Security Risk Analysis Statistics 2024 – Everything You Need to Know

Steve Bennett
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Are you looking to add Security Risk Analysis to your arsenal of tools? Maybe for your business or personal use only, whatever it is – it’s always a good idea to know more about the most important Security Risk Analysis statistics of 2024.

My team and I scanned the entire web and collected all the most useful Security Risk Analysis stats on this page. You don’t need to check any other resource on the web for any Security Risk Analysis statistics. All are here only 🙂

How much of an impact will Security Risk Analysis have on your day-to-day? or the day-to-day of your business? Should you invest in Security Risk Analysis? We will answer all your Security Risk Analysis related questions here.

Please read the page carefully and don’t miss any word. 🙂

Best Security Risk Analysis Statistics

☰ Use “CTRL+F” to quickly find statistics. There are total 356 Security Risk Analysis Statistics on this page 🙂

Security Risk Analysis Benefits Statistics

  • Endpoints go managed Citing potential benefits like improved incident detection and response, as well as cost reduction, 57% of enterprise organizations are already using a managed security service in some capacity to protect their endpoints. [0]

Security Risk Analysis Market Statistics

  • The worldwide information security market is forecast to reach $170.4 billion in 2024, according to Gartner. [1]

Security Risk Analysis Software Statistics

  • 69% of organizations don’t believe the threats they’re seeing can be blocked by their anti. [1]
  • 69% of organizations don’t believe the threats they’re seeing can be blocked by their anti. [2]
  • 54% store billing addresses 38% regularly upgrade software solutions 31% monitor business credit reports. [2]
  • Bill / invoice 15.9% Email delivery failure 15.3% Legal / law enforcement 13.2% Scanned document 11.5% Package delivery. [2]
  • 7% bill / invoice 3% email delivery failure notice 4% package delivery. [2]

Security Risk Analysis Adoption Statistics

  • 57% of large and midsize businesses cite security concerns as the top barrier to greater IoT adoption. [0]

