| March 26, 2020 |
SIOS Product Update: What’s New in SIOS Protection Suite and DataKeeper Cluster Edition – WindowsSIOS Product Update: What’s New in SIOS Protection Suite and DataKeeper Cluster Edition – WindowsSIOS is pleased to announce the release of version 8.7.1 of our SIOS Protection Suite-Windows and DataKeeper Cluster Edition-Windows products. The new release broadens support and adds new features to meet our customers’ needs for easy, cost-optimized high availability. The following features and additional support are being introduced as part of this update for DataKeeper and SIOS Protection Suite:
What’s next? Let us know what you’d like to see and check back for more updates! Reproduced from SIOS |
| January 27, 2020 |
SIOS DataKeeper Chosen For Ability To Enable Shared Storage Clustering In AzureRSM Australia Gets Protection in a Hybrid CloudSIOS DataKeeper chosen for its ability to enable shared storage clustering in Azure
RSM Australia (www.rsm.global/australia) is a professional services firm with advisers in 30 offices across Australia. RSM Australia is part of RSM Global, the world’s sixth-largest audit, tax and consulting network. RSM Global nexus of member firms draws on more than 43,000 people in 800 offices across 120 countries to help guide clients through business challenges, both locally and seamlessly across borders. |
| January 26, 2020 |
Perth’s Optus Stadium gets SIOS DataKeeper with Microsoft Windows Server Failover Clustering for Hyper-V high availabilityMeet Australia’s smartest and highest tech stadium – Perth’s Optus StadiumSIOS DataKeeper™ implemented with Microsoft Windows Server Failover Clustering for Hyper-V high availability
The Perth Stadium, also known as Optus Stadium, is a high tech, multi-purpose stadium in Perth, Western Australia. Completed in late 2017 and officially opened in January 2018, the stadium has a capacity of over 60,000 people, making it the third-largest stadium in Australia after the Melbourne Cricket Ground and Stadium Australia. It has also been named Australia’s smartest and highest tech stadium. According to Sascha Rhalf, Commercial Project Manager, Siemens, the Stadium is a landmark project in Western Australia that shapes the city’s skyline. It’s a high profile infrastructure development project that has been in the publics’ eye from the start due to the significant amount of government funding that the project has received. The project itself has been a marvel, particularly for the Construction, Building Management and IT industries, given the complexity of both the building construction and IT architecture of the Stadium. Providence Solutions Australia along with Siemens and BGIS, joined forces to form a power-house team to work through the complex nature of the project and deliver one of Australia’s best Stadiums built to-date. Now nearing the end of its first year of operations, we discuss in more detail the background behind the project and the journey thus far.
The Challenge: Maintaining AvailabilityThe highly customized-design of the Stadium made this a challenging project from the beginning. It was also a greenfield project, meaning there were no blueprints or previous examples/use cases to follow or reference. In fact, the blueprint for future similar projects was created during the project itself. The project demanded a fit-for-purpose and tailored IT management solution that would meet all of the Stadium’s customized needs now, and into the future. The complexities of the IT design requirements ranged from high megapixel cameras, mission-critical application servers, a large number of multi-vendor integrations and dependencies, event day service delivery, and diverse vendors and ICT (Information Communications Technology) requirements. At the same time, it was important to keep to budget and timelines, as well as ensure the highest level of quality and security. Complexity also stemmed from the fact that the very latest technologies were implemented to support the project’s future requirements. From face recognition to highly sophisticated access systems, to thousands of sensors – high tech and future-proofing technology was selected to ensure that the Stadium was equipped for the future. This meant, however, that the amount of data to be captured and stored on-site would be significant requiring a powerful solution to house and store the data securely. The performance requirements for the technology implemented at the Stadium also gave complexity to the project. For example, the performance requirements for security video cameras alone was extraordinary. There are around 700 cameras including a significant number of ultra-high-definition cameras. The CCTV management solution is provisioned with 1Pb of scalable tiered storage for review, analytics, facial recognition and database matching. There were also varied levels of availability requirements ranging from 99.999% (5 9’s) to 99.9% which is considered unique. It was critical to ensure that there was uninterrupted processing of data and application availability, eliminate any loss of data and transactions if a server fails, and continuous computing during repair. The Solution for High Availability for Hyper-V Virtual MachinesProvidence Solutions Australia was selected as an instrumental technology partner involved in the end-to-end solution design and build. From design to engineering, to building and implementing, they were the “brains” behind the Optus Stadium’s unified compute IT platform. The Optus