SSL & TLS Certificates Statistics 2024 – Everything You Need to Know

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Are you looking to add SSL & TLS Certificates 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 SSL & TLS Certificates statistics of 2024.

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

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

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

Best SSL & TLS Certificates Statistics

☰ Use “CTRL+F” to quickly find statistics. There are total 304 SSL & TLS Certificates Statistics on this page 🙂

SSL & TLS Certificates Usage Statistics

  • As far as HTTPS usage stats go, 79% adoption is not a bad number. [0]
  • At the same time, Chrome and Firefox handle between 60 and 80% of all browser usage. [0]

SSL & TLS Certificates Market Statistics

  • Likewise, the same study showed that the IT security market could grow at an 8.5% rate to reach $170.4 billion by 2024. [1]
  • The most prominent company is Sectigo, with a 38.36% market share and 3,452,366 domains. [1]
  • Moreover, the Let’s Encrypt market share is over 50%. [1]
  • That is an SSL certificate authority market share of 52.7%. [2]
  • Digicert Group comes in second place with a 19.7% share, while Sectigo is currently third with a 17% market share. [2]
  • Most SSL certificate authorities, including Amazon, have a market share of less than 0.1%. [2]
  • According to a report by MarketsandMarkets, the global certificate authority market will grow from $57.1 million in 2017 to $123.8 million by 2024, at a Compound Annual Growth Rate of 10.2% during the forecast period. [2]
  • Organization Validation certs have a 5% market share, while Extended Validation products 0.7%. [2]
  • All other certificate authorities have a market presence of less than 1%. [0]
  • According to the cited report by Zion Market Research, Certificate Authority’s market value was around $57 million in 2017. [0]
  • Now, DV still dominates the market, representing 94.30% of all certificates. [0]
  • But when it comes to paid services, SSL statistics for 2021 say that the clear leader is IdenTrust with a whopping market share of 53.5% as of 2021. [0]
  • Sectigo is just behind it with 16.8%, meaning both providers increased their market shares relative to last years. [0]
  • According to a w3techs survey, IdenTrust is used by 36.9% of all websites, amounting to a market share of 53.5%. [0]
  • 300 billion cybersecurity MarketThe value of the cyber security market is anticipated to reach $300 billion by 2024, according to a 2019press release by Global Market Insights,. [3]
  • This constituted 13% of the overall cybersecurity market that year. [3]
  • 17 – $1 cybercrime tools and kitsCybercrime tools and kits can be purchased for as little as $1 on the Dark Web and online marketplaces, according to the Cybersecurity Almanac 2019 by Cybersecurity Ventures. [3]
  • 38 – 340 million contacts exposed in Exactis data breachThe personal information of 340 million U.S. consumers and business contacts was exposed on a publicly accessible server by Exactis, a marketing and data aggregation firm, according to areport by CNET. [3]
  • The market share of Symantec is boosted to over 40%, reflecting its breakdown of certificate types as demonstrated in the assurance breakdown chart above. [4]
  • Of particular note is GlobalSign, where its market share by revenue places it in third place with almost 17% share, compared to its forth place position (6%). [4]

SSL & TLS Certificates Software Statistics

  • – Outdated and unpatched software constitutes 22% of security issuesAccording to BulletProof’s 2019 report, 22% of the high and criticalrisk issues reported consisted of missing patches, outof date or no longer supported software. [3]

SSL & TLS Certificates Adoption Statistics

  • Unfortunately, Linux is still lagging in HTTPS adoption, and the current rate is only 87%. [1]
  • As far as HTTPS usage stats go, 79% adoption is not a bad number. [0]

