IoT Security Statistics 2024 – Everything You Need to Know


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Are you looking to add IoT Security 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 IoT Security statistics of 2024.

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

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

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

Best IoT Security Statistics

☰ Use “CTRL+F” to quickly find statistics. There are total 517 IoT Security Statistics on this page 🙂

IoT Security Benefits Statistics

  • Around83% of organizationshave boosted their efficiency by introducing IoT technology.Moreover, up to94% of retailersagree that the benefits of implementing IoT are greater than the risks. [0]

IoT Security Usage Statistics

  • the six year period between 2019 and 2025.North America, Western Europe, and China account for67% of IoT usage. [0]

IoT Security Market Statistics

  • The IoT device market is on the rise and is poised to reach $1.4 trillion by 2027, according to Fortune Business Insights. [1]
  • Zion Market Research data indicates that the global IoT healthcare market value will reach $14 billion by 2024 — this is a CAGR of 12.2% between 2017 and 2024. [1]
  • Zion Market Research also estimates that the global IoT medical devices market is going to have a CAGR of 15.27% between 2019 and 2025. [1]
  • Hardware still accounts for 30% of the total value of IoT technology, although trends suggest its global market value is decreasing. [2]
  • With the IoT market size rapidly expanding amid an increasing need for real time data monitoring, the IoT healthcare industry is expected to grow at a CAGR of 19.9% over the next five years. [2]
  • A report by Fortune Business Insights indicates that the globalmarket for IoT, which was valued at $190 billion in 2018, is forecasted toreach $1.11 trillion by 2026 at a 24.7% compound annualgrowth rate. [3]
  • Data from Zion Market Research indicates that thevalue of the global IoT healthcare market is anticipated to reach $14 billionby 2024 with a CAGR of 12.2% between 2017 and 2024. [3]
  • The estimated value of the IoT market for 2020 was742 billion U.S. dollars.Compare this to 2017, when the IoT market was valued at100 billion U.S. [0]
  • By 2026—Experts estimate that the IoT device market will reach $1.1 trillion IoT adoption predictions for 2020 93% of enterprises will adopt IoT technology. [4]
  • The worldwide information security market is forecast to reach $170.4 billion in 2024, according to Gartner. [5]
  • Today) Apple currently holds the highest smartwatch market share at 40% after shipping 12.9 million units of the Apple Watch Series 6 and SE in the fourth quarter of last year. [6]
  • Its share of the market will remain at around 63% between 2018 and 2020. [6]
  • Hardware accounted for 35% of this $1.7T market value. [6]
  • Morgan Stanley predicted the industrial IoT market size reached $110 billion by 2020 and $124B in 2021. [6]
  • IoT in retail markets is predicted to grow to $35.5 billion in 2025. [6]
  • The lowest implementation of high potential use cases across IoT market segments is seen in energy & utilities (18%) and automotive (17%). [6]
  • This will represent growth at a CAGR of 21.38%, considering that the estimation of the endpoint security solutions in IoT market size by Gartner for 2016 was at $240 million. [6]
  • The growth of the internet of things consumer electronics market in North America is predicted at a CAGR of 12.25% from $90 billion in 2017 to $180 billion in 2024. [6]
  • The IoT market was worth $581B for ICT based spending alone by 2020, growing at a CAGR of between 7 and 15%. [6]
  • The automotive IoT market was valued at $15.87 billion in 2015, indicating a CAGR of 26.5% over the eight. [6]
  • IoT statistics for the healthcare market show a projected growth at CAGR of 30.8% from 2017 when the healthcare IoT market was valued at $41.22 billion. [6]
  • the worldwide smart homes market show an estimated growth at a CAGR of 19.31% rising from $20.38 billion in 2014. [6]
  • In 2018, the worldwide market value of IoT in education was $4.8 billion and was expected to grow at a CAGR of 18.8% through 2024. [6]
  • forecasts for the banking and financial services market predict growth at a CAGR of 52.1% from $0.17 billion in 2017. [6]
  • The worldwide IoT in the manufacturing market was valued at $10.45 billion in 2016 and is set to grow at a CAGR of 29% through 2024. [6]
  • Google Home will have the largest IoT devices market share by 2021, at 48%. [7]
  • It is anticipated that there will be 1.9 billion 5G cellular subscriptions by 2024, and the North American market is expected to see the most growth, with 63 percent of mobile subscriptions. [7]
  • Hardware still accounts for 35% of IoT technology’s total value, although trends suggest decreasing global market value. [7]
  • According to Statista, the smart home market will grow to $53 billion as early as 2024. [7]

IoT Security Software Statistics

  • 69% of organizations don’t believe the threats they’re seeing can be blocked by their anti. [5]
  • 69% of organizations don’t believe the threats they’re seeing can be blocked by their anti. [8]
  • 54% store billing addresses 38% regularly upgrade software solutions 31% monitor business credit reports. [8]
  • 29% of developers favor Microsoft’s Azure IoT Suite for enabling connected devices in their software projects. [6]
  • Bill / invoice 15.9% Email delivery failure 15.3% Legal / law enforcement 13.2% Scanned document 11.5% Package delivery. [8]
  • 7% bill / invoice 3% email delivery failure notice 4% package delivery. [8]

IoT Security Adoption Statistics

  • In fact, financial services companies lead the way in the adoption of IoT with up to 58% of companies in the sector already using it to some degree. [9]
  • By 2026—Experts estimate that the IoT device market will reach $1.1 trillion IoT adoption predictions for 2020 93% of enterprises will adopt IoT technology. [4]
  • Other major barriers to adoption include cost (50%), maintenance (44%), and integration of legacy technology (43%). [6]