Security Risk Analysis Latest Statistics

  • The projected percent change in employment from 2020 to 2030. [3]
  • The average growth rate for all occupations is 8 percent. [3]
  • The percent change of employment for each occupation from 2020 to 2030. [3]
  • 6 credits are required and may satisfy other requirements United States Cultures 3 credits International Cultures 3 credits 3 credits required from the college of graduation and likely prescribed as part of major requirements. [4]
  • According to Cybint, 95% of cybersecurity breaches are caused by human error. [1]
  • 95% of cybersecurity breaches are caused by human error. [1]
  • 88% of organizations worldwide experienced spear phishing attempts in 2019. [1]
  • 68% of business leaders feel their cybersecurity risks are increasing. [1]
  • On average, only 5% of companies’ folders are properly protected. [1]
  • 86% of breaches were financially motivated and 10% were motivated by espionage. [1]
  • 45% of breaches featured hacking, 17% involved malware and 22% involved phishing. [1]
  • and .dot which make up 37%, the next highest is .exe. [1]
  • An estimated 300 billion passwords are used by humans and machines worldwide. [1]
  • Personal data was involved in 58% of breaches in 2020. [1]
  • Security breaches have increased by 11% since 2018 and 67% since 2014. [1]
  • 64% of Americans have never checked to see if they were affected by a data breach. [1]
  • 56% of Americans don’t know what steps to take in the event of a data breach. [1]
  • The average ransomware payment rose 33% in 2020 over 2019, to $111,605. [1]
  • 94% of malware is delivered by email. [1]
  • 48% of malicious email attachments are office files. [1]
  • Ransomware detections have been more dominant in countries with higher numbers of internet connected populations, and the U.S. ranks highest with 18.2% of all ransomware attacks. [1]
  • Most malicious domains, about 60%, are associated with spam campaigns. [1]
  • About 20% of malicious domains are very new and used around one week after they are registered. [1]
  • 65% of groups used spear phishing as the primary infection vector. [1]
  • Phishing attacks account for more than 80% of reported security incidents. [1]
  • 30% of data breaches involve internal actors. [1]
  • 90% of remote code execution attacks are associated with cryptomining. [1]
  • 66% of companies see compliance mandates driving spending. [1]
  • 15% of companies found 1,000,000+ files open to every employee. [1]
  • 17% of all sensitive files are accessible to all employees. [1]
  • About 60% of companies have over 500 accounts with non. [1]
  • More than 77% of organizations do not have an incident response plan. [1]
  • Companies reportedly spent $9 billion on preparing for the GDPR and, in 2018, legal advice and teams cost UK FTSE 350 companies about 40% of their GDPR budget or $2.4 million. [1]
  • 88% of companies spent more than $1 million on preparing for the GDPR. [1]
  • Since the GDPR was enacted, 31% of consumers feel their overall experience with companies has improved. [1]
  • By 2019, only 59% of companies believed they were GDPR compliant. [1]
  • 70% of companies agree that the systems they put in place will not scale as new GDPR regulations emerge. [1]
  • The healthcare industry lost an estimated $25 billion to ransomware attacks in 2019. [1]
  • More than 93% of healthcare organizations experienced a data breach in the past three years. [1]
  • 15% of breaches involved healthcare organizations, 10% in the financial industry and 16% in the public Sector. [1]
  • Trojan horse virus Ramnit largely affected the financial sector in 2017, accounting for 53% of attacks. [1]
  • Financial and manufacturing services have the highest percent of exposed sensitive files at 21%. [1]
  • Manufacturing companies account for nearly a quarter of all ransomware attacks, followed by the professional services with 17% of attacks, and then government organizations with 13% of attacks. [1]
  • The U.S. government allocated an estimated $18.78 billion for cybersecurity spending in 2021. [1]
  • Lifestyle (15%) and entertainment (7%). [1]
  • Supply chain attacks were up 78% in 2019. [1]
  • Security services accounted for an estimated 50% of cybersecurity budgets in 2020. [1]
  • The total cost of cybercrime for each company increased by 12% from $11.7 million in 2017 to $13.0 million in 2018. [1]
  • In 2019 over 2020, Scandinavia saw the largest increase in total cost of data breaches at 12%, while South Africa saw the largest decrease at 7.4%. [1]
  • 50% of large enterprises are spending $1 million or more annually on security, with 43% spending $250,000 to $999,999, and just 7% spending under $250,000. [1]
  • More than 70 percent of security executives believe that their budgets for fiscal year 2021 will shrink. [1]
  • Since the pandemic began, the FBI reported a 300% increase in reported cybercrimes. [1]
  • 27% of COVID. [1]
  • target banks or healthcare organizations and COVID 19 is credited for a 238% rise in cyberattacks on banks in 2020. [1]
  • Confirmed data breaches in the healthcare industry increased by 58% in 2020. [1]
  • 52% of legal and compliance leaders are concerned about thirdparty cyber risks due to remote work since COVID. [1]
  • 47% of employees cited distraction as the reason for falling for a phishing scam while working from home. [1]
  • 81% of cybersecurity professionals have reported their job function changed during the pandemic. [1]
  • Cloud based cyber attacks rose 630% between January and April 2020. [1]
  • Remote workers have caused a security breach in 20% of organizations. [1]
  • 27% of COVID19 cyberattacks target banks or healthcare organizations and COVID 19 is credited for a 238% rise in cyberattacks on banks in 2020. [1]
  • Confirmed data breaches in the healthcare industry increased by 58% in 2020. [1]
  • 61% of companies think their cybersecurity applicants aren’t qualified. [1]
  • 70% of cybersecurity professionals claim their organization is impacted by the cybersecurity skills shortage. [1]
  • Since 2016, the demand for Data Protection Officers has skyrocketed and risen over 700%, due to the GDPR demands. [1]