SSL & TLS Certificates Latest Statistics

  • On the other hand, SSL protocols don’t guarantee 100% safety. [1]
  • The global cybercrime costs could grow by 15% a year, amounting to $10.5 trillion per year in 2025. [1]
  • 20.33% of fraud cases reported in 2019 were identity thefts. [1]
  • According to SSL stats for 2019, more than 3.2 million fraud cases were reported to the Federal Trade Commission , with identity theft being the most common type. [1]
  • According to reports, 2019 also broke negative records by a wide margin. [1]
  • 85% of data breaches involve the human element. [1]
  • Moreover, 36% of reported cases in 2021 involved phishing, which is an 11% increase compared to the previous year. [1]
  • 88% of organizations experienced spear phishing attacks in 2019. [1]
  • After all, SSL security facts show that almost 90% of organizations face phishing attacks and 86% experience BEC attacks. [1]
  • 56% of businesses fully encrypted their internet traffic in 2020. [1]
  • On the other hand, the same study revealed that 27% of enterprises only partially encrypted their online communication. [1]
  • 70% of malware campaigns in 2020 used some type of encryption. [1]
  • SSL certificates are now a common practice, but we are not yet at 100% coverage. [1]
  • 75% of CIOs worry about security risks associated with the use of SSL/TLS keys and certificates. [1]
  • In addition, around two thirds of respondents (65%). [1]
  • 91% of CIOs have complete visibility of TLS certificates within their infrastructure. [1]
  • Even so, 79% of CIOs know precisely how many keys they have. [1]
  • According to TechRadar’s ranking, Comodo SSL is at the top of the list of the top 10 SSL certificates providers for 2021. [1]
  • 95% of websites on Google use HTTPS. [1]
  • The push for 100% encryption is still in full swing. [1]
  • 99% of browsing time on Google Chrome is on HTTPS websites. [1]
  • Other platforms and systems have similar percentages, with Windows being at 97% and Android at 95%. [1]
  • 54.4% of websites support the HTTP/2 protocol. [1]
  • There was a 167% increase in HTTPS websites hosting malicious content between Q2 2018 and Q2 2019. [1]
  • URLbased attacks are two times more frequent with email threats than attachment based attacks, and even HTTPS URLs are not 100% safe. [1]
  • Moreover, the rate of phishing URLs on mobile devices has increased dramatically since 2011, up to 85%. [1]
  • To be precise, studies reveal that 56% of clicks on phishing URLs happened despite the existing layers of security. [1]
  • Yet, despite its name, Secure Socket Layer can not guarantee 100% safety. [1]
  • While it’s impossible to determine the actual number of sites with and without SSL, stats show that more than 95% of websites indexed by Google come with the certificate. [1]
  • According to the latest reports, around 95% of websites run the HTTPS protocol, with more than half running the advanced HTTPS/2 version. [1]
  • Most countries in the world boast over 90% encryption of website traffic, and most businesses use SSL certificates. [1]
  • And while we’re not quite there yet, the encrypted traffic across services such as Google is well over the 90% mark. [2]
  • According to BuiltWith, we have over 157 million SSL certificates on the Internet as of 18th February 2021. [2]
  • 43.6% of all the websites use the IdenTrust CA. [2]
  • Domain Validation certificates dominate the Web with a 94.3% share as per a Netcraft report. [2]
  • 49% of all the traffic goes via sites with OV, 37.9% via sites with DV, and 13.2% via sites with EV. [2]
  • According to SSL Pulse, a global dashboard for monitoring the quality of SSL/TLS support over time across Alexa’s top 150,000 most popular websites, a worrying number of sites (59.4%). [2]
  • Since its release in 2018, 42.9% of surveyed sites by SSL Labs have migrated to the latest version. [2]
  • 3.8% of sites still support the now. [2]
  • According to the Anti Phishing Working Group , 74% of the phishing sites used the padlock in 2019. [2]
  • The report concluded that phishing activity, as well as the use of HTTPS protocol, are on a continuous ride with more than half (58%). [2]
  • That’s a significant 12% increase from the Q4 of 2018. [2]
  • It turned out, 85% of online shoppers refused to buy from unencrypted websites, while 82% didn’t access such sites altogether. [2]
  • Considering that this survey is six years old, today’s numbers are well into 90%. [2]
  • Unless you build a hypothetical super computer that will require electricity from 30% of all nuclear plants, decoding the encrypted certificate is just a pipe dream. [2]
  • 82.2% of the websites use a valid SSL certificate in 2021, up from 17.8% five years ago. [2]
  • While percentage wise, this number is pretty high, the remaining unencrypted 17.8% amount to millions of websites that are a potential security threat to users. [2]
  • Nearly 21% of the Alexa Top 100,000 websites still don’t use HTTPS. [0]
  • 6.8% of the top 100,000 sites still support SSL 2.0 and SSL 3.0. [0]
  • In January 2021, 89% of pages loaded in Chrome, on all platforms, were over HTTPS. [0]
  • 93.2% of the browsing time on Chrome is spent on HTTPS pages. [0]
  • 53.5% of sites have inadequate security. [0]
  • 68% of websites still support TLS 1.0. [0]
  • 95.77% of all certificates on the internet are issued by just 9 authorities. [0]
  • According to Watchguard’s Q3 of 2018 Internet Security Report, 20,911 of the top 100,000 sites are still going through the not. [0]
  • Although 20%+ is a portion that should not be neglected, the good news is that things are slowly moving towards a fully encrypted internet. [0]
  • Despite calls from a number of different industry and regulatory bodies to ditch these versions, 6.8% of the top 100,000 sites still support them. [0]
  • 89% was the average HTTPS traffic across all platforms in May 2021. [0]
  • Back in April 2015, the average was a lowly 40%. [0]