IoT Security Latest Statistics

  • This compound annual growth rate of 10.53%, which is estimated to occur between 2021 and 2026, is lower than previous estimates due to the impact of COVID 19 on IoT investments and deployments globally. [1]
  • During the forecast period, that equates to a CAGR of 24.9%. [1]
  • 4 — 83 Billion Connections Estimated by 2024 Juniper Research reports that the “total number of IoT connections” will likely reach 83 billion by 2024. [1]
  • This is according to their IoT ~ The Internet of Transformation 2020 whitepaper. [1]
  • — 45% of Cellular IoT Connections Will Be NBIoT and CAT. [1]
  • — OpenSource Part of IoT Deployments for 60% of Survey Respondents Data from the first annual IoT Commercial Adoption survey by the Eclipse Foundation shows that almost two thirds of companies plan to make open source part of their IoT deployment plans. [1]
  • 7 — IoT Device Generated Data Predicted to Reach 73.1 ZB by 2025. [1]
  • And in case you didn’t know, a zettabyte is the equivalent of 1,000,000,000,000,000,000,000 bytes, according to Technopedia. [1]
  • IoT Signals report indicates that oneinthree decision makers plan to up their IoT investments while 41% say their existing investments will remain the same. [1]
  • — Just Under 40% of Companies Are Deploying IoT. [1]
  • 10 — 58% of financial executives report having well. [1]
  • The data shows that “close to six in 10 executivesin the financial services sector, 58%, report having well. [1]
  • The financial services industry is followed closely by thehealthcare industry with 55% of survey respondents reporting having “fairlyrobust deployments in place.”. [1]
  • 92% of EMEA CXOs Believe IoT to Have the Greatest Impact on Their Organizationsn. [1]
  • is a top strategic objective 94% of executives. [1]
  • This is compared to 45% and 72% of American and APAC CXOs, respectively. [1]
  • 12 — 72% View IoT as Having Biggest Organizational Impact. [1]
  • This is followed by AI (68%) and cloud infrastructure (64%). [1]
  • Gartner reports that almost two thirds of enterprises — 63% — expect to achieve financial payback within three years of their Internet of Things projects. [1]
  • 15 — 93% of Executives View IoT as More Beneficial Than Risky. [1]
  • Let’s do the math When you multiply 152,200 by 525,600 , the total is staggering. [1]
  • 17 — Fewer than 42% of Organizations Can Identify Insecure IoT Devices. [1]
  • And to make matters worse, when they do identify those devices, only 14% step up to replace them immediately. [1]
  • That’s the average amount of time that it takes for an IoT device to be attacked once connected to the Internet, according to NETSCOUT’s Threat Intelligence Report from the second half of 2018. [1]
  • Nearly 90% of Risk Pros Think IoT Leaves Them at Risk of Cyber Attacks. [1]
  • The Ponemon Institute and Shared Assessments survey indicates that ninein 10 surveyed risk professionals believe that cyber attacks and data breaches of their organizations are likely within the next two years due to unsecure IoT and applications. [1]
  • SonicWall reports that IoT malware attacks jumped 215.7% to 32.7 million in 2018. [1]
  • In 2019, the attacks continued but showed a more moderate increase of “just” 5% in IoT malware, according to their 2020 SonicWall Cyber Threat Report. [1]
  • reports in their 2020 Unit 42 IoT Threat Report that “83% of medical imaging devices are running on unsupported operating systems.”. [1]
  • 23 — 98% of IoT Traffic Isn’t Encrypted. [1]
  • Palo Alto Networks also shares in that same 2020 Unit 42 IoT Threat Report that “98% of all IoT device traffic is unencrypted, exposing personal and confidential data on the network.”. [1]
  • 25 — 74% of Global Consumers Worry About Losing Their Civil Rights Data from the EIU survey suggests that the majority of surveyed consumers are concerned that “small privacy invasions may eventually lead to a loss of civil rights.”. [1]
  • 63% of Consumers Find Connected Devices “Creepy” Concerning Data Collection. [1]
  • Furthermore, only 55% require remediation of any identified third. [1]
  • Globally, 32% of the companies that have already adopted IoT consider data security issues related to the lack of skilled personnel to be the most critical concern for their IoT ecosystem. [9]
  • 33% of these companies consider attacks on devices to be the primary concern. [9]
  • Nearly 58% of the attacks occurred with the intent of mining cryptocurrency. [9]
  • According to this year’s investigation, an average smart home could be a target of more than 12,000 hacker attacks in a single week. [9]
  • Additionally, financial service companies are well ahead of other sectors in terms of adopting visual identification technologies with 51% of the companies already implementing visual identification powered by AI and analytics systems. [9]
  • The estimated value for 2020 is $742 billion. [2]
  • However, the growth of IoT statistics show that CAGR fell to 8.2% in 2020 an almost twice lower increase than the forecasted 14.9% at the end of 2019. [2]
  • Things are expected to return to normal in 2021, with a CAGR of 11.3% during the 2020. [2]
  • According to current statistics on IoT devices, the number will surpass 3.5 billion by 2024, with Asia leading the charge. [2]
  • The numbers will reach 73.1 ZB by 2025, which equals 422% of the 2019 output, when 17.3 ZB of data was produced. [2]
  • 86% of healthcare organizations were using IoT technology in some way in 2019. [2]
  • According to the most recent IoT healthcare devices statistics, the CAGR of IoT in the healthcare industry is estimated to be 28.6% during 2021. [2]
  • There was a 45% decrease in patient falls, a 60% reduction in bedsores, and an 80% decrease in code blue events. [2]
  • From $91 million in 2016, annual global spending on security measures for IoT networks is set to jump to $631 million in 2021, with a CAGR of 21.38%. [2]
  • Due to discontinued support for Windows 7, 56% more devices are more vulnerable to cyberattacks and malware compared to 2018. [2]
  • According to IoT based attacks statistics for 2019, the average IoT device gets attacked just five minutes after it goes live. [2]
  • According to IoT statistics and challenges forecast for this industry, the most successfully used router password among cyber attackers in 2018 was “123456.”. [2]
  • Coming in second place was another perilous choice – no password at all – which accounted for 17% of all IoT attacks. [2]
  • According to Forbes, the number of malware incidents involving IoT devices has grown from 813 million in 2018 to a staggering 2.9 billion already the following year. [2]
  • These IoT statistics involving 1,600 consumers across eight countries show that 92% of participants want to control the type of automatically collected personal information. [2]
  • At least 58% of companies in the retail sector have a number of active IoT projects. [2]
  • 57% of retailers are already taking steps to increase privacy measures, and 43% are focusing on preventing data breach events. [2]
  • IoT brand statistics show that around 34% of brands hope to see the whole industry implement IoT solutions, which would bring an increase in industry growth over the next decade. [2]
  • However, 41% chose not to increase IoT related spending during 2020. [2]
  • Frontier Economic’s IoT forecast predicts that over the next 30 years, IoT technology will result in a 10% increase in the United States’ GDP. [2]
  • If we choose to be optimistic about these metrics, we’ll see that around 40% of the technology’s global value will be accrued in the developing economies. [2]
  • The US is leading the way in deploying full scale IoT operations, with 44% of companies now adopting the technology. [2]
  • The US is followed by the UK, with 41% of companies having deployed IoT technology, and Germany, with 35%. [2]
  • According to Vernon Turner, vice president of IDC, there will be more than 80 billion devices connected to the internet by 2025. [2]
  • IoT statistics show that the growth is expected at a CAGR of 26.2%. [2]
  • Around 41% of users wouldn’t mind their health data being used to help research the link between heart conditions and exercise. [2]
  • However, if a brief look at IoT devices statistics shows us that only 0.06% of devices that could be connected to the internet currently are. [2]
