Transforms IT from Edge to Core to Cloud

Technical Edge Purpose — Firstly, why the need for the edge? Defining the issue at hand goes further at helping to navigate a strategy than any other aspect. The why should answer clearly the technical and business hurdles that edge computing will help to overcome. Failure to do so could end up building into the network bottlenecks and constraints that could have costly outcomes.

Business Alignment — If the edge is a technical solution, it should still have a business impact. Following the impact through the business is necessary, for while edge computing may solve a technical issue, it could also hamper business goals.

Hardware and Software — There are many vendors in the market that provide edge hardware and software. The consideration is to achieve compatibility and interoperability between all the component parts. Costs, performance, and feature lists are a close second, only because if the whole system doesn’t operate well together, these things matter less.

Full System Monitoring — Software has a second responsibility, to provide comprehensive visibility and control over the whole edge environment, preferably within a unified dashboard.

Edge Maintenance — Ongoing maintenance should encompass security, network connectivity, device management, and physical maintenance. Using monitoring packages, and security packages like Secure Access Service Edge (SASE), companies can cover these maintenance issues.
Edge & Cloud Security.

Autonomy from the Internet — Edge cloud allows for autonomous operations, which can be particularly useful in areas where internet connectivity is limited. As pointed out by the features of MMDCs, edge cloud architectures are suited for remote locations, like monitoring devices deep in the wilderness, or on vessels or facilities out at sea such as oil rigs.

Data Sovereignty — especially that of personal information, is regulated. Because of these regulations technology must now accommodate and prioritize the semantic aspect of data over the physical aspect. In terms of regulations, personal information typically cannot reside on servers outside the country of the person it refers to. Yet as the edge continues to grow, and diffuse, these data sovereignty issues will challenge the transit and storage of data. In some cases, placing compute and storage closer to or on edge devices provides a solution.

Edge Security Enhancements — will provide new opportunities for attacks, it is the nature of changing technology. However, it also provides new opportunities for defenders who can architect security packages that bolster protection. Data transiting between edge and core can be encrypted, while endpoints can be hardened against attack.                                                         

Datacenter Switches technologies deliver industry-leading throughput and scalability, an extensive routing stack, the open programmability of the OS, and a broad set of EVPN-VXLAN and IP fabric capabilities. With datacenter switching , routing etc..  you’ll find premier solutions for data center spine-and-leaf, switching ,wireless,routing and network security for your network.

Network Security involves access control, application security, network analytics, types of network-related security (endpoint, web, wireless), firewalls, VPN encryption and more.

Cyber security refers to every aspect of protecting an organization and its employees and assets against cyber threats.    

Data Center Switches

Deliver the network performance from 10GbE to 800GbE for today’s modern workloads.

Edge Switches

Modernize network edge for bandwidth intensive applications, PoE powered devices and IoT.

MX I/O Modules

Multi-chassis scalable fabric architecture and a robust fabric-level automation framework.

Cloud Services

Enables your business to scale elastically while minimizing capital investment through our modern cloud services that span the network and security domains.

Data Center Networking

Build data center spine-and-leaf networks with solutions providing industry-leading throughput and scalability. Leverage an extensive routing stack, the open programmability , automation, and a broad set of EVPN - VXLAN and IP fabric capabilities.

Network Operating System

Operating system runs routing, switching, and security over the Networks high-performance network infrastructure.

Network Automation

Automation-led approach to networking simplifies and accelerates WAN and data center planning, design, and operations for more reliable and sustainable network services.


Offers a complete portfolio of standards-compliant optics including direct-detect and coherent optical transceivers, application-specific pluggables, and optical and electrical cables. Our broad portfolio of standards-compliant optics delivers leading performance and operational simplicity for deployments across WAN, data center, and enterprise networks.


Improve the economics of networking with cloud-grade, high-density ethernet switching across your data center, campus, and branch.


Improve your operational experience with the industry’s most scalable, programmable, and resilient routers. Comprehensive portfolio of best-of-breed routers offer unparalleled capacity, agility, and operational consistency, with end-to-end automation required for service-aware networks that power today’s hyperconnected world.

SDN and Orchestration

Future-proof for the multi cloud era with open SDN solutions that provide abstracted control, automated workflows, and security.


Security products offer threat detection, enforcement, and remediation through a comprehensive portfolio. Our next-generation firewalls, advanced threat prevention, threat intelligence, security orchestration, management, and analytics extend security across every point of connection across the network.