  • The figure varies across different platforms, but the average is almost 90%. [0]
  • Only Linux is falling behind with 77%. [0]
  • Chromecast has the highest percentage, reaching 97% of HTTPS. [0]
  • Again, Chromecast and Mac are the leaders with 98% and 97% respectively. [0]
  • Linux is last with 86%, and both Android and Windows have around 94%. [0]
  • This is possibly the biggest change from last year, when over 70% of unencrypted traffic was mobile. [0]
  • According to the survey, 53.5% of websites have inadequate security. [0]
  • 32.3%, received a grade of A. [0]
  • Another 14% of the surveyed sites deserved a grade A+, which means they have full encryption and are completely secure. [0]
  • A mere 0.1%, or 174 sites, were awarded grade A. [0]
  • According to most experts, the best practice is not to support SSL 2.0 and SSL 3.0, which are considered unsecure and susceptible to known exploits like POODLE and DROWN. [0]
  • Going back to current SSL statistics, 68% of surveyed websites still support TLS 1.0, 1.9% still support SSL 2.0, and 7.6% keep SSL 3.0 protocols. [0]
  • In addition, 77.4% also use TLS 1.1. [0]
  • TLS 1.2 is the most used, with 95.2% of websites supporting it. [0]
  • As of May 2019, only 14.2% supported TLS 1.3, which should change in the recent future. [0]
  • The percentages add up to more than 100, since many sites support several types of protocols. [0]
  • CloudFare is second with more than 41 million issued certificates or 12.21% of all SSL certificates. [0]
  • They’re followed by cPanel with 9.53% and DigiCert with 4.46%. [0]
  • Sectigo and GoDaddy are next with 3.15% and 2.43% respectively. [0]
  • Perhaps somewhat surprisingly, Amazon is outside the top 9 with 0.84% of all issued certificates. [0]
  • Remarkably, it’s expected to double by 2024, growing at a CAGR of a little above 10.18%. [0]
  • This represented an astonishing 68% yearover. [0]
  • While Domain Validation comprised the majority or 80%, Extended Validation also grew by an impressive 21.1%. [0]
  • Organization Validations are 5% and EV are just 0.70%. [0]
  • 49% of all the traffic goes through sites with OV, 37.9% through sites with DV, and 13.2% through sites with EV. [0]
  • DigiCert Group took over Sectigo for second place with a share of 19.3%. [0]
  • This means that there are websites that do not use any encryption at all – 11.6% to be precise. [0]
  • 17.9% of the websites included in the survey had invalid domains, 1.6% had an expired certificate, 0.2% had a certificate issued by an unrecognized authority, and 0.1% had a self. [0]
  • The latest stats provided by Netcraft say that TLS 1.3 is supported by 6.5% of servers and is growing by close to 1 million sites per month. [0]
  • Combine all this information and you will see that 30% is a moderately constructed prediction at best. [0]
  • More and more SSL stats suggest that we’re getting closer to a 100% encrypted web. [0]
  • The next group of countries, where 95% of all traffic to Google is encrypted, consists of Indonesia, Mexico, and Brazil. [0]
  • They’re followed by France with 92%, and Russia and the US, where 91% of traffic is encrypted. [0]
  • In comparison, 4 years ago it was only 45% of pages. [0]
  • Germany is second with 89%, rising from 35% 4 years ago. [0]
  • France is next with 88% of pages loaded over HTTPS, followed by Russia and Mexico with 82%. [0]
  • 78% of all pages loaded in Firefox are over HTTPS. [0]
  • IdenTrust is the #1 Certificate Authority in the world protecting over 50% of all websites with TLS/SSL certificates. [5]
  • Here are some detailed stats on what’s good, what’s bad, and what’s troubling in the world of TLS TLS 1.3, now just over two years old, has risen to become the preferred protocol for 63 percent of the top one million web servers on the Internet. [6]
  • In some countries, such as the United States and Canada, as many as 80 percent of web servers choose it, while in others, such as China and Israel, only 15 percent of servers support it. [6]
  • The move to elliptic curve cryptography is slow but steady, with 25 percent of certificates now signed with the Elliptic Curve Digital Signature Algorithm and over 99 percent of servers choosing non RSA handshakes when possible. [6]
  • RSA handshakes are allowed by 52 percent of web servers, SSL v3 is enabled on 2 percent of sites, and 2.5 percent of certificates had expired. [6]
  • They have largely disappeared from use across the top one million sites, although a small number of web servers, 0.4 percent, still select one of them during an HTTPS connection. [6]
  • The proportion of phishing sites using HTTPS and valid certificates has risen to 83 percent, with roughly 80 percent of malicious sites coming from just 3.8 percent of the hosting providers. [6]
  • Figures in this report that present percentages of totals represent proportions of this 754,000 total unless otherwise specified. [6]
  • Broadly speaking, we were able to collect information from roughly 82 to 87% of the top 100,000 sites. [6]
  • Beyond the top 100,000 sites, around 75% of servers responded. [6]
  • While TLS 1.3 has been gradually growing in prevalence, two years ago only 32% of servers defaulted to TLS 1.3, and it only climbed to the number one spot in May 2021. [6]
  • Almost 63% of servers prefer TLS 1.3 to other protocols as of August 2021. [6]
  • Of those sites supporting TLS 1.3, the proportion using the “early data” capability which allows the server to save time by proactively pushing data to the client grew from 8.4% in 2019 to 9.2% in 2021. [6]
  • TLS 1.0 is preferred by 0.4% of sites, while SSL 3 preference accounts for just 0.002%. [6]
  • At the time of data collection, Chrome 91 was used by almost 34% of connections, with Chrome 90 accounted for 6.5% of connections. [6]
  • Versions of Mobile Safari were in second and third place with a combined total of 23.5%. [6]
  • In total, well over 95% of all browsers in active use support TLS 1.3. [6]
