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Top 10 Data Breach PPT Templates with Samples and Examples

Ananya Bhaduri

In 2021, hackers infected the Microsoft Exchange email servers and gained unauthorized access to the emails of roughly 60,000 companies worldwide. Once they broke into servers, they could deploy malware, attack servers, and access other systems. Data breaches are responsible for substantial business losses, with poor cyber security the root cause.  According to the Cost of a Data Breach 2022 study of IBM, the Cost of a data breach throughout the globe is $4.35 million. This report also shows that the consequences of data breaches are especially severe for healthcare, finance, and the public sectors, with these handling sensitive data that causes financial and mental trauma to millions of consumers.  

Are you looking for a data policy? Here are our customized templates with samples and examples.

If you want to protect your organization against a data breach, you can avoid risks in many ways. SlideTeam’s data breach templates provide an approach to handling cybersecurity and network security with pre-defined steps required for a business. Data breach templates also help meet a business' regulatory compliance, which in turn protects the confidentiality of business data. 

Click here to learn more about the extensive data framework.

Therefore, our PPT Templates offer you a set of well-designed PPT templates to prevent a cyberattack on your business. These templates are 100% editable and customizable, and offer you access to change the data as per your requirements. Use this template to minimize the risk of data breaches. 

Let’s begin!

Template 1- Improving IoT Device Cybersecurity to Prevent Data Breaches Template

Check out our tailor-made, professionally designed Improving IoT Device Cybersecurity to Prevent Data Breaches PPT Template that ensures device security, reduces cyber-attacks, and safeguards data integrity. This slide highlights topics such as the overview of IoT security, including recent statistics, strategic models, IoT access points, and cybersecurity technologies. Secondly, this slide highlights the cybersecurity market outlook, covering market size, trends, and growth opportunities. This PPT Template also highlights the common types of cyberattacks such as ransomware, botnet, DoS attacks, password attacks, etc. Finally, there are some smart home security cases and ethical considerations through which the organization can measure the KPIs.

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Template 2- Strategic Model for IoT Cyber Security Template

This slide outlines the strategic framework of IoT cyber security. This slide highlights topics related to IoT security elements such as user, device, gateway, connection, cloud, and application. On the other hand, it showcases important security principles such as edge processing, device intelligence, messaging control, device-initiated connection, authentication, and encryption. Use this slide to identify IoT systems' potential threats, risks, and vulnerabilities.

Template 3- IoT Cyber Security Technologies for Data Protection Template

Introducing IoT Cyber Security Technologies for Data Protection PPT Template that highlights types of Internet of Things (IoT) security technologies that can assist your organization in safeguarding customer data, blockchain, IoT security analytics, Zero-Trust Architecture, and Edge Computing Security. This slide helps you ensure IoT services' reliability, availability, and integrity. Download this now.

Template 4- Challenges Faced by Companies in Implementing IoT Cyber Security Template

If you're looking for a template that discusses the challenge of implementing cyber security, here's our PPT Template highlighting the challenges organizations face in implementing IoT cyber security. This slide highlights the challenges, such as lack of standardization, inadequate software security, limited physical security, and inadequate data protection, with the weight of each challenge. Use this slide to ensure IoT devices and systems' security, privacy, and functionality. 

Template 5- Preventing Data Breaches Through Cyber Security Awareness Template

Data breaches can be mitigated with the help of cyber security awareness. We are introducing a professionally designed PPT template that helps you to prevent data breaches with cyber security awareness. This template includes slides that discuss ransomware attacks, business email breaches, and social engineering. This template comprises the slides, including the complete overview, current situation, and gap analysis of a company's cyber security. Some online courses, automation tools, general strategies, and in-house training plans help your organization form a strong workplace security culture. Some other slides include difficulties and solutions related to security awareness.

Template 6- Data Breach Prevention and Mitigation Strategies for Businesses Template

Do you know the importance of data security in business? Here’s our PowerPoint Template that helps your organization by providing data breach prevention and mitigation strategies. This slide includes data breach impacts and attack modes, data exploitation techniques, analysis of the attack cycle, and targeted vulnerabilities. This slide showcases the working process of the data breach attack cycle and highlights various types of data breach techniques the hackers use. Use this template to get a 30-60-90-day plan to prevent and mitigate data breaches for your business. Download this now.