  • IoT forecasts show that 67% of these devices will be found in China, North America, and Western Europe. [2]
  • According to Statista, 2021 will see 10.07 billion IoT. [2]
  • It’s estimated that the number of active IoT devices will surpass 25.4 billion in 2030. [2]
  • The last available data show that the price shrank an additional 37% to $0.38 in 2020. [2]
  • In its June 2018 mobility report, Ericsson estimated that cellularIoT growth will lead to 3.5 billion cellular IoT connections by 2024 with anannual anticipated growth rate of 30%. [3]
  • 6 — 58% of financial executives report having well developedIoT initiatives A Forbes Insights survey of 700 executives, performed incollaboration with Intel, reports that financial services organizations leadthe way in IoT deployment. [3]
  • The data shows that “close to six in 10 executivesin the financial services sector, 58%, report having well. [3]
  • The financial services industry is followed closely by thehealthcare industry with 55% of survey respondents reporting having “fairlyrobust deployments in place.”. [3]
  • 7 — Digital transformation is a top strategic objective 94%of executives. [3]
  • A Deloitte Industry 4.0 survey of 361 executives across 11countries shows that 94% report digital transformation as their organization’stop strategic initiative. [3]
  • 8 — 80% of organizations report positive results. [3]
  • A Gartner study indicates that 80% of surveyedorganizations that have adopted IoT are achieving “betterthan. [3]
  • 9 — 85% of respondents say they have IoT project budgets. [3]
  • 30% said “they cannot live without smart devices.”. [3]
  • Let’s do the math When you multiply 152,200 by 525,600 , the total is staggering. [3]
  • 12 — Fewer than 20% of risk professionals can identify a majorityof their organization’s IoT devices Fewer than 20% of the 605 survey respondents from a combined Ponemon. [3]
  • Furthermore, 56% report not keeping an inventory of IoT devices, and 64% report not keeping an inventory of IoT applications. [3]
  • 75% of infected devices in IoT attacks are routers. [3]
  • Symantec data indicates that infected routers accounted for 75% of IoTattacks in 2018, and connected cameras accounted for 15% of them. [3]
  • That’s the average amount of time that it takesfor an IoT device to be attacked once connected to the Internet, according to NETSCOUT’sThreat Intelligence Report from the second half of 2018. [3]
  • 15 — 76% of risk professionals think IoT leaves them at riskof cyber attacks. [3]
  • 76% of risk professionals believe that cyber attacks on their organizationare likely to be executed through IoT. 16 — IoT Malware Attacks Skyrocketed in 2018, TrendContinues to 1H 2019. [3]
  • SonicWall reports that IoT malware attacks jumped 215.7%to 32.7 million in 2018. [3]
  • The first two quartersof 2019 have already outpaced the first two quarters of 2018 by 55%. [3]
  • 18 — 74% of global consumers worry about losing civilrights Data from the EIU survey suggests that the majority ofsurveyed consumers are concerned that “small privacy invasions may eventuallylead to a loss of civil rights.”. [3]
  • 19 — 63% of consumers find connected devices “creepy”concerning data collection. [3]
  • 20 — 55% of companies don’t require third party IoTprovider security & privacy compliance. [3]
  • showsthat “only 45 percent of respondents are requiring third parties that haveaccess to their sensitive and confidential information to ensure compliancewith security and privacy practices.”. [3]
  • Of those respondents, only 51% requireremediation of any identified third. [3]
  • Characteristic Share of respondents Attacks on IoT devices that may impact critical operations 33%. [10]
  • Lack of skilled personnel to implement IoT security 32% Protecting sensitive data generated by an IoT device. [10]
  • Identifying or discovering sensitive data generated by an IoT device 27% Loss or theft of IoT devices 27%. [10]
  • Lack of security frameworks and controls within the IoT environment 26%. [10]
  • Privacy violations related to data generated by an IoT device 26%. [10]
  • Lack of effective access controls/device authentication 26%. [10]
  • Lack of industry standards for securing IoT devices 25% Validating the integrity of data collected by IoT devices 7% Privileged user access to IoT devices 2%. [10]
  • It is estimated that, as of 2021, there are more than10 billion active IoT devices.However, according to some reports, there are. [0]
  • 7.7% of IoT devicesare used in security.It is expected that spending on IoT security measures will reach631 million U.S. dollarsin 2021, with a CAGR of 21.38%.In 2018, IoT devices globally experienced813 million malware incidents. [0]
  • Compromising just one router gives hackers access any unsecure device that uses it.Only48% of businessescan detect if any of their IoT devices have suffered a breach. [0]
  • 40.2% of IoT devicesare used in business and manufacturing.The. [0]
  • 8.3% of IoT devicesare used in retail.The. [0]
  • 80% of industrial manufacturing companies will adopt IoT technology. [4]
  • 90% of cars will be connected to the web through IoT technology. [4]
  • Businesses are laser focused on IoT as an enabler of sustainability, safety, and economic growth — with 73% of executives either researching or currently deploying IoT. [11]
  • The IoT could generate between $4 trillion and $11 trillion of economic value by 2025, according to McKinsey & Company’s “What’s new with the Internet of Things?”. [11]
  • Per Gartner, consumers held 63% of the IoT devices in use in 2017, but businesses did 57% of IoT spending last year. [11]
  • A McKinsey Global Institute study acknowledged the fanfare around consumer based IoT applications but noted that, “B2B uses can generate nearly 70% of potential value enabled by IoT.”. [11]
  • Gartner also expects IoT security concerns to inhibit growth, predicting that “a lack of prioritization and implementation of security best practices and tools in IoT initiative planning … will hamper the potential spend on IoT security by 80%.”. [11]
  • In its State of the Market, Verizon notes that more than 50% of executive concerns around IoT are related to an “absence of industry wide IoT standards, coupled with security, interoperability, and cost considerations.”. [11]
  • According to Cybint, 95% of cybersecurity breaches are caused by human error. [5]
  • 95% of cybersecurity breaches are caused by human error. [5]
  • 88% of organizations worldwide experienced spear phishing attempts in 2019. [5]
  • 68% of business leaders feel their cybersecurity risks are increasing. [5]
  • On average, only 5% of companies’ folders are properly protected. [5]
  • 86% of breaches were financially motivated and 10% were motivated by espionage. [5]
  • 45% of breaches featured hacking, 17% involved malware and 22% involved phishing. [5]
  • and .dot which make up 37%, the next highest is .exe. [5]
  • An estimated 300 billion passwords are used by humans and machines worldwide. [5]
  • Personal data was involved in 58% of breaches in 2020. [5]
  • Security breaches have increased by 11% since 2018 and 67% since 2014. [5]
  • 64% of Americans have never checked to see if they were affected by a data breach. [5]
  • 56% of Americans don’t know what steps to take in the event of a data breach. [5]
  • The average ransomware payment rose 33% in 2020 over 2019, to $111,605. [5]
  • 94% of malware is delivered by email. [5]
  • 48% of malicious email attachments are office files. [5]
  • 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. [5]
  • Most malicious domains, about 60%, are associated with spam campaigns. [5]
  • About 20% of malicious domains are very new and used around one week after they are registered. [5]
  • 65% of groups used spear phishing as the primary infection vector. [5]
  • Phishing attacks account for more than 80% of reported security incidents. [5]
  • 30% of data breaches involve internal actors. [5]
  • 90% of remote code execution attacks are associated with cryptomining. [5]
  • 66% of companies see compliance mandates driving spending. [5]
  • 15% of companies found 1,000,000+ files open to every employee. [5]
  • 17% of all sensitive files are accessible to all employees. [5]
  • About 60% of companies have over 500 accounts with non. [5]