  • 61% of cybersecurity professionals aren’t satisfied with their current job. [1]
  • There was a 350 percent growth in open cybersecurity positions from 2013 to 2021. [1]
  • 40 percent of IT leaders say cybersecurity jobs are the most difficult to fill. [1]
  • The cybersecurity unemployment rate is 0% and is projected to remain there through 2021. [1]
  • By 2021, 100% of large companies globally will have a CISO position. [1]
  • Information Security Analysts job positions in the US are expected to grow 31% from 2019–29. [1]
  • Computer Network Architect job positions in the US are expected to grow 5% from 2019–29. [1]
  • Computer Programmer job positions in the US are expected to decline 9% from 2019–29. [1]
  • 30% of Windows desktop computers are still running Windows 7 – which began its endof. [0]
  • Continuing a multi year decrease, POS declined to 5% of environments breached as merchants adopt safer standards. [0]
  • 30% of business email compromise attacks use gmail.com addresses in the from line. [0]
  • Only 28% of email messages are spam in 2019 – down from 45% in 2018. [0]
  • 74% of cybersecurity professionals say their organization has been impacted by the global cybersecurity skills shortage. [0]
  • For a second straight year, 100% of web applications tested possessed at least one vulnerability, with the median number of vulnerabilities rising to 15, up from 11 in 2017. [0]
  • A steep yearoveryear increase of 1,250% was observed in cryptojacking malware, which was almost non. [0]
  • In both cloud and POS environments, 60% of breach investigations can attribute successful social engineering as the conduit to initial point of entry. [0]
  • Spam messages analyzed containing malware significantly diminished in 2018, to 6% from 26% in 2017. [0]
  • The Asia Pacific region led in the number of data compromises investigated, accounting for 35% of instances, overtaking North America at 30%. [0]
  • WORSENING SKILLS SHORTAGE 51% of IT and. [0]
  • security professionals believe their organization had a problematic dearth of cybersecurity skills, up from 23% in 2014. [0]
  • Worse before it gets better 77% of organizations believe the problem of ransomware has gotten worse or stayed the same over the past year. [0]
  • 28% of breaches result from poor passwords, and another 28% from weak remote access security. [0]
  • 63% of security professionals felt more pressure to secure their organizations in 2015 compared to the prior 12 months, and 65% expect to feel additional pressure this year. [0]
  • There’s a bug for that 95% of mobile applications scanned by Trustwave contained at least one vulnerability, with a median total of 6.5. [0]
  • The share price of publicly traded companies in the U.K. will drop an average of 1.8 percent following a “severe breach. [0]
  • The cost of cybercrime Cybercrime costs the worldwide economy roughly $450 billion annually, up nearly 200 percent in five years. [0]
  • Spam prevalence relenting, but threat remains From an initial high of 93%, the amount of spam that comprises inbound email is down to 60%. [0]
  • But 6% of those unsolicited messages contain a malicious attachment or link. [0]
  • Sleeping with the enemy 81% of victims fail to detect a breach themselves. [0]
  • Attackers earned a 1,425% return on investment for exploit kit and ransomware schemes. [0]
  • Send in the reserves 84% want the size of their IT security team increased and 30% want it at least quadrupled. [0]
  • Security spending on the rise Organizations spent 44% more money last year than the year before on security. [0]
  • 33% of companies have never commissioned a risk assessment. [0]
  • Ransomware causalities 30% of organizations experienced a successful ransomware attack over the past year. [0]
  • Password pandemonium 39% of passwords are eight characters, a length that takes an average of one day to crack. [0]
  • Just 28% of large and midsize businesses consider their IoT related security strategy to be “very important” Overall spending on security up, but down per employee. [0]
  • At 6.1% of the IT budget, the average spending on security has reached a five year peak in 2014. [0]
  • 24% of midsize organizations do not have anyone with a dedicated information security or IT security role. [0]
  • Malware everywhere 59% of organizations have experienced a malware infiltration in the past six months. [0]
  • Java withdrawal, as exploits plummet Exploits of Oracle Java decreased 63.5 percentage points, year over year. [0]
  • In 38% of enterprises, security is still indistinguishable from IT. [0]
  • IoT deployment moving fast 67% of companies either are already using IoT devices or planning to use them in the next year. [0]
  • 36% of businesses report employee turnover is higher among security professionals than other parts of the business. [0]
  • Job postings for cybersecurity professionals are up 91% year over year. [0]
  • 73% of organizations are turning to education and training to make users less susceptible to social engineering and spear phishing up 4% from the previous year. [0]
  • 33% of detected exploits are of Adobe Flash, up 28.2 percentage points from the previous year. [0]
  • 28% of security pros rank unauthorized file transfers as their top insider threat worry. [0]
  • 70% of businesses believe they’re safe from cyberattacks and data compromises. [0]
  • External versus internal threats 62% of security pros are more pressured by external threats than internal ones. [0]
  • IT security practitioners are nearly split 51% to 49% over who poses the greatest threat external adversaries versus trusted insiders. [0]
  • Emerging headaches 44% of security pros rank the cloud as the riskiest emerging technology, with IoT (17%) and BYOD (16%). [0]
  • The number of security pros who either already partner or plan to partner with a managed security services provider has climbed from 78% to 86%. [0]
  • Deception as useful as ever Phishing and social engineering, at 55%, is the most common method by which attackers compromise organizations, followed by malicious insiders at 13% and remote access at 9%. [0]
