FortiManager
By Fortinet
The typical implementation process for FortiManager involves several key steps, each contributing to a successful deployment. Here is a brief explanation of the process in bullet points:
Preparation and Planning: Assess network requirements, check compatibility, and ensure appropriate licenses are in place. This step involves understanding the network architecture and planning the integration of FortiManager with existing systems.
Installation: Deploy FortiManager either as a hardware appliance or a virtual machine. This includes setting up the physical or virtual environment and ensuring network connectivity.
Initial Configuration: Configure the management IP address and administrator accounts. This step involves accessing the FortiManager GUI to perform initial setup tasks.
Device Integration: Add Fortinet devices like FortiGate to FortiManager for centralized management. This involves connecting devices to FortiManager and verifying communication.
Policy and Configuration Management: Import existing configurations or create new policies and settings within FortiManager. This step ensures that security policies are consistent across all managed devices.
Testing and Validation: Test the setup to ensure all configurations are correctly applied and devices are functioning as expected. This involves running tests to verify connectivity and policy enforcement.
Deployment to Production: Once testing is complete, deploy the configurations to all managed devices. This step involves rolling out the setup to the live environment.
Monitoring and Maintenance: Continuously monitor the network and make necessary adjustments. This includes regular updates, backups, and troubleshooting as needed.
The total time required for implementation can vary depending on the complexity of the network, the number of devices, and the level of customization needed. Typically, the process can take anywhere from a few days to several weeks.
FortiManager can be customized to fit specific business needs. Here are several data points illustrating its customization capabilities:
Dashboard Customization: FortiManager allows users to customize the dashboard by selecting which widgets to display, their location on the page, and whether they are minimized. This flexibility enables businesses to tailor the interface to highlight the most relevant information for their operations.
Column Customization: Users can customize columns within the Device Manager to suit their specific requirements. This includes selecting which columns to display and configuring the table view, allowing for a more personalized and efficient management experience.
Scripting Capabilities: FortiManager supports the creation and execution of scripts, which can be used to automate tasks across FortiGate devices, policy packages, and the ADOM database. This scripting feature enables businesses to automate repetitive tasks and integrate FortiManager with other systems, enhancing operational efficiency and customization.
Workflow Automation: The platform supports workflow automation, allowing businesses to streamline their network operations and ensure compliance with best practices. This feature helps organizations customize their network management processes to align with specific business objectives.
These customization options allow FortiManager to be adapted to the unique needs of different organizations, making it a versatile tool for managing network security.
FortiManager offers a comprehensive range of training and support resources for new users to help them effectively utilize the platform for network management. Here are the key types of training and support available:
Online Courses: Fortinet offers both online and in-person courses that cover everything from basic settings to advanced functionalities and security best practices of FortiManager. These courses are designed to help users configure and manage FortiGate devices effectively.
Webinars and Demonstrations: Fortinet provides webinars and demonstrations to assist new users in familiarizing themselves with FortiManager's features and capabilities. These sessions can be attended live or accessed as recorded content.
Practical Experience: Users can gain hands-on experience by configuring FortiManager in a lab setting, using FortiGate virtual machines alongside FortiManager. This practical approach helps users understand the application of theoretical knowledge in real-world scenarios.
Certification Programs: Fortinet offers certification programs through platforms like Coursera, where users can learn the fundamentals of using FortiManager for centralized network administration. Completing these courses can provide a career certificate, adding value to a user's professional profile.
Extensive Documentation: Fortinet provides detailed online documentation, including release notes, administrator manuals, and user guides. These resources are essential for understanding the various features and functionalities of FortiManager.
Community Support: Fortinet has an active user and expert community that offers assistance and shares insights about using FortiManager. Users can engage with this community through forums and user groups.
Technical Support: Fortinet offers customer service and technical support for FortiManager users. This includes access to the Fortinet Knowledge Base, Fortinet Forums, and direct support from Fortinet's technical team.
These training and support resources are designed to ensure that new users can efficiently manage their network environments using FortiManager, leveraging its capabilities for centralized policy provisioning, configuration, and update management across various Fortinet security devices.
