack, these mid-sized targets now allow hackers to stay under the radar and extract smaller payments without drawing government or media attention." Ransomware can cause significant financial and reputational damage. And with the ever-evolving landscape of cyberthreats, it's a lot for any single entity to capture. That's why , contains data contributed from 87 organizations. This year marks the report's 15th anniversary where 23,896 security incidents were reviewed, 5,212 breaches were analyzed and 12 industry sectors along with four regions were spotlighted. The DBIR takes a deep look into how ransomware attacks and ransomware detection techniques have evolved since the report's inception. Gain vital insights into security strategies and how to minimize vulnerability to cyber attacks. Read our in-depth analysis of 23,896 incidents from organizations around the world. Arguably, the first documented ransomware virus dates back to the era of the floppy disk. the , also known as the PC Cyborg virus, was literally distributed by hand via approximately 20,000 infected disks labeled "AIDS Information - Introductory Diskettes" to attendees of the World Health Organization's AIDS conference. Attendees, without considering the risk, loaded the floppy discs into their hard drives causing the virus to encrypt files on their C-drives. To regain access, victims were instructed,Ransomware attacks have grown exponentially in maturity and complexity since 1989. A recent example includes a global ransomware attack that spread from computer-to-computer using Microsoft Windows operating system (OS), which demanded Bitcoin payment for the safe return of data (no stamps required). Another example is the hack of 2021 which was . For several days mass panic ensued because the Colonial Pipeline supplies approximately half of the fuel for the east coast of the United States, causing a gas crisis and even airlines to shut down. "From very well publicized critical infrastructure attacks to massive supply chain breaches, the financially motivated criminals and nefarious nation-state actors have rarely, if ever, come out swinging the way they did over the last 12 months," according to the authors of the ). last year, which is a shocking 13% year-over-year increase, and is greater than the previous five years combined. Almost four out of five breaches were attributable to organized crime. Their number one motive was financial gain followed by espionage. And it's important to note, attacks are not limited to particular . And according to the :,Shockingly, is approximately seven times higher than the actual extortion request. Using data provided by the FBI, the found the median amount of money lost due to ransomware was $11,150, however, some losses were in the million dollar range. And it's important to note that the per attack. Interestingly, 90% of confirmed cases did not result in losses. But costs are not limited to the financial gain obtained by the bad actor, they can negatively impact your organization in many ways. For example:,The cost of these attacks come in many forms, sometimes even in the form of human tragedy. A ransomware attack on a U.S. hospital in the fatality of an infant after computer systems were taken offline for several days. And with the rise of organized crime, it's no surprise that the to take immediate steps to harden their networks' cyber defenses. According to , 14 out of 16 U.S. Critical National Infrastructure (CNI) sectors have been attacked in the past. Additionally, ransomware is judged by the to be the number one cyber threat for both SMBs and enterprises. Attacks on major brands grab the headlines, but according to one estimate, with under 1,000 employees. It's important to harden your security posture no matter the size or industry, especially as the cost of how to protect against ransomware outweighs the detriment. Defending an organization against the growing threat of ransomware means knowing how ransomware spreads in the first place, and which controls – from technology and business process refinement to employee training – are needed. Here is the typical progression of an attack:,Attacker often gains initial access into the system via phishing, unauthorized Remote Desktop Access (RDA), or vulnerability exploitation. Attacker uses established connection to . Attacker deploys ransomware payload. Attacker steals sensitive data. Attacker triggers ransomware to encrypt victims data. Victim is sent a ransom demand. Attackers may threaten to leak data or resort to other measures of force:Payment of the ransom doesn't necessarily mean you get your data back. And if payment is made (typically via digital currency), the money is likely to be subsequently laundered. This is in addition to the loss of operations and reputational damage. No matter the attacker's motivation, it's paramount to prepare your organization with the right strategy—built around adequate preparedness and rapid detection, response and recovery—so your organization can avoid compromise altogether, or at least minimize the impact of an attack, and learn how to protect against ransomware attacks. According to the , about two-thirds or 66% of breaches involved phishing, stolen credentials and/or ransomware. Here are the top ways ransomware actors typically gain initial access to their victims:,These use tried-and-tested social engineering techniques to trick an employee into clicking on a malicious link or opening a booby-trapped attachment. The resulting malware installation is usually covert, enabling attackers to access the corporate network and reach key assets within. RDA is used by organizations to enable employees to remotely connect to their corporate desktops/applications. It saw a surge in use during the pandemic, which also gave threat actors the perfect opportunity to take advantage of poor cyber hygiene. In most cases of RDA compromise, attackers use previously breached or stolen credentials, or use brute force to open accounts using automated software. This provides them with network access. 