## A Unified Approach to Enterprise Applications: IBM Hybrid Cloud Mesh and Red Hat Services Interconnect
Navigating the complex world of modern enterprise applications requires the collaboration of various personas to effectively manage complexity and ensure continuous business support through the automation of essential workflows. Traditionally, applications and their hosting infrastructure align with DevOps and CloudOps. However, due to rising costs stemming from diverse IT environments, the emergence of FinOps has focused on expense monitoring and control, adding another layer of complexity.
The introduction of Red Hat Services Interconnect (RHSI), based on the popular open-source project Skupper, aims to simplify the hybrid cloud connectivity needed for applications. It empowers DevOps teams to obtain the necessary connectivity without special privileges or relying on complex VPN connections and firewall rules, thus accelerating application deployment workflows while preserving the overall CloudOps and SecOps posture.
Additionally, RHSI reduces dependencies on L3 layer mechanisms to create application tunnels, improving the efficiency of DevOps teams by reducing the need for L3 tunnels for each application. The technology is deployed as an “in-cluster gateway,” allowing for greater awareness of the application environment compared to traditional routers.
In the realm of the IBM Hybrid Cloud Mesh, two key building blocks, including a SaaS Platform (Mesh Manager) and a set of distributed gateways (Gateway), work in tandem with RHSI to simplify application connectivity and security across various platforms, clusters, and clouds.
The collaboration between IBM Hybrid Cloud Mesh and RHSI simplifies application connectivity and security across diverse platforms, clusters, and clouds. This collaboration creates connections between services, applications, and workloads across hybrid environments, revolutionizing how multicloud environments are utilized and empowering businesses to derive maximum value from modern application architecture.
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[FAQ] Frequently Asked Questions1. What is Red Hat Services Interconnect (RHSI)?
– RHSI is based on the open-source project Skupper and aims to simplify hybrid cloud connectivity needed for applications. It empowers DevOps teams to obtain necessary connectivity without special privileges or relying on complex VPN connections and firewall rules.
2. How does IBM Hybrid Cloud Mesh add value to RHSI?
– In the realm of IBM Hybrid Cloud Mesh, the collaboration with RHSI simplifies application connectivity and security across various platforms, clusters, and clouds, revolutionizing how multicloud environments are utilized.
3. How does RHSI reduce dependencies on L3 layer mechanisms?
– RHSI reduces the need for L3 tunnels for each application by creating application-level tunnels at a higher layer and employing an open standard application layer messaging protocol.
4. What are the building blocks of IBM Hybrid Cloud Mesh?
– IBM Hybrid Cloud Mesh consists of a SaaS Platform (Mesh Manager) and a set of distributed gateways (Gateway) deployed close to application workloads within the application environment.
5. How does the collaboration between IBM Hybrid Cloud Mesh and RHSI benefit businesses?
– The collaboration simplifies application connectivity and security, creating connections between services, applications, and workloads across diverse platforms, clusters, and clouds, thereby empowering businesses to derive maximum value from modern application architecture.
Summary:
This article discusses the complexities of modern enterprise applications and the collaboration between IBM Hybrid Cloud Mesh and Red Hat Services Interconnect (RHSI) to simplify application connectivity and security across various platforms, clusters, and clouds. RHSI, based on the open-source project Skupper, aims to simplify hybrid cloud connectivity needed for applications, while IBM Hybrid Cloud Mesh adds value by simplifying application connectivity and security, ultimately empowering businesses to derive maximum value from modern application architecture.