  • In fact, the top 100 sites were more likely to still support SSL 3, TLS 1.0, and TLS 1.1 than servers with much less traffic. [6]
  • Canada and the United States are significantly ahead of the pack in TLS 1.3 preference, with Canadian servers in particular preferring TLS 1.3 nearly 80% of the time. [6]
  • However, as Figure 6 shows, most of those 58 cipher suites were infrequent and made up the long tail, with 84% of servers running TLS 1.2 preferring just one of two cipher suites. [6]
  • Between the widespread use of TLS 1.3 and older protocols configured to prefer non RSA key exchanges, almost every site 99.3% in the top million chooses not to use RSA to exchange keys during the TLS handshake. [6]
  • Just over 24% of top sites make use of 256bit ECDSA certificates, while around 1% use 384. [6]
  • The popularity of these short term certificates is revealed in the data The single most common certificate accounting for 38% of the total has a lifespan of 90 days. [6]
  • Figure 8 combines 90day certificates with those accidentally issued for 91 days, bringing the total for 90 91 day certs to 42%. [6]
  • In 2018, security researchers showed pre existing certificates for 1.5 million domains (0.45% of the Internet). [6]
  • Some 25% of those pre existing certificates had not expired. [6]
  • At the time of our 2019 report, roughly 15% of sites used it, and in mid 2021, about 20% of scanned sites returned an HSTS header. [6]
  • Only 0.06% of servers in our 2021 scans had HPKP configured, although this is up slightly from our 0.05% finding 18 months ago. [6]
  • Cryptonice scans of the top million sites revealed that only 1.8% of web servers use EV certs, down from the 2.2% of servers with EV certs noted in our last report. [6]
  • So it’s unlikely that an organization’s ongoing support for TLS 1.0, HTTPS misconfigurations, or failing to follow TLS best practices will be responsible for a breach. [6]
  • While Let’s Encrypt appeared marginally less often in the CAA records than DigiCert, Let’s Encrypt was still by far the busiest CA in terms of issuing certificates; nearly 40% of the web’s certificates currently come from them. [6]
  • Only Cloudflare, at 21%, even comes close, with Sectigo third at 8%. [6]
  • Of the top million sites, 3.5% are now using CAA, up from 1.8% a few years ago. [6]
  • In our scans of the top 1M sites we found over 40% of sites make use of certificates which contain wildcards, e.g., *.example.com. [6]
  • More specifically, we found over 6.5% of web servers use certificates which are also used with mail servers as they contained mail. [6]
  • While more than 99% of servers in the top million prefer the use of DiffieHellman or elliptic curve Diffie Hellman key agreements, 52% still allow the use of RSA key exchanges, should that be all the client supports. [6]
  • During TLS handshakes, 2,991 web servers (0.4% of scan results). [6]
  • A larger number of sites (12.4%). [6]
  • In 2019, 3% of sites in the top million still allowed this legacy protocol. [6]
  • Our 2021 scan revealed that 2% of sites still have SSL 3 enabled. [6]
  • Of the 1 million sites scanned, 0.3% used RSA certificates with 1024 bit keys, which haven’t been available from trustworthy CAs since 2013. [6]
  • Among the RSA certificates alone , 1024 bit keys made up just under half a percent. [6]
  • Specifically, doubling the RSA key length from 2048 to 4096 bits results in a 72% performance drop for RSA verifications and an 85% drop for RSA signatures. [6]
  • Of the sites using 1024 bit certificates, nearly 70% are running Apache, with 24% using NGINX. [6]
  • Apache version 2.0, which accounts for 32% of the Apache servers, is the most prominent offender. [6]
  • Nearly half of the certificates included two SANs, and certificates with one, two, or three SANs made up about 80% of the scanned certificates. [6]
  • Fully 90% of the certificates contained between one and nine SANs. [6]
  • Overall, we found that 2.5% of the certificates in the full set of sites were expired at the time of scan. [6]
  • Fortunately, less than 1% of sites in the top 1,000 (0.7%). [6]
  • In our 2021 scan, 2% of sites in the top million sent certificates back in an invalid order down from 2.5% two years ago. [6]
  • Our research also found a handful of miscellaneous issues that don’t fit the categories above but certainly qualify as bad news 2.8% of sites were vulnerable to denialof service attacks via client certificate renegotiation. [6]
  • 1% of scanned sites support compression, which can make them vulnerable to the CRIME exploit. [6]
  • 0.2% of scanned sites do not support secure renegotiation. [6]
  • One single TLS fingerprint, belonging to Cloudflare, accounted for almost 20 percent of the top one million sites. [6]
  • In aggregate, Cloudflare is responsible for 262 unique fingerprints, which constitute 25 percent of the fingerprints found. [6]
  • The second most common fingerprint, at 2.4 percent, is found with NGINX. [6]
  • However, if we combine all fingerprints associated with NGINX, then it rises to the top, claiming almost 28 percent of all fingerprints in the top one million. [6]
  • The most common unique Apache fingerprint was just behind NGINX, at 2 percent, and combined Apache fingerprints account for exactly 27 percent of the total, placing it in third place for unique fingerprints and second place for aggregate fingerprints. [6]
  • In all, 80 percent of the top one million sites produced just 203 unique fingerprints, provided by just 17 different web servers. [6]
  • As reported in our 2020 Phishing and Fraud Report , 70% of phishing sites used HTTPS with valid certificates to appear more legitimate to victims. [6]
  • Data from OpenPhish indicates that this figure is now almost 83%, with only 17% of phishing sites using insecure HTTP. [6]
  • We also found that the majority of malicious sites just under 80% come from just 3.8% of the hosting providers. [6]
  • Today, Let’s Encrypt has taken the lead, providing 28% of certificates for phishing sites. [6]
