The interconnectedness of today’s enterprises with on-premises and cloud deployments can cause configuration nightmares for network admins. Cloud VPNs are complex to configure and the costs for access add up quickly. This whitepaper describes how DH2i’s Software Defined Perimeter software, DxOdyssey, can replace the typical VPN structure with one that’s more secure and more resilient to outages.
Wherever your workforce may be, they need access to on-premises or cloud-based company resources like servers, desktops, and applications. VPNs have long been the primary method for connecting users and their resources, but Software Defined Perimeters (SDPs) such as DxOdyssey are increasing in popularity. This whitepaper describes how DH2i’s DxOdyssey software matches up against VPNs for securing connections between resources and their intended users.
Providing High Availability to an organization’s applications is a high-pressure aspect of IT responsibilities. Forcing IT to use a different HA solution for each application further complicates matters while increasing costs. DH2i’s DxEnterprise can consolidate the HA responsibility to a single solution that also monitors for best performance venues and allows better optimization of server and operating system investments.
The popularity of Software Defined Perimeter solutions (SDPs) such as DxOdyssey have risen with respect to the increased security they provide compared to traditional networking methods e.g. VPNs. This whitepaper describes how DH2i’s DxOdyssey software matches up against other SDP vendors for securing connections between users and their resources – wherever they may be.
The cost of downtime could be astronomical for an organization. The tangible costs alone can significantly impact the business. This whitepaper delves into how to minimize both planned and unplanned downtime and how to ensure SQL Server is available to support the business (and help make the IT Department the hero of the company).
Although it’s been around for over 30 years, adoption rates—and use cases—for PostgreSQL are still growing. Its core distinctions of data correctness and integrity are particularly e ective on Ubuntu nodes, which typify all of the innovation advantages of open source communities. PostgreSQL remains a viable choice for organizations across verticals not only because it’s one of the few top 10 databases not backed by a speci c vendor, but also because, as an object relational DBMS, it supports a variety of methods and data types for extremely extensible, scalable, real-time performant needs.
As a fully functioning, cloud-ready document database, MongoDB excels at the decentralized data applications of the modern enterprise. Accessing it on an Ubuntu node is a credible means of maximizing the sort of innovation both of these open source platforms encourage. With its intelligent data distributions successfully impacting aspects of regulatory compliance, governance protocols, hybrid clouds, integration e orts, high availability, and sharding capabilities, MongoDB scales horizontally to yield abundant business value in numerous ways.
As the heterogeneity of IT environments increase around the globe, management is becoming more complex and more time-consuming. Whether it be on the primary site alone, or a remote disaster recovery site, most organizations simultaneously run environments containing different underlying infrastructure. The lack of availability and portability within these environments was a problem that DH2i initially set out to solve for SQL Server, and has now branched out to Linux and Docker as well.
A company called DH2i is taking a fresh approach to assured availability, one that recognizes our complete dependence on data and the pervasiveness of Microsoft SQL Server as an enabling platform.
Now, application virtualization takes a logical next step and puts the application (and, by implication, the IT administrator) in the driver’s seat—delivering responsiveness and performance while further enhancing utilization and cost-effectiveness.