Best Network Management Software for Fortinet

Unimus is the essential solution for Network Administrators eager to gain mastery over their network configurations. With the capability to effortlessly automate and oversee more than 450 device types from over 160 different vendors, this on-premise tool provides complete control to users. Rather than simply alerting you to modifications, Unimus pinpoints precisely what has changed, allowing you to audit both past and present configurations throughout your network. Leverage this valuable insight by managing devices through the integrated Device CLI, or deploy configuration changes to thousands of devices in mere seconds, whether on demand or according to a schedule. The robust RegEx-based Config Search feature enables you to quickly locate specific items across your entire network. Unimus also seamlessly integrates with your current toolset through its API, NMS synchronization, and notifications via Email, Pushover, and Slack. This helps eliminate manual errors, mitigates risks, and enhances team productivity. Gain confidence in managing your network effectively. Sign up for a forever-free license for 10 devices at unimus.net.

FortiWeb WAF protects web applications and APIs from the OWASP Top 10, zero-day threats, and other application-layer attacks. It also includes robust features such as API discovery and protection, bot mitigation, threat analytics, and advanced reporting.

A10 Defend Threat Control is a SaaS component within the A10 suite. It offers a DDoS attack map in real-time and a proactive, detailed list DDoS weapons. A10 Defend Threat control is unlike other tools that are available today, which provide convenience but at the expense of false positives or false negatives. It provides insights into attackers and victims, analytics and vectors, trends and other characteristics. This helps organizations establish a stronger security posture by providing actionable insights that block malicious IPs who can launch DDoS attacks.

SurePassID is a sophisticated multi-factor authentication solution that can be deployed in various environments to protect both information technology and operational technology sectors, encompassing essential infrastructure, older systems, on-site operations, air-gapped setups, hybrid clouds, and fully cloud-based systems. The platform accommodates numerous authentication strategies, including passwordless and phishing-resistant methods like FIDO2/WebAuthn (utilizing FIDO2 PINs, biometrics, or push notifications), alongside one-time passwords (OTP through OATH HOTP/TOTP), mobile push notifications, SMS, voice calls, and conventional techniques. SurePassID seamlessly integrates with popular operating systems, facilitating domain and local logins, RDP/SSH remote access, and even older or embedded Windows systems typically found in OT/ICS/SCADA settings, thus allowing for offline two-factor authentication when necessary. Additionally, it offers protection for VPNs, network devices, appliances, legacy applications, and web applications through SAML 2.0 or OIDC identity provider capabilities, as well as access protocols for network devices. This flexibility makes SurePassID an essential tool for organizations aiming to enhance their security posture in diverse operational landscapes.

FortiAIOps enhances IT operations by providing proactive visibility through the power of artificial intelligence, facilitating a more efficient network management system. This AI/ML solution is specifically designed for Fortinet networks, enabling rapid data acquisition and the detection of anomalies within the network. The various Fortinet devices, including FortiAPs, FortiSwitches, FortiGates, SD-WAN, and FortiExtender, contribute to the FortiAIOps dataset, which aids in generating insights and correlating events crucial for the network operations center (NOC). This system allows for comprehensive visibility across the entire OSI model, offering detailed Layer 1 data such as RF spectrum analysis to identify potential Wi-Fi interference. Additionally, it provides Layer 7 application insights, revealing the applications that flow through both Ethernet and SD-WAN links. To further assist in network management, users can leverage an array of troubleshooting tools, including VLAN probing, cable verification, spectrum analysis, and service assurance, to effectively diagnose and resolve issues. By employing these tools, organizations can ensure their networks operate smoothly and efficiently.

NetWatch.ai provides an all-encompassing, AI-powered monitoring and security platform aimed at unifying disparate tools into a cohesive solution tailored for contemporary IT settings. The platform features three main product categories: NetWatch OPS, which delivers real-time monitoring, proactive alerts, and efficient resource management for servers and networks; Secure OPS, a hybrid SIEM that facilitates comprehensive security oversight and compliance for both cloud-based and on-premises systems; and AI OPS, which harnesses machine learning to foresee potential issues, automate resolution processes, and enhance operational efficacy. A unique “AI System Administrator” functions as a virtual operator that oversees customer infrastructures, integrates seamlessly through API with existing workflows, and provides thorough visibility and automation. Additionally, for organizations in need of expert support, NetWatch.ai offers Hive OPS SOC, a tiered Security Operations Center service that includes round-the-clock monitoring, incident response, and various other critical services. This integrated approach not only simplifies management but also significantly strengthens the overall security posture of businesses in an increasingly complex digital landscape.

