Enterprise Backup and Recovery solutions provide scalable, policy-driven protection for critical data across physical, virtual, and cloud environments. These systems automate backup processes, support incremental and full backups, and enable rapid recovery from data loss, system failures, or cyberattacks. They ensure business continuity, meet compliance requirements, and minimize downtime across complex IT infrastructures.
Continuous Data Protection (CDP) is a real-time data backup and recovery technology that captures every change made to data, enabling near-instant restoration to any previous state. Unlike traditional backup methods, CDP eliminates backup windows and minimizes data loss by continuously replicating data at the block or file level. It supports granular recovery, enhances RPO/RTO performance, and integrates with storage, virtualization, and cloud environments to ensure uninterrupted data availability and resilience.
Website monitoring is a process that continuously checks a website for potential threats and vulnerabilities. It includes trojan horse monitoring, website tampering detection, vulnerability scanning, asset surface discovery, domain hijacking detection, sensitive content monitoring, availability monitoring, and alerting you about potential threats.
Kubernetes management is the process of overseeing and controlling Kubernetes clusters. This includes the creation, updating, scaling, and deletion of pods and containers, along with monitoring their health and performance. It’s a crucial aspect of maintaining a smooth, efficient pipeline for software development and deployment.
Flexibility is essential relating to WiFi security, such as the ability to support key security frameworks as zero trust, SASE, and network segmentation, as well as the ability to embrace the growing technology standards landscape such as WiFi 6 and WiFi 6E. Flexible WiFi networks must be engineered from the start to meet unanticipated performance demands for transporting rich media from both on-premises and cloud environments, especially as new and data-intensive applications come online.
In short, in order for WiFi networks to fulfill their potential as foundational technologies in the era of remote and hybrid work, organizations must ensure they are creating a future-proof environment—one that is capable of handling rapid change.
With our solution, organizations of all sizes benefit from greater flexibility to support ongoing change:
• A unified approach to network management that spans wired and wireless as well as campus, branch, and remote work environments for streamlined IT operations.
• Options to deploy cloud-based or on-premises management or opt for Network as a Service (NaaS).
• An innovative remote work solution known as EdgeConnect Microbranch that combines highperforming, reliable wireless connectivity with SASE and Zero Trust Security without the need for an
on-premises gateway.
• A full portfolio of WiFi 6 and WiFi 6E wireless access points to support indoor, outdoor, ruggedized, and small office/home office (SOHO) environments—backed by a limited lifetime warranty.
• AIOps spanning wired and wireless, with self-healing workflows and built-in recommendations to accurately identify and resolve issues rapidly.
Monitor any application, and any server, anywhere with Server & Application Monitor.
Network Performance Monitoring and Diagnostics (NPMD) Solution provides network monitoring, analysis, diagnosis and troubleshooting solutions for network performance improvement and network forensics.
A network TAP (Test Access Point) is a simple device that connects directly to the cabling infrastructure to split or copy packets for use in analysis, security or general network management. Although the term “Tap” predates the networking industry by decades, the IT industry has generally adopted the term to mean Test Access Point.
A network packet broker (NPB) is a technology that implements a range of monitoring tools to access and analyze traffic (also known as “network packets”) across a network. Simply put, NPBs function as ‘brokers’ (or managers) of network traffic. The packet broker collects traffic from multiple network links, filtering and distributing each individual packet to the correct network monitoring tool. By doing so, network packet brokers ensure improved effectiveness from network monitoring and security tools, by delivering improved data from across the network.
Advanced Application Delivery Controller (ADC) that ensures application availability, application security, and. application optimization. It offers advanced security. features (WAF, DDoS, and AV) and application connectors.