Azul Introduces Code Inventory The Solution That Identifies Unused and Dead Code for Removal in Production, Saving Developer Time and Money

Support

English

Contact Sales Download Now

Arm Yourself with
Java Intellegence

Download the Report

Run Java. Run Secure.

Introducing Azul Vulnerability Detection

Secure your software supply chain where it’s more vulnerable – in production.

RUN JAVA. RUN SECURE.

Enterprise Application Security: Building Secure and Resilient Applications

Download Now

RUN JAVA. RUN SECURE.

Reducing Software Supply Chain Risk Utilizing Java Production Data

WHITE PAPER

Download Report

RUN JAVA. RUN SECURE.

Run Java. Run Secure.

Detecting vulnerabilities in production is more critical than ever for enterprises.

Azul Vulnerability Detection is a feature of Azul Intelligence Cloud that allows users to continuously monitor their Java applications to detect known vulnerabilities in production. By leveraging Azul JVMs, it produces more accurate results with no performance penalty and eliminates false positives.

A Trusted Partner

100s of millions of installations.
Trusted by 35% of the Fortune 100.

Greatest Value

More Java versions on more platforms.
Reduce licensing costs by 70%.*

Proven Migration Path

Drop-in, TCK-tested, JVM replacement.
100% success migrating customers.

Secure and Stable JVM

Timely security updates.
Stabilized builds of OpenJDK.

Running secure is more critical than ever in-production with Java.

———

97% of Java applications are made up
of open-source libraries, a common
form of third-party software.*

———

Third-party vulnerabilities are a common
initial attack vector leading to data breaches
along with compromised credentials, phishing, and misconfiguration of the cloud.**

———

The average cost for vulnerabilities
in third-party software
is $4.55 million.**

———

Traditional development scans of third-party software identifies vulnerabilities of which 98% are unreachable** resulting in numerous false positives.

Run Java securely with in-production detection from Azul

Continuously detects known vulnerabilities in Java applications

Eliminates false
positives

Runs in production with no performance penalty

Why Securing the Software Supply Chain Is Critical

CYBERSECURITY OUTLOOK

Download Now

Secure and Performant.

Azul Vulnerability Detection is a feature of Azul Intelligence Cloud that allows users to continuously monitor their Java applications to detect known vulnerabilities in production.

Detection at Point of Use in Production

Maps software in production to a Java-oriented CVE
database to continuously detect critical vulnerabilities.

Learn More

Eliminates false positives

Monitors code executed by the JVM to distinguish
between vulnerabilities that are actually in-use versus simply present.

Learn More

NoOps with Transparent Performance

Azul Vulnerability Detection is a feature of Azul Intelligence Cloud that allows users to continuously monitor their Java applications to detect known vulnerabilities in production.

Learn More

Expert Java support

Detect vulnerabilities with help from a team with 20+
year track record of leadership in the Java community,
best in class security, and 100% customer satisfaction.

Learn More

Modern CTO Podcast

eBook: Assessing the Common Vulnerability Detection Landscape.

Understanding the landscape is critical to making the right decision in securing your Java apps.

Download Now

*Veracode. The State of Security, Vol. 12, 2022, p.5

**Costs are calculated using activity-based costing, which identifies activities such as detection and escalation, notification, post-breach response and lost business, and assigns a cost to them. IBM. Cost of a Data Breach Report, 2022, p. 17

Security

Arm Yourself with
Java Intellegence

Run Java. Run Secure.

Introducing Azul Vulnerability Detection

Secure your software supply chain where it’s more vulnerable – in production.

RUN JAVA. RUN SECURE.

Enterprise Application Security: Building Secure and Resilient Applications

RUN JAVA. RUN SECURE.

Reducing Software Supply Chain Risk Utilizing Java Production Data

WHITE PAPER

RUN JAVA. RUN SECURE.

Run Java. Run Secure.

A Trusted Partner

Greatest Value

Proven Migration Path

Secure and Stable JVM

Running secure is more critical than ever in-production with Java.

97% of Java applications are made up
of open-source libraries, a common
form of third-party software.*

Third-party vulnerabilities are a common
initial attack vector leading to data breaches
along with compromised credentials, phishing, and misconfiguration of the cloud.**

The average cost for vulnerabilities
in third-party software
is $4.55 million.**

Traditional development scans of third-party software identifies vulnerabilities of which 98% are unreachable** resulting in numerous false positives.

Run Java securely with in-production detection from Azul

Continuously detects known vulnerabilities in Java applications

Eliminates false
positives

Runs in production with no performance penalty

Why Securing the Software Supply Chain Is Critical

CYBERSECURITY OUTLOOK

Secure and Performant.

Detection at Point of Use in Production

Eliminates false positives

NoOps with Transparent Performance

Expert Java support

Modern CTO Podcast

eBook: Assessing the Common Vulnerability Detection Landscape.

The False Positives Problem with CVE Detection

The CISO’s Guide to the Next Log4Shell

Cybersecurity Overconfidence Opens Companies to Vulnerabilities

Moving Security into the JVM

Arm Yourself withJava Intellegence

Run Java. Run Secure.

Introducing Azul Vulnerability Detection

Secure your software supply chain where it’s more vulnerable – in production.

RUN JAVA. RUN SECURE.

Enterprise Application Security: Building Secure and Resilient Applications

RUN JAVA. RUN SECURE.

Reducing Software Supply Chain Risk Utilizing Java Production Data

WHITE PAPER

RUN JAVA. RUN SECURE.

A Trusted Partner

Greatest Value

Proven Migration Path

Secure and Stable JVM

97% of Java applications are made upof open-source libraries, a commonform of third-party software.*

Third-party vulnerabilities are a commoninitial attack vector leading to data breachesalong with compromised credentials, phishing, and misconfiguration of the cloud.**

The average cost for vulnerabilitiesin third-party softwareis $4.55 million.**

Traditional development scans of third-party software identifies vulnerabilities of which 98% are unreachable** resulting in numerous false positives.

Continuously detects known vulnerabilities in Java applications

Eliminates falsepositives

Runs in production with no performance penalty

Why Securing the Software Supply Chain Is Critical

CYBERSECURITY OUTLOOK

Detection at Point of Use in Production

Eliminates false positives

NoOps with Transparent Performance

Expert Java support

The False Positives Problem with CVE Detection

The CISO’s Guide to the Next Log4Shell

Cybersecurity Overconfidence Opens Companies to Vulnerabilities

Moving Security into the JVM

Arm Yourself with
Java Intellegence

97% of Java applications are made up
of open-source libraries, a common
form of third-party software.*

Third-party vulnerabilities are a common
initial attack vector leading to data breaches
along with compromised credentials, phishing, and misconfiguration of the cloud.**

The average cost for vulnerabilities
in third-party software
is $4.55 million.**

Eliminates false
positives