Template 7- Effective Security Monitoring Plan to Eliminate Cyber Threats and Data Breaches Template

Monitoring of cyber security is an integral part of risk management. This PPT Template helps you eliminate cyber threats and data breaches, identify the ways to overcome security monitoring challenges, and establish a plan to reduce security risks. This slide highlights the KPIs of security monitoring, security monitoring challenges, cyber-attack prevention techniques, and best practices of cyber security monitoring. Furthermore, this slide also highlights the essential elements of a security monitoring plan, the ways security data can be compromised, the steps required to establish cyber security, etc.

Template 8- Financial Implications of Data Breach Template

Introducing the financial implications of the data breach PPT Template highlighting the financial implications of the 2014 data breach on Yahoo. This breach affected Verizon Communication's plans to purchase Yahoo for $4.8 billion in July 2016. Use this template to highlight the business performance and sustainability and understand the crippling consequences on a firm’s cash flow ad revenue that data breach can cause.

Template 9- Statistics For Individuals and Organizations Behind Data Breaches Training Template

It's essential to analyze the question, who is behind data breaches? This PowerPoint Presentation Template shows the statistics for individuals and organizations behind data breach training. This slides highlights factors responsible for data breaches, including negligence or internal threat, cyber extortion, network business interruption, social engineering, and external threat. Use this slide to understand the causes, patterns, and trends of cyber-attacks and data breaches.

Template 10- Crisis Communication Plan for Data Breach Template

This PPT Template is designed to manage and communicate well during a cyber security crisis. This slide highlights topics such as cyber security, incident response, cyberattacks, data management, and cybercrime. Use the layout to offer the critical elements of crisis communication planning for data breaches. Enhance your understanding of establishing clear communication protocols, managing stakeholders' expectations, and mitigating the cybersecurity gap.

DATA IS A COMMODITY, SAFEGUARD IT 

Data breaches are a permanent threat in a business environment. It prioritizes innovation, but due to such breaches, business suffers damages. Use our data breach templates to get a comprehensive solution to respond to cybersecurity. Do remember that once a data breach occurs, the consequences can be long-lasting (up to years) and severe for businesses. Data is a precious commodity; it pays to preserve it and businesses are advised to invest in data security.  

PS Click here to learn more about Data Breach Incident Response.

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A data breach is any security incident in which unauthorized parties gain access to sensitive or confidential information, including personal data (Social Security numbers, bank account numbers, healthcare data) or corporate data (customer data records, intellectual property, financial information).

The terms ‘data breach’ and ‘breach’ are often used interchangeably with ‘cyberattack.’ But not all cyberattacks are data breaches—and not all data breaches are cyberattacks.

Data breaches include only those security breaches in which data confidentiality is compromised. So, for example, a distributed denial of service (DDoS) attack that overwhelms a website is not a data breach. But a  ransomware  attack that locks up a company’s customer data and threatens to sell it for ransom, is a data breach—so is the physical theft of hard drives, thumb drives, or even paper files containing sensitive information.

Get insights to better manage the risk of a data breach with the latest Cost of a Data Breach report.

Register for the X-Force Threat Intelligence Index

According to the IBM  Cost of a Data Breach 2022  report, the global average cost of a data breach is USD 4.35 million. Also, the average cost of a data breach in the United States is more than twice that amount at USD 9.44 million. Eighty-three (83) percent of organizations surveyed in the report experienced more than one data breach.

Organizations of every size and type are vulnerable to breaches—large and small businesses, public and private companies, federal, state and local governments and non-profit organizations. The consequences of a data breach are especially more severe for organizations in fields such as healthcare, finance and the public sector.

The value of these data—government secrets, patient health information, bank account numbers and log-in credentials—and the strict regulatory fines and penalties are what these organizations carry when a breach occurs. For example, according to the IBM report, the average healthcare data breach cost USD 10.10 million—more than twice the average cost of all breaches.

Data breach costs arise from several factors, some more surprising than others. The resulting loss of business, revenue and customers cost data breach victims USD 1.42 million on average. But the average cost of detecting and containing a breach is slightly more expensive at USD 1.44 million. And post-breach expenses—including everything from fines, settlements and legal fees to reporting costs and providing free credit monitoring from affected customers—cost the average data breach victim USD 1.49 million. Data breach reporting requirements can be particularly costly and time-consuming.

• The U.S. Cyber Incident Reporting for Critical Infrastructure Act of 2022 (CIRCIA) requires organizations in national security, finance, critical manufacturing, and other designated industries to report cybersecurity incidents affecting either personal data or business operations to the Department of Homeland Security within 72 hours.
• U.S. organizations subject to the Health Insurance Portability and Accountability Act (HIPAA) must notify the U.S. Department of Health and Human Services, affected individuals and sometimes the media if protected health information is breached.
• All 50 U.S. states also have their own data breach notification laws.
• The General Data Protection Regulation (GDPR) requires companies doing business with EU citizens to notify authorities of breaches within 72 hours. This reporting and other post-breach responsibilities—from paying fines, settlements and legal fees to providing free credit monitoring for affected customers—costs the average data breach victim USD 1.49 million.