  • Data going out the door 49% of breaches involve the theft of personally identifiable info and cardholder data. [0]
  • In 2015, at least 60% of enterprises will discover a breach of sensitive data. [0]
  • Cybercrime losses mounting worldwide $600 billion, or nearly 1% of global GDP, is lost to cybercrime every year. [0]
  • 40% of all web attacks Trustwave researchers observed in 2017 involved cross. [0]
  • 57% of organizations report that finding and recruiting skilled IT security personnel is a “significant” or “major” challenge. [0]
  • CISO reporting structure 66% of financial CISOs report into the CIO, CRO or COO, whereas just 8% report directly to the CEO. [0]
  • The second quarter of 2015 saw a 132% increase in DDoS attacks on Akamai’s Prolexic network compared to Q2 in 2014, and a 7% increase compared to Q1 2015. [0]
  • Bogus boss scams 27% of organizations encountered a CEO fraud attack in the past 12 months. [0]
  • B.Y.UhOh Bringyour own device is practiced at 59% of organizations, with another 13% planning to allow it. [0]
  • Automated malware was the top concern for security pros surveyed by 451 Research about the top security threats they face (28% of respondents). [0]
  • From 1975 through 2015, those 154 foreign born terrorists murdered 3,024 people, 98.6 percent of whom were killed on September 11, 2001. [5]
  • The other 1.4 percent of murder victims were dispersed over the 41 year period, with two spikes in 1993 and 2015. [5]
  • Of the roughly 768,000 total murders committed in the United States from 1975 to the end of 2015, 3,024 were committed by foreign born terrorists in an attack.24. [5]
  • There are other vastly greater estimates of the number of illegal immigrants who entered the United States from 1975 to 2015; this analysis assumes the smaller estimated number of illegal entries to maximize the danger posed by that class of immigrants.38. [5]
  • The U.S. government issued 1.14 billion visas under the categories exploited by 154 foreign born terrorists who entered from 1975 to the end of 2015.40 Of those, only 0.0000136 percent were actually granted to terrorists. [5]
  • That means that only 0.00001 percent of all foreigners who entered on these visas were terrorists. [5]
  • Only 10 illegal immigrants became terrorists, a minuscule 0.000038 percent of the 26.5 million who entered from 1975 through 2015 as summarized in Table 7. [5]
  • Over the 41 year period, more than 35 million LPRs were allowed in, meaning that just 0.00016 percent of LPRs were actual terrorists. [5]
  • A total of 19 students — 0.00008 percent of the 24,176,617 student visas issued from 1981 to 2015 — were terrorists.44. [5]
  • Altogether, students caused 158.5 fatalities, or one for every 152,534 students admitted.45 The human cost of terrorism caused by foreigners on student visas was thus $2.38 billion, equal to 5.23 percent of all the terrorism costs to human life. [5]
  • Of the 3,252,493 refugees admitted from 1975 to the end of 2015, 20 were terrorists, which amounted to 0.00062 percent of the total. [5]
  • The GTD and RDWTI showed many more terrorist attacks and assassinations in the 1970s and 1980s that were likely perpetrated by Cuban or Vietnamese refugees, but no one was ever arrested for the crimes so they could not be included here. [5]
  • Four asylum seekers, or 0.0006 percent of the 700,522 admitted from 1975 through 2015, later turned out to be terrorists. [5]
  • Eighteen of the terrorists who carried out the 9/11 attacks held tourist visas, so this visa category is responsible for 93.7 percent of all deaths caused by terrorists. [5]
  • As Steven Camarota at the Center for Immigration Studies wrote, “To be sure, in a nation as large as the United States, it is impossible to prevent terrorists from entering the country 100 percent of the time. [5]
  • Professor Benjamin Powell of Texas Tech University estimated the economic costs of a total immigration moratorium at $229 billion annually.65. [5]
  • The other 2,834 murders, or 93.7 percent, were committed by 34 tourists who would have been unaffected by an immigration moratorium. [5]
  • Those 34 tourists account for 22.1 percent of all foreignborn terrorists but 93.7 percent of murders caused by foreign. [5]
  • Some 99.7 percent of the murders committed by terrorists on tourist visas occurred on 9/11. [5]
  • According to a break even analysis, which seeks to find when the cost of an immigration restriction would equal the benefit of reduced terrorism, an immigration moratorium would have to prevent 2,333 deaths annually at an estimated $15 million per death. [5]
  • The World Travel and Tourism Council estimated that international tourists added $194.1 billion directly and indirectly to the U.S. economy in 2014.67. [5]
  • A moratorium on tourism would deny the U.S. economy an amount of economic activity equal to just over 1 percent of U.S. gross domestic product. [5]
  • The majority of all murders committed by foreign born terrorists, 93.7 percent, were committed by 34 different terrorists on tourist visas. [5]
  • A total of 99.7 percent of all terrorist murders committed by those on tourist visas were committed by 18 such men on 9/11. [5]
  • The destruction of private property, businesses, and economic activity caused by foreignborn terrorism during the 1975 2015 time period is estimated to have cost $171 billion. [5]
  • The combined human, property, business, and economic costs of terrorism from 1975 through 2015 are thus estimated at $216.39 billion. [5]
  • Spread over 41 years, the average annual cost of terrorism is $5.28 billion, which is still far less than the minimum estimated yearly benefit of $229.1 billion from immigration and tourism. [5]
  • Wadih el Hage was on a student visa when he and Glen Cusford Francis likely assassinated Dr. Rashad Khalifa on January 31, 1990, in Tucson, Arizona. [5]
  • Characteristic Percentage of respondents Network 67%. [6]
  • Workstations and servers 63% 58% Cybersecurity policies and procedures. [6]
  • 58% Remote access servers 54% Cybersecurity roles and responsibilities. [6]
  • 52% Physical security 52% Comprehensive 50% Business and financial information systems 50%. [6]