2021 held . Attackers often take advantage of the fact that organizations are behind the curve on patching all of these bugs. They particularly target applications that are designed to be accessed from outside the corporate network, like RDA or VPNs. Sometimes, the applications are run by third-party supply chain partners and have privileged access to corporate networks, as witnessed in a 2021 attack involving . Better security and incident preparedness to help prevent an attack. Confidence in their incident & response plan and ability to recover. If you'd like to receive new articles, solutions briefs, whitepapers and more—just let us know.. Preventing ransomware attacks may be difficult, but there are still ways to protect systems and reduce the risk. To help organizations combat ransomware, the DBIR links its findings to a series of security controls from the that can be enacted by an organization and are considered industry-standard for building an effective security program. It's impossible for any organization to be 100% breach-proof, especially in a world of increasingly determined threat actors. from a wide array of online threats with automated updates to help shield you from the latest online dangers. And by honing your ransomware detection techniques, your organization will be enabled to spot suspicious activity early on in order to minimize the impact of potential compromise. Signature-based detection via anti-malware can help identify known malware. Intrusion detection system (IDS) and behavioral detection looks for the tell-tale signs of ransomware activity. Detecting suspicious traffic uses network detection and response (NDR)-based tools. In addition to anti-malware software, intrusion detection systems (IDS), NDR tools, and ransomware detection techniques, organizations can gain visibility into suspicious activity by setting up honeypots and using other deception tools. Micro-segmentation will also help block any unusual lateral movement, containing the blast radius of an attack and ensuring threat actors can't get to your prized assets. Investing in cyber insurance can help the organizations prepare for the threat of ransomware. In the past, insurers have come under pressure from critics who claimed that easy coverage disincentivized organizations to spend more on security and encouraged threat actors to carry out more attacks—knowing ransoms would be covered by premiums. That is now changing, with insurers reducing coverage and increasing premiums, especially for organizations in high-risk sectors and those without baseline security controls in place. reported that cyber premiums increased across the board, regardless of the industry sector or size of the organization, and claimed that customers lacking specific data security controls have seen rates spike by 100-300%. If you have put proactive security measures in place but want to hedge the risk of a ransomware breach, insurance is still a useful option. One small mis-step could undermine an organization's security posture, and per the 2022 DBIR, this year 82% of breaches involved the human element. Whether that was by use of stolen credentials, phishing, misuse, or simply human error, people continue to play a very large role in incidents and breaches alike. There are several best practices that can . According to the , "40% of Ransomware incidents involve the use of desktop sharing software and 35% involve the use of email. There are a variety of different tools the threat actor can use once they are inside your network, but locking down your external-facing infrastructure, especially RDP and Emails, can go a long way toward protecting your organization against ransomware."Work with a dedicated team of experts to create a customized to your cyber-risk profile. Here are the steps your organization can take to help employees be prepared for a possible attack and know how to help prevent ransomware attacks. Strengthen your security and manage compliance using industry standards and best practices. Cyber security awareness-raising programs will help teach staff how to spot phishing attempts. Exercises and simulations should include all key stakeholders identified from across the business and feature different scenarios. These may include the three typical initial access vectors outlined above and the possibility that all of your organization's systems are encrypted and highly sensitive and regulated data is stolen. The best response plans are powered by tailored to an organization's specific risk profile. If you manage to catch an attack in the early stages of the , it's possible your organization could escape a ransomware attack without any data stolen and no systems encrypted. However, even organizations that did suffer some kind of data encryption got at least some of their data back How early an attack was caught will have an impact on how expensive recovery is. The per attack. Consider these tips to improve your chances of successful recovery:,1. Don't pay the ransom. that paid got all their data back, and there's no guarantee the threat actors will not still try to monetize their breach. 2. Report the attack immediately to law enforcement. Many agencies have access to decryption keys, which can accelerate recovery times significantly. 