Stadium is the first-ever stadium in Australia to embrace a unified, continuous computing infrastructure platform which was highly essential given the complex nature of the project from both a building and IT perspective. The unified continuous computing infrastructure platform is a single platform that can house multiple applications and data and features built-in resilience through fault tolerance, high availability, high performance and seamless disaster recovery capabilities. Put simply, it is a super platform – one that can cope with anything. It was decided that a hyper-converged unified compute platform was key to the overall technology and IT build given the range of diverse systems and applications managed. Providence Solutions Australia implemented SIOS DataKeeper™ with Microsoft Windows Server Failover Clustering to provide high availability for their Hyper-V virtual machines. It was determined that this was the only way to ensure that there was a simple, manageable and yet cost-effective and robust solution that supported multiple integrations of devices and data securely, while also guaranteeing a high availability outcome. The super platform and total building solution work by providing an end-to-end solution for the stadium operations. In a single platform, it contains a convergence of multiple systems, spanning video surveillance management, recording and archival, voice, data, storage, industrial monitoring (SCADA systems), HVAC, building and power management, security systems, video intercoms, irrigation, billboards, lifts, and lighting control. There is a range of 3rd party vendor applications that sit on the integrated platform including Johnson Control, Philips Dynalite, and Schindler. The ResultsThe Stadium has delivered. There has been positive feedback from the public and visitors since the opening. It is a state of the art stadium as well as a workplace with transparent and intelligent security on a future proof backbone with superior analytics. It has been built with IT security top of mind and has been built meeting all the technical specifications and performance requirements set out by Multiplex. The IT architecture and design has also taken future developments into consideration. Get a Free Trial of SIOS DataKeeper Learn more about High Availability Clusters For Virtual Server Environments |
| August 23, 2019 |
SQL Saturday: High Availability and Disaster Recovery for SQL Server in Azure IaaSHigh Availability and Disaster Recovery for SQL Server in Azure IaaSSpeaker: Jason Aw Duration: 60 minutes Level: Beginner Track: Application, DBA and Database Development The CEO just tasked you with moving all the SQL Server instances to Azure, or maybe you are deploying a brand new application and want to leverage Azure IaaS to host SQL Server. Beyond security and performance, your most pressing concern might be ensuring SQL Server running in Azure is highly available. While on-prem high availability and disaster recovery options for SQL Server are well defined, moving those instances to Azure immediately presents some questions and challenges. Can I simply lift and shift my SQL Server Failover Cluster Instance to the cloud? Do I need to upgrade to SQL Server Enterprise Edition and us Always On Availability Groups? What about shared storage and failover clustering? What about disaster recovery, what are my options there? Load Balancers, Fault Domains, Availability Zones, Azure Site Recovery and Region Pairs, what are these things and why do they matter to me? High Availability and Disaster Recovery professional Jason Aw with 20 years of experience explains all this and more in detail. Accompanying Material |
SQL Saturday: High Availability and Disaster Recovery for SQL Server in Azure IaaSSQL Saturday: High Availability and Disaster Recovery for SQL Server in Azure IaaSSpeaker: Jason Aw Duration: 60 minutes Level: Beginner Track: Enterprise Database Administration & Deployment The CEO just tasked you with moving all the SQL Server instances to Azure, or maybe you are deploying a brand new application and want to leverage Azure IaaS to host SQL Server. Beyond security and performance, your most pressing concern might be ensuring SQL Server running in Azure is highly available. While on-prem high availability and disaster recovery options for SQL Server are well defined, moving those instances to Azure immediately presents some questions and challenges. Can I simply lift and shift my SQL Server Failover Cluster Instance to the cloud? Do I need to upgrade to SQL Server Enterprise Edition and us Always On Availability Groups? What about shared storage and failover clustering? What about disaster recovery, what are my options there? Load Balancers, Fault Domains, Availability Zones, Azure Site Recovery and Region Pairs, what are these things and why do they matter to me? High Availability and Disaster Recovery professional Jason Aw with 20 years of experience explains all this and more in detail.
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“With any clustering technology, you need to be wary of what you’re doing to avoid having failover fail. But with SIOS DataKeeper, the system pretty much just manages and maintains itself…It just works!” – Craig Hannagan, RSM Project Manager
SIOS DataKeeper was determined to be the only way to ensure a simple, manageable and yet cost-effective and robust solution that supported multiple integrations of devices and data securely, while also guaranteeing a high availability outcome.