Data breaches are caused by:

• Innocent mistakes—e.g., an employee emailing confidential information to the wrong person
• Malicious insiders—angry or laid-off employees, or a greedy employee susceptible to an outsider’s bribe
• Hackers—malicious outsiders committing intentional cybercrimes to steal data

Financial gain is the primary motivation for most malicious attacks. Hackers may steal credit card numbers, bank accounts, or other financial information to drain funds from people and companies directly.

They could steal personally identifiable information (PII)—social security numbers and phone numbers—for identity theft (taking out loans and opening up credit cards in their victims' names) or for sale on the dark web, where it can fetch  as much as USD 1 per social security number and USD 2,000 for a passport number  (link resides outside ibm.com). Cybercriminals may also sell personal details or stolen credentials to other hackers on the dark web, who may use them for their own malicious purposes. 

Data breaches may have other objectives. Unscrupulous organizations may steal trade secrets from competitors. Nation-state actors may breach government systems to steal information about sensitive political dealings, military operations, or national infrastructure.

Some breaches are purely destructive, with hackers accessing sensitive data only to destroy or deface it. Such destructive attacks, which account for 17% of breaches according to the Cost of a Data Breach 2022 report , are often the work of nation-state actors or hacktivist groups seeking to damage an organization.

According to the  Cost of a Data Breach 2022  report, the average data breach lifecycle is 277 days, which means it takes that long for organizations to identify and contain an active breach.

Intentional data breaches caused by internal or external  threat actors  follow the same basic pattern:

• Research: Hackers look for a target and then look for weaknesses that they can exploit in the target's computer system or employees. They may also purchase previously stolen information  malware  that will grant them access to the target's network.
• Attack: With a target and method that are identified, the hacker launches the attack. The hacker could begin a social engineering campaign, directly exploit vulnerabilities in the target system, use stolen log-in credentials, or leverage any of the other common data breach attack vectors.
• Compromise data: The hacker locates the data they're after and takes action. This may mean exfiltrating data for use or sale, destroying data, or locking up the data with ransomware and demanding payment.

Malicious actors can use various attack vectors, or methods, to carry out data breaches. Some of the most common include:

According to the  Cost of a Data Breach 2022  report, stolen or compromised credentials are the most common initial attack vector, accounting for 19% of data breaches. Hackers may steal or compromise credentials by using brute force attacks, buying stolen credentials off the dark web, or tricking employees into revealing credentials through social engineering attacks.

Social engineering  is the act of psychologically manipulating people into unwittingly compromising their own information security.  Phishing , the most common type of social engineering attack, is also the second most-common data breach attack vector,  accounting for 16% of breaches . Phishing scams use fraudulent emails, text messages, social media content or web sites to trick users into sharing credentials or downloading malware.

According to the  Cost of a Data Breach 2022  report, it takes a company 326 days on average to identify and contain a ransomware breach. This issue is particularly chilling because according to the X-Force Threat Intelligence Index 2023, the average time to execution for ransomware dropped from 60+ days in 2019 to just 3.85 days in 2021 . The average cost of a ransomware-related breach is USD 4.54 million—a figure that does not include ransom payments, which can run to tens of millions of dollars.

Cybercriminals may gain access to a target network by exploiting weaknesses IT assets like websites, operating systems, endpoints and commonly used software like Microsoft Office or web browsers. Once hackers locate a vulnerability, they will often use it to inject malware into the network. Spyware, which records a victim's keystrokes and other sensitive data and sends it back to a command and control server that the hackers operate, is a common type of malware used in data breaches.

Another method of breaching target systems directly, SQL injection takes advantage of weaknesses in the Structured Query Language (SQL) databases of unsecured websites. Hackers enter malicious code into the website's search field, prompting the database to return private data like credit card numbers or customers' personal details.

Hackers can take advantage of employees' mistakes to gain access to confidential information. For example, according to the IBM  Cost of a Data Breach 2022 report , cloud misconfigurations served as the initial attack vector in 15% of breaches. Employees may also expose data to attackers by storing it in unsecured locations, misplacing devices with sensitive information saved on their hard drives, or mistakenly granting network users excessive data access privileges. Cybercriminals may also use IT failures, such as temporary system outages, to sneak into sensitive databases.