  • Figure 15 also contains another finding hiding in plain sight If we combine the various webmail targets, such as Outlook, Outlook365, and other webmail providers, webmail accounts for 10.4% of impersonated web functions just under Facebook’s percentage. [6]
  • The web is well on its way to becoming 100% encrypted, but we’re currently in an awkward transition phase. [6]
  • Sites with keys below 2048 bits 86.1 %of sites surveyed 213since previous month Strict Transport Security Strict Transport Security HTTP Strict Transport Security is an SSL safety net. [7]
  • Strict Transport Security 30.7 %of sites surveyed +. [7]
  • 0.0 %of sites surveyed + 2since previous month Sites that require RC4 RC4 is a very widely used cipher suite. [7]
  • Sites that support only RC4 cipher suites 0.0 %of sites surveyed + 0since previous month No data available. [7]
  • Unfortunately, as a 2018 data analysis from Third Way shows, “less than 1% of malicious cyber incidents see an enforcement action taken against cybercriminals.”. [8]
  • In other words, bad guys are getting away with essentially 99% of their nefarious activities without law enforcement doing anything in response to it. [8]
  • This is up 10% from the $3.86 million reported in the previous year’s report. [8]
  • The report, which is based on a study of 6,803 insider related incidents and was carried out by the Ponemon Institute, indicates that these events involved one of the following 56% involved negligence. [8]
  • 26% involved a criminal insider 18% involved user credential theft. [8]
  • Trade secrets and intellectual property theft come in swinging with estimated revenues topping $500 million. [8]
  • In 2021 alone, GDPR fines reached a staggering €1,065,071,470, according to Atlas VPN’s research team!. [8]
  • Amazon received a €746 million fine in response to GDPR privacy violations, according to the company’s June 30, 2021 SEC filing. [8]
  • According to RiskIQ, which was acquired by Microsoft in 2021, the average cybersecurity incident costs an average of $1,797,945 per minute!. [8]
  • Or, putting it another way, that’s the equivalent of $29,965.75 every second, or basically the average cost of buying a used car with current inflation (which has increased 28% since November 2020). [8]
  • 6 — 36% of Data Breaches Involve Phishing in One Way or Another Verizon’s. [8]
  • This is basically a 25% increase over the previous year’s dataset. [8]
  • — Cybercriminals Targeted Web Apps in 80% of Hacking. [8]
  • — 45% of Fraud Attacks Are Carried Out by Using Your Legitimate Brand as the Scapegoat Just when you thought things couldn’t get any worse, it turns out there’s, apparently, a way to do just that. [8]
  • According to Check Point Research’s Brand Phishing Report for Q4 2021, the delivery company takes on the mantle of the most commonly impersonated brands, surpassing the title’s usual contender Microsoft. [8]
  • In the last quarter of the year, DHL was represented in 23% of phishing attacks they studied globally. [8]
  • The other top five most commonly impersonated brands include Microsoft (20%) WhatsApp (11%) Google (10%) LinkedIn (8%). [8]
  • 72% of U.S. Businesses Rely on Hardware Security Modules. [8]
  • Here’s a nice statistic for us here in the United States — Entrust’s 2021 Global Encryption Trends Study data shows that we lead the way in terms of deploying HSMs, followed closely by Denmark (70%). [8]
  • Compare this to United Kingdom (51%), France (45%), and Mexico (31%). [8]
  • 12 — 81% U.S. Organizations View HSMs As Key Components of Effective Encryption & Key Management Following up on the last cybercrime statistic, Entrust’s. [8]
  • Comparatively, 65% of U.K. respondents and 58% of their French counterparts feel the same way. [8]
  • 13 — 91% of Organizations Want or Are Discussing Implementing PKI Automation Public key infrastructure and digital certificates are integral to data security and integrity. [8]
  • 14 — 96% of Executives View PKI as “Essential to Zero Trust Architecture”. [8]
  • However, their survey also shows that a whopping 61% — nearly two thirds of respondents — don’t include zero trust within their zero trust strategies. [8]
  • 82% of Organizations Say Their IT Security Budgets Have Increased. [8]
  • Considering that the average organization’s IT security budget still only constitutes 15% of the overall IT budget, it’s not the rate of speed. [8]
  • 2021 Data Breach Investigations Report shows that 85% of breaches involved the “human element” — meaning that either your employees were targeted or they made a mistake that resulted in a breach. [8]
  • So, I’m glad to see that KnowBe4’s 2021 State of Privacy and Security Awareness Report shows that 91% of employees within the Finance industry shared that they’d undergone at least one form of related training. [8]
  • 17 — Breach Costs for Companies Using Strong Encryption Cost $1.25 Million Less on Average IBM’s Cost of a Data Breach 2021 data shows that organizations that relied on no encryption or weak encryption wound up paying an average of 29.4% more per breach. [8]
  • 19 — 30% of CISOs’ Roles. [8]
  • CISOs have an often thankless job — if you do 99.9% of things right but have one mistake leads to a breach, that’s the one thing you’ll be remembered for. [8]
  • 23 — 40% of Companies Use Spreadsheets to Manually Track PKI Digital Certificates. [8]
  • Inc. 3 – $15 billion in cyber security fundingAccording to the 2019 President’s Budget released by the White House, the U.S. government plans to spend on cybersecurity related activities this year — a 4.1% increase over the 2018 budget. [3]
  • productsThe average amount small businesses spend on consumer grade cyber security products each year, according toJuniper Research’s 2018 study. [3]
  • 6 – Women anticipated to make up 20% of the cybersecurity workforceCybersecurity Ventures. [3]
  • estimates that women will represent 20% of the global cybersecurity workforce by the end of the year, according to a companypress release. [3]