3. Engage a if necessary to understand the extent of the attack. 4. Remove all traces of the attack by thoroughly cleansing systems. 5. Restore data from backups only once all signs of the attack have been expunged. Once the dust has settled, it's a good idea to understand what lessons can be learned from an incident to enhance resilience ahead of the next attack. Stakeholders from across the business should be involved, including legal, human resources, security, IT ops, and relevant board representatives. Postmortems typically contain an executive summary and key highlights for business leaders but also drill down into the technical detail for IT stakeholders. Questions to be answered via this process include:,Consider including all events from initial access (and, if relevant, threat actor reconnaissance) to remediation. Lessons learned should span people, processes and technology. The right security assessment can help determine how effectively your security program is performing against expectations. After completing the post mortem, it's time to put those findings into action. An Incident Response report can help train operations teams to learn to identify and mitigate risks in a proactive manner. The landscape of cyber extortion is growing in volume, sophistication like ransomware as a service (Raas) or its taking many adjacent forms like Distributed Denial of Service (DDoS) attacks. Much of the recent increase in ransomware attacks comes down to a new business model that has allowed a new wave of ransomware: ). Just as Software-as-a-Service (SaaS) popularized the delivery of software from the cloud, RaaS has streamlined the management and deployment of ransomware attacks. Bad actors, typically referred to as affiliates, pay RaaS operators/developers a monthly fee for the use of malware. Affiliates receive an off-the-shelf ransomware starter kit including ransomware payload and attack infrastructure. It's down to the affiliate to gain initial access to their victim and perform lateral movement inside the network. Often access is bought from , which, in combination with the RaaS model, has opened the door to a large number of less technically proficient cyber criminals. The RaaS operators can . should not come as a surprise, while DDoS attacks for ransom are technically not breaches and data is not compromised, they can shut down entire operations. Likely inspired by the rise of ransomware, cybercriminals have started adopting similar tactics by demanding a payment to stop their DDoS attacks. Given denial of service attacks in the DBIR, the rise of DDoS ransom attacks adds an extra complicating element to modern cyber security. While understanding how to protect against ransomware, many of the same will be beneficial to your organization. As long as organizations keep paying and hostile nations continue to shelter cyber crime actors, ransomware will remain a threat. The most successful groups are highly organized annually on salaries, tools and services. With that kind of money, it's predicted they may be inclined to compromise big game targets. There's also a geopolitical dimension. The U.S. authorities of possible attacks on Western organizations from international cyber crime groups as the world enters a new era of geopolitical instability. As these threats evolve, organizations will also need to adapt in order to find new ways to understand how to mitigate ransomware effectively. The security team that brought you the Verizon 2022 Data Breach Investigations Report can also help with to help strengthen your organization against potential attacks. Learn how Verizon can help . 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. 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. 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Learn moreHow to Prevent Social Engineering Attacks Business
From the innocuous use of personal devices (bring your own device, or BYOD) to social engineering attacks, the cyber threat is all around us, often creeping out of places we least suspect. Not only are these threats becoming more widespread, but dedicated attacks are also more complex and convincing. Even the biggest companies are not immune to the potentially disastrous effects of a sophisticated social engineering attack or device mismanagement. 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. From the innocuous use of personal devices (bring your own device, or BYOD) to social engineering attacks, the cyber threat is all around us, often creeping out of places we least suspect. Not only are these threats becoming more widespread, but dedicated attacks are also more complex and convincing. Even the biggest companies are not immune to the potentially disastrous effects of a sophisticated social engineering attack or device mismanagement. Many potential weak links and vulnerabilities can be exploited in business settings, whether in microenterprises, medium-sized companies or large corporations. Some weak links require a high level of technical knowledge to detect, making them difficult to protect against attacks. Others, however, are easily exploited and often overlooked, presenting low-hanging fruit for threat actors. Unfortunately, in the latter case, humans are an ever-present weakness that can be easily exploited, unwittingly exposing enterprises to risks—whether it is by fraudsters targeting them mercilessly with sophisticated scams, such as smishing and robocall attacks, or because employees are simply bypassing security tools to optimize their work. In today's remote/hybrid corporate world, BYOD policies are