  • More than 77% of organizations do not have an incident response plan. [5]
  • 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. [5]
  • 88% of companies spent more than $1 million on preparing for the GDPR. [5]
  • Since the GDPR was enacted, 31% of consumers feel their overall experience with companies has improved. [5]
  • By 2019, only 59% of companies believed they were GDPR compliant. [5]
  • 70% of companies agree that the systems they put in place will not scale as new GDPR regulations emerge. [5]
  • The healthcare industry lost an estimated $25 billion to ransomware attacks in 2019. [5]
  • More than 93% of healthcare organizations experienced a data breach in the past three years. [5]
  • 15% of breaches involved healthcare organizations, 10% in the financial industry and 16% in the public Sector. [5]
  • Trojan horse virus Ramnit largely affected the financial sector in 2017, accounting for 53% of attacks. [5]
  • Financial and manufacturing services have the highest percent of exposed sensitive files at 21%. [5]
  • 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. [5]
  • The U.S. government allocated an estimated $18.78 billion for cybersecurity spending in 2021. [5]
  • Lifestyle (15%) and entertainment (7%). [5]
  • Supply chain attacks were up 78% in 2019. [5]
  • Security services accounted for an estimated 50% of cybersecurity budgets in 2020. [5]
  • The total cost of cybercrime for each company increased by 12% from $11.7 million in 2017 to $13.0 million in 2018. [5]
  • 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%. [5]
  • 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. [5]
  • More than 70 percent of security executives believe that their budgets for fiscal year 2021 will shrink. [5]
  • Since the pandemic began, the FBI reported a 300% increase in reported cybercrimes. [5]
  • 27% of COVID. [5]
  • target banks or healthcare organizations and COVID 19 is credited for a 238% rise in cyberattacks on banks in 2020. [5]
  • Confirmed data breaches in the healthcare industry increased by 58% in 2020. [5]
  • 52% of legal and compliance leaders are concerned about thirdparty cyber risks due to remote work since COVID. [5]
  • 47% of employees cited distraction as the reason for falling for a phishing scam while working from home. [5]
  • 81% of cybersecurity professionals have reported their job function changed during the pandemic. [5]
  • Cloud based cyber attacks rose 630% between January and April 2020. [5]
  • Remote workers have caused a security breach in 20% of organizations. [5]
  • 27% of COVID19 cyberattacks target banks or healthcare organizations and COVID 19 is credited for a 238% rise in cyberattacks on banks in 2020. [5]
  • Confirmed data breaches in the healthcare industry increased by 58% in 2020. [5]
  • 61% of companies think their cybersecurity applicants aren’t qualified. [5]
  • 70% of cybersecurity professionals claim their organization is impacted by the cybersecurity skills shortage. [5]
  • Since 2016, the demand for Data Protection Officers has skyrocketed and risen over 700%, due to the GDPR demands. [5]
  • 61% of cybersecurity professionals aren’t satisfied with their current job. [5]
  • There was a 350 percent growth in open cybersecurity positions from 2013 to 2021. [5]
  • 40 percent of IT leaders say cybersecurity jobs are the most difficult to fill. [5]
  • The cybersecurity unemployment rate is 0% and is projected to remain there through 2021. [5]
  • By 2021, 100% of large companies globally will have a CISO position. [5]
  • Information Security Analysts job positions in the US are expected to grow 31% from 2019–29. [5]
  • Computer Network Architect job positions in the US are expected to grow 5% from 2019–29. [5]
  • Computer Programmer job positions in the US are expected to decline 9% from 2019–29. [5]
  • 92% of malware is delivered by email. [8]
  • Mobile malware on the rise with the number of new malware variants for mobile increased by 54% in 2018. [8]
  • Third party app stores host 99.9% of discovered mobile malware. [8]
  • 98% of mobile malware target Android devices. [8]
  • Over the last year, MacOS malware has increased by 165%. [8]
  • Malware development rates for Windows decreased by 11.6% since reaching an all time high in 2015. [8]
  • 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. [8]
  • Gamut spambot was the most frequently used, with over 86% of all spambot cases involving its use. [8]
  • Over the last year, 36% of these servers were hosted in America, while 24% were hosted in undefined countries. [8]
  • Trojans make up 51.45% of all malware. [8]
  • 230,000 new malware samples are produced every day and this is predicted to only keep growing. [8]
  • Overall business detections of malware rose 79% from 2017 due to an increase in backdoors, miners, spyware, and information stealers. [8]
  • 34% of businesses hit with malware took a week or more to regain access to their data. [8]
  • 90% of financial institutions reported being targeted by malware in 2018. [8]
  • Ransomware attacks worldwide rose 350% in 2018. [8]
  • Ransomware attacks are estimated to cost $6 trillion annually by 2021. [8]
  • 50% of a surveyed 582 information security professionals do not believe their organization is prepared to repel a ransomware attack. [8]
  • 81% of cyber security experts believe there will be more ransomware attacks than ever in 2019. [8]
  • 75% of companies infected with ransomware were running upto. [8]
  • FedEx lost an estimated $300 million in Q1 2017 from the NotPetya ransomware attack. [8]
  • 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. [8]
  • 40% of ransomware victims paid the ransom. [8]
  • More than 50% of ransoms were paid by bitcoin in 2018. [8]
  • 10% of all ransom demands are over $5,000. [8]
  • Of the 1,100 IT professionals surveyed, 90% had clients that suffered ransomware attacks in the past year. [8]
  • 40% had clients that were subject to at least 6 ransomware attacks. [8]
  • In 2019 ransomware from phishing emails increased 109% over 2017. [8]
  • 25% of businesses are estimated to have been victims of cryptojacking. [8]
  • 25% of the WordPress plugins among Alexa’s most popular sites are flagged with critical vulnerabilities that could allow mining botnets in. [8]
  • 43% of the IT professionals said they had been targeted by social engineering schemes in the last year. [8]
  • New employees are the most susceptible to socially engineered attacks, with 60% of IT professionals citing recent hires as being at high risk. [8]
  • 21% of current or former employees use social engineering to gain a financial advantage, for revenge, out of curiosity or for fun. [8]
  • Social engineering attempts spiked more than 500% from the first to second quarter of 2018. [8]
  • Social media 2.5 billion records, or 56% Government 1.2 billion records, or 27%. [8]
  • 56% of IT decision makers say targeted phishing attacks are their top security threat. [8]
  • 83% of global infosec respondents experienced phishing attacks in 2018, an increase from 76% in 2017. [8]
  • 30% of phishing messages get opened by targeted users and 12% of those users click on the malicious attachment or link. [8]
  • Only 3% of targeted users report malicious emails to management. [8]
  • 53% of IT and security professionals say they have experienced a targeted phishing attack in 2017. [8]
  • Credential compromise rose 70% over 2017, and they’ve soared 280% since 2016. [8]
  • 50% of phishing sites now using HTTPS. [8]
  • The most common malicious attachment types Office 38% Archive 37% PDF. [8]
  • The volume of email fraud that organizations receive has increased 8% yearover. [8]
  • 66% of malware is installed via malicious email attachments. [8]
  • 49% of nonpointof sale malware was installed via malicious email. [8]
  • 21% of ransomware involved social actions, such as phishing. [8]
  • 30% of phishing messages were opened in 2016 – up from 23% in the 2015 report. [8]
  • In 2017, cyber crime costs accelerated with organizations spending nearly 23% more than 2016 on average about $11.7 million. [8]
  • From 2016 to 2017 there was a 22.7 % increase in cyber security costs. [8]
  • The average global cost of cyber crime increased by over 27% in 2017. [8]
  • The most expensive component of a cyber attack is information loss, which represents 43% of costs. [8]