  • Inventory of assets 49% Clinical information systems 48% Legacy systems 45% Communications plan 41%. [6]
  • For example, there may be a risk that is very low for everyone, other than 0.1% of the population. [7]
  • It is necessary to determine whether this 0.1% is represented byall infants younger than It is a heuristic measure. [7]
  • It is necessary to determine whether this 0.1% is represented by all infants younger than It is a heuristic measure. [7]
  • 92% of malware is delivered by email. [2]
  • Mobile malware on the rise with the number of new malware variants for mobile increased by 54% in 2018. [2]
  • Third party app stores host 99.9% of discovered mobile malware. [2]
  • 98% of mobile malware target Android devices. [2]
  • Over the last year, MacOS malware has increased by 165%. [2]
  • Malware development rates for Windows decreased by 11.6% since reaching an all time high in 2015. [2]
  • Malware is still the preferred distribution model, used 71.14% of the time over the last 12 months, while PUAs were only used in 28.86% of instances. [2]
  • Gamut spambot was the most frequently used, with over 86% of all spambot cases involving its use. [2]
  • Over the last year, 36% of these servers were hosted in America, while 24% were hosted in undefined countries. [2]
  • Trojans make up 51.45% of all malware. [2]
  • 230,000 new malware samples are produced every day and this is predicted to only keep growing. [2]
  • Overall business detections of malware rose 79% from 2017 due to an increase in backdoors, miners, spyware, and information stealers. [2]
  • 34% of businesses hit with malware took a week or more to regain access to their data. [2]
  • 90% of financial institutions reported being targeted by malware in 2018. [2]
  • Ransomware attacks worldwide rose 350% in 2018. [2]
  • Ransomware attacks are estimated to cost $6 trillion annually by 2021. [2]
  • 50% of a surveyed 582 information security professionals do not believe their organization is prepared to repel a ransomware attack. [2]
  • 81% of cyber security experts believe there will be more ransomware attacks than ever in 2019. [2]
  • 75% of companies infected with ransomware were running upto. [2]
  • FedEx lost an estimated $300 million in Q1 2017 from the NotPetya ransomware attack. [2]
  • 25% of business executives would be willing to pay between $20,000 and $50,000 to regain access to encrypted data 30% of organizations who pay the ransom receive all of their money back. [2]
  • 40% of ransomware victims paid the ransom. [2]
  • More than 50% of ransoms were paid by bitcoin in 2018. [2]
  • 10% of all ransom demands are over $5,000. [2]
  • Of the 1,100 IT professionals surveyed, 90% had clients that suffered ransomware attacks in the past year. [2]
  • 40% had clients that were subject to at least 6 ransomware attacks. [2]
  • In 2019 ransomware from phishing emails increased 109% over 2017. [2]
  • 25% of businesses are estimated to have been victims of cryptojacking. [2]
  • 25% of the WordPress plugins among Alexa’s most popular sites are flagged with critical vulnerabilities that could allow mining botnets in. [2]
  • 43% of the IT professionals said they had been targeted by social engineering schemes in the last year. [2]
  • New employees are the most susceptible to socially engineered attacks, with 60% of IT professionals citing recent hires as being at high risk. [2]
  • 21% of current or former employees use social engineering to gain a financial advantage, for revenge, out of curiosity or for fun. [2]
  • Social engineering attempts spiked more than 500% from the first to second quarter of 2018. [2]
  • Social media 2.5 billion records, or 56% Government 1.2 billion records, or 27%. [2]
  • 56% of IT decision makers say targeted phishing attacks are their top security threat. [2]
  • 83% of global infosec respondents experienced phishing attacks in 2018, an increase from 76% in 2017. [2]
  • 30% of phishing messages get opened by targeted users and 12% of those users click on the malicious attachment or link. [2]
  • Only 3% of targeted users report malicious emails to management. [2]
  • 53% of IT and security professionals say they have experienced a targeted phishing attack in 2017. [2]
  • Credential compromise rose 70% over 2017, and they’ve soared 280% since 2016. [2]
  • 50% of phishing sites now using HTTPS. [2]
  • The most common malicious attachment types Office 38% Archive 37% PDF. [2]
  • The volume of email fraud that organizations receive has increased 8% yearover. [2]
  • 66% of malware is installed via malicious email attachments. [2]
  • 49% of nonpointof sale malware was installed via malicious email. [2]
  • 21% of ransomware involved social actions, such as phishing. [2]
  • 30% of phishing messages were opened in 2016 – up from 23% in the 2015 report. [2]
  • In 2017, cyber crime costs accelerated with organizations spending nearly 23% more than 2016 on average about $11.7 million. [2]
  • From 2016 to 2017 there was a 22.7 % increase in cyber security costs. [2]
  • The average global cost of cyber crime increased by over 27% in 2017. [2]
  • The most expensive component of a cyber attack is information loss, which represents 43% of costs. [2]
  • The root causes of data breaches for small businesses broke out as following Negligent employee or contractor 48%. [2]
  • Third party mistakes 41% Error in system or operating process. [2]
  • Don’t know External attacks 27%. [2]
  • Other 2% 95% of breached records came from three industries in 2016. [2]
  • Recent data breach statistics found that 63% of successful attacks come from internal sources, either control, errors, or fraud. [2]
  • 33% of data breaches involved social engineering. [2]
  • 43% of data breaches involved small businesses. [2]
  • Targeted emails, or spear phishing, is reported by businesses to be used in 91% of successful data breaches and 95% of all enterprise networks. [2]
  • 29.6% of companies will experience a data breach in the next two years. [2]
  • The average cost of lost business for organizations in the 2019 study was $1.42 million, which represents 36 percent of the total average cost. [2]
  • Breaches caused a customer turnover of 3.9% in 2019. [2]