Fortinet has established itself as the leading SD-WAN provider in terms of market share revenue growth. Its SD-WAN solution offers sophisticated routing, self-healing features, and adaptable security through either a network firewall or SASE-based cloud-delivered services, all integrated into a cohesive package. The Fortinet Secure SD-WAN (software-defined wide-area network) empowers businesses to both transform and secure their WAN edges comprehensively. By adopting a Security-driven Networking strategy that operates on a single operating system with a unified management console, organizations can enjoy an enhanced user experience, improved security effectiveness through the convergence of networking and security, and increased operational continuity and efficiency. Designed to tackle contemporary complexities and threats, Fortinet Secure SD-WAN caters to the essential business needs of its customers. Furthermore, its architecture is built to evolve, safeguarding investments as organizations embark on a digital-first path and facilitate a work-from-anywhere environment, ensuring they remain resilient in the face of changing technological landscapes.

EndaceProbes deliver a flawless record of Network History, enabling the resolution of Cybersecurity, Network, and Application challenges. They provide transparency for every incident, alert, or issue through a packet capture platform that seamlessly integrates with various commercial, open-source, or custom tools. Gain a clear view of network activities, allowing for thorough investigations and defenses against even the most formidable Security Threats. Capture essential network evidence effectively to expedite the resolution of Network and Application Performance problems or outages. The open EndaceProbe Platform unifies tools, teams, and workflows into a cohesive Ecosystem, making Network History readily accessible from all your resources. This functionality is embedded within existing workflows, eliminating the need for teams to familiarize themselves with new tools. Additionally, it serves as a robust open platform that allows the deployment of preferred security or monitoring solutions. With the capability to record extensive periods of searchable, precise network history across your entire infrastructure, users can efficiently manage and respond to various network challenges as they arise. This comprehensive approach not only enhances overall security but also streamlines operational efficiency.

Nautobot, developed by Network to Code, serves as an open-source solution tailored for network automation, enabling organizations to maintain a unified repository for their network configurations, layouts, and automation processes. This platform is designed to work alongside current IT infrastructures, accommodating multi-cloud, hybrid, and on-premises setups. With an extensive array of features such as REST APIs, real-time network observation, and the ability to automate routine tasks effortlessly, Nautobot significantly enhances the efficiency and scalability of network management for businesses. Additionally, its flexibility allows teams to adapt it to their specific needs, further streamlining their operations.

DataBahn is an advanced platform that harnesses the power of AI to manage data pipelines and enhance security, streamlining the processes of data collection, integration, and optimization from a variety of sources to various destinations. Boasting a robust array of over 400 connectors, it simplifies the onboarding process and boosts the efficiency of data flow significantly. The platform automates data collection and ingestion, allowing for smooth integration, even when dealing with disparate security tools. Moreover, it optimizes costs related to SIEM and data storage through intelligent, rule-based filtering, which directs less critical data to more affordable storage options. It also ensures real-time visibility and insights by utilizing telemetry health alerts and implementing failover handling, which guarantees the integrity and completeness of data collection. Comprehensive data governance is further supported by AI-driven tagging, automated quarantining of sensitive information, and mechanisms in place to prevent vendor lock-in. In addition, DataBahn's adaptability allows organizations to stay agile and responsive to evolving data management needs.

Tenzir is a specialized data pipeline engine tailored for security teams, streamlining the processes of collecting, transforming, enriching, and routing security data throughout its entire lifecycle. It allows users to efficiently aggregate information from multiple sources, convert unstructured data into structured formats, and adjust it as necessary. By optimizing data volume and lowering costs, Tenzir also supports alignment with standardized schemas such as OCSF, ASIM, and ECS. Additionally, it guarantees compliance through features like data anonymization and enhances data by incorporating context from threats, assets, and vulnerabilities. With capabilities for real-time detection, it stores data in an efficient Parquet format within object storage systems. Users are empowered to quickly search for and retrieve essential data, as well as to reactivate dormant data into operational status. The design of Tenzir emphasizes flexibility, enabling deployment as code and seamless integration into pre-existing workflows, ultimately seeking to cut SIEM expenses while providing comprehensive control over data management. This approach not only enhances the effectiveness of security operations but also fosters a more streamlined workflow for teams dealing with complex security data.

SentryWire serves as a comprehensive packet capture device and network security monitoring system designed to provide complete visibility into networks across various sectors, including enterprise, federal, and industrial control systems. It is capable of retaining packet capture data for extensive periods—ranging from weeks to years—ensuring that security teams maintain critical insights and can carry out investigations on threats well beyond the lifespan of other monitoring tools. By utilizing commodity hardware, distributed storage solutions, and a modular design, it adeptly captures, indexes, and retains full packet data at scale, accommodating everything from lightweight virtual setups to extensive enterprise clusters. In contrast to traditional packet sniffers that only record headers or metadata, SentryWire archives the entire packet stream, allowing for forensic replays, in-depth packet inspections, and thorough retrospective analyses while offering extended historical investigations. It accommodates capture rates that span from a modest 1 Mbps to an impressive over 1 Tbps, featuring capabilities such as real-time logging, advanced filtering, compression, visualization, and sophisticated BPF-syntax analysis to enhance security operations. This robust platform ultimately empowers organizations to navigate complex network environments with confidence, ensuring they remain vigilant against emerging threats.