Attackers may steal an employees' work or personal device to gain access to the sensitive data it contains, break into company offices to steal paper documents and physical hard drives, or place skimming devices on physical credit and debit card readers to collect individuals' payment card information.

A handful of examples demonstrate the range of data breach causes and costs.

• TJX: The 2007 breach of TJX Corporation, the parent company of retailers TJ Maxx and Marshalls, was at that time the largest and costliest consumer data breach in the U.S. history, with as many as 94 million compromised customer records and more than USD 256 million in financial losses. Hackers gained access to the data by decrypting the wireless network that connects a store’s cash registers to back-end systems.
• Yahoo: In 2013, Yahoo suffered what may be the largest data breach in history. Hackers exploited a weakness in the company's cookie system to gain access to the names, birthdates, email addresses and passwords of all 3 billion of Yahoo's users. The full extent of the breach didn't come to light until 2016, while Verizon was in talks to buy the company. As a result, Verizon reduced its acquisition offer by USD 350 million.
• Equifax: In 2017, hackers breached the credit reporting agency Equifax and accessed the personal data of more than 143 million Americans. Hackers exploited an unpatched weakness in Equifax's website to gain access to the network and then moved laterally to other servers to find social security numbers, driver's license numbers and credit card numbers. The attack cost Equifax USD 1.4 billion between settlements, fines and other costs associated with repairing the breach.
• SolarWinds: In 2020, Russian threat actors executed a supply chain attack by hacking the software vendor SolarWinds. Hackers used the organization's network monitoring platform, Orion, to covertly distribute malware to SolarWinds' customers. Russian spies were able to gain access to the confidential information of various U.S. government agencies that use SolarWinds' services, including the Treasury, Justice and State Departments.
• Colonial Pipeline:  In 2021, hackers infected Colonial Pipeline's systems with ransomware, forcing the company to temporarily shut down the pipeline supplying 45% of the U.S. East Coast's fuel. Hackers used an employee's password, found on the dark web, to breach the network. The Colonial Pipeline Company paid a USD 4.4 million ransom in cryptocurrency, but federal law enforcement was able to recover roughly USD 2.3 million of that payment.

Standard security measures—regular vulnerability assessments, scheduled backups, encryption of data at rest and in transit, proper database configurations, timely application of systems and software—can help prevent data breaches and soften the blow when data breaches occur. But today organizations may implement more specific data security controls, technologies and best practices to better prevent data breaches and mitigate the damage they cause.

Incident response plans.  An organization’s incident response plan (IRP)—a blueprint for detecting, containing and eradicating cyberthreats—is one of the most effective ways to mitigate the damage of a data breach. According to the Cost of a Data Breach 2022 report , organizations with regularly tested incident response plans and dedicated response teams have an average data breach cost of USD 3.26 million—USD 2.66 million less than the average cost of a data breach than  those without.

AI and automation.  The Cost of a Data Breach 2022 report also found that organizations apply high levels of artificial intelligence (AI) and automation for threat detection and response have an average data breach cost that is 55.3% lower than organizations applying lower levels of those technologies. Technologies such as security orchestration, automation and response (SOAR),  user and entity behavior analytics ( UEBA ) ,  endpoint detection and response ( EDR )  and extended detection and response (XDR ) leverage AI and advanced analytics to identify threats early—even before they lead to data breaches—and provide automation capabilities that enable a faster, cost-saving response.

Employee training.  Because social engineering and phishing attacks are leading causes of breaches, training employees to recognize and avoid these attacks can reduce a company’s risk of a data breach. In addition, training employees to handle data properly can help prevent accidental data breaches and data leaks.

Identity and access management (IAM).  Strong password policies, password managers, two-factor authentication (2FA) or multi-factor authentication (MFA) , single sign-on (SSO) and other identity and access management (IAM) technologies and practices can help organizations better defend against hackers that use stolen or compromised credentials, the most common data breach attack vector.

A zero trust security approach.  A zero trust security approach is one that never trusts and continuously verifies all users or entities, whether they’re outside or already inside the network. Specifically, zero trust requires

• Continuous authentication, authorization and validation: A nyone or anything trying to access the network or a network resource is treated as potentially compromised or malicious and must pass continuous, contextual authentication, authorization and validation challenges to gain or maintain access.
• Least privileged access : Upon successful validation, users or entities are granted the lowest level of access and permissions necessary to complete their task or fulfill their role.
• Comprehensive monitoring of all network activity: Z ero trust implementations require visibility into every aspect of an organization's hybrid network ecosystem, including how users and entities interact with resources based on roles and where potential vulnerabilities exist.

