It’s unanimous. Web application security is the #1 avenue of attack according to basically every industry data security report available (IBM, Websense, Sophos, MessageLabs, Cisco, APWG, MITRE, Symantec, Trend Micro, SecureWorks, ScanSafe, IC3). This is in addition to reports specifically focusing on custom Web application vulnerabilities (WhiteHat Security, WASC, Accunetix). SQL Injection and Cross-Site Scripting are routinely cited as the biggest issues, the ones we can’t apply patches to defend against. Perhaps what we’ve learned in 2008, as pointed out by Gunnar Peterson and Gary McGraw, is we’re spending on the wrong problem. Roughly $150MM in software security products & services versus the lopsided billions annually on network security. 2009 will give us another opportunity to make a difference.
From the mountain of statistics available I've saved several interesting quotes to reference in 2009.
Internet Crime Complaint Center (IC3)
Web Site Attack Preventative Measures
"Over the past year, there has been a considerable spike in cyber attacks against the financial services and the online retail industry."
1. They identify Web sites that are vulnerable to SQL injection. They appear to target MSSQL only.
2. They use "xp_cmdshell", an extended procedure installed by default on MSSQL, to download their hacker tools to the compromised MSSQL server.
3. They obtain valid Windows credentials by using fgdump or a similar tool.
4. They install network "sniffers" to identify card data and systems involved in processing credit card transactions.
5. They install backdoors that "beacon" periodically to their command and control servers, allowing surreptitious access to the compromised networks.
6. They target databases, Hardware Security Modules (HSMs), and processing applications in an effort to obtain credit card data or brute-force ATM PINs.
7. They use WinRAR to compress the information they pilfer from the compromised networks.
Sixth Quarterly Website Security Statistics Report
"finds 82 percent of websites have had at least one security issue, with 63 percent still having issues of high, critical or urgent severity. "
"Vulnerability time-to-fix metrics are slowly improving, but continue to show significant room for improvement, typically requiring weeks to months to achieve resolution. Only about 50 percent of the most prevalent urgent severity issues were resolved during the assessment time frame."
Web Application Security Consortium (WASC)
Statistics Project 2007
"Data analysis shows that more than 7% of analyzed sites can be compromised automatically. About 7.72% applications had a high severity vulnerability detected during automated scanning (P. 1). Detailed manual and automated assessment using white and black box methods shows that probability to detect high severity vulnerability reaches 96.85%."
"The most prevalent vulnerabilities are Cross-Site Scripting, Information Leakage, SQL Injection and Predictable Resource Location (P. 2, P. 3). As a rule, Cross-Site Scripting and SQL Injection vulnerabilities appears due to system design errors, Information Leakage and Predictable Resource Location are often connected with improper system administration (for example, weak access control)."
IBM Internet Security Systems
X-Force® 2008 Mid-Year Trend Statistics
"The number of vulnerabilities affecting Web applications has grown at a staggering rate. From 2006 to the first half of 2008, vulnerabilities affecting Web server applications accounted for 51 percent of all vulnerability disclosures."
"The predominate types of vulnerabilities affecting Web applications are cross-site scripting (XSS), SQL injection, and file include vulnerabilities. In the past few years, cross-site scripting has been the predominant type of Web application vulnerability, but the first half of 2008 saw a marked rise in SQL injection disclosures, more than doubling the number of vulnerabilities seen on average over the same time period in 2007."
"The number of client-side vulnerabilities with public exploits has risen dramatically, from less than 5 percent in 2004 to almost 30 percent in the first half of 2008. "
"In the first half of 2008, 94 percent of public exploits affecting Web browser-related vulnerabilities were released on the same day as the disclosure."
"Over the past few years, the focus of endpoint exploitation has dramatically shifted from the operating system to the Web browser and multimedia applications. "
Websense security Labs™
state of internet security
Q1 – Q2, 2008
"75 percent of Web sites with malicious code are legitimate sites that have been compromised. This represents an almost 50 percent increase over the previous six-month period."