  • 7 – 20% of s anticipated to be women in 2019Women are anticipated to hold 20% of Chief Information Security Officer roles in the cybersecurity workforce by the end of the year, according to Forrester’sCyber Predictions for 2019. [3]
  • This number is up from 13% in 2017. [3]
  • 8 – 49.6 day period between breach discovery and reporting datesThe number of days between when a data breach was discovered and reported was nearly 50 days in 2018, according to areport from security intelligence vendor. [3]
  • 70% of cryptocurrency transactions for illegal activityThe percentage of all cryptocurrency transactions predicted to be used for illicit activity is anticipated to be 70% by 2021, according to theCybersecurity Almanac 2019 by Cybersecurity Ventures. [3]
  • >11%The percentage by which security breaches have increased over the past year, according to theNinth Annual Cost of Cybercrime global study by Accenture. [3]
  • 11 – Security breaches increased by 67%Over the past five years, security breaches have increased by 67%, according to Accenture’s global survey. [3]
  • 12 – SMBs are targeted 43% of the timeSCORE reports that 43% of cyber attacks target small businesses. [3]
  • This number, which is up from the company’s 15 – Ransomware damage estimated to reach $20 billion globallyThe Cybersecurity Ventures annual crime report indicates that the same costs will reach$11.5 billion annually this year and $20 billion per year by 2021. [3]
  • 16 – Cybercrime costs organizations $13 million per yearThe average cost of cybercrime for an organization is estimated to be $13 million per year, according to Accenture’s global study. [3]
  • – 12 Breaches Results in +100 million exposed sensitive recordsAll it took was 12 data breaches to expose 100 million sensitive records in 2018, according to RBS’s report. [3]
  • 20 – 60% of Americans exposed to fraud schemesSixty percent of Americans report they or an immediate family member have been victims of a scheme to defraud, according toresearch from The Harris Poll and the American Institute of CPAs. [3]
  • – 23% of Americans are cybercrime victimsNearly. [3]
  • one quarter of surveyed Americans reported they or someone they know were victimized by cybercrime in 2018, according to Gallup’sannual crime survey. [3]
  • 22 – 31% of security professionals organizations victims of OT cyber attacksEarly. [3]
  • 23 – Reported cybercrime victims only 1012% of totalDonna Gregory, unit chief at the FBI’s Internet Crime Complaint Center , estimated that only 10 12% of all U.S. cybercrime victims were reported in 2016, according to aNew York Times article. [3]
  • 24 – 76% of organizations and businesses were phishing targetsThe number of organizations that were targeted by phishing attempts in 2017, according to Wombat Security’sState of the Phish 2018 report. [3]
  • The report also indicates that 58% of the companies they surveyed have more than 100,000 folders accessible to all employees. [3]
  • 28 – 41% of companies allow all employees access to > 1,000 sensitive files. [3]
  • Varonis’s report indicates that 41% of the companies they surveyed have more than 1,000 sensitive files open to all employees. [3]
  • 31 – 38.4% of mining industry users receive malicious emailsAccording to Symantec’sInternet Security Threat Report 2019 report, 38.4% of users in the mining industry were targeted with malicious emails. [3]
  • 32 – 1 in 302 emails targeting public administration users are maliciousEmail users working in the public administration sector receive one malicious email for every 302 emails they receive, according to Symantec’s ISTR 2019 report. [3]
  • 33 – >20 ATM malware families now existAccording to Kaspersky Lab, there are now more than20. [3]
  • Facebook users were publicly exposed in two app datasets that were digitally stored in two Amazon Simple Storage Service storage buckets, according to a 2019 announcement byUpGuard. [3]
  • 40 – 30 million users exposed in 2018 Facebook data breachIn 2018, 30 million Facebook users were affected by another data breach, according toConsumer Reports. [3]
  • (Juniper Research estimates that the U.S. companies and organizationswill be the targets of more than 50% of all cyber attacks by 2024.). [3]
  • 41 – 20.4 billionThe anticipated number of Internet of Things devices that will exist by 2020, according to apress release from Gartner,. [3]
  • Inc. 42 – Routers account for 75% of infected devices in IoT attacksRouters. [3]
  • accounted for 75% of IoT attacks in 2018, and connected cameras accounted for 15% of them. [3]
  • 45 – IoT devices typically attacked within 5 minutesFive minutes is the amount of time it takes for an IoT device to be attacked once plugged into the Internet, according to a report from NETSCOUT. [3]
  • – China accounted for more than 50% of DDoS attacks in Q4. [3]
  • 2018The percentage of distributed denial of service attacks that originated in China in Q4 2018 fell to 50.43% from 77.67%, according to Kaspersky’sDDoS Q4 Report. [3]
  • The United States came in second with nearly 25% and Australia in third with 4.5%. [3]
  • 47 – $20 price tag for DDoS attacksThe low cost per target to purchase a DDoS attack ranging from 290 to 300 gigabits per second, according to an ARS Technicaarticle. [3]
  • According to an article bySecurity Magazine, one in 50 emails contain some form of malicious content. [3]
  • Digital Trends estimates that 10% of all malicious emails contain malware such as ransomware, spyware, adware, or trojans. [3]
  • 50 – Office files constitute 48% of malicious email attachmentsForty eight percent of malicious email attachments were Microsoft iOffice files in 2018, according to Symantec’s ISTR 2019 report. [3]
  • Doc” or “.dot” files represented37% of malicious email attachments. [3]
  • 51 – Mobile ransomware jumped 33% last yearIn 2018, the prevalence of mobile ransomware increased by 33%, according to Symantec’s ISTR 2019 report. [3]
