Developing Effective Healthcare Software Solutions Is Different From The Process Of Traditional Software Development
Technology has stepped into almost each and every industry. Technology makes our life easier and simpler. It helps us in efficiently managing tasks. Technology has touched almost every field, from logistics, entertainment, and law, to catering, etc. The healthcare industry is not far away from its touch either.
The healthcare industry is quick to realize the importance of technology. Industries are embracing technology as well as the advancement in technology. We are residing in a cut-throat competitive world, to which technology gives that much-needed edge. Technology is known to reshape the working of industries. Healthcare industries use technology to not only reduce their workload but also to accelerate their performance. Healthcare application development is one of the important solutions.
According to a survey, the market will grow at a CAGR of 5.8 percent to reach $19.3 billion by 2025. Unsurprisingly, the segment is enormous, commanding a huge market share of close to 31 percent.
Developing effective healthcare software solutions is different from the process of developing traditional software. An effective healthcare software solution requires an in-depth analysis, understanding, and implementation of technology. The demand for healthcare application development is increasing with each passing day. Get a deeper insight into it below:
What Is Traditional Software Development?
Traditional software development refers to the software development process in which simple software is designed. This development process is used when integrating advanced technology is not important. It provides simple solutions and not dynamic solutions. It is great for beginners.
What Are Effective Healthcare Software Solutions?
Effective healthcare software solutions refer to developing dynamic solutions intact with all advanced technology. The healthcare industry is quick to adopt advanced technology with the help of healthcare software development. With effective healthcare software solutions, it is possible to deliver better care to patients. A report says that
Simple Software Change on Same Hardware Drives Massive Block, Object and File Storage Improvement
KIOXIA America, Inc. (formerly Toshiba Memory America, Inc.) today announced that, in recent benchmark performance tests, its KumoScale™ storage software based on NVM Express™ over Fabrics (NVMe-oF™) technology was able to improve performance when compared to Ceph software. Testing conducted in a networked environment that included the NVMe-oF specification and a TCP/IP transport showed that KumoScale software’s read performance is 12x faster than Ceph, and read latency is reduced by 60%. With similar loads, under the same testing conditions, write performance is 60x faster than Ceph while latency is reduced by 98%.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20201008005161/en/
Recent testing highlights the raw performance of KumoScale software and showcases the economic benefits that this new level of performance can deliver to data center users. (Graphic: Business Wire)
Summary of Benchmark Testing Results
Testing Environment: Test environment utilized industry standard TCP/IP transport, 100% random workloads, and triply replicated volumes for resilience in both cases.
Read Performance: KumoScale software read performance is 12x faster than Ceph software while reducing latency by 60% in the testing environment.
Write Performance: KumoScale software write performance is 60x faster than Ceph software while reducing latency by 98%.
Economic Impact: KumoScale software supports 15x more clients per storage node than Ceph at a much lower latency in the testing environment.
“Measuring performance for a storage architecture based on the NVMe-oF specification is a complex task,” noted Joel Dedrick, vice president and general manager, networked storage software, KIOXIA America, Inc. “Storage dollars per IOPS and read latency are the new critical metrics for the cloud data center. Our recent test report highlights the raw performance of KumoScale software, and showcases the economic benefits that this