"60 percent of the top 100 most popular Web sites have either hosted or been involved in malicious activity in the first half of 2008."
"76.5 percent of all emails in circulation contained links to spam sites and/or malicious Web sites. this represents an 18 percent increase over the previous six-month period."
"85 percent of unwanted (spam or malicious) emails contain a link. "
"29 percent of malicious Web attacks included data-stealing code."
"46 percent of data-stealing attacks are conducted over the Web."
Security Threat report: 2009
"The scale of this global criminal operation has reached such proportions that Sophos discovers one new infected webpage every 4.5 seconds – 24 hours a day, 365 days a year."
"Web insecurity, notably weakness against automated remote attacks such as SQL injections, will continue to be the primary way of distributing web-borne malware. Cybercriminals can then send innocent-looking spam which link to legitimate, but hacked, webpages. These hacked sites link invisibly to malicious content."
2008 Annual Security Report
"Complex web-based malware targeting social networking sites and vulnerabilities in legitimate websites became widespread in 2008, resulting in malware being installed onto computers with no user intervention required. The daily number of new websites containing malware rose from ,068 in January to its peak at 5,2 in November. The average number of new websites blocked daily rose to 2,290 in 2008 from ,253 in 2007, largely due to increased attacks using SQL injection techniques."
"For 2008, the average number of new malicious Web sites blocked each day rose to 2,290, compared with ,253 for 2007. This represents an increase of 82.8% since 2007."
"By June 2008, the average number of malicious Web sites blocked each day rose by 58% to 2,076; taking the threat to its highest level since April 2007. By the second half of 2008, many more malicious Web sites were linked to SQL injection attacks targeted against legitimate, vulnerable Web servers. In July 2008, 83.% of all Web based malware intercepted was new, owing to increased SQL injection attacks. In October 2008, the number of malicious Web sites blocked each day rose further, to its highest level of 5,424."
"Throughout 2008, levels of spyware and adware interceptions have been overshadowed by a shift toward Web-based malware. Web-based malware has now become more attractive to cyber-criminals as they present an opportunity to capitalize on users’ unfamiliarity with the nature of Web-borne threats."
Annual Security Report
"In terms of quantity and pervasiveness, the most significant security threats in 2008 involved an online component."
"Top Security Concerns of 2008: Criminals are exploiting vulnerabilities along the entire Web ecosystem to gain control of computers and networks."
“Invisible threats” (such as hard-to-detect infections of legitimate websites) are making common sense and many traditional security solutions ineffective."
"Online security threats continued their growth in 2008. Online criminals combined spam, phishing, botnets, malware, and malicious or compromised websites to create highly effective blended threats that use multiple online vectors to defraud and com promise the security of Internet users."
Phishing Activity Trends Report - Q2/2008
"The number of crimeware-spreading password-stealing crimeware rose to a high of 9529 in June, fully 47% higher than the previous record of 6500 in March 2008 and 258% greater than the end of Q2/2008."
"The number of crimeware-spreading URLs detected rose from 4,080 in April to a record 9,529 in June. This rise represented an increase of nearly 47 percent from the previous record of 6,500 in March. 2008. The number at quarter’s end is 258 percent higher than the end of Q2 2007. Websense Chief Technology Officer and APWG Phishing Activity Trends Report contributing analyst Dan Hubbard said that the large boost is attributed mainly to malicious code being utilized in SQL injection attacks."
Vulnerability Type Distributions in CVE
"The total number of publicly reported web application vulnerabilities has risen sharply, to the point where they have overtaken buffer overflows. This is probably due to ease of detection and exploitation of web vulnerabilities, combined with the proliferation of low-grade software applications written by inexperienced developers. In 2005 and 2006, cross-site script¬ing (XSS) was number 1, and SQL injection was number 2."
"70% of the websites scanned were found to contain high or medium vulnerabilities. There is an extremely high probability of these vulnerabilities being discovered and manipulated by hackers to steal the sensitive data these organizations store."
