FIRST-PARTY CODE
Top 10 Java vulnerabilities
Learn about the most prevalent Java vulnerabilities found by Snyk Code researchers in 2022.
Snyk Top 10: Vulnerabilities you should know
Find out which types of vulnerabilities are most likely to appear in your projects based on Snyk scan results and security research. Stay safe, stay educated, stay out of the headlines!
2022 results
Top first-party code vulnerabilities
Based on Snyk security intelligence research in 2022, our Snyk Top 10: Code Vulnerabilities report shows the risks teams frequently face when writing code. Here are the top three.
Directory traversal
A directory traversal (a.k.a. path traversal) attack aims to access files and directories that are stored outside of the authorized folder.
Cross-site scripting (XSS)
Cross-site scripting (XSS) is a website attack method that utilizes an injection to implant malicious scripts into trusted websites.
Hardcoded credentials
Credentials are hardcoded when they are written directly in the code, allowing everyone with access to the source code to access those credentials
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First-party code vulnerabilities by language
Only care about a language or two? Learn about the top code vulnerabilities our security researchers found in the ecosystem you use most.
Snyk Top 10
The top vulnerabilities of 2022
Read our Snyk Top 10 reports on the top open source and first-party code vulnerabilities of 2022.
2022 results
Top 3 critical and high OSS vulnerabilities
Based on user scan results from 2022, our Snyk Top 10: Open Source Vulnerabilities report shows the OSS risks teams most frequently face. Here are the top three.
Denial of service (DoS)
DoS attacks are used to shut down access to a network or server by bombarding the target with so many requests that it’s unable to process the load.
Remote code execution (RCE)
RCE attacks occur when a bad actor is able to run commands from a remote system that they shouldn’t have access to, leading to malware, exploits, and more.
Deserializing untrusted data
When an application deserializes untrusted data without sufficiently verifying that the resulting data will be valid, an attacker can control the state or the flow of the execution.
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Open source vulnerabilities by language
Only care about a language or two? Learn about the top high and critical open source vulnerabilities in the ecosystem you use most.
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Snyk Schwachstellen-Datenbank
Mit unserer Schwachstellen-Datenbank erhalten Sie validierte, detaillierte Informationen und Fixes für Open-Source- und Container-Schwachstellen.
Snyk Code Knowledge Base
Mit den stets aktuellsten Daten für Code-Sicherheit reduzieren Sie False Positives und nutzen nahtlos umsetzbare Fixes in Ihrem SDLC.
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