  • 36% of breaches were in the medical or healthcare industry in 2019. [2]
  • 69% of those in the healthcare industry believe they are at great risk for a data breach than other industries. [2]
  • Banks were the target 47% of financial data breaches. [2]
  • Share prices fall 7.27% on average, and underperform the NASDAQ by. [2]
  • 21% of all files are not protected in any way. [2]
  • 41% of companies have over 1,000 sensitive files including credit card numbers and health records left unprotected. [2]
  • 70% of organizations say that they believe their security risk increased significantly in 2017. [2]
  • 50% of the security risk that organizations face stems from having multiple security vendors and products. [2]
  • 65% of companies have over 500 users who never are never prompted to change their passwords. [2]
  • Ransomware attacks are growing more than 350% annually. [2]
  • IoT attacks were up 600% in 2017. [2]
  • 61 percent of breach victims in 2017 were businesses with under 1,000 employees. [2]
  • 2017 represented an 80% increase in new malware on Mac computers. [2]
  • In 2017 there was a 13% overall increase in reported system vulnerabilities. [2]
  • 2017 brought a 29% Increase in industrial control system–related vulnerabilities. [2]
  • Coin mining represented the biggest growth area in cybercrime in 2017, with antivirus detections up 8,500% 90% of remote code execution attacks are associated with crypto mining. [2]
  • 61% of organizations have experienced an IoT security incident. [2]
  • 77% of compromised attacks in 2017 were fileless. [2]
  • 69% of companies see compliance mandates driving spending. [2]
  • 88% of companies spent more than $1 million on preparing for the GDPR. [2]
  • 25% of organizations have a standalone security department. [2]
  • 54% of companies experienced an industrial control system security incident. [2]
  • Cyber criminals will steal an estimated 33 billion records in 2024. [2]
  • In 2017 there were over 130 large scale, targeted breaches in the U.S. per year, and that number is growing by 27% per year. [2]
  • 31% of organizations have experienced cyber attacks on operational technology infrastructure. [2]
  • U.S. government to spend $15 billion on cyber security related activities in 2019 up 4% over the previous year. [2]
  • 43% of cyber attacks target small business. [2]
  • 47% of small businesses had at lease on cyber attack in the past year, 44% of those had two to four attacks. [2]
  • 70% of small businesses are unprepared to deal with a cyber attack. [2]
  • 66% of small business are very concerned about cyber security risk. [2]
  • 85% of small businesses plan to increase spending on managed security services. [2]
  • 51% of small businesses say they are not allocating any budget to cyber security. [2]
  • 58% of malware attack victims are categorized as small businesses. [2]
  • Ransomware damage costs alone are on track to hit $11.5 billion in 2019, at which point it’s estimated that small businesses will fall victim to a ransomware attack every 14 seconds. [2]
  • 4% of malware sent to small businesses is delivered via email. [2]
  • 1.1% legal/law enforcement message 0.3% scanned document. [2]
  • 60% of small businesses say attacks are becoming more severe and more sophisticated. [2]
  • Only 14% of small businesses rate their ability to mitigate cyber risks, vulnerabilities and attacks as highly effective. [2]
  • 60% of small companies go out of business within six months of a cyber attack. [2]
  • 48% of data security breaches are caused by acts of malicious intent. [2]
  • Small businesses are most concerned about the security of customer data Consumer records 66% Intellectual property 49% Customer credit or debit card information 46%. [2]
  • Employee records 8% Business correspondence 5%. [2]
  • The types of cyber attacks on small businesses broke out as following Web. [2]
  • Phishing / social engineering 43% General malware 35% SQL injection 26%. [2]
  • Denial of services 21% Advance malware / zero day attacks 14%. [2]
  • Malicious insider 13% Cross. [2]
  • Other 1% 68% store email addresses 64% store phone numbers. [2]
  • 69% of small businesses do not strictly enforce password policies. [2]
  • 16% of small businesses say they had only reviewed their cyber security posture after they were hit by an attack. [2]
  • Only 16% of small business are very confident in their cyber security readiness. [2]
  • Strategy – 52% of small business have a clearly defined strategy around cyber security. [2]
  • Accountability – 23% of small businesses have a leadership role dedicated to cyber, whereas 46% have no defined role at all. [2]
  • Willingness to respond – 65% of small businesses have failed to act following a cyber security incident. [2]
  • Training – 32% of small businesses have conducted phishing experiments to assess employee behavior and readiness in the event of an attack. [2]
  • Insurance – 21% of small businesses have a standalone cyber insurance policy, compared to 58% of large companies. [2]
  • 67% of financial institutions reported an increase in cyber attacks over the past year. [2]
  • 26% of financial enterprises faced a destructive attack. [2]
  • 79% of financial CISOs said threat actors are deploying more sophisticated attacks. [2]
  • 21% suffered a watering hole attack in the last year. [2]
  • 32% of financial institutions encountered island hopping, is leveraging one compromised organization to gain entry into another. [2]
  • 25% of all malware attacks hit banks and other financial industries, more than any other industry Credit card compromised increased by 212% year over year, credential leaks experienced a similar increase of 129%, and malicious apps increased by 102%. [2]
  • 47% of financial institutions reported an increase in wire transfer fraud. [2]
  • 31% of financial institutions reported an increase in home equity loan fraud. [2]
  • 79% of financial institutions said cybercriminals have become more sophisticated, leveraging highly targeted social engineering attacks. [2]
  • 32% of financial institutions reported experiencing counter incident response. [2]