Symantec Internet Security Threat Report
Trends for July–December 07
"As a result of these considerations, Symantec has observed that the majority of effective malicious activity has become Web-based: the Web is now the primary conduit for attack activity."
"Site-specific vulnerabilities are perhaps the most telling indication of this trend. These are vulnerabilities that affect custom or proprietary code for a specific Web site. During the last six months of 2007, 11,253 site-specific cross-site scripting vulnerabilities were documented.1 This is considerably higher than the 2,134 traditional vulnerabilities documented by Symantec during this period."
"Site-specific vulnerabilities are also popular with attackers because so few of them are addressed in a timely manner. Of the 11,253 site-specific cross-site scripting vulnerabilities documented during this period, only 473 had been patched by the administrator of the affected Web site. Of the 6,961 site-specific vulnerabilities in the first six months of 2007, only 330 had been fixed at the time of writing. In the rare cases when administrators do fix these vulnerabilities, they are relatively slow to do so. In the second half of 2007, the average patch development time was 52 days, down from an average of 57 days in the first half of 2007."
June 2008 | Trend Micro Threat Roundup and Forecast—1H 2008
"Trend Micro researchers also predicted that high profile Web sites would become the most sought after attack vectors for criminals to host links to phishing sites. In January 2008, this prediction became reality when the reputable BusinessWeek Web site was attacked, as well as popular U.S. clothing and restaurant sites. Also in early January 2008, several massive SQL injection attacks were launched on thousands of Web pages belonging to Fortune 500 corporations, state government agencies, and educational institutions (p. 9)."
"Drive-by-download attacks are increasing exponentially. In early January 2008, several massive SQL injection attacks were reported that involved over 100,000 compromised pages. These Web pages belonged to Fortune 500 corporations, state government agencies, and educational institutions. The most recent SQL injections involved travel sites, forums using phpBB, and sites using an ASP frontend and SQL database backend—either open source or proprietary."
"Major Retailers Experience 161% Increase in Attempted Hacker Attacks"
"Attempted SQL injection attacks, a technique that exploits security vulnerabilities in Web applications by inserting malicious SQL code in Web requests, increased significantly in May for our retailers, going from an average of 20 per client per month to 237 per client per month. It then hit a peak in July with 17,000 attempted SQL Injection attacks per retail client and since November has dropped off to normal levels, averaging 18 per client per month."
September 2008 / 3Q08 Global Threat Report
"74% of all malware blocks in 3Q08 resulted from visits to compromised websites;"
"SQL injection and other forms of website compromise led to steadily increasing malware block volumes throughout the first three quarters of 2008."
"On average, the rate of Web-based malware encountered by corporations increased 338% in 3Q08 compared to 1Q08 and 553% compared to 4Q07."
No question about the premise, webapp security has arrived and is here to stay. But looking at the numbers an important portion of webapp intrusions are aimed at planting malware (client-side exploits and trojans).
From a motivation perspective, these attacks would not exist if client-side security was better, and what we traditionally label "webapp security" does not address this problem at all. IMHO the endpoint is still the largest victim.
I think it would be really difficult, if not impossible, to improve client-side security to such a drastic extent that there would little motivation to implant malware on legitimate websites. There are roughly 1 billion people on the Web. Even if only a tiny fraction (%1) were left vulnerable, and we know its orders of magnitude higher, that’s still 10 million potential victims. More than enough for a good botnet. Still your right, client-side security is woefully inadequate.
Adding to the first two comments, use of trusted web servers would prevent malware from being planted on legitimate websites.
You are SPOT ON!
Thanks for sharing such a nice article,i had gone through it.
A web application security scanner can facilitate the automated review of a web application with the expressed purpose of discovering security vulnerabilities, and are required to comply with various regulatory requirements.but the limitation of it is Because the tool is implementing a dynamic testing method, it cannot cover 100% of the source code of the application and then, the application itself. The penetration tester should look at the coverage of the web application or of its attack surface to know if the tool was configured correctly or was able to understand the web application.
for more information on information security check this link http://www.eccouncil.org/certification/ec-council_network_security_administrator.aspx
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