These controls can help thwart data breaches and other cyberattacks by identifying and stopping them at the outset and by limiting the movement and progression of hackers and attacks that do gain access to the network.

Outsmart attacks with a connected, modernized security suite. The QRadar portfolio is embedded with enterprise-grade AI and offers integrated products for endpoint security, log management, SIEM and SOAR—all with a common user interface, shared insights and connected workflows.

Implemented on premises or in a hybrid cloud, IBM® data security solutions help you gain greater visibility and insights to investigate and remediate cyberthreats, enforce real-time controls and manage regulatory compliance.

Proactive threat hunting, continuous monitoring and in-depth threat investigation are just a few of the priorities facing an already busy IT department. Having a trusted incident response team on standby can reduce your response time, minimize the impact of a cyberattack and help you recover faster.

Proactively protect your organization’s primary and secondary storage systems against ransomware, human error, natural disasters, sabotage, hardware failures and other data loss risks.

Get the latest insights into the expanding threat landscape and offers recommendations for how to save time and limit losses.

CISOs, security teams and business leaders: Find actionable insights for understanding how threat actors are waging attacks, and how to proactively protect your organization.

Learn how ransomware works, why it has proliferated in recent years, and how organizations defend against it.

Cybersecurity threats are becoming more advanced, more persistent and are demanding more effort by security analysts to sift through countless alerts and incidents. IBM Security QRadar SIEM helps you remediate threats faster while maintaining your bottom line. QRadar SIEM prioritizes high-fidelity alerts to help you catch threats that others miss.

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Data Breach Prevention

Data breach prevention presentation, free google slides theme and powerpoint template.

Download the "Data Breach Prevention" presentation for PowerPoint or Google Slides. The world of business encompasses a lot of things! From reports to customer profiles, from brainstorming sessions to sales—there's always something to do or something to analyze. This customizable design, available for Google Slides and PowerPoint, is what you were looking for all this time. Use the slides to give your presentation a more professional approach and have everything under control.

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Eric Ellman  /  June 1, 2022  /  Views

Visualizing The 50 Biggest Data Breaches From 2004–2021

Data can be powerful to help consumers, to prevent fraud, align consumers with benefits, to grow small businesses, and so much more. CDIA members are responsible stewards of the data in their charge and that data is often regulated by a variety of federal and state privacy and security laws.

Data breaches do happen and the subjects of those breaches might be surprising to some people. In May 2022, the Visual Capitalist published an infographic,  Visualizing The 50 Biggest Data Breaches From 2004–2021 . Among the findings illustrated in the presentation is “the largest data breach [which] occurred in 2013 when all three billion Yahoo accounts had their information compromised. In that cyberattack, the hackers were able to gather the personal information and passwords of users. While the full extent of the Yahoo data breach is still not fully realized, subsequent cybercrimes across the globe have been linked to the stolen information.”

The findings also ranked the top ten breaches between 2004 – 2021 as against Yahoo, River City Media, Aadhaar, First American Corporation, Spambot, Linkedin, Facebook, Yahoo, Marriott International, and Syniverse. Breaches 11 – 20 were against Facebook, Friend Finder Network, OxyData, MySpace, Exactis, Twitter, Airtel, Indian citizens, Wattpad, Microsoft.

The Identity Theft Resource Center ‘s 2021 Data Breach Report lists the top breached industries in the U.S. in 2021:

Eric J. Ellman is Senior Vice President for Public Policy and Legal Affairs at the Consumer Data Industry Association (CDIA) in Washington, DC. He also served for eight months as Interim President and CEO of the Association. More

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Anatomy of a High-Profile Data Breach: Dissecting the Aftermath of a Crypto-Wallet Case

Svetlana Abramova and Rainer Böhme, Universität Innsbruck

Media reports show an alarming increase of data breaches at providers of cybersecurity products and services. Since the exposed records may reveal security-relevant data, such incidents cause undue burden and create the risk of re-victimization to individuals whose personal data gets exposed. In pursuit of examining a broad spectrum of the downstream effects on victims, we surveyed 104 persons who purchased specialized devices for the secure storage of crypto-assets and later fell victim to a breach of customer data. Our case study reveals common nuisances (i.e., spam, scams, phishing e-mails) as well as previously unseen attack vectors (e.g., involving tampered devices), which are possibly tied to the breach. A few victims report losses of digital assets as a form of the harm. We find that our participants exhibit heightened safety concerns, appear skeptical about litigation efforts, and demonstrate the ability to differentiate between the quality of the security product and the circumstances of the breach. We derive implications for the cybersecurity industry at large, and point out methodological challenges in data breach research.

