In the same way that humans cannot live without water, today’s digital businesses cannot function without data. As individuals, we consume water throughout the day in various forms and locations. We get a glass of water from the refrigerator or the water cooler at work. We take a quick gulp from a water bottle while on the treadmill or from the school water fountain. All this water is sourced from rivers, wells, or lakes, then transported via pipelines or highways, forming a distribution system so reliable we seldom consider its complexity. Similarly, the flow of data in modern enterprises demands robust and dependable systems to keep it accessible, secure, and usable.
The Keyva Seamless Data Pump
Keyva Seamless Data Pump is a data integration platform designed to transfer large data sets between multiple systems, both on-premises and cloud-based. It secures the data and transforms it into the required format for each end user. The Data Pump also ensures that you are only served the amount of data you need, whether it be a single serving or a disaster recovery weekly backup. This enhances both the relevance of the data and its security. Some of its key features include:
- A single source of truth since data is pulled from disparate sources for a single view to make better business decisions.
- Seamless integration with various tools from multiple vendors and support for multiple CMDB platforms.
- Data loads can be scheduled during off-peak hours to minimize impact on business operations.
- Comes with extensive prebuilt modules for faster implementation while offering complete customization to meet specific needs.
This unique blend of prebuilt functionality and flexible customization sets Keyva Seamless Data Pump apart, empowering businesses to manage their data as effortlessly as turning on a tap.
Use Cases of Keyva Seamless Data Pump
Need to transform data from multiple sources in multiple datacenters into a centralized CMDB, Seamless Data Pump delivers. Here are two examples use cases:
A large global bank needed to make sure their CMDB was kept current and accurate. With multiple sources of data gathering and data inputs, limited capability of the discovery engine, and an engineering team that did not have expertise in every tool’s API schema, they needed help in getting data transformed and entered into the CMDB in an automated way and quickly. Any delays could exacerbate the problem of data drift and data integrity. The Data Pump helped consolidate data from multiple systems and used the power of CMDB reconciliation to assign appropriate weights to specific datasets, and helped control all of this through a standardized interface which also reduced the need for staff training.
Now consider an international manufacturing and distribution organization that had three geographically dispersed data centers: two for operational resiliency and one for disaster recovery. In this setup, enormous volumes of data were continuously transferred across dedicated links between these facilities. Just as water transportation incurs significant costs, moving large amounts of data can was expensive. They wanted to optimize data transfer costs, while not changing or losing any of the current endpoint functionality. The Data Pump addressed this challenge with several key features:
- Data Compression: Significantly reduces the volume of data transferred, lowering bandwidth requirements and associated costs.
- Real-time Monitoring: Continuously tracks data transfers to ensure completeness and integrity.
- Automatic Error Detection and Correction: Identifies any missing or corrupted data during transfer and automatically initiates retransmission to ensure complete data accuracy.
- Scheduling and Prioritization: Allows for strategic timing of large data transfers to utilize off-peak hours and optimize network resources.
- Deduplication: Eliminates redundant data regardless of disparate IT assets.
Scalability and Security
In today’s fast-paced environments, data surges can be unpredictable. For instance, consider a hospital overwhelmed with patients following a natural disaster or construction accident. Such a surge generates a significant influx of data that must be processed quickly, but with Keyva Seamless Data Pump, there’s no need to expand your data teams to manage the load. This highly scalable solution can instantly adjust to ensure that the relevant data is sent to target data sources.
Security is equally critical. All data is encrypted during transit to thwart any unauthorized access. The Data Pump also supports the use of service accounts, so organizations can control the permissions model for the type and amount of data that gets processed. It uses secure connection protocols for respective APIs of the source and target products, so that data is securely translated and loaded. The ability of the Data Pump to adapt to sudden data surges while maintaining stringent security protocols makes it an exceptional choice for organizations dealing with high-volume data transfers in dynamic environments.
Conclusion
Just as people rely on consistent, reliable drinking water from national distribution networks, businesses and stakeholders should expect the same dependability from their data infrastructure. While many solutions can move data, the Keyva Seamless Data Pump stands out for its consistency, reliability, and scalability.
The Date Pump exemplifies Keyva’s commitment to providing innovative tools that transform our client IT environments and businesses. Our team can assess your environment, understand your needs, and demonstrate how Keyva Seamless Data Pump can add value. We offer implementation and customization services to ensure the Data Pump works optimally for you.