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Start-ups and small businesses will sometimes find it difficult to stand up in a superfluid market competition for almost every business sector. Using cloud for small business can tackle this big problem in compliance with every business growth.

Cloud computing means a centralized location on the internet. Cloud contains data that can be accessed anytime, anywhere from any connected devices. Cloud solution accommodates businesses with every size, from small to big one. Cloud becomes more critical during today’s work-from-home trend in the wake of COVID-19 pandemic.

Cloud for small business comes in several usages. As small business owner, you can make use of cloud to keep files and open them for access. The strategy will allow your employees accessing them whenever they are. You can save huge amount of hardware costs.  In turn, you won’t allocate budget for maintenance.

The second usage is for making cloud good companion as your business grow and slow down depending on business season. Cloud solution is a flexible and automatic platform for assisting your business strategy in line with the season. This will lead to changing IT budget. You’ll need to pay what you really use.

Aside from the financial benefit, cloud can update itself. You won’t need to hire a lot of IT staffs to catch up with rapidly-changing technology progress. Cloud providers will maintain and update the cloud system within your IT department.

Small business doesn’t mean neglect data security and confidentiality. Consult with cloud providers for best data management to anticipate possible data theft or fraud. Discuss about cyber security factor that becomes pivotal as today’s business goes digital.

With pay-as-you-go scheme, you can still obtain reliable services that ensure data safety and privacy. Although your business is small, you’ll have to begin paying attention to information sharing ethics. What each of your employee’s performance can be monitored rigidly.

All of the workers can share the same data in one network secured by the cloud. As your business scales up, negotiate with cloud providers which services that best meet your needs at affordable cost. This holds true for when business hits the peak. You can reduce the use of cloud solution during low season, as well.

Measuring cloud network latency assists for experiencing quicker and safer cloud computing solution. The element is inevitable in the wake of tight competition for all business sectors.

Cloud network latency refers to the delay before a transfer of data begins following an instruction of for its transfer. This is particularly critical for cloud architects who may often ask for how quick can they exchange a request and a response between two endpoints.

As taken from Google Blog, three tools are available for measuring cloud network latency. Cloud architects can utilize ping, iperf and netperf. Each of them is not implemented and configured the same. As such, different tools can produce different outcome. The Google Teams believe netperf provides the more proper answers to the question. Even so, you’ll have to study the details.

The following is displaying information on measuring cloud network latency from Google and researchers at Southern Methodist University’s AT&T Centre for Virtualization. In particular, the following contains latency benchmarking before and after migrating workloads to the cloud.

Ping is able to measure the round trip time/RTT of transactions. Ping utilizes the task using Internet Control Message Protocol/ICMP packets and some tools based on ping, like nping, hping and TCPing. Netperf, on the other hand, is capable of performing latency tests, throughput tests and more.

The Google Teams select PerfKit Benchmarker (PKB) when running latency tests in a cloud environment. The PerfKit Benchmarker is able to assist you applying benchmarks on various cloud providers. At the same time, you can automatically build and reduce the virtual infrastructure required for the benchmarks.

According to the Google Teams, netperf is more recommended for measuring cloud network latency because it accommodates greater flexibility with its options in a whole. The Teams also choose Transmission Control Protocol/TCP over ICMP. This is due to the fact that the TCP is more common in usage. This is sufficient to conclude TCP is more representative of real-world applications.