  • The root causes of data breaches for small businesses broke out as following Negligent employee or contractor 48%. [8]
  • Third party mistakes 41% Error in system or operating process. [8]
  • Don’t know External attacks 27%. [8]
  • Other 2% 95% of breached records came from three industries in 2016. [8]
  • Recent data breach statistics found that 63% of successful attacks come from internal sources, either control, errors, or fraud. [8]
  • 33% of data breaches involved social engineering. [8]
  • 43% of data breaches involved small businesses. [8]
  • Targeted emails, or spear phishing, is reported by businesses to be used in 91% of successful data breaches and 95% of all enterprise networks. [8]
  • 29.6% of companies will experience a data breach in the next two years. [8]
  • 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. [8]
  • Breaches caused a customer turnover of 3.9% in 2019. [8]
  • 36% of breaches were in the medical or healthcare industry in 2019. [8]
  • 69% of those in the healthcare industry believe they are at great risk for a data breach than other industries. [8]
  • Banks were the target 47% of financial data breaches. [8]
  • Share prices fall 7.27% on average, and underperform the NASDAQ by. [8]
  • 21% of all files are not protected in any way. [8]
  • 41% of companies have over 1,000 sensitive files including credit card numbers and health records left unprotected. [8]
  • 70% of organizations say that they believe their security risk increased significantly in 2017. [8]
  • 50% of the security risk that organizations face stems from having multiple security vendors and products. [8]
  • 65% of companies have over 500 users who never are never prompted to change their passwords. [8]
  • Ransomware attacks are growing more than 350% annually. [8]
  • IoT attacks were up 600% in 2017. [8]
  • 61 percent of breach victims in 2017 were businesses with under 1,000 employees. [8]
  • 2017 represented an 80% increase in new malware on Mac computers. [8]
  • In 2017 there was a 13% overall increase in reported system vulnerabilities. [8]
  • 2017 brought a 29% Increase in industrial control system–related vulnerabilities. [8]
  • 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. [8]
  • 61% of organizations have experienced an IoT security incident. [8]
  • 77% of compromised attacks in 2017 were fileless. [8]
  • 69% of companies see compliance mandates driving spending. [8]
  • 88% of companies spent more than $1 million on preparing for the GDPR. [8]
  • 25% of organizations have a standalone security department. [8]
  • 54% of companies experienced an industrial control system security incident. [8]
  • Cyber criminals will steal an estimated 33 billion records in 2024. [8]
  • 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. [8]
  • 31% of organizations have experienced cyber attacks on operational technology infrastructure. [8]
  • U.S. government to spend $15 billion on cyber security related activities in 2019 up 4% over the previous year. [8]
  • 43% of cyber attacks target small business. [8]
  • 47% of small businesses had at lease on cyber attack in the past year, 44% of those had two to four attacks. [8]
  • 70% of small businesses are unprepared to deal with a cyber attack. [8]
  • 66% of small business are very concerned about cyber security risk. [8]
  • 85% of small businesses plan to increase spending on managed security services. [8]
  • 51% of small businesses say they are not allocating any budget to cyber security. [8]
  • 58% of malware attack victims are categorized as small businesses. [8]
  • 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. [8]
  • 4% of malware sent to small businesses is delivered via email. [8]
  • 1.1% legal/law enforcement message 0.3% scanned document. [8]
  • 60% of small businesses say attacks are becoming more severe and more sophisticated. [8]
  • Only 14% of small businesses rate their ability to mitigate cyber risks, vulnerabilities and attacks as highly effective. [8]
  • 60% of small companies go out of business within six months of a cyber attack. [8]
  • 48% of data security breaches are caused by acts of malicious intent. [8]
  • Small businesses are most concerned about the security of customer data Consumer records 66% Intellectual property 49% Customer credit or debit card information 46%. [8]
  • Employee records 8% Business correspondence 5%. [8]
  • The types of cyber attacks on small businesses broke out as following Web. [8]
  • Phishing / social engineering 43% General malware 35% SQL injection 26%. [8]
  • Denial of services 21% Advance malware / zero day attacks 14%. [8]
  • Malicious insider 13% Cross. [8]
  • Other 1% 68% store email addresses 64% store phone numbers. [8]
  • 69% of small businesses do not strictly enforce password policies. [8]
  • 16% of small businesses say they had only reviewed their cyber security posture after they were hit by an attack. [8]
  • Only 16% of small business are very confident in their cyber security readiness. [8]
  • Strategy – 52% of small business have a clearly defined strategy around cyber security. [8]
  • Accountability – 23% of small businesses have a leadership role dedicated to cyber, whereas 46% have no defined role at all. [8]
  • Willingness to respond – 65% of small businesses have failed to act following a cyber security incident. [8]
  • Training – 32% of small businesses have conducted phishing experiments to assess employee behavior and readiness in the event of an attack. [8]
  • Insurance – 21% of small businesses have a standalone cyber insurance policy, compared to 58% of large companies. [8]
  • 67% of financial institutions reported an increase in cyber attacks over the past year. [8]
  • 26% of financial enterprises faced a destructive attack. [8]
  • 79% of financial CISOs said threat actors are deploying more sophisticated attacks. [8]
  • 21% suffered a watering hole attack in the last year. [8]
  • 32% of financial institutions encountered island hopping, is leveraging one compromised organization to gain entry into another. [8]
  • 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%. [8]
  • 47% of financial institutions reported an increase in wire transfer fraud. [8]
  • 31% of financial institutions reported an increase in home equity loan fraud. [8]
  • 79% of financial institutions said cybercriminals have become more sophisticated, leveraging highly targeted social engineering attacks. [8]
  • 32% of financial institutions reported experiencing counter incident response. [8]
  • 21% of financial institutions reported experiencing C2 on a sleep cycle. [8]
  • 70% of financial institutions said they are most concerned about financially motivated attackers. [8]
  • 30% of financial institutions said they are most concerned with nation. [8]
  • Global attack types and sources on financial sectors Web attacks – 46% Service specific attacks – 28% DoS/DDoS 8%. [8]
  • 69% of financial institution CISOs are planning to increase cyber security spending by 10% or more in 2019. [8]
  • 47% of financial institution CISOs said their organizations are operating threat hunt teams. [8]
  • 32% of financial institution CISOs said they conduct threat hunts on a monthly basis. [8]
  • 70% of cyber crimes targeting surveyed financial institutions involve lateral movement. [8]
  • 16% of healthcare providers report having “fully functional” security programs. [8]
  • 43% admitted that they are either still developing security programs or have not developed one. [8]
  • 93% of healthcare organizations are currently using some form of cloud services. [8]
  • 63% plan to use multiple cloud vendors. [8]
  • 20% of healthcare domain emails were fraudulent in 2017. [8]
  • 82% of surveyed healthcare organizations say that security is a top concern. [8]
  • 89% of healthcare organization had patient data lost or stolen in the past two years. [8]
  • 54% of healthcare business associates say their top vulnerability is tied to employee negligence in handling patient information. [8]
  • 81 percent of healthcare cyber security incidents are rooted in employee negligence. [8]
  • 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%). [8]
  • The healthcare industry was the victim of 88%of all ransomware attacks in US industries in 2016. [8]
  • 94% are now using some form of advanced technology to protect sensitive data. [8]
