Embedded Analytics Built for Developers
Developers love Qrvey because Qrvey is built for the way you build software. Qrvey boosts developer productivity with low-code javascript widgets combined with a powerful suite of APIs that let you build custom analytics features directly into your SaaS application with full customization and white-labeling. You can easily integrate and embed data collection, transformation, analysis, visualizations, automation and AI/ML functionality. Best of all, Qrvey is the only cloud-native embedded platform that is 100% SDLC compliant.
Highlights Path to Secure Linux Platforms
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Key Questions Answered
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Achieving Platform Stability
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Best Practices
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Re-Assess, Re-Scan, Validate, Improve
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Remediate, Mitigate, Accept Risk
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Understanding Critical CVEs
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Reporting Projects
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Scanning Projects
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Identifying Assets
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Vulnerability Management
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Path to Secure Linux Platforms
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Requirements Management within Azure DevOps Made Simple: LIVE Demo
Learn how to manage requirements within Azure DevOps with Modern Requirements4DevOps. Microsoft has recognized MR4DevOps as their "go-to" Requirements Management tool since 2015.
By the end of this intro, you will learn how MR4DevOps adds functionality to native modules, adds authoring and elicitation tools, and automates moving requirements through the project lifecycle.
How to Facilitate Risk Management for Medical Devices within Azure DevOps
In this whitepaper, we will describe how to facilitate risk management for medical devices directly in Azure DevOps. In particular, we will focus on how manufacturers can achieve ISO 14971 compliance and overcome key challenges in the process.
Before we discuss how to better manage risk, let’s review what risk is as well as the types of risk that are regulated by the FDA.