more widely implemented to boost employee productivity and reduce hardware costs, although both of those reasons may not always hold true in practice. While BYOD may bring these benefits, it also potentially carries a significant cyber risk. With the increasing sophistication of social engineering (and today with the use of artificial intelligence [AI] and deep fakes to create highly convincing voice impersonations), even the savviest users can have difficulty detecting these attack schemes. Scammers will typically seek out the weakest link in an organization, which often is the human element—such as disgruntled employees, lost personal devices used for work or executives who think they are communicating with someone they know. Wherever your weak link lies, there is a prime opportunity for threat actors to gain access through phishing (email/messaging), vishing (phone/voice) or smishing (text/Short Message Service [SMS]) attacks. For instance, a global ride-sharing company's network when an attacker targeted a contractor who was using a personal device. After the device was infected with malware, the threat actor bought the contractor's corporate password on the dark web. After repeatedly rejecting multifactor authentication requests, the contractor eventually accepted a request, allowing the threat actor to gain network entry. As another example, one of the world's largest media and entertainment companies recently had to after it appeared that hackers successfully impersonated an employee and convinced the IT help desk to obtain the user's credentials to access and infect the system. Just through some basic online research on social media, the hackers seemingly managed to eventually take control of a multibillion-dollar company's computer systems. If these types of attacks and scenarios can happen to global brands with nearly limitless resources, what does that say for midmarket organizations?,With such a high level of network access, threat actors have a great deal of leverage, ready to demand a ransom or go straight to disclosing or selling your sensitive data on the dark web. Breaches of this nature can also significantly damage your brand reputation, translating to potential drops in share prices and the possible alienation of consumers with data privacy concerns. Enterprises must also contend with the fact that humans have the natural inclination to make their lives as easy as possible, always looking to simplify and streamline operations. This inclination has translated into the growing use of personal devices, which can present a dangerous risk to enterprises as they lose visibility and control not just over business processes but also over corporate security. This risk is not always created maliciously by the employee. Instead, it simply reflects a very human impulse to get things done in a convenient and timely fashion. While there are potential advantages of using personal devices in terms of business productivity, their use can nonetheless compromise the integrity of the work environment. Most worryingly, they can lead to regulatory compliance failures and expose the enterprise to financial liability. This is similar to what happened recently in several high-profile cases in the U.S. financial services industry, which came to light in 2021. A number of large financial services providers were heavily fined (from US$10 million to more than US$100 million each) by federal agencies such as the U.S. Securities and Exchange Commission (SEC) for improper policing of employees' use of off-channel messaging services and for failing to maintain and preserve all official communications by their employees. The fallout was costly, both from a reputation and financial standpoint. The human risk factor cannot be understated. As so many unfortunate tales making recent news headlines highlight, the digital landscape is fraught with danger and risks. The challenge for enterprises now is to constantly manage both attacks and device misuse while minimizing the potential blast radius on business operations. From a risk perspective, there is no doubt that some of the low-hanging fruit involves human weaknesses. How are these weaknesses being actively exploited or triggered? Verizon's "" (DBIR) outlines some of these threat vectors. People include not just employees and executives but also customers and third parties in the supply chain. They can be targeted with spray-and-pray email phishing tactics, but increasingly we are seeing spear phishing (targeting specific individuals), whaling (spear phishing attacks targeted at high-level employees), smishing (phishing attack via text messaging/SMS) and vishing (phishing attack via phone call/voice) attacks deployed as well, with successful outcomes. These types of attacks often require little technical knowledge. Background secondary research on social networks and some inventive scamming are usually more than enough for the threat actor. Technologies that may be vulnerable include personal computers, mobile devices, network systems, cloud infrastructure, software and applications. Remote work is here to stay in the post-pandemic world, with of remote workers using their personal devices for work tasks. They also use these devices for entertainment (social media, mobile apps, etc.), posing potential cyber risks. This is a huge challenge for enterprises due to policy and regulatory compliance risks and corporate data leakage. Verizon's Mobile Security Index (MSI) reports that more than 50% of personal devices [used in the workplace?] fell prey to a mobile phishing attack in 2022, with text messaging (SMS) attacks increasing the odds