  • 52 – Enterprise ransomware increased 12%in 2018Last year, enterprise ransomware increased 12%, according to Symantec’s ISTR 2019 report. [3]
  • 53 – Scripts represent 47.5% of malicious email attachmentsNearly 48% of malicious email attachments are scripts, according to Symantec’s ISTR 2019 report. [3]
  • 54 – 95% of HTTPS servers vulnerable to MitMAccording to Netcraft,MitM attacks were thought to pose a threat to 95% of HTTPS servers in 2016. [3]
  • 55 – MitM attacks were involved in 35% of exploitationsMore than onethird of exploitation of inadvertent weaknesses involved MitM attacks, according to IBM’sX Force Threat Intelligence Index 2018. [3]
  • 56 – 10% of companies implement Only 10% of companies have implemented HTTP Strict Transport Security for websites, according toresearch from W3Techs. [3]
  • Cofense, formerly PhishMe, reports that 91% of cyber attacks start with a spear. [3]
  • – U.S. target of 86% phishing attacksPhish Labs reports that 86% of phishing attacks targeted U.S. victims. [3]
  • 60 – 83% of infosec professionals experienced phishing attacks in 2018 Eighty three percent of global information security respondents experienced phishing attacks in 2018, according to ProofPoint’sState of the Phish 2019 Report. [3]
  • 98 and 93% of social incidents and breachesVerizon’s2018 Data Breach Incident Report states that “phishing and pretexting represent 98% of social incidents and 93% of breaches.”. [3]
  • 64 – Formjacking compromised4,818 websites monthly in 2018The average number of websites compromised by formjacking code each month in 2018 was 4,818, according to Symantec’s ISTR 2019 report. [3]
  • 67 – 75% of LAN penetration due to web application. [3]
  • weaknessesThree quarters of network penetration vectors resulted from poor web application security protections, according to a2019 report on vulnerabilities in corporate information systems by Positive Technologies. [3]
  • 68 – Only 2% of IT budget is used for securityZDNet reports that only 2% of companies’ IT expenditure last year was used on security measures. [3]
  • 69 – 70% of employees don’t understand cybersecurityThe percentage of U.S. employees wholack a basic understanding of cybersecurity best practices is estimated to be 70%. [3]
  • 70 – 32% of U.S. companies failed to properly implement SSL/TLS HighTech Bridge reports that 32% of U.S. companies (16% of European companies). [3]
  • 75 – 68% of business don’t have cyber security insuranceMore than. [3]
  • twothirds of businesses neglect to purchasecyber liability or data breach insurance coverage, according to a Cisco’s 2018 Cyber Security and Insurance paper. [3]
  • 76 – 68% don’t have a disaster recovery plan in placeMore than two thirds of small business owners lack a disaster recovery plan, according to astudy by Nationwide. [3]
  • The company also reports that 71% of small business owners do not purchase business interruption insurance. [3]
  • 78 – 73% of companies have minimum cyber security requirements for vendorsThe percentage of organizations that now require third party vendors to meet minimum cyber security requirements, according to a BDO USA’s2018 cyber governance survey. [3]
  • users receive phishing trainingWe’re happy to share that 95% of survey respondents report training employees. [3]
  • Public key type , strength , and signature algorithm , including a countdown to relevant support deadlines Detailed timeline trends including historical data for the past 3 years Estimated revenue. [4]
  • Please contact us to request access to the January 2015 sample web site In January 2015, just under a third of all SSL certificates were issued by Symantec, with the second place CA, GoDaddy, trailing by just under 10 percentage points. [4]
  • Domainvalidated certificates account for just under 70% of all certificates, EV accounts for under 5%, with the remainder being organisation. [4]
  • As of January 2015, SSL version 3 remains well supported, being an option for just less than 60% of SSL certificates found. [4]
  • Less than 2% of all certificates were exclusively served from web servers that only supported TLS 1.0 or higher. [4]
  • As stated in the RFC, “the differences between this protocol and SSL 3.0 are not dramatic, but they are significant enough to preclude interoperability between TLS 1.0 and SSL 3.0”. [9]
  • As of 2015, Symantec accounted for just under a third of all certificates and 44% of the valid certificates used by the 1 million busiest websites, as counted by Netcraft. [9]
  • This use of TLS to secure HTTP traffic constitutes the HTTPS protocol.[70]ProtocolversionWebsitesupportSecuritySSL 2.00.4%InsecureSSL 3.03.0%InsecureTLS. [9]
  • 1.043.8%DeprecatedTLS 1.147.8%DeprecatedTLS 1.299.6%Depends on cipher and. [9]
  • client mitigationsTLS 1.349.7%SecureNotessee§ Ciphertable abovesee§ Web browsersand§ Attacks against TLS/SSLsectionsWeb browsers[edit]As of April 2016Microsoft operating systems support the latest version of IE. [9]
  • AntiPOODLE record splitting” is effective only with clientside implementation and valid according to the SSL 3.0 specification, however, it may also cause compatibility issues due to problems in server. [9]
  • According to the authors[213]”the root cause of most of these vulnerabilities is the terrible design of the APIs to the underlying SSL libraries. [9]
  • Stanford University research in 2014 also found that of 473,802 TLS servers surveyed, 82.9% of the servers deploying ephemeral Diffie–Hellman key exchange to support forward secrecy were using weak Diffie–Hellman parameters. [9]
  • Since November 2013, [279]As of August 2019 , about 80% of TLS enabled websites are configured to use cipher suites that provide forward secrecy to most web browsers. [9]
  • domains Resulting URLS 8977 (64%). [10]
  • No SSL on port 443 1744 (13%). [10]
  • Resulting URLS (100%) Not vulnerable 6506 (72%). [10]
  • Bonus 8977 SSL enabled websites 2576 expired certificates (29%). [10]