Svetlana Abramova, Universität Innsbruck

Rainer böhme, university of innsbruck, open access media.

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Preparing For and Responding To Data Breaches

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Cybersecurity

This presentation explores Security Incidents, Compromises and Data Breaches from both a technical and legal standpoint. Our data breach presentation delves into the world of compliancy, privacy and the growing number of statutes that organizations need to be aware of and tips for and responding to a privacy breach incident so that when Executive Management and the Legal Team ask the really important questions, the organization is prepared. Learn how to respond to a data breach with our presentation.

Length: 1 hour to 1 ½ hours is ideal.

Benefits of Attending:

• Understand the complex technical and regulatory environment in which organizations are routinely finding themselves entwined in as it relates to data and data privacy,
• Learn what things the organization should have in-place prior to a data breach,
• Walk away with an understanding of a framework and approach for identifying, analyzing and responding to a variety of incidents.

Attendees Will Learn:

• The Four Most Important questions that Executive Management and the Legal Team will ask,
• Practical steps that organizations can take prior to an incident to set them up for success.

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2024 Data Breach Investigations Report: Vulnerability exploitation boom threatens cybersecurity

What you need to know:

Vulnerability exploitation surged by nearly 3X (180%) last year.

Ransomware and the meteoric rise of extortion techniques accounted for a third (32%) of all breaches.

More than two-thirds (68%) of breaches involve a non-malicious human element.

30,458 security incidents and 10,626 confirmed breaches were analyzed in 2023—a two-fold increase over 2022.

Verizon security by the numbers: 4,200+ networks managed globally, 34 trillion raw logs processed/year, and 9 security operation centers around the globe.

BASKING RIDGE, NJ – Verizon Business today released the findings of its 17th-annual Data Breach Investigations Report (DBIR), which analyzed a record-high 30,458 security incidents and 10,626 confirmed breaches in 2023—a two-fold increase over 2022.

The exploitation of vulnerabilities as an initial point of entry almost tripled from the previous year, accounting for 14% of all breaches. This spike was driven primarily by the increasing frequency of attacks targeting vulnerabilities on unpatched systems and devices (zero-day vulnerabilities) by ransomware actors. The MOVEit software breach was one of the largest drivers of these cyberattacks, first in the education sector and later spreading to finance and insurance industries.

“The exploitation of zero-day vulnerabilities by ransomware actors remains a persistent threat to safeguarding enterprises,” said Chris Novak, Sr. Director of Cybersecurity Consulting, Verizon Business.

In a possible relief to some anxieties, the rise of artificial intelligence (AI) was less of a culprit vs challenges in large-scale vulnerability management. “While the adoption of artificial intelligence to gain access to valuable corporate assets is a concern on the horizon, a failure to patch basic vulnerabilities has threat actors not needing to advance their approach,” Novak said.

Analysis of the Cybersecurity Infrastructure and Security Agency (CISA) Known Exploited Vulnerabilities (KEV) catalog revealed that on average it takes organizations 55 days to remediate 50% of critical vulnerabilities following the availability of patches. Meanwhile, the median time for detecting the mass exploitations of the CISA KEV on the internet is five days.

“This year’s DBIR findings reflect the evolving landscape that today’s CISO’s must navigate-- balancing the need to address vulnerabilities quicker than ever before while investing in the continued employee education as it relates to ransomware and cybersecurity hygiene,” said Craig Robinson, Research Vice President, Security Services at IDC. “The breadth and depth of the incidents examined in this report provides a window into how breaches are occurring, and despite the low-level of complexity are still proving to be incredibly costly for enterprises.”

Last year, 15% of breaches involved a third party, including data custodians, third-party software vulnerabilities, and other direct or indirect supply chain issues. This metric—new for the 2024 DBIR— shows a 68% increase from the previous period described in the 2023 DBIR.

The human element continues to be the front door for cybercriminals

Most breaches (68%), whether they include a third party or not, involve a non-malicious human element, which refers to a person making an error or falling prey to a social engineering attack. This percentage is about the same as last year. One potential countervailing force is the improvement of reporting practices: 20% of users identified and reported phishing in simulation engagements, and 11% of users who clicked the email also reported it.

“The persistence of the human element in breaches shows that there is still plenty of room for improvement with regard to cybersecurity training, but the increase in self-reporting indicates a culture change that destigmatizes human error and may serve to shine a light on the importance of cybersecurity awareness among the general workforce,” Novak added.

