Covid-19, remote work, and economic headwinds interrupted progress, putting businesses and consumers at risk
AUSTIN, TEXAS – April 13, 2021 – Invicti Security™, a global leader in web application security, today released the spring volume of its Invicti AppSec Indicator Report, which examines the prevalence of web vulnerabilities across more than 3,500 targets in every industry and more than 100 countries. The findings indicate that as organizations shifted focus to support remote work and business continuity amid the challenges of 2020, web application security suffered.
The report, released in previous years as the Acunetix Web Vulnerability Report, was developed through an examination of anonymized data collected via Acunetix, an Invicti DAST and IAST product used by thousands of companies and government organizations to discover and scan web assets for vulnerabilities and prioritize them for remediation. The large dataset includes data from more than 188,000 web scans, 173,000 network scans, and more than 290 million monthly HTTP requests provided the basis for the analysis.
Between 2016 and 2019, the number of high-severity and medium-severity vulnerabilities decreased steadily every year, with an average reduction rate of 22% in high-severity vulnerabilities year over year. If that trend had continued, the overall incidence of high-severity vulnerabilities would have decreased from 26% to about 20%. However, progress came to an abrupt halt in 2020, probably as a result of resource reallocation to address Covid-19 business impacts and enable remote work worldwide.
Among the 2020 report’s findings:
- The overall prevalence of high-severity vulnerabilities such as remote code execution, SQL injection, and cross-site scripting, increased slightly from 26% to 27% of the targets scanned
- Medium-severity vulnerabilities such as denial-of-service, host header injection, and directory listing, remained present in 63% of web apps in 2020, holding flat from 2019
- Several high-severity vulnerabilities are well-understood, but did not show improvement in 2020. One example: the incidence of remote code execution, both well-known and damaging, increased by one percentage point last year.
- Also of note: the incidence of server-side request forgery (SSRF), the primary vulnerability behind the recent Microsoft Exchange breach in 2021, as well as Capital One in 2019, has not improved year over year.
With many of the Covid-related changes to consumer and business behaviors expected to endure beyond the end of the pandemic, web application security is more critical than ever. From growing usage of business tools such as chat, web conferencing, and collaboration environments, to increased consumer adoption of e-commerce, attack surfaces continue to expand. Recent research indicates that the largest percentage of breaches in 2020 began with a web application, yet at the same time, the number and severity of a variety of other types of attacks reached new highs in 2020, diverting the time and resources of security organizations away from web application security.
“It’s very troubling to see this loss of momentum due to reduced attention to web application security,” said Invicti president and COO Mark Ralls. “As we look ahead, we hope to see organizations adopt best practices and invest in security, so that they can continue to advance their web security posture, protect their customers, and avoid being the next big security breach headline.”
About Invicti Security
Invicti Security is changing the way web applications are secured. A global leader in web application security for more than 15 years, Invicti’s dynamic and interactive application security products help organizations in every industry scale their overall security operations, make the best use of their security resources, and engage developers in helping to improve their overall security posture. Invicti is backed by Turn/River Capital, and is headquartered in Austin, Texas, with offices in London, Malta, and Istanbul.
This press release was originally published on PR Newswire.