​There is genuine excitement from everyone at the event about the performance being achieved with the new NonStop X servers running the L-series operating systems.  As an HPE partner we’ve worked with customers who have performed benchmarks, in their environments, that consistently result in at least 2.5 times faster performance increases over their previous platforms.  The advancements of the HPE NonStop X series platform combined with the micro service architecture of Tango lends itself to high efficiency performance results that our customers love seeing. We continuously hear these comments from clients as they continue to push for higher performance for their customers. Lusis looks forward to working with both existing and future customers as they continue to roll out this technology.  

​To wrap up the CTUG event here’s a picture of the vendor area in the atrium of the HPE office in Canada.
 
Lusis looks forward to what is to come at the Technical Boot Camp (TBC) in November, as we get to interact even more with our customers and fellow colleagues working in the NonStop space.  The sessions are always filled with new and creative ways to use the latest technology as we move towards the Edge and use of blockchain and distributed ledgers.
Please feel free to contact me at ki.roth@lusispayments.com for any questions, comments or to setup a time to chat at Boot Camp.
 
See you in November in San Francisco!

​A new style of partnering

Hewlett Packard Enterprise and Lusis Payments are collaborating in a fresh new way to bring increased value to customers like you. 
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We know that acquiring technology is only the first step in achieving a business goal. The technology pieces need to work together. They need to be tested. They need to provide rich functionality, quickly and effectively, so you can concentrate on your business needs.

To help satisfy these needs, Lusis Payments is a member of the HPE Partner Ready for Technology Partner program, an industry-leading approach to supply sophisticated integrated technologies in a simple, confident, and efficient manner.

Lusis provides state of the art products and services to the payments industry. Using micro-service architecture, Lusis brings a modern and truly flexible proposition to the payments EcoSystem. 
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Lusis Payments has access to the right tools, processes, and resources to help our  joint customers accelerate innovation and transformation that brings value, achieves business needs, and increases revenue and market share.

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​Another one of our clients at Boot Camp shared with us that they’ve been benchmarking TPS rates and have tested TPS rates that are triple what they expect to see in the future. He commented that there is no further need for them to invest in benchmark testing as the results clearly show the scalability of TANGO for all their future growth. 

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Brian and I would like to thank everyone who stopped by the booth to meet with us to get their passports stamped and schedule webinars.  We look forward to following up with everyone next week and beyond. 

There’s no time for downtime, and it’s crucial that your Nonstop hardware platform is at the ready 24/7. Lusis Payments has years of experience with open systems and brought our experience to Nonstop and OSS a few years back.  One of the key architecture features of an SOA Nonstop environment relates to reliability and high availability, with the agility and the scalability users need. A versatile design and architecture provides the same high availability Nonstop users are accustomed to for continuous online processing plus Active/ Active and Active/Passive environments. This allows payment applications to be streamlined across multiple servers without sacrificing speed or accuracy which creates a robust, reliable platform with guaranteed delivery each and every time.

Some elements of high availability are provided by the architecture of the hardware platform, such as fault tolerance, clustering, and remote backup. Lusis has experience with these different architectures and their respective pros and cons. We have integrated several functions to minimize any constraints introduced by these disparate architectures.

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