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

Reference

  1. webtribunal – https://webtribunal.net/blog/ssl-stats/.
  2. serpwatch – https://serpwatch.io/blog/ssl-stats/.
  3. ssldragon – https://www.ssldragon.com/blog/top-10-stats-about-ssl-certificates/.
  4. thesslstore – https://www.thesslstore.com/blog/80-eye-opening-cyber-security-statistics-for-2019/.
  5. netcraft – https://www.netcraft.com/internet-data-mining/ssl-survey/.
  6. identrust – https://www.identrust.com/certificates/tlsssl-website-security.
  7. f5 – https://www.f5.com/labs/articles/threat-intelligence/the-2021-tls-telemetry-report.
  8. ssllabs – https://www.ssllabs.com/ssl-pulse/.
  9. thesslstore – https://www.thesslstore.com/blog/cyber-crime-statistics/.
  10. wikipedia – https://en.wikipedia.org/wiki/Transport_Layer_Security.
  11. circl – https://www.circl.lu/pub/tr-05/.

How Useful is Ssl Tls Certificates

SSL/TLS Certificates: A Vital Layer of Security in the Digital Age

In the age of digital information and online transactions, securing sensitive data has become more critical than ever before. With cyber-attacks on the rise, businesses and individuals alike are constantly looking for ways to protect themselves from malicious actors seeking to exploit vulnerabilities in their digital infrastructure. This is where SSL/TLS certificates come into play.

SSL (Secure Sockets Layer) and its successor TLS (Transport Layer Security) certificates are cryptographic protocols that provide a secure connection between a server and a client, ensuring that data passed between them remains private and encrypted. These certificates are essential in creating a safe environment for online communication, especially when it comes to transmitting sensitive information such as personal details, financial data, and business transactions.

One of the primary benefits of using SSL/TLS certificates is the encryption they provide. By encrypting data in transit, these certificates prevent malicious actors from eavesdropping on communications and intercepting sensitive information. This encryption ensures that even if a cybercriminal manages to access the data being transmitted, they will not be able to make sense of it without the encryption key.

Moreover, SSL/TLS certificates also play a crucial role in verifying the identity of the server hosting a website or service. When a user connects to a site protected by an SSL/TLS certificate, they can be sure that they are communicating with the intended server and not a malicious impostor. This authentication helps build trust between users and websites, reducing the risk of falling victim to phishing attacks or other forms of online fraud.

Furthermore, SSL/TLS certificates enhance website security by protecting against a range of threats, including man-in-the-middle attacks, data breaches, and credential theft. By establishing a secure connection between the server and client, these certificates make it significantly harder for cybercriminals to intercept or tamper with data being transmitted. This additional layer of protection goes a long way in safeguarding digital assets and maintaining the integrity of online interactions.

In recent years, major browsers and search engines have started to prioritize websites using SSL/TLS certificates by displaying a secure padlock icon next to their URLs. This move not only incentivizes website owners to adopt secure connections but also serves as a visual cue for users to identify trustworthy sites. As more and more websites shift towards HTTPS encryption, SSL/TLS certificates have become an industry standard for ensuring online security and data privacy.

In conclusion, SSL/TLS certificates are a fundamental component of cybersecurity in the digital age. By encrypting data in transit, authenticating servers, and protecting against a range of threats, these certificates help create a secure online environment that fosters trust and confidence among users. As the internet continues to evolve, it is essential for businesses and individuals to prioritize the adoption of SSL/TLS certificates to safeguard their digital assets and maintain a strong defense against cyber threats.

In Conclusion

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