Apps using Cartography

Cartography is a powerful open-source security assessment tool designed to help organizations visualize, analyze, and secure their cloud infrastructure. This versatile SDK enables security teams, DevOps engineers, and cloud architects to create a comprehensive map of their cloud assets, relationships, and potential vulnerabilities across multiple cloud platforms. By leveraging Cartography, users can gain valuable insights into their cloud environment, identify security risks, and implement proactive measures to enhance their overall security posture. One of the key features of Cartography is its ability to collect and consolidate data from various cloud providers, including Amazon Web Services (AWS), Google Cloud Platform (GCP), and Microsoft Azure. This multi-cloud support allows organizations to maintain a holistic view of their entire cloud infrastructure, regardless of the platforms they use. Cartography utilizes APIs and other data collection methods to gather information about cloud resources, such as virtual machines, storage buckets, network configurations, and identity and access management (IAM) policies. The SDK's powerful graph database backend enables users to efficiently store, query, and analyze the collected data. This graph-based approach allows for the representation of complex relationships between cloud assets, making it easier to identify potential security issues and compliance violations. Cartography's visualization capabilities provide intuitive and interactive maps of cloud environments, allowing security teams to quickly grasp the overall architecture and pinpoint areas of concern. Cartography's extensible architecture allows developers to create custom modules and integrations, enabling organizations to tailor the tool to their specific needs and incorporate additional data sources. This flexibility makes Cartography an invaluable asset for organizations of all sizes, from small startups to large enterprises with complex multi-cloud environments. One of the most significant advantages of Cartography is its ability to automate security assessments and compliance checks. By continuously updating the cloud asset inventory and analyzing relationships, the tool can identify misconfigurations, overly permissive access controls, and other security risks in real-time. This proactive approach helps organizations stay ahead of potential threats and maintain a strong security posture in an ever-evolving cloud landscape. Cartography also supports integration with popular security information and event management (SIEM) systems, allowing organizations to incorporate cloud asset data into their existing security workflows and incident response processes. This integration enhances the overall effectiveness of security operations and enables faster detection and remediation of potential threats. The open-source nature of Cartography fosters a vibrant community of contributors and users who continually improve and expand the tool's capabilities. Regular updates and new features ensure that Cartography remains at the forefront of cloud security assessment technology, adapting to new cloud services and emerging security challenges. In conclusion, Cartography is an essential tool for organizations looking to enhance their cloud security posture and gain deeper insights into their multi-cloud environments. By providing a comprehensive view of cloud assets, relationships, and potential vulnerabilities, Cartography empowers security teams to make informed decisions and implement effective security measures. Its extensibility, automation capabilities, and integration options make it a valuable addition to any cloud security toolkit, helping organizations stay secure and compliant in an increasingly complex digital landscape.

• Cartography is an open-source security tool developed by Lyft that allows users to create a unified map of their cloud infrastructure and security landscape.
• It leverages AWS APIs to gather information about an organization's cloud assets and relationships, providing a comprehensive view of the entire infrastructure.
• The tool supports multiple cloud providers, including Amazon Web Services (AWS), Google Cloud Platform (GCP), and Okta, allowing for a holistic view of multi-cloud environments.
• Cartography uses a graph database to store and represent the collected data, enabling complex queries and visualizations of relationships between different cloud resources.
• It provides a powerful query language that allows users to search for specific configurations, vulnerabilities, or compliance issues across their infrastructure.
• The tool can be easily integrated into existing security workflows and CI/CD pipelines, enabling automated security checks and continuous monitoring of cloud environments.
• Cartography offers customizable data models and schemas, allowing organizations to tailor the tool to their specific needs and incorporate additional data sources.
• It includes built-in analyzers that can detect common security misconfigurations and potential vulnerabilities in cloud environments.
• The tool supports role-based access control (RBAC) to ensure that sensitive information is only accessible to authorized users within an organization.
• Cartography provides a web-based user interface for easy exploration and visualization of the collected data, making it accessible to both technical and non-technical users.
• It offers extensibility through plugins and custom modules, allowing users to add support for additional cloud providers or integrate with other security tools.
• The tool can generate reports and dashboards to provide stakeholders with insights into the security posture of their cloud infrastructure.
• Cartography supports incremental updates, allowing for efficient data collection and reducing the load on cloud provider APIs during subsequent scans.
• It can be used to track changes in cloud infrastructure over time, enabling organizations to maintain an audit trail and detect unauthorized modifications.
• The tool can help organizations maintain compliance with various security standards and regulations by providing visibility into their cloud resources and configurations.
• Cartography offers a command-line interface (CLI) for advanced users and scripting capabilities, enabling automation and integration with other tools and processes.
• It can be deployed as a containerized application, making it easy to run in various environments and integrate with container orchestration platforms like Kubernetes.
• The tool supports export of collected data in various formats, allowing for integration with other analytics and visualization tools.
• Cartography can help identify unused or orphaned resources, enabling organizations to optimize their cloud costs and improve resource management.
• It provides a centralized view of identity and access management (IAM) configurations across multiple cloud providers, helping to identify potential security risks and overly permissive policies.