  • 21% of financial institutions reported experiencing C2 on a sleep cycle. [2]
  • 70% of financial institutions said they are most concerned about financially motivated attackers. [2]
  • 30% of financial institutions said they are most concerned with nation. [2]
  • Global attack types and sources on financial sectors Web attacks – 46% Service specific attacks – 28% DoS/DDoS 8%. [2]
  • 69% of financial institution CISOs are planning to increase cyber security spending by 10% or more in 2019. [2]
  • 47% of financial institution CISOs said their organizations are operating threat hunt teams. [2]
  • 32% of financial institution CISOs said they conduct threat hunts on a monthly basis. [2]
  • 70% of cyber crimes targeting surveyed financial institutions involve lateral movement. [2]
  • 16% of healthcare providers report having “fully functional” security programs. [2]
  • 43% admitted that they are either still developing security programs or have not developed one. [2]
  • 93% of healthcare organizations are currently using some form of cloud services. [2]
  • 63% plan to use multiple cloud vendors. [2]
  • 20% of healthcare domain emails were fraudulent in 2017. [2]
  • 82% of surveyed healthcare organizations say that security is a top concern. [2]
  • 89% of healthcare organization had patient data lost or stolen in the past two years. [2]
  • 54% of healthcare business associates say their top vulnerability is tied to employee negligence in handling patient information. [2]
  • 81 percent of healthcare cyber security incidents are rooted in employee negligence. [2]
  • 69% of healthcare organizations site negligent or careless employees as their top worry for security incidents, followed by cyber attacks (45%) and insecure mobile devices (30%). [2]
  • The healthcare industry was the victim of 88%of all ransomware attacks in US industries in 2016. [2]
  • 94% are now using some form of advanced technology to protect sensitive data. [2]
  • 25% healthcare organizations using the public cloud report that they are not encrypting patient data. [2]
  • 41% of higher education cyber security incidents and breaches were caused by social engineering attacks. [2]
  • 43% have had student data attacked, including dissertation materials and exam results. [2]
  • 25% have experienced critical intellectual property theft. [2]
  • 28% have had grant holder research data attacked. [2]
  • 87% have experienced at least one successful cyber attack. [2]
  • 83% believe cyber attacks are increasing in frequency and sophistication. [2]
  • 79% universities have experienced damage to reputation and almost 74% have had to halt a valuable research project as a result of a cyber attack. [2]
  • 77% also say a cyber breach has the potential to impact national security, due to the potentially sensitive nature of the information which could been compromised. [2]
  • 64% don’t believe their existing IT infrastructure will protect them against cyber attacks in next 12. [2]
  • 27% see the current security of their data center as ‘inadequate’ and in urgent need of updating. [2]
  • 85% of universities agree that more funding must be given to IT security to protect critical research IP. [2]
  • On average, 30% of users in the education industry have fallen for phishing emails. [2]
  • The education sector accounted for 13% of all data security breaches during the first half of 2017, resulting in the compromise of some 32 million personal records. [2]
  • According to the official information, 31 terabytes of “valuable intellectual property and data” was exposed. [2]
  • Nearly 98% of all cyber attacks rely on some form of social engineering to deliver a payload such as malware. [2]
  • Therefore, threat actors distribute malware via email approximately 92% of the time. [2]
  • 62% of businesses experienced phishing and social engineering attacks in 2018 with a new organization falling victim to ransomware every 14 seconds in 2019. [2]
  • The total number of spear phishing campaigns targeting employees increased by 55%, which makes up 71% of all targeted attack on businesses. [2]
  • Given the rise in phishing attacks it is estimated that 90% of incidences and breaches included a phishing element in 2019. [2]
  • 97% OF CODEBASES CONTAINED OPEN SOURCE 78% OF CODE IN CODEBASES. [8]
  • This year’s report shows a modest 3% decrease in vulnerabilities from the previous year, though the overall percentage of codebases containing vulnerabilities remains troublingly high. [8]
  • The percentage of codebases containing high risk open source vulnerabilities decreased by 11% compared to last year’s report. [8]
  • When no feature upgrades, code improvements, or security remediation activity occurs for 24 months, it’s likely that a project is no longer being maintained at all. [8]
  • Some security experts argue that using these “unproven” qualitative methods leads to inconsistencies in forecasting by up to 20 percent. [9]
  • As mentioned before, security professionals are often up to 20 percent inconsistent when employing the HighMedium Low method of measuring cyber risk. [9]
  • For more than 250 days, the daily return for the ETF was calculated between 0% and 1%. [10]
  • In January 2000, the ETF returned 12.4%. [10]
  • At its worst, the ETF ran daily losses of 4% to 8%. [10]
  • This period is referred to as the ETF’s worst 5%. [10]
  • Based on these historic returns, we can assume with 95% certainty that the ETF’s largest losses won’t go beyond 4%. [10]
  • So if we invest $100, we can say with 95% certainty that our losses won’t go beyond $4. [10]
  • The probability gets higher if you consider the higher returns, and only consider the worst 1% of the returns. [10]
  • The Nasdaq 100 ETF’s losses of 7% to 8% represent the worst 1% of its performance. [10]
  • We can thus assume with 99% certainty that our worst return won’t lose us $7 on our investment. [10]
  • We can also say with 99% certainty that a $100 investment will only lose us a maximum of $7. [10]
  • The delta also hosts the intake forebays for the California Aqueduct, carrying 60 percent of the fresh water supply for the desert like Los Angeles region. [11]

