Use Cases.
Cloud vulnerability prioritization
The Challenge
The modern cloud security stack is complex.
Your security tools throw off tons of alerts with little context, making them nearly impossible to handle. Traditional vulnerability management tools weren’t designed for the cloud, and fail to reduce cloud risk effectively.
Our Approach
Remediate smarter and faster.
With Dazz, you stop chasing alert noise and creating a never-ending backlog. We deduplicate alerts, reduce issues to root causes, prioritize critical vulnerabilities, and give developers the right fix, right in their workspace.
Group thousands of alerts by root causes
Understand and prioritize issues and resources
Generate custom views and risk reports for stakeholders
Developer-driven remediation
The Challenge
Security teams depend on code owners to fix security issues.
But developers have their own sprint deadlines. It’s hard to know what to fix first, and why, with fragmented information across teams and tools. Developers can feel like problems are thrown “over the fence,” and it’s easy for communication to break down between teams.
Our Approach
Put developers in the driver’s seat.
We empower developers to remediate issues quickly, on their terms. Dazz analyzes every vulnerability, down to root causes. We prioritize which issues should be fixed, down to the specific file or line of code. We even auto-generate a suggested fix that’s ready to be tested and applied in the dev workflow—be it Jira, GitHub, or a ticket management system.
Automatically identify code owners
Share root cause analysis and context
Get fix guidance and quickly address issues
Automated root cause analysis
The Challenge
Analyzing cloud-native security issues is a slow, manual process.
Security and engineering teams often spend hours analyzing each issue, whether to determine severity or figure out a fix. In modern, fast-moving development environments, finding root causes is complicated.
Our Approach
Fix at the root and go fast.
Our patented Root Cause Analysis Engine automatically analyzes each issue, providing the necessary context to fix it at the source. By connecting code, artifacts, deployments, and cloud environments with existing security tools, you can answer critical questions such as:
1.
Who is the code owner?
2.
Is this vulnerability currently exploitable in production?
3.
Where in the SDLC should this issue be fixed?
4.
Did we fix this vulnerability at the root cause, or will it reoccur?
Pipeline security gap discovery
The Challenge
Securing CI/CD pipelines is complex.
Even as companies bring on more security tools to reduce risks in software development and production, it’s hard to ensure that development pipelines adhere to best practices. Whether it’s source code, hardcoded secrets, or the provisioning of cloud resources, ensuring security control coverage and configurations are correct is no easy feat with the pace of today’s cloud application development teams.
Common pipeline security challenges include:
- Hardcoded secrets: passwords, cryptographic keys, API keys, and credentials are frequently embedded directly within source code and can be hard to manage
- Shadow deployments: not all cloud resources are deployed through the security-approved pipeline
- Unsanctioned IaC: not all cloud resources are deployed using the security-approved IaC modules or the latest version
- Flaws in modules: some of cloud IaC modules can introduce flaws that get multiplied across cloud infrastructure
- Root cause identification: without a unified view across infrastructure and applications, tracing back the root cause vulnerabilities to the CI/CD pipeline is very time-consuming and problematic
Our Approach
Make sense of your cloud security architecture.
Dazz continuously identifies pipeline security gaps and risks that may introduce more pressing risks further in the software development lifecycle (SDLC).
Dazz identifies pipeline security gaps with:
- Secret Scanning: scan secrets for every commit of your repositories, and detect live and exploitable secrets of 3rd parties (such as AWS, GCP, Slack, GitHub, etc..) that are stored in your code.
- SCM Misconfigurations: customize alerting for Source Code Management settings and misconfigurations, including access and branch control.
- IaC Misconfigurations: highlighting the IaC modules that introduce the most risk.
- Reporting & Health Scoring: monitor vulnerabilities and misconfigurations across CI/CD pipeline, with healthscores and trending over time.
Zero-day vulnerability response
The Challenge
Understanding everywhere you’re exposed can be a challenge.
One thing that sends the whole team into a tailspin is the discovery of a new, critical, zero-day vulnerability. And remediating it across the board? Next to impossible. Exposures can last weeks or even months, and attackers are taking advantage of that.
Our Approach
Respond to critical vulnerabilities before attackers do.
We give you the remediation plan to solve zero-day vulnerabilities such as Log4Shell as soon as they are discovered. When alerts pour in from security tools, we reduce the flood down to a small number of critical root causes. We show you where and how to fix problems, along with the context needed to take action.
Get a complete view of exposure
Understand where and how to fix root causes
Track remediation across teams, applications, and cloud environments
Application Security Posture Management (ASPM)
The Challenge
Which apps and artifacts introduce the risk? It’s not always straightforward.
While many security teams have deployed Application Security and Cloud Security solutions, they are still struggling to appropriately prioritize and fix vulnerabilities.
Application Security Posture Management (ASPM) helps security and engineering teams overcome common challenges, including:
- Siloed security tools and owners: detection tools across code, apps, and cloud infrastructure are owned by different stakeholders and produce duplicate, conflicting, and incomplete data
- Vulnerability prioritization, triage, and remediation: knowing exactly what to remediate and how to do so is increasingly challenging with CVE backlogs continuing to grow
- DevSecOps integration: leading developers to fix security issues seamlessly in their workflows can be a complex process, especially when many different tools are put in place throughout the SDLC
- Risk management: prioritizing risk based on application, business, and security context is impossible without a unified view across all the entire software development lifecycle (SDLC)
Our Approach
Dazz provides a leading ASPM solution, including:
1.
Remediation: Dazz focuses heavily unifying remediation operations, helping customers drive down risk with assistive and automatic remediation
2.
Security finding correlation: the platform correlates and deduplicates security findings across the entire code to cloud pathway: from code repos to cloud infrastructure
3.
Root cause identification: Dazz is the only ASPM provider with patent-pending technology that identifies the root cause of issues- down to the originating lines of code and code owners associated with commits
4.
Prioritization and triage: configure custom prioritization logic, as well as automatic identification of the fixes that will mitigate the most critical and high findings based on shared root causes
5.
CI/CD pipeline and software supply chain security: detect exploitable secrets, source code misconfigurations, and infrastructure as code (IaC) risks to strengthen supply chain security
6.
Risk monitoring and remediation by business unit: easily map out organization structure, application, and resource ownership to prioritize critical applications and track remediation efforts on a granular level
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