• Cartography can be used by security teams to visualize and analyze their cloud infrastructure, helping them identify potential vulnerabilities and misconfigurations across multiple cloud providers and services. This comprehensive view allows for more effective risk assessment and mitigation strategies.
• DevOps teams can leverage Cartography to automate the process of mapping out complex systems and dependencies, making it easier to plan and execute infrastructure changes or migrations. By having a clear understanding of how different components interact, teams can minimize downtime and improve overall system reliability.
• Compliance officers can utilize Cartography to generate detailed reports and visualizations of their organization's cloud assets, making it easier to demonstrate adherence to various regulatory requirements such as GDPR, HIPAA, or PCI-DSS. The tool's ability to provide a holistic view of data flows and access patterns can be invaluable during audits.
• Incident response teams can benefit from Cartography's ability to quickly map out affected systems and their relationships during a security breach or outage. This rapid visualization can help teams identify potential attack vectors, contain the incident more effectively, and develop more targeted remediation plans.
• Cloud architects can use Cartography to design and optimize cloud infrastructures by visualizing resource utilization, network topology, and data flows. This can lead to more efficient resource allocation, cost savings, and improved overall system performance.
• Data scientists and analysts can leverage Cartography to gain insights into complex data relationships and dependencies within their organization's infrastructure. This can help in identifying patterns, optimizing data pipelines, and improving data governance practices.
• IT asset management teams can use Cartography to maintain an up-to-date inventory of cloud resources across multiple providers, helping to reduce unnecessary costs associated with unused or underutilized assets. The tool's ability to automatically discover and map resources can significantly streamline the asset management process.
• Software development teams can integrate Cartography into their CI/CD pipelines to automatically generate and update system architecture diagrams as part of their documentation process. This ensures that technical documentation remains current and accurate, improving collaboration and knowledge sharing within the team.
• Risk management professionals can utilize Cartography to perform more comprehensive risk assessments by visualizing the potential impact of various scenarios on their organization's infrastructure. This can help in developing more effective risk mitigation strategies and disaster recovery plans.
• Merger and acquisition teams can leverage Cartography to quickly assess and map out the IT infrastructure of potential acquisition targets, providing valuable insights into the complexity and potential integration challenges of merging systems and networks.

• CloudMapper is an open-source tool that creates network diagrams of AWS environments, offering a visual representation of cloud infrastructure similar to Cartography. It helps in understanding the relationships between different AWS resources and can be useful for security analysis and compliance auditing. CloudMapper provides a web-based interface for exploring the generated maps and supports customizable graph layouts.
• Prowler is a command-line tool for AWS security assessment, reporting, and compliance. While not primarily focused on visualization like Cartography, it offers comprehensive security checks and can generate visual reports. Prowler can help identify potential security risks and misconfigurations in AWS environments, making it a valuable alternative for those primarily concerned with security aspects.
• Thunder is a cloud-native network discovery and mapping tool that supports multiple cloud providers, including AWS, Azure, and GCP. It offers a similar functionality to Cartography by creating visual representations of cloud infrastructure, but with a broader scope of supported platforms. Thunder can help organizations gain insights into their multi-cloud environments and understand the relationships between different resources across various cloud providers.
• CloudSploit is an open-source cloud security configuration monitoring platform that supports multiple cloud providers. While it doesn't focus on visualization like Cartography, it offers comprehensive security checks and can generate detailed reports. CloudSploit can help identify potential security risks and misconfigurations across various cloud environments, making it a valuable alternative for those primarily concerned with security and compliance.
• Dome9 Arc is a commercial cloud security posture management (CSPM) platform that offers visualization capabilities similar to Cartography. It provides a comprehensive suite of security and compliance tools, including network visualization, policy enforcement, and threat detection. Dome9 Arc supports multiple cloud providers and offers a more feature-rich alternative to Cartography for organizations looking for a full-fledged CSPM solution.
• Cloudockit is a cloud documentation and diagram tool that supports multiple cloud providers, including AWS, Azure, and GCP. It offers similar visualization capabilities to Cartography but with a broader scope of supported platforms. Cloudockit can automatically generate network diagrams, inventory reports, and other documentation, making it a useful alternative for organizations looking to visualize and document their multi-cloud environments.
• Fugue is a cloud infrastructure security and compliance platform that offers visualization capabilities similar to Cartography. It provides real-time visibility into cloud environments, automated policy enforcement, and continuous compliance monitoring. Fugue supports multiple cloud providers and offers a more comprehensive solution for organizations looking to combine infrastructure visualization with security and compliance management.
• CloudHealth is a multi-cloud management platform that offers visualization and reporting capabilities for cloud environments. While its primary focus is on cost management and optimization, it also provides insights into resource utilization and security posture. CloudHealth can be an alternative to Cartography for organizations looking for a broader set of cloud management features beyond just visualization.
• Cloudcraft is a cloud visualization and design tool that allows users to create professional AWS diagrams. While it focuses primarily on AWS, it offers a more user-friendly interface for creating and editing cloud infrastructure diagrams compared to Cartography. Cloudcraft can be a good alternative for those who prefer a more intuitive, drag-and-drop approach to creating cloud visualizations.
• Lucidchart is a diagramming and visualization tool that offers templates and components for creating cloud architecture diagrams. While not specifically designed for automatic discovery like Cartography, it provides a flexible platform for manually creating detailed visualizations of cloud environments. Lucidchart can be an alternative for organizations that prefer more control over their diagram creation process and need to visualize complex multi-cloud or hybrid environments.