  • 25% healthcare organizations using the public cloud report that they are not encrypting patient data. [8]
  • 41% of higher education cyber security incidents and breaches were caused by social engineering attacks. [8]
  • 43% have had student data attacked, including dissertation materials and exam results. [8]
  • 25% have experienced critical intellectual property theft. [8]
  • 28% have had grant holder research data attacked. [8]
  • 87% have experienced at least one successful cyber attack. [8]
  • 83% believe cyber attacks are increasing in frequency and sophistication. [8]
  • 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. [8]
  • 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. [8]
  • 64% don’t believe their existing IT infrastructure will protect them against cyber attacks in next 12. [8]
  • 27% see the current security of their data center as ‘inadequate’ and in urgent need of updating. [8]
  • 85% of universities agree that more funding must be given to IT security to protect critical research IP. [8]
  • On average, 30% of users in the education industry have fallen for phishing emails. [8]
  • 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. [8]
  • According to the official information, 31 terabytes of “valuable intellectual property and data” was exposed. [8]
  • Nearly 98% of all cyber attacks rely on some form of social engineering to deliver a payload such as malware. [8]
  • Therefore, threat actors distribute malware via email approximately 92% of the time. [8]
  • 62% of businesses experienced phishing and social engineering attacks in 2018 with a new organization falling victim to ransomware every 14 seconds in 2019. [8]
  • The total number of spear phishing campaigns targeting employees increased by 55%, which makes up 71% of all targeted attack on businesses. [8]
  • Given the rise in phishing attacks it is estimated that 90% of incidences and breaches included a phishing element in 2019. [8]
  • According to Security Intelligence and IBM MMS, Japan is the most targeted country, followed by the USA. [12]
  • The report brings to light disturbing facts and trends Up to 15% of devices were unknown or unauthorized. [12]
  • 5 to 19% were using unsupported legacy operating systems. [12]
  • 49% of IT teams were guessing or had tinkered with their existing IT solutions to get visibility. [12]
  • 51% of them were unaware of what types of smart objects were active in their network. [12]
  • 75% of deployments had VLAN violations. [12]
  • 86% of healthcare deployments included more than ten FDA recalled devices. [12]
  • 95% of healthcare networks integrated Amazon Alexa and Echo devices alongside hospital surveillance equipment. [12]
  • According to Health IT and security, ransomware attacks on healthcare providers rose by 350% in Q4 2019, and 560 healthcare providers fell victim to ransomware in 2020. [12]
  • A Checkpoint Research paper published at the end of 2020 showed that the average number of dailyransomware attacks increased by 50%in Q3 than in H1 2020. [12]
  • Companies are facing a vital IoT skills gap that is preventing them from exploiting new opportunities to the full, according to Forbes. [12]
  • By 2024, 100% of the global population is expected to have LPWAN coverage. [6]
  • The main revenue driver for 54% of enterprise IoT projects is cost savings. [6]
  • 97% of organizations feel there are challenges to creating value from IoT. [6]
  • There will be a 21% increase in the number of endpoints in 2020 compared to 2019’s figures. [6]
  • Utility IoT use increased by 17% in 2020. [6]
  • According to the Internet of Things stats for 2020 predictions, utility endpoints will increase by 200 million from the year before. [6]
  • Predictions show that by 2021, spending on security measures will increase by 28% compared to 2018. [6]
  • Building automation grew by 42% in 2020. [6]
  • According to the Internet of things growth statistics, the industry will see 130 million more IoT endpoints compared to 2019 figures. [6]
  • According to smart device statistics, the global figures will have grown by 780 million from 2016’s 325 million. [6]
  • According to IoT stats 2020, the closest competitor is Samsung with 10%. [6]
  • According to the Internet of things data for 2021, the technology for this transformation is already available. [6]
  • Gartner’s statistics predicted 25 billion IoT devices by the end of 2021. [6]
  • We have also seen very high numbers cited in some other studies. [6]
  • Consumer electronics accounted for 63% of all installed IoT units in 2020. [6]
  • That will be at a compound annual growth rate of 26.9%. [6]
  • Business investment accounted for more than 50% of the overall IoT spending in 2020. [6]
  • In 2017, only 20% of the world population was covered by this type of network. [6]
  • This includes a CAGR of 7.3% through 2020. [6]
  • Of the 1600 actual enterprise IoT projects in progress, the highest were in the segments of Smart City (23%), Connected Industry (17%), and Connected Building (12%). [6]
  • Only 35% of IoT projects are used to increase revenue. [6]
  • 24% of projects also increase overall safety. [6]
  • The top goal of enterprise IoT deployment varies by country; 23% of Chinese companies use it to increase competitiveness. [6]
  • 58% of manufacturers say IoT is required to digitally transform industrial operations. [6]
  • Sectorwise break up of manufacturing shows that the reliance on IIoT applications is the highest in power and energy (64%), aviation and aerospace (62%), and utilities (58%). [6]
  • More than 80% of senior executives across industries, on average, say IoT is critical to some or all lines of their business. [6]
  • Internet of things statistics show that 28% execs, on average, plan to invest in IoT security in the next 12 months. [6]
  • The variation is much wider (33% to 54%). [6]
  • According to a worldwide survey of IT and business decision makers, only 29% of executives expected that their IoT strategies would result in business efficiency improvements. [6]
  • Actual results showed that 46% experienced gains in efficiency. [6]
  • Similarly, while only 16% of the business leaders projected a large increase in profits because of their IoT investment, 32% ended up with IoT. [6]
  • 93% of enterprises are believed to have adopted IoT technology. [6]
  • A booming 77% of executives in the sector believe IoT technology will allow them to transform offices into a smart workplace. [6]
  • 59% of them use IoT for monitoring and maintenance, while 55% use it for location. [6]
  • 80% of industrial manufacturing companies have adopted IoT in some way in 2020. [6]
  • The Internet of Medical Things sector is estimated to reach $158 billion by 2024. [6]
  • For comparison, a 2020 forecast showed the growth would be at $14.5 billion, with a Compound Annual Growth Rate of 19.6%. [6]
  • IoT statistics showed that over 78% of government professionals reported that the implementation of machine learning technologies is either underway or completed. [6]
  • According to the same study, more than 70% of public sector agencies evaluate the potential of emerging technologies, but only about 25% are moving beyond the pilot phase to full implementation. [6]
  • In terms of average implementation percentage of high potential use cases by industries, telecom is the leader at 36%. [6]
  • Other leading sectors are industrial manufacturing (33%; production asset maintenance, manufacturing intelligence, and product quality optimization) and consumer products (27%; manufacturing intelligence and monitoring shipment conditions). [6]
  • This is followed by the UK (41%) and Germany (35%). [6]
  • According to an estimate, over twothirds of the IoT startups funded in the 2012 2017 period were based in the US. [6]
  • Amazon AWS IoT (19%), and Cisco IoT Services (13%). [6]
  • AWS was more popular with respondents from smaller organizations (28% versus 9%). [6]
  • Googe’s Cloud IoT is being adopted more by employees in larger companies (37% vs. 15%). [6]
  • While over 98% of business leaders have an understanding of the internet of things, stats show that many are unclear of the exact definition of the term. [6]
  • Worldwide IoT security spending will increase from $912 million in 2016, soaring to $3.1 billion in 2021, attaining a 27.87% CAGR in the forecast period. [6]