Other key findings from this year’s report include:

32% of all breaches involved some type of extortion technique, including ransomware

Over the past two years, roughly a quarter (between 24% and 25%) of financially motivated incidents involved pretexting

Over the past 10 years, the Use of stolen credentials has appeared in almost one-third (31%) of all breaches

Half of the reaches in EMEA are internal

Espionage attacks continue to dominate in APAC region

View the 2024 Data Breach Investigation Report ( DBIR ):

For more information on ways to help defend against zero-day vulnerabilities and other cyber threats, visit here .

Related Articles

The Verizon Business 2024 DBIR revealed that almost half of the breaches (49%) in EMEA are initiated internally, suggesting high incidences of privilege misuse and other human errors.

The Verizon Business 2024 Data Breach Investigation Report (DBIR) found that 25% of attacks in APAC are motivated by espionage - significantly greater than in Europe and North America.

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4 key takeaways from the 2024 Verizon Data Breach Investigations Report

On this page

It’s that time of year again: The 2024 Verizon Data Breach Investigations Report is back with the top trends in security breaches over the past year. Read on for an at-a-glance look of some of the report’s most interesting—and actionable—findings.

Problem: Human error isn’t going anywhere

Verizon reports that 68% of breaches involved a “human element,” ranging from poorly protected passwords to phishing incidents and beyond. While this is a slight decrease from last year’s 74%, Verizon also adjusted their reporting so that this new number doesn’t include privilege misuse or malicious insider-related incidents. 

In parallel to this finding, Verizon also reported on what they’ve dubbed a “rise in carelessness,” namely when it comes to errors like misdeliveries and misconfigurations. The number of breaches involving errors has increased to nearly 30% , which is a five-fold boost since last year. And to make matters more dire? The number of breaches caused specifically by end-user error has skyrocketed from 20% to nearly 90% . 

With numbers like these, it’s abundantly clear that enterprises need to prioritize employee education in order to establish better data sharing practices and prevent future breaches. 

Solution: Combat carelessness with real-time coaching 

If two thirds of all data breaches in the past year were due to the “human element,” then there’s a lot of room for improvement when it comes to enterprises’ overall culture of security. However, annual security trainings are easily forgotten, if not disregarded altogether. Enterprises need a better way to combat the apathy that plagues most organizations when it comes to their security postures—and they need to do so without blocking the business. 

This is where Nightfall’s “ Human Firewall ” feature comes into play. For each security policy violation, Nightfall sends a real-time custom message describing how a given policy was violated, as well as best practices for avoiding similar violations in the future. Not only that, but Nightfall also gives employees the opportunity to remediate policy violations themselves, as well as to report false positives or business justifications. This streamlined workflow not only cuts down on security team workloads, but also speeds up the time to sensitive data remediation, all while improving overall security culture. 

Problem: Stolen credentials are sprawled across the cloud 

24% of breaches involve the use of stolen credentials. Furthermore, when Verizon looked into specific use cases, they found that an outsized percentage of social engineering attacks ( 50% ) and web application attacks ( 77% ) involved stolen credentials. Verizon even went so far as to say that over the past decade, almost one third of all total breaches were caused by stolen credentials. 

Let’s take the recent Sisense breach as an example. Last month, a threat actor was able to leverage a stolen credential in Sisense’s GitLab environment to access their Amazon S3 buckets. From there, the threat actor was able to exfiltrate customer passwords, access tokens, and other sensitive data. This is just one of many breaches over the years that was caused by secret sprawl across cloud apps like GitLab, GitHub , Jira , Zendesk , and more. 

Based on Verizon’s findings, as well as recent data breaches, both secret sprawl and privilege escalation attacks are becoming increasingly common. However, there are several best practices that security teams can implement in order to minimize the blast radius of such attacks, as well as to protect company and customer data.

Solution: Try a secret scanning tool

Secret sprawl presents a significant risk, as secrets like API keys and passwords can provide threat actors with the opportunity to escalate their privileges and gain access to internal wikis, drives, databases, and more. With this in mind, it’s vital for security teams to have a tool that helps them pinpoint and remediate secrets quickly. If security teams can detect and remediate secrets in real time, they’ll be better equipped to fend off privilege escalation attacks as well as other secret-related breaches. 

Nightfall’s advanced AI-powered platform not only conducts real-time and historical secret scanning, but is also 2x more precise than the competition when it comes to detecting sensitive data overall. This enhanced accuracy helps security teams to home in on high-priority policy violations (like leaked secrets) and respond to them more quickly through automated remediation actions like data encryption , redaction, deletion, and more. 