FortiManager implements several security measures to protect data within its centralized management platform. Here are the key security features:
Role-Based Access Control (RBAC): FortiManager includes enhanced role-based access control features, allowing administrators to define specific roles and permissions for users. This ensures that users only have access to the data and functionalities necessary for their roles, reducing the risk of unauthorized access.
Configuration Revision Control: FortiManager maintains a history of all configuration changes, allowing administrators to track and audit changes over time. This feature enables the rollback of configurations to previous states if needed, providing a safeguard against erroneous or malicious changes.
Administrative Domains (ADOMs): FortiManager can segregate management of large deployments by grouping devices into geographic or functional administrative domains. This allows for isolated management environments, reducing the risk of cross-domain data exposure.
Data Encryption: FortiManager supports private data encryption to protect sensitive information. This measure ensures that data is securely stored and transmitted, safeguarding it from potential breaches.
Secure Password Storage: FortiManager employs secure methods for storing passwords, which is crucial for protecting user credentials from unauthorized access.
Logging and Reporting: Integrated logging and reporting features enable FortiManager to monitor and log traffic from managed devices. This capability helps in detecting and responding to security incidents by providing detailed insights into network activity.
These security measures are designed to ensure that FortiManager can securely manage and protect data across a wide range of Fortinet devices and services.
FortiManager releases updates regularly to ensure that users have access to the latest features, security patches, and improvements. The updates are managed in a structured manner to facilitate seamless upgrades.
Regular Releases: FortiManager typically releases updates in the form of new firmware versions. These updates include new features, enhancements, and security patches. The exact frequency can vary, but updates are generally aligned with Fortinet's overall release schedule for their products.
Firmware Management: FortiManager allows centralized management of firmware updates for itself and for managed devices. This includes the ability to schedule updates using firmware templates, which can be configured to upgrade devices at specified times to minimize disruption.
Upgrade Methods: Users can update FortiManager firmware using FortiGuard by accessing the firmware images directly from the dashboard or by manually downloading the firmware from the Customer Service & Support site and uploading it to FortiManager.
Licensing Requirements: A valid Firmware & General Updates (FMWR) contract is required to perform firmware updates through FortiManager. This contract ensures that devices are eligible to receive updates and includes a grace period for new devices to synchronize contract information.
Version Compatibility: FortiManager supports managing FortiGate devices across multiple versions, ensuring that updates are compatible with the devices being managed. This includes managing firmware images and scheduling upgrades for managed devices.
These update processes and management features are designed to ensure that FortiManager and the devices it manages remain secure and up-to-date with the latest technological advancements and security measures.
FortiManager's policy on data ownership and portability is designed to provide organizations with control and flexibility over their data. Here are the key aspects:
Organizational Control: FortiManager allows organizations to manage and control their data through centralized management of Fortinet devices. This includes configuration data, security policies, logs, and other operational data.
Data Ownership Retention: Organizations retain ownership of their data as FortiManager acts primarily as a management tool rather than a data repository. This means that while FortiManager facilitates the management and organization of data, the data itself remains under the control of the organization using the platform.
Export and Import Capabilities: FortiManager supports the exporting and importing of configurations, policies, and logs, facilitating data portability. This feature is particularly useful for backup, migration, or disaster recovery purposes, allowing organizations to move their data as needed.
Integration and Automation: The use of APIs and automation tools in FortiManager enhances data portability by allowing integration and data transfer between FortiManager and other systems. This capability ensures that data can be efficiently managed and transferred within a broader IT ecosystem.
These policies ensure that organizations using FortiManager can maintain control over their data while having the flexibility to move and manage it as necessary.
FortiManager provides flexible terms for scaling up or down to accommodate changing organizational needs. Here are the key aspects of how FortiManager handles scaling:
License Model: FortiManager uses a stackable license model, particularly for its virtual appliance version (FortiManager-VM), allowing organizations to add more devices or virtual domains (VDOMs) as needed. This model supports easy expansion on various virtualization platforms.