  • Even though 98% of organizations using IoT are extracting a mass of data from their processes, making sense of this data remains a hurdle. [6]
  • Well over a third (39%). [6]
  • McKinsey & Company) Software infrastructure and applications accounted for 38% of overall IoT spending in 2020, with Solutions Services a close second with 30% of global spending. [6]
  • Hardware ranks third with about 20% of the overall spend, followed by Security and Connectivity. [6]
  • There were 220 million connected cars on the road in 2020, and 90% of all new cars by 2040 are expected to be connected through IoT. [6]
  • This number equates to a 422% increase in output from 2019. [6]
  • According to IoT stats for 2021, there are 31 billion IoT devices in the world. [6]
  • According to the Internet of things hacking statistics, hacking increased by 54% in 2019. [6]
  • According to Kaspersky Some 1.51 billion IoT breaches occurred from January to June, most using the telnet remote access protocol. [13]
  • IoT cyberattacks more than doubled yearonyear during the first half of 2021, according to anti virus and computer security service provider Kaspersky. [13]
  • Kaspersky found that more than 872 million of IoT cyberattacks or 58% – leveraged telnet, many with the intent of cryptocurrency mining, distributed denialof service shutdowns or pilfering confidential data. [13]
  • Some 16 “large scale” data leaks occurred in Vietnam over the reporting period, according to local media outlet VnExpress International. [13]
  • Some 95% of Vietnamese securities transactions today are conducted online, leaving them open to anonymous infrastructure attacks and theft of sensitive information. [13]
  • According to , another worrying stat, 48% of businesses admit that they Gemalto. [14]
  • According to the Cyberedge Report , 86% of organisations have experienced at least one successful cyberattack in 2020. [15]
  • In the first edition of the report, in 2014, ‘only’ 62% had suffered a successful attack, an increase of 24 points in 8 years. [15]
  • It notes that 44% of data leaks contain personally identifiable information. [15]
  • [2] The most frequent initial attack vectors for data leaks are compromised credentials in 20% of breaches, phishing in 17% of breaches and cloud misconfigurations in 15% of breaches. [15]
  • Lost business 38%, Detection and escalation 29% of costs. [15]
  • Post breach response 27% of costs Notification 6% of costs. [15]
  • The most effective mitigating factor is to test the incident response plan . [15]
  • Other measures are business continuity management (7.2%), red team testing (6.3%), employee training (6.2%), vulnerability testing . [15]
  • Thus, system intrusions , errors and basic web applications attacks represent 80% of the types of attacks leading to data breaches for SMEs, and 74% for large companies. [15]
  • [4] Attacks against SMEs are primarily aimed at financial gain, in 93% of cases. [15]
  • SMEs face external attacks, but also insider threats, which are the cause of 44% of attacks. [15]
  • 1/3 use the name or birthday of their child [5] 54% use the same password on multiple work accounts [6] When it comes to managing secrets, the situation is just as delicate. [15]
  • 80% of companies surveyed by 1Password admit to not managing their secrets well. [15]
  • For example, 48% of companies use a shared document or spreadsheet, with or without restricted access, to store and manage their corporate secrets. [15]
  • 77% of former IT/DevOps employees still have access to their former company’s infrastructure secrets. [15]
  • Indeed, 42% of respondents use their work device every day for personal reasons when working remotely [6] 69% of companies were victims of ransomware last year. [15]
  • The Cyberedge report also tells us that more than half of companies (57%). [15]
  • [1] A vicious circle has been set up increasingly, when the ransom demand is paid, the data is recovered (72% of cases in 2021 – compared to 49% in 2018). [15]
  • However, of those who paid to recover its data, 46% had some of the recovered files corrupted [8] And double trouble, 80% of those who paid a ransom reported suffering a second ransomware attack. [15]
  • In 46% of cases, victims believe it was the same attackers [8]. [15]
  • In 36% of cases, the insurance covered the cost of restitution to victims. [15]
  • The most frequent attacks on APIs are [9] Denialof Service attacks, reported by 87% of organisations, Injection attacks, 80%, Access violations and brute force/credential stuffing, 74%. [15]
  • However, in 79% of cases, these libraries are never updated once integrated into the code, whereas 92% of vulnerabilities in libraries can be remedied by an update [10]. [15]
  • The internet of things is taking off 11% of households have one or more smart objects. [15]
  • [11] Unit 42 estimates that 98% of all connected object traffic is unencrypted and that more than half of all devices are vulnerable to medium or high. [15]
  • [12] The main threats to IoT are 41%, exploits. [15]
  • 33%, malware. [15]
  • This is reflected in the new vulnerabilities reported in ICS Advisories, where memory corruption errors are the most frequent, accounting for 58% of cases. [15]
  • In 2020, 57% of companies suffered successful phishing attacks, according to Proofpoint[14]. [15]
  • The consequences of a successful phishing attack are data loss in 60% of cases, ransomware infection (47%). [15]
  • Last year, 66% of organisations experienced targeted attack attempts and 65% experienced President’s scam attempts. [15]
  • [14] Other attack vectors are also increasingly being used 61% of companies have faced smishing attacks , 54% of vishing attacks , 54% of attacks via USB media. [15]
  • 77% know that a url can be disguised in emails, 55% know that an email can appear to come from someone other than the real sender,. [15]
  • 58% know an attachment can be infected[14]. [15]
  • By the end of 2018, there was an estimated 22 billion internet of things connected devices in use around the world. [7]
  • It is predicted that IoT spending will maintain a doubledigit annual growth rate throughout the 2020. [7]
  • According to Gartner, spending on IoT security solutions will reach well over $600 million. [7]
  • According to Dataprot, the number of IoT devices connected will likely surpass this 3.5 billion, with Asia leading the charge. [7]
  • According to Gigabit, companies could invest up to $15 trillion in IoT by 2025 and add value to their businesses. [7]
  • North America is expected to own 29% of the world’s self driving fleet by 2035. [7]
  • Eventually, by 2035 North America will hold 29% of the self driving fleet, followed by China with 24% and Western Europe with 20%. [7]
  • Data gathered from 1,600 enterprises, and their IoT projects revealed that the clear majority acknowledged cost reductions as the primary purpose (54%). [7]
  • Only 35% of IoT projects were related to increased revenue and even a smaller number for security (24%). [7]
  • A study from Frost & Sullivan revealed that the top 600 smart cities would account for 60% of the global GDP by 2025. [7]
  • Nearly 70% of all new vehicles globally will be connected to the internet by 2024. [7]
  • This amounts to about 70% of the total figure; meanwhile, the US portion will be 90% of all new vehicles. [7]
  • According to the IDC, IoT devices will generate 79.4 zettabytes of data by 2025. [7]
  • 74% of global consumers worry about losing their civil rights to IoT. One thousand six hundred consumers across eight countries claimed that 92% want to control the type of personal information automatically collected. [7]
  • According to Gemalto, another worrying stat, 48% of businesses admit that they cannot detect IoT security breaches on their network. [7]
  • According to Gartner’s IoT penetration stats, there will be almost25 billion IoT devicesin the whole world. [16]
  • Other Stats say 23% of existing comprehensive IoT projects are smart cities. [16]
  • In 2020, the no. of IoT devices in houses will grow to 12.86 billion By 2020, 40 percent of IoT devices will be used mainly in the healthcare sector. [16]
  • SonicWall reports estimate that encrypted threat and IoT malware hit jumped 215.7 percent to 32.7 million in the year 2018. [16]