According to Verizon’s recent findings, human error and stolen credentials are two incredibly common—yet also incredibly preventable—causes of data breaches. In order to mitigate the risk of these sorts of breaches, security teams can implement custom employee coaching, as well as real-time secret scanning and remediation, all through Nightfall’s singular enterprise DLP platform. 

Want to see how Nightfall can help you protect your sensitive data? Sign up for your free custom demo today. 

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2024 data breach investigations report: vulnerability exploitation boom threatens cybersecurity.

What you need to know:

Vulnerability exploitation surged by nearly 3X (180%) last year.

Ransomware and the meteoric rise of extortion techniques accounted for a third (32%) of all breaches.

More than two-thirds (68%) of breaches involve a non-malicious human element.

30,458 security incidents and 10,626 confirmed breaches were analyzed in 2023—a two-fold increase over 2022.

Verizon security by the numbers: 4,200+ networks managed globally, 34 trillion raw logs processed/year, and 9 security operation centers around the globe.

BASKING RIDGE, N.J., May 01, 2024 (GLOBE NEWSWIRE) -- Verizon Business today released the findings of its 17th-annual Data Breach Investigations Report (DBIR), which analyzed a record-high 30,458 security incidents and 10,626 confirmed breaches in 2023—a two-fold increase over 2022.

The exploitation of vulnerabilities as an initial point of entry almost tripled from the previous year, accounting for 14% of all breaches. This spike was driven primarily by the increasing frequency of attacks targeting vulnerabilities on unpatched systems and devices (zero-day vulnerabilities) by ransomware actors. The MOVEit software breach was one of the largest drivers of these cyberattacks, first in the education sector and later spreading to finance and insurance industries.

“The exploitation of zero-day vulnerabilities by ransomware actors remains a persistent threat to safeguarding enterprises,” said Chris Novak, Sr. Director of Cybersecurity Consulting, Verizon Business.

In a possible relief to some anxieties, the rise of artificial intelligence (AI) was less of a culprit vs challenges in large-scale vulnerability management. “While the adoption of artificial intelligence to gain access to valuable corporate assets is a concern on the horizon, a failure to patch basic vulnerabilities has threat actors not needing to advance their approach,” Novak said.

Analysis of the Cybersecurity Infrastructure and Security Agency (CISA) Known Exploited Vulnerabilities (KEV) catalog revealed that on average it takes organizations 55 days to remediate 50% of critical vulnerabilities following the availability of patches. Meanwhile, the median time for detecting the mass exploitations of the CISA KEV on the internet is five days.

“This year’s DBIR findings reflect the evolving landscape that today’s CISO’s must navigate-- balancing the need to address vulnerabilities quicker than ever before while investing in the continued employee education as it relates to ransomware and cybersecurity hygiene,” said Craig Robinson, Research Vice President, Security Services at IDC. “The breadth and depth of the incidents examined in this report provides a window into how breaches are occurring, and despite the low-level of complexity are still proving to be incredibly costly for enterprises.”

Last year, 15% of breaches involved a third party, including data custodians, third-party software vulnerabilities, and other direct or indirect supply chain issues. This metric—new for the 2024 DBIR— shows a 68% increase from the previous period described in the 2023 DBIR.

The human element continues to be the front door for cybercriminals Most breaches (68%), whether they include a third party or not, involve a non-malicious human element, which refers to a person making an error or falling prey to a social engineering attack. This percentage is about the same as last year. One potential countervailing force is the improvement of reporting practices: 20% of users identified and reported phishing in simulation engagements, and 11% of users who clicked the email also reported it.

“The persistence of the human element in breaches shows that there is still plenty of room for improvement with regard to cybersecurity training, but the increase in self-reporting indicates a culture change that destigmatizes human error and may serve to shine a light on the importance of cybersecurity awareness among the general workforce,” Novak added.

Other key findings from this year’s report include:

32% of all breaches involved some type of extortion technique, including ransomware

Over the past two years, roughly a quarter (between 24% and 25%) of financially motivated incidents involved pretexting

Over the past 10 years, the Use of stolen credentials has appeared in almost one-third (31%) of all breaches

Half of the reaches in EMEA are internal

Espionage attacks continue to dominate in APAC region

View the 2024 Data Breach Investigation Report ( DBIR ):

For more information on ways to help defend against zero-day vulnerabilities and other cyber threats, visit HERE .

Media contacts: Carlos Arcila +1.908-202-0479 [email protected]

Nilesh Pritam +65 6248-6599 [email protected]

Sebrina Kepple +44 7391 065817 [email protected]