sixfold to tenfold (compared to email phishing attacks). The problem is that these personal devices may be managed by the individual employee, with enterprises having little to no control or visibility over device use. As a result, employees may unknowingly engage with a threat actor, and their company may not be aware of that activity until it is too late. It should be noted that some companies are still willing to accept the risks of BYOD. Some choose to allow personally liable devices because they are perceived to improve employee productivity or because they reduce IT spending. However, the cyber risks associated with a lack of control over employee personal devices are a tough pill to swallow. Another factor to consider is the lack of supply chain management for BYOD and choose your own device (CYOD). As referenced in , your employees are potentially using devices that have been rooted, jailbroken with vulnerable apps or even infected with malware without the user knowing. If you cannot pinpoint the origin of your employees' devices, your IT team may already be at a disadvantage. Ultimately, enterprises are paying the price for human weakness and BYOD policies. But the outlook is not hopeless. Plenty of security technologies can be implemented, and Verizon is one provider working hard to mature, evolve and create comprehensive solutions in this space. You can spend hours searching the web for articles like the one you're reading now, or you can sign up to receive relevant articles from us that are meant to help keep you informed and grow your business. Verizon has been working to enhance security for enterprise customers across various sectors. Notable work comes in helping defend organizations in heavily regulated spaces such as financial services that face growing challenges from two fronts: stricter regulatory pressure and increasingly complex social engineering attacks. At a minimum, corporate devices are a requirement for regulated companies. Using personal devices without recordkeeping software carries heavy legal and financial consequences for regulated organizations, as noted earlier. In the United States alone, more than in penalties have been racked up since the SEC started investigating recordkeeping tactics at financial institutions. That includes 16 Wall Street firms that were fined for allowing employees to discuss deals and trades on personal devices via text messages/WhatsApp. As useful as mobile device management (MDM) software may be in curbing cyber threats, personal devices still carry significant risks; it's still up to the end user to remember to maintain the security posture. Corporate devices have security benefits you cannot get with BYOD. Swapping personal devices for corporate-issued ones can allow IT staff to gain a better grip not just on internal/external communications but also on various integrity and security aspects of mobile devices. When organizations offer corporate-liable devices from Verizon, they are gaining enhanced security protections and controls not available on personal devices. This can help to address common vulnerabilities for organizations. For example, when trying to comply with regulators, many companies are contenting with high levels of robocalls. Unfortunately for banks, robocalls have become tougher to detect because threat actors use advanced deep fake technologies to recreate synthetic speeches, allowing them to impersonate banking customers. Among the Verizon solutions that can be used to counter such attacks are compliant calling, voice authentication and defense solutions. Financial services are not the only regulated organizations under intensive attack. Healthcare providers are also being targeted by opportunist social engineers, with fraudsters focusing on employees similarly through smishing and vishing attacks. Third-party, low-quality internet service providers (ISPs) may sometimes provide numbers to threat actors, who subsequently use the numbers to conduct targeted attacks against those employees. Organizations can take a proactive perspective, as Verizon offers executive protection services. Our threat hunting team can scour the dark web and help remove personally identifiable information (PII)—such as email addresses, phone numbers and physical addresses—about high-level employees that can be used to target them (and their family and social circles) in social engineering attacks. The first step any business must take in defending its network from social engineering attacks is to understand the nature of the cyber risks being faced. An outline should be created to establish a clear understanding of how to mitigate, minimize, transfer or accept the identified risks. This risk assessment is a critical step because it allows you to identify your assets, threat entities and risk appetite. From there, putting together a comprehensive defense plan becomes much easier because you know what your security goals are and what red flags to look out for. A defense plan against social engineering attacks comprises two main functions: threat detection and trust enforcement. Both functions apply equally to help detect and counter high-level threats and low-level vulnerabilities. Threat detection is a cybersecurity discipline that focuses on identifying and dealing with threats such as cyberattacks, compromises, data breaches and incidents once they occur. This is done by spotting and helping stop unauthorized access, malware, social engineering schemes, etc. Trust enforcement is all about getting out in front of potential attacks by leveraging techniques such as identity management, passwords, encryption, access