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

Reference


  1. pareteum – https://www.pareteum.com/internet-of-things-iot-stats-2021/.
  2. thesslstore – https://www.thesslstore.com/blog/20-surprising-iot-statistics-you-dont-already-know/.
  3. dataprot – https://dataprot.net/statistics/iot-statistics/.
  4. securityboulevard – https://securityboulevard.com/2019/09/20-surprising-iot-statistics-you-dont-already-know/.
  5. securitytoday – https://securitytoday.com/Articles/2020/01/13/The-IoT-Rundown-for-2020.aspx?Page=2.
  6. varonis – https://www.varonis.com/blog/cybersecurity-statistics.
  7. techjury – https://techjury.net/blog/internet-of-things-statistics/.
  8. findstack – https://findstack.com/internet-of-things-statistics/.
  9. purplesec – https://purplesec.us/resources/cyber-security-statistics/.
  10. intersog – https://intersog.com/blog/iot-security-statistics/.
  11. statista – https://www.statista.com/statistics/1202640/internet-of-things-security-concerns/.
  12. proofpoint – https://www.proofpoint.com/us/security-awareness/post/iot-statistics-whats-store-devices-b2b-apps-iot-security.
  13. thalesgroup – https://www.thalesgroup.com/en/markets/digital-identity-and-security/iot/magazine/internet-threats.
  14. iotworldtoday – https://www.iotworldtoday.com/2021/09/17/iot-cyberattacks-escalate-in-2021-according-to-kaspersky/.
  15. futureiot – https://futureiot.tech/podchats-for-futureiot-state-of-iot-security/.
  16. vaadata – https://www.vaadata.com/blog/2021-web-mobile-iot-cybersecurity-statistics-strengthen-your-security-with-pentest/.
  17. dzone – https://dzone.com/articles/top-5-iot-security-challenges-to-expect-in-2020.

How Useful is Iot Security

IoT security is essential for safeguarding against potential cyber threats that can compromise our privacy and safety. Without proper security measures in place, devices can become easily susceptible to malware, hacking, and unauthorized access. This not only puts our personal information at risk but also opens the door to potentially dangerous situations if critical infrastructure or systems are targeted.

One of the main challenges with IoT security is the sheer number of devices that are interconnected. Each device has its own unique vulnerabilities and potential entry points for cyber attackers. This complexity makes it difficult to effectively manage and secure every device, especially as the number of IoT devices continues to grow exponentially.

Another issue with IoT security is that many devices lack adequate security features or are poorly configured by default. Manufacturers are often more focused on getting their products to market quickly rather than prioritizing security measures. This leaves consumers vulnerable to cyber threats, as there may be hidden backdoors or weaknesses that can be exploited by malicious actors.

Furthermore, IoT devices are often not designed to receive regular software updates or patches, leaving them permanently exposed to known vulnerabilities. This lack of maintenance can significantly impact the overall security of these devices and increase the likelihood of a successful cyber attack.

Despite these challenges, IoT security measures have been developed to help address these vulnerabilities. Encryption, authentication, and secure communication protocols can help protect data as it is transmitted between devices. Firewalls and intrusion detection systems can monitor network traffic and prevent unauthorized access. Device management platforms can also help monitor and control the security settings of various IoT devices.

Additionally, raising awareness about IoT security among consumers and manufacturers is crucial in creating a more secure IoT ecosystem. Consumers should be vigilant about changing default passwords, keeping software up to date, and avoiding connecting devices to unsecured networks. Manufacturers, on the other hand, should prioritize security in the design and development of their products to prevent potential cyber breaches.

While IoT security measures are undoubtedly useful in protecting our devices and data, there is still room for improvement. As the IoT landscape continues to evolve, it is essential for all stakeholders to work together to address security vulnerabilities and ensure the safety and privacy of IoT users. By implementing robust security measures, increasing awareness, and advocating for secure design practices, we can build a more secure IoT environment for the future.

In Conclusion

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