I know you want to use Security Risk Analysis Software, thus we made this list of best Security Risk Analysis Software. We also wrote about how to learn Security Risk Analysis Software and how to install Security Risk Analysis Software. Recently we wrote how to uninstall Security Risk Analysis Software for newbie users. Don’t forgot to check latest Security Risk Analysis statistics of 2024.

Reference


  1. trustwave – https://www.trustwave.com/en-us/resources/security-resources/security-statistics/.
  2. varonis – https://www.varonis.com/blog/cybersecurity-statistics.
  3. purplesec – https://purplesec.us/resources/cyber-security-statistics/.
  4. bls – https://www.bls.gov/ooh/computer-and-information-technology/information-security-analysts.htm.
  5. psu – https://bulletins.psu.edu/undergraduate/colleges/information-sciences-technology/security-risk-analysis-bs/.
  6. cato – https://www.cato.org/policy-analysis/terrorism-immigration-risk-analysis.
  7. statista – https://www.statista.com/statistics/854906/cyber-security-risk-assessments-components-in-health-organization-in-us/.
  8. wikipedia – https://en.wikipedia.org/wiki/Risk_assessment.
  9. synopsys – https://www.synopsys.com/software-integrity/resources/analyst-reports/open-source-security-risk-analysis.html.
  10. reciprocity – https://reciprocity.com/blog/the-statistical-analysis-of-measuring-cybersecurity-risk/.
  11. investopedia – https://www.investopedia.com/terms/r/risk-analysis.asp.
  12. nap – https://www.nap.edu/read/12972/chapter/5.

How Useful is Security Risk Analysis

Security Risk Analysis: A Crucial Step towards Optimal Security Management

In a world rapidly digitizing and increasingly dependent on technology, the importance of security risk analysis cannot be overstated. From protecting sensitive information to safeguarding critical infrastructure, security risk analysis serves as a formidable shield against potential threats that lurk within vulnerable systems. While it may appear as a behind-the-scenes process seemingly defenseless against visible threats, it is undeniably the cornerstone of a robust security posture.

At its core, security risk analysis involves identifying, assessing, and prioritizing potential vulnerabilities in systems, entities, or even founding policies. Without a comprehensive understanding of the risks that stakeholders face, effective security measures would remain elusive. A well-executed analysis serves as a proactive measure, enabling businesses and organizations to anticipate, prevent, mitigate, and ultimately recover from potential security breaches, both internal and external.

One might question the value of such analyses in an era where cutting-edge security software and sophisticated encryption mechanisms exist. While these countermeasures play a vital role, they alone cannot ensure seamless security in increasingly diverse and complex technological environments. By employing a thoughtful risk analysis process, an organization can detect weak links, identify areas requiring immediate attention, and allocate resources efficiently. In essence, security risk analysis allows cybersecurity professionals to stay one step ahead of potential threats, rather than simply react to them.

Let us take a look at the implications of security risk analysis in various sectors. The healthcare industry, for instance, deals with sensitive patient data which, if compromised, can lead to severe consequences and reputational damage. By conducting a risk analysis, organizations can identify vulnerabilities in their data management systems, fortify protective measures across income-generating assets like healthcare databases, and enhance workforce information security training.

Furthermore, the banking and financial sectors heavily rely on uncompromised security for a robust functioning and maintaining public trust. Security risk analysis enables these institutions to accurately assess the potential impacts of different cyber threats, enhancing situational awareness and allowing for targeted investment in cutting-edge technologies and security measures. By prioritizing identified risks, financial institutions can improve their resilience against cyber-attacks and minimize potential losses.

However, it is important to acknowledge that risks are fluid, context-specific, and ever-evolving. A one-time security risk analysis might not be sufficient to address new threats that continually emerge. Effective security management entails implementing a cyclic risk assessment framework that reflects the dynamic nature of threats encountered by organizations. By continuously updating and refining their security risk analysis processes, institutions can maintain optimal security levels and mitigate identified vulnerabilities effectively.

Critics may argue that conducting security risk analysis is a costly endeavor. While it is true that dedicating valuable resources to such analyses may divert funds from other initiatives, the potential ramifications of overlooking security risks far outweigh the initial investment. By ensuring compliance with industry standards, implementing enhanced security measures, and avoiding potential data breaches, organizations can save themselves from unforeseen financial turmoil and irreparable reputational damage.

We must recognize that in an interconnected and information-driven world, security risk analysis is not a luxury, but a mandatory step towards achieving robust security management. From protecting personal data to preventing infrastructure vulnerabilities, organizations across sectors must prioritize and invest in holistic security processes. By doing so, they provide a critical foundation for advancement, innovation, and safeguarding the trust of all stakeholders.

In Conclusion

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