An option for automated daily backups and self managed bare-metal restores for a nominal fee.Redundant hardware and infrastructure, with your data mirrored to the redundant hardware in real time.Easy management of cPanel, Plesk and CloudLInux licences.Firewall protection, which can be managed from your control panel.Easy to use Cloud VPS Control Panel for restarts and console access.30 minute target response time to tickets.Our Cloud VPS servers offer better value for money compared to the largest competitors, and with The Hosting Heroes you get the bonus off: The tests were done repeatedly at random intervals over a 24 hour period, after all our servers had been migrated to the new hardware, to ensure the tests were fair and representative. We also ran benchmark scoring, to compare the overall performance of the virtual machines when under load, and our Cloud servers exceeded the best AWS or Azure could produce, by over 20%. The results show disk read speeds on The Hosting Heroes were an order of magnitude faster than either AWS or Azure. I wonder how much more money you’d need to spend to get similar results with the competition? I wanted to write this blog post to show what kind of results you can get from a The Hosting Heroes cloud server … but I didn’t expect such a huge gap between the results. Run Run fio stats: # Random read/write performance testįio -randrepeat=1 -ioengine=libaio -direct=1 -gtod_reduce=0 -name=test -filename=random.fio -bs=4k -iodepth=64 -size=4G -readwrite=randrw -rwmixread=75 | grep IOPS rm -f random.fioįio -randrepeat=1 -ioengine=libaio -direct=1 -gtod_reduce=0 -name=test -filename=random.fio -bs=256k -iodepth=64 -size=4G -readwrite=randrw -rwmixread=75 | grep IOPS rm -f random.fioįio -randrepeat=1 -ioengine=libaio -direct=1 -gtod_reduce=0 -name=test -filename=random.fio -bs=4m -iodepth=64 -size=4G -readwrite=randrw -rwmixread=75 | grep IOPS rm -f random.fioįio -name=randread -ioengine=libaio -iodepth=16 -rw=randread -bs=4k -direct=1 -size=4G -numjobs=2 -runtime=240 -filename=random.fio -group_reporting | grep IOPS rm -f random.fioįio -name=randread -ioengine=libaio -iodepth=16 -rw=randread -bs=256k -direct=1 -size=4G -numjobs=2 -runtime=240 -filename=random.fio -group_reporting | grep IOPS rm -f random.fioįio -name=randread -ioengine=libaio -iodepth=16 -rw=randread -bs=4m -direct=1 -size=4G -numjobs=2 -runtime=240 -filename=random.fio -group_reporting | grep IOPS rm -f random.fioįio -name=randwrite -ioengine=libaio -iodepth=1 -rw=randwrite -bs=4k -direct=1 -size=4G -numjobs=2 -runtime=240 -filename=random.fio -group_reporting | grep IOPS rm -f random.fioįio -name=randwrite -ioengine=libaio -iodepth=1 -rw=randwrite -bs=256k -direct=1 -size=4G -numjobs=2 -runtime=240 -filename=random.fio -group_reporting | grep IOPS rm -f random.fioįio -name=randwrite -ioengine=libaio -iodepth=1 -rw=randwrite -bs=4m -direct=1 -size=4G -numjobs=2 -runtime=240 -filename=random.fio -group_reporting | grep IOPS rm -f random.fio
#Aws cpanel install
Run Unix Bench: yum install screen git gcc -y Number of IOPS across all 9 tests for a simple comparison at the end. The workloads running inside the virtual environment. In a production environment applications access data randomly across theĭisks in parallel, and the block sizes will vary massively depending on I will also be running some random read/writes at various block sizes Scoring system for comparison which we can review later. Is a good choice as it will test the hardware performance and theĭefault template configurations provided as standard, and has a simple Of how the environment performs on the underlying infrastructure.
#Aws cpanel series
I want to run a series of tests that will best mimic a productionĮnvironment, so I will be using Unix Bench to give you an overall score On Amazon AWS we used package c5.large and on Microsoft Azure we used package Standard B2s which give us the same amount of CPU/RAM as the test on our cloud and both also claimed to use SSD Storage.
#Aws cpanel update
I created a virtual machine with 2 Cores of CPU and 4GB RAM using Centos 7×64 with SELinux disabled, I then run yum update -y to update all components before rebooting the virtual server to start the tests. There are many reasons to buy cloud from The Hosting Heroes rather than from AWS or Azure – not least of who are better at support, more flexible billing and packaging, greater ease of use and more choice of locations… but what about performance?Įveryone assumes the hyperscalers like Amazon Aws or Microsoft Azure will naturally outperform the competition, but how good is their service when it comes up against a well-designed The Hosting Heroes Cloud? Let’s find out… Preparing the virtual machines. If you thinking about buying cloud services from us and wondering how our platform compares against the hyperscale clouds… this blog post is for you. Founder & Director – The Hosting Heroes LTD