SD–WAN Improving the Quality of Video Conferencing

The year 2020 has witnessed major upheavals around the globe including floods and forest fires due to climate change and spread of viruses. It has forced many organizations to organize work from home practices for employees to make sure smoother running of their businesses. As COVID-19 still dominates working life today. Office staff from around the world have settled into their working from home setups. At such a divergent point, effective communication between office employees and managing bodies becomes of crucial importance. Team managers require strong communication medium to stay in contact with their teams. That is the reason, it has given rise to a record increase in video conferencing over these years of pandemic. Many global businesses are forced to adopt the traditional face to face practices of video conferencing.
Cloud Security with SD–WAN

With an increase in cyber-crimes across the globe, cyber threats are becoming disastrous for vulnerable victim organisations. Whether these are phishers, scammers, viruses or even bots, they can be very dangerous to corporate data. During the days of the pandemic, corporate data had become more vulnerable to cyber attacks with orders to work from home. Hackers across the world are exploiting remote working networks during these unfavorable times, taking advantage of very minor human errors and weak network security layers.
Optimising Access to the Cloud with SD–WAN

Software defined – wide area networking (SD–WAN) is among the most dominant network technologies that enterprises are rapidly adopting. Due to its quality of services, enhanced cloud application performance, minimal architectural complexity, simple adoption and reduced cost, it is becoming popular and rapidly transforming the network technologies. Across the IT ecosystem, tons of organisations and enterprises are rapidly shifting towards the software defined – wide area networking (SD–WAN) solution because of its provision of efficient, agile and integrated application connections resulting in a faster, better and frictionless network, which is the priority of IT specialists and network managers across the globe.
Is MPLS Needed for SD-WAN?

SD-WAN is rapidly capturing the market of MPLS, which was dominating for decades. But both technologies have their limitations as well as their advantages. Though infant SD-WAN seems reliant on MPLS in some major fields, this reliance is not unavoidable. SD-WAN can still altogether bypass MPLS. But it should not be recommended. A perfect hybrid of SD-WAN and MPLS can benefit business organizations in terms of cost-saving, increased security, reduced packet loss, reduced latency, and performance enhancement.
Getting SASE with SD–WAN

Wide area networking (WAN) is a traditional networking solution based on multi-protocol label switching (MPLS). In such solutions, the reliability of the connection depends upon pre-defined communicating nodes. But these high-performance networking links between the two sites face limited bandwidths along with some other physical constrains. Hardware defined pre-setup in WAN is the major reason to shift towards a software defined – wide area networking (SD–WAN) solution.
Home as a Branch Site With SD–WAN

Organisations across the globe are rapidly adopting new technologies to meet customer demand during increasing market competition. It is necessary for their survival to keep pace with emerging trends in the market. Fluctuating customer demands, the introduction of new trends to the market and advancements in the technological sphere always cause big changes in the market.
6 Benefits How SD–WAN Will Improve Your Life

Organisations across the globe are rapidly adopting new technologies to meet customer demand during increasing market competition. It is necessary for their survival to keep pace with emerging trends in the market. Fluctuating customer demands, the introduction of new trends to the market and advancements in the technological sphere always cause big changes in the market.
Moving Your PBX to the Cloud

PBX is a business telephone system generally used to describe multiple call management features like outbound and inbound lines, voicemails, and call routings etc. It generally stands for Private Branch eXchange. PBX is based on a hardware system which is required to handle the call routings and call switching between a specified business location and adjacent telephonic network. It can be very easily understood by a simplified analogy of switchboard operator used for switching and routing. The name, Public Branch eXchange has originated from its functional operation, the way it interacts with PSTN networks. While the term ‘Private’ separates it out from PSTN that it is different from Public Switched Telephone Network (PSTN), regardless of the fact that it can also be connected to it.
Remote Work Solutions

Since the outbreak of COVID-19, we are living in the middle of a chaotic situation. As the situation is highly ambitious and even unknown, that is the reason many organizations and businesses are moving towards remote working solutions for continuing operation of their companies. Those who have adopted the remote working solution, are able to continue their business operations as usual. Although not in the same way as before the pandemic, but successful enough to maintain the continuity of their business processes. Due to continuous adoption of remote working solution among the companies, competition is again picking the pace and organizations are trying best to adopt best remote working practices to lead their market share. That is why, it is highly necessary for businesses of all sizes to learn and adopt remote working solutions to pursue their business activities in a productive way.
SD-WAN vs IPsec VPN’s

An encrypted connection between two or more computers is called a virtual private network, commonly known as a VPN. These VPN connections are subjected to public networks, but exchange of data is private because of encryption. It becomes possible to share and securely access confidential data over public networks using VPNs. For example, corporate employees often use VPNs when they work from home or work remotely to access and share corporate files and applications securely.