Auto-Scaling: FortiManager supports auto-scaling of FortiGate-VMs in public cloud environments. This allows for automatic scaling based on predefined rules, such as increasing the number of FortiGate-VMs when CPU or network utilization exceeds certain thresholds. New devices are automatically added to FortiManager without manual intervention.
Flexible Licensing: FortiManager allows organizations to reduce the number of managed devices or VDOMs by adjusting licenses accordingly. This flexibility is beneficial for organizations with fluctuating needs, such as seasonal businesses or those undergoing restructuring.
Auto-Scaling Adjustments: In a public cloud setting, FortiManager can automatically scale down by removing FortiGate-VMs when utilization drops below specified levels. This process involves automatic removal of devices from FortiManager, ensuring efficient resource management.
High Availability (HA): FortiManager supports HA configurations to ensure reliability and data protection during scaling operations. This includes automatic failover and redundancy.
Automation and Orchestration: FortiManager’s automation capabilities streamline the scaling process by automating device provisioning, configuration management, and policy enforcement, reducing administrative burden and minimizing errors.
These features and policies ensure that FortiManager can efficiently scale to meet the dynamic needs of organizations, providing both flexibility and control over network management resources.
FortiManager's terms and conditions for contract renewal and cancellation are designed to provide clarity and structure for customers managing their service agreements. Here are the key details:
Automatic Registration: Upon renewal, Fortinet may automatically register the Renewal Service Contract. Customers authorize Fortinet to register these contracts for subsequent renewal periods, provided a purchase order is in place.
Continuous Service Period: To ensure uninterrupted service, the effective date of a Renewal Service Contract begins the day after the previous contract expires. If registration occurs more than 180 days after expiration, the start date is backdated to 180 days prior to the actual registration date.
Grace Period: Customers have a 365-day grace period to register service contracts. If not registered within this period, the service entitlement is forfeited without a refund.
Notification: Customers receive renewal notifications at least 30 days before service expiration, with reminders displayed in the FortiManager Cloud instance.
Termination for Breach: Using a Service Contract with more than one unit of product than originally purchased is considered a breach, leading to contract termination.
Service Expiration: Upon expiration or termination, the FortiManager Cloud instance is shut down, and after 30 days, it is deleted with data becoming unrecoverable.
Non-Refundable Sales: All sales, including initial purchases and renewals, are final and non-returnable.
Service Contract Forfeiture: Contracts not registered within 365 days from shipment are forfeited, and Fortinet has no obligation to provide services.
Auto-Start for Multi-Year Contracts: If a multi-year contract isn't registered within the grace period, it auto-starts, backdating to the start of the grace period, effectively forfeiting the first year.
These terms ensure that customers are aware of their responsibilities and the implications of not adhering to the registration and renewal processes, thus maintaining service continuity and compliance with Fortinet's policies.
FortiManager meets several compliance standards, ensuring that it aligns with recognized security frameworks and helps organizations maintain a secure environment. Here are the key compliance standards that FortiManager supports:
ISO 27001: FortiManager helps organizations comply with ISO 27001, which sets out the requirements for an information security management system (ISMS). This standard is crucial for managing the security of assets such as financial information, intellectual property, and employee details.
NIST 800-53: FortiManager supports the security controls recommended for federal information systems and organizations as outlined in NIST 800-53. This standard provides a comprehensive set of controls to protect information systems and is widely used in the public sector.
NIST 800-171: FortiManager assists in protecting controlled unclassified information in non-federal systems, as specified by NIST 800-171. This standard is particularly important for organizations handling sensitive government data outside federal systems.
PCI DSS: While not explicitly mentioned in the search results for FortiManager, Fortinet products, in general, are often aligned with PCI DSS (Payment Card Industry Data Security Standard) requirements, which are essential for organizations that handle credit card information.
These compliance standards ensure that FortiManager can help organizations meet regulatory requirements and maintain a robust security posture. The platform's features, such as centralized management, audit trails, and policy enforcement, further support compliance efforts by providing consistent security controls and visibility across managed devices.
