D2iQ, a provider of enterprise Kubernetes for intelligent cloud-native applications, has released the latest version of its D2iQ Kubernetes Platform (DKP). DKP 2.4 introduces new features, version upgrades, and extended infrastructure support for top cloud service providers (CSPs), improving and unifying the administration of fleets of Kubernetes clusters across hybrid, multi-cloud, and multi-cluster environments.



DKP is a fully automated Kubernetes platform that offers rapid platform engineering out of the box, simplifying application management throughout their lifecycles. It provides DevOps teams with a production-ready internal development environment (IDE) for centralized fleet management of Kubernetes clusters across all environments, which can be deployed in a matter of minutes.

D2iQ anticipates an improvement in security, expanded deployment options, enhanced user interface, and strengthened capacity to manage many clusters and clouds with the new features in DKP 2.4. These new features include the ability to upgrade DKP clusters on Google Cloud Platform, cluster provisioning for Microsoft Azure, ultra-secure Nvidia GPU deployment, and fleet management with a single click.

Moreover, DKP 2.4 comes with an improved Insights Engine that offers self-service troubleshooting capabilities and now includes alarms when deprecated API versions and missing best practices are found in cluster settings.

Tobi Knaup, CEO and co-founder of D2iQ, said their goal is to simplify Kubernetes management for customers running enterprise-scale Kubernetes. DKP Insights Engine is one example of their ongoing innovation and focus on helping customers succeed in their cloud-native journeys.

DKP 2.4 also supports the newest features and security fixes and is based entirely on upstream open-source Kubernetes and supports the most recent RHEL and Kubernetes releases.

Recently, the developers of Mesosphere DC/OS, based on Apache Mesos, ceased development and shifted their focus to D2iQ Kubernetes (DKP). It's worth exploring whether Kubernetes is always the best choice for orchestrators and understanding potential pitfalls.

Using cloud providers to deploy Kubernetes isn't a necessity as it can be used independently. Our CNCF-certified KaaS is compatible with other CNCF-certified clouds or installers, such as kubeadm, kubespray, and kops, avoiding incompatibilities during migration.

While Vault, Consul, and Consul Template are components of one Hashicorp stack, Kubernetes implements secrets out of the box without additional settings or components. Differentiating rights solves the issue of secrets stored in encoded form. No extras needed.

DKP 2.4 introduces a unified control interface that allows administrators to efficiently manage Kubernetes clusters spanning different cloud providers such as AWS, Azure, and Google Cloud Platform. This streamlined administration experience empowers IT teams to oversee the entire cluster landscape from a single, cohesive platform, thereby simplifying operations and reducing the complexity associated with multi-cloud management.
DKP 2.4 incorporates advanced monitoring and analytics capabilities, providing deep insights into cluster performance and resource utilization across diverse cloud environments. This level of visibility enables administrators to make informed decisions, optimize resource allocation, and proactively address any potential issues, thereby enhancing the overall stability and efficiency of their Kubernetes deployments.

DKP 2.4 revolutionizes multi-cloud Kubernetes cluster management by introducing an intuitive interface that empowers administrators to oversee and govern complex deployments seamlessly. This update offers a comprehensive set of tools for monitoring, scaling, and optimizing Kubernetes clusters across various cloud providers, effectively simplifying the administrative tasks associated with multi-cloud infrastructure.

In addition to centralized control, DKP 2.4 integrates powerful analytics and reporting features, providing administrators with granular insights into cluster performance, resource utilization, and cost efficiency across heterogeneous cloud environments. This level of visibility not only facilitates proactive maintenance and capacity planning but also enables informed decision-making to ensure optimal resource allocation and security posture.
The significance of DKP 2.4 lies in its ability to address the evolving needs of organizations seeking to leverage Kubernetes in multi-cloud scenarios. By enhancing administration, governance, and performance optimization, this update paves the way for seamless, agile, and resource-efficient management of Kubernetes clusters across diverse cloud platforms, ultimately empowering enterprises to embrace the full potential of cloud-native technologies while mitigating operational complexities.