One of the key reasons of our partnership with Indusface is their ability to continuously keep innovating around detection,. We are a happy customer using AppTrana that takes complete care of tuning, analyzing and updating security policies to keep web-based applications secure.
Now with CDN we also expect to get performance without compromising security. We are excited and looking forward. Our complete ecommerce infrastructure is hosted on the cloud and we are glad to have Indusface as partner for web security. Due to their association with cloud service providers and prompt deployment options, Indusface was the preferred security choice.
The on-demand. We signed up with Indusface as not just a technology supplier, but as a application security partner for enabling us to drive more digitization initiatives. WAS is a complete scanning tool. It offers vulnerability assessment, application audit and malware monitoring.
It is a zero touch, non-intrusive cloud-based solution that provides daily monitoring for web applications, checking for systems and application vulnerabilities, and malware. One of the key aspects of WAS is its ability to detect malware and defacements of websites. No changes are required on the website either. The monitoring is done remotely and we can detect both known as well as unknown malware in website.
We have been researching and innovating for a couple of years in this area and are the best in class for such technology. We have dedicated our research, engineering and development teams to track latest malwares, threats and their behavior. It allows us to constantly refine and improve our technology and solutions to serve our customers better. It is activated online over the web itself and the customer receives a notification via email with details of the activation.
There is no need to download the software into your computer. It is hosted and delivered from SAS 70 Type 2 certified secure data center. These scans allow you to harden and protect applications and systems that are not typically exposed by external scans. These scans are based on the environment that your technology operates in.
Specialized scans are available for multiple different technology deployments, including cloud-based, IoT devices, mobile devices, websites, and more. Non-intrusive scans simply identify a vulnerability and report on it so you can fix it.
Intrusive scans attempt to exploit a vulnerability when it is found. This can highlight the likely risk and impact of a vulnerability, but may also disrupt your operational systems and processes, and cause issues for your employees and customers — so use intrusive scanning with caution. Because your systems are changing all the time, you should run scans regularly as your IT ecosystem changes.
Although the scanning process itself is easily automated, a security expert may still need to review the results, complete remediation, and follow-up to ensure risks are mitigated. Many organizations also integrate vulnerability scanning with automated patch management and other solutions to help reduce the human administrative burden. Regardless, the scan itself is only an early step in the vulnerability management lifecycle.
Depending on how thorough a scan is desired. Therefore automating management and integration of these credentials with scanner should be considered to maximize both the depth of the scan, and privileged access security.
A vulnerability scanning tool is only as good as its database of known faults and signatures. New vulnerabilities emerge all the time, so your tool will need to be continually updated. The four following capabilities should top your list of priorities when assessing the suitability of a vulnerability scanning for your enterprise:.
Your vulnerability scanner database should be continually updated with the latest identified vulnerabilities. Your scanner should strike the right balance between identifying all vulnerabilities, while minimizing false positives and negatives, and providing high-quality information on flaws, threat priorities, and remediation pathways. Your scanning tool should provide comprehensive reports that allow you to take practical, corrective actions.
Your vulnerability scanner should fit seamlessly into your vulnerability management program, which should include patch management and other solutions. Implemented correctly, a vulnerability scanning tool is instrumental to identifying and assessing modern security risk, providing your organization with the insight it needs to take corrective actions, comply with regulatory frameworks, and maintain a strong cybersecurity posture.
If this is not available, it uses the Snyk binary embedded in Docker Desktop. The minimum version required for Snyk is 1. The high-level docker scan command scans local images using the image name or the image ID. It supports the following options:. Your feedback is very important to us. Let us know your feedback by creating an issue in the scan-cli-plugin GitHub repository.
Vulnerability scanning for Docker local images Estimated reading time: 12 minutes This feature requires a Docker subscription. Note that we do not currently have vulnerability data for your image. Introduced by your base image golang According to our scan, you are currently using the most secure version of the selected base image. Introduced in your Dockerfile by 'RUN apk add -U --no-cache wget tar' Organization: docker-desktop-test Package manager: deb Target file: Dockerfile Project name: docker-image c65ebc7 Docker image: c65ebc7 Base image: golang However, it does so incorrectly.
However, binaries running with an effective UID of 0 are unaffected. Organization: docker-desktop-test Package manager: deb Project name: docker-image c65ebc7 Docker image: c65ebc7 Licenses: enabled Tested dependencies for known issues, found issues. Snyk is now ready to be used.
Edit this page Request docs changes. Exclude the base image during scanning.
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