control, authentication, etc. Both of these functions form the bedrock of a broader defense plan against social engineering attacks that protect networks, applications, devices and identities. Verizon provides both of these functions in five key areas of control: awareness training, mobile security policy, security protection controls, detection and response, and monitoring and testing across devices, applications, identities and networks. Security-conscious network providers like Verizon can have an advantage over traditional security vendors with their bird's-eye view of traffic, devices, technologies and users. For all customers, from small business to enterprise, Verizon offers a broad range of solutions including customer reporting, ongoing threat monitoring and sending out advisories. In this regard, every piece of data is ingested, analyzed and then conveyed into actionable insights. Verizon's customers gain the newfound ability to "see" what was always out of sight. This outlook grants them a high level of visibility across the entire spectrum of assets being used at any given time as well as all the interactions between them. From this bird's-eye view, we provide enterprise customers with comprehensive management, from device to network, on which they can layer vetted security controls. That means they can benefit from inherent security at the network level, such as registered short codes to provide hard-to-spoof identification, texting "off" to 4040 to stop unwanted email-to-text messages, 7726 spam message reporting and filtering, attestation of Voice over Internet Protocol (VoIP) via STIR/SHAKEN, and distributed-denial-of-service (DDoS) protection on the Verizon VoIP network. At some point, all organizations will require real-time supervisory control over employee devices to help curb increasingly sophisticated cyber threats. Verizon is well prepared to fill this final security gap (keeping in mind that it simply cannot be fully achieved with BYOD devices). We provide both a baseline security package for the entirety of our wireless network and customized security for enterprise clients, either through corporate-liable end-user devices or dedicated security services. We leverage our understanding of the issues involved in migrating away from BYOD policies—such as security challenges, high stipend costs, and complexity in developing separate configurations and applications for personal devices—to assist clients transitioning to corporate lines. Moreover, Verizon can tailor a custom cybersecurity solution as part of a customer's holistic defense plan against social engineering threats. Ditching BYOD and going with Verizon corporate lines can help provide you with the granular cyber insight needed to properly assess modern social engineering tactics and identify them promptly. With a tailored deployment, we can help enact dedicated protection mechanisms to help keep your assets safe and reduce risks, including deploying security analysts with threat hunting backgrounds to scrutinize customer information on a daily basis as well as identify and respond to suspicious patterns and attacks. As previously alluded to, these outcomes are challenging when your employees use their personal devices. Beyond this, Verizon can offer a range of solutions that can address trust enforcement and threat detection. But importantly, as noted, it all starts with risk assessment. Our consulting services can help enterprises assess risks and provide advice on security posture, whether these are high-level threats or common, everyday risks. Verizon's cybersecurity expertise and role as a network provider create the perfect combination to provide a holistic view and comprehensive security strategies for companies. Partnering with us, your organization can have a network that, with the application of key security products and services, can help provide protections against those simple, everyday cyber attacks as well as more complex threats covering people, technologies and processes. Effectively assessing the social engineering risks that your organization's mobile device policy may pose starts with you asking the following questions:,If you need to learn more about these mobile security threats and how your organization should tackle them, a good starting point is,Verizon is offering a customized five-point social engineering defense plan for businesses. To learn more, contact your account representative or have a specialist contact you. "Security update," Uber newsroom, September 16, 2022. "MGM Resorts computers back up after 10 days as analysts eye effects of casino cyberattacks," The Associated Press, September 21, 2023. "SEC Charges 11 Wall Street Firms with Widespread Recordkeeping Failures," U.S. Securities and Exchange Commission press release, August 8, 2023. "New Lookout Research Highlights Increased Security Risks Faced by Organizations Due to Remote Work and BYOD," Lookout press release, April 3, 2023. "Guidelines for Managing the Security of Mobile Devices in the Enterprise," National Institute of Standards and Technology, May 2023. "SEC Charges 11 Wall Street Firms with Widespread Recordkeeping Failures," U.S. Securities and Exchange Commission press release, August 8, 2023. "U.S. fines 16 Wall Street firms $1.8 bln for talking deals, trades on personal apps," Reuters, September 27, 2022. Call Sales,Chat with us,Have us contact you,Already have an account?,. * Indicates a required field. We will follow up from your contact request using the information provided. 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. 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