Security Services

Advanced Threat Prevention (ATP) is the threat intelligence hub for your network. It contains a litany of built-in advanced security services that use the power of AI and machine learning to detect attacks early and optimize policy enforcement network wide.


Software is built to simplify and automate their processes: from initial ideation to deployment to on-going operations. And we do this by delivering best in class software for best in class platforms - physical, virtual, or cloud.

Wireless Access Points 

Is leading the convergence of Wi-Fi, Bluetooth® LE, and IoT with our enterprise-grade Access Points.The Access Points work in conjunction with the Cloud Architecture to collect and analyze metadata in near real-time from all wireless clients.


Data Storage Solutions are required to store the data electronically and making it machine readable. The purpose of these solutions is making data storage and access easy and reliable. The digital data excels in paperless data management.

Disk/ Storage Array contains drives and cache memory for a file, block, and object storage over dedicated storage hardware like spinning and solid hard disk drives, HDD and SSD. The standard disk array includes cache memory, controllers, disk enclosures, and power supply. A disk array distributes data efficiently on the multiple drives and allows flexible data management with improved data availability and recovery.

Disk Arrays Include

Network attached storage (NAS) arrays: NAS  is a file-based storage system through which sharing files stored on the network with users is possible without affecting the network system. NAS systems may contain one or more storage drives.

NAS is suitable for the small businesses and home networks it requires installing NAS devices onto the LAN through TCP/IP.

Storage area network (SAN) arrays: SAN network is the block level storage and a trustworthy data technology solution to process large amounts of data at low costs and is a highly flexible system. A local network of multiple devices and a single storage device that operates on the data files at the block level.


Network storage for servers offered currently have a huge capacity, support server expansion, and performs consistently in data access, storage, back up activities as well as recovery of data all at high speed and the data device is centrally located which enhances the performance tremendously.

Direct Attached Storage (DAS) is low-cost storage and backup solution functioning with single or multiple drives connected in a RAID array. It connects directly to the server or host client without a network connection making it perfect for the local storage needs with ensured performance. NAS and SAN are costly solutions compared to DAS.

  1. Security: Optical networks are more secure compared to the other networks thus; NAS infrastructure should use optical connections for the security of file sharing between UNIX and Windows clients. The NAS server may use UNIX security and integrate it with Windows ACL security along with the Active Directory.
  2. Hardware: Requirements of Network Attached Storage consists properly installed and updated drivers. RAID protected storage should opt for better performance and accessibility. NAS requires the hardware thus customization in terms of hardware for computer-based NAS, like CPU, memory, storage components are not possible.
  3. Software: Computer-based NAS installs FTP/SMB/AFP software server no plug-ins or additional protocols supports like it does support DAS.
  4. Network: You can avoid the connection failure of NAS if it is connected using 2 IP Switches. Poor connectivity can affect NAS performance and reliability.
  5. Backup: Data loss and inaccessibility after backups is nerve breaking hence putting them online or storing on the cloud can free the local network storage space. Each NAS acts like a separate device on a network and it can be of use for scalable backup. Backup and mirror are on files that save time, energy, and bandwidth.
  6. Multiple Users: Data files accessed from the network storage by multiple users need not mailed or transferred using USB.
  7. Access:  File sharing, downloading permissions needs to be set for users to view or modify the files on the network. Server availability is a concern for file access.
  8. High Speed: The speed of file access is higher with the copies of data using LAN, which maintains the databases and backups at a central location.
  9. Additional Storage Space: NAS allows us to add to the storage space on the network without affecting the systems that are already loaded on the network, a configuration of network operating system for file sharing is not required. SAN is accessible from any networked server and it does not remove storage from servers but separates storage from servers to free up space. It is can manage huge data with network block-level storage.
  10. Storage Capacity: I can store many terabytes of data, which makes it worth investing. The central location of data and huge storage capacity helps in data processing and accessibility.
  11. Compatibility: Network Storage and data storage solution should be compatible with the optimal performance of centralized data storage and management.
  12. Usage: NAS is useful in file storage, sharing, archive, build metadata directories and data replication and SAN is useful for creating and maintaining large database servers, in the recovery of archives, sharing backup and data replication.

Network storage is a crucial part of data storage, data management requirements, and strategy for the ever-growing data processing demands.



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