KubeSlice – world’s first ”Service Connectivity Fabric” for KubernetesCreate virtual “stretched” clusters that connect pods across distributed cloud environments.
Reduce service mesh complexity
Increase agility for Platform Engineering/DevOps
Simplify Kubernetes networking for multi-cluster/multi-cloud
KubeSlice – world’s first ”Service Connectivity Fabric” for Kubernetes
Create virtual “stretched” clusters that connect pods across distributed cloud environments.Reduce service mesh complexity
Increase agility for Platform Engineering/DevOps
Simplify Kubernetes networking for multi-cluster/multi-cloud
Ecosystems & Integrations
KubeSlice in the Kubernetes ecosystem
KubeSlice creates a flat, secure virtual network overlay for streamlined data distribution and communication between distributed workloads. It enables multi-tenancy and reduces deployment time, complexity, and costs for multi-cloud, hybrid cloud, and edge environments, addressing the challenges of multi-cluster service mesh. KubeSlice easily integrates with the Kubernetes ecosystem, ensuring simplified Kubernetes service discovery
KubeSlice Platform
Multi Cloud,
Multi Region,
Multi Tenant, Edge Deployments
Service to Service
Connectivity
Zero Trust
Security
Visibility and Monitoring
Policy-based isolation of
network, infra and applications
API Gateway
Life-Cycle Management
Service Mesh
Container Networking
KubeSlice Features
Multi Cloud, Multi Region, Multi Tenant, and Edge Deployments
Connect multi-cloud, multi-region, or edge deployments in minutes using the KubeSlice application networking layer.
Service to Service Connectivity
Bring new namespaces onto a Slice that already contains distributed applications. Once on the Slice, the services can easily discover each other and communicate with each other as if they’re in one network, enhancing Kubernetes service discovery.
Zero Trust Security
Slice creates secure VPN tunnels (NIST, FIPS 140-2 compliant) across multi-cluster, thus enabling application discovery and communication. It establishes a framework for Kubernetes zero trust networking, ensuring that applications are shielded from potential malicious attacks originating from other parts of the clusters.
Visibility and Monitoring
Real-time monitoring of namespaces, resource usage, access controls, and service-to-service communications in both single and multi-clusters.
Isolate with Network Policy
As the number of deployed applications grows, it’s beneficial to isolate them from a network standpoint. Isolate traffic from one team’s applications to another using network policy, preventing IP address conflicts in Kubernetes.
KubeSlice Architecture
KubeSlice is an “overlay” because it works with existing K8s deployments and does not require any significant change to existing code – only an annotation needs to be added to a pod spec to enable its inclusion into a Slice. This overlay network in Kubernetes ensures that the networking layer is simplified and more manageable.
KubeSlice Benefits
DevOps, Platform Engineers and Development teams get immense value from KubeSlice because it automates & simplifies Kubernetes networking, visibility, security and communications at the application layer.
Faster time to market,
Simplified Kubernetes Automation
Kubernetes networking with
Zero Trust principles
One “flat network” for all distributed services
No IP address conflicts
ever!
More secure,
less audits
Reduce cloud costs,
optimized infrastructure use
How to Create a KubeSlice?
Here are the steps to create an Avesha KubeSlice for a cluster or Multi-cluster and attach application pods to the slice, ensuring seamless multi-cluster service connectivity and multi-cluster service mesh functionality:
With Helm Chart, install KubeSlice control plane pods and gateway pods.
Use KubeSlice Manager or configure the Helm chart with application details to onboard applications to a Slice.
Repeat steps 1 and 2 on each cluster that needs to be on the Slice. Gateway pods from each cluster will get connected, and service discovery will be enabled.
Visualize the Slice, its applications, its resources, and traffic details in the KubeSlice Manager dashboard all from a single pane of glass but for multi-cluster/multi-cloud.
With Helm Chart, install KubeSlice control plane pods and gateway pods.
Use KubeSlice Manager or configure the Helm chart with application details to onboard applications to a Slice.
Repeat steps 1 and 2 on each cluster that needs to be on the Slice. Gateway pods from each cluster will get connected, and service discovery will be enabled.
Visualize the Slice, its applications, its resources, and traffic details in the KubeSlice Manager dashboard all from a single pane of glass but for multi-cluster/multi-cloud.
How to Create a KubeSlice?
Here are the steps to create an Avesha KubeSlice for a cluster or Multi-cluster and attach application pods to the slice, ensuring seamless multi-cluster service connectivity and multi-cluster service mesh functionality:
With Helm Chart, install KubeSlice control plane pods and gateway pods.
Use KubeSlice Manager or configure the Helm chart with application details to onboard applications to a Slice.
Repeat steps 1 and 2 on each cluster that needs to be on the Slice. Gateway pods from each cluster will get connected, and service discovery will be enabled.
Visualize the Slice, its applications, its resources, and traffic details in the KubeSlice Manager dashboard all from a single pane of glass but for multi-cluster/multi-cloud.
With Helm Chart, install KubeSlice control plane pods and gateway pods.
Use KubeSlice Manager or configure the Helm chart with application details to onboard applications to a Slice.
Repeat steps 1 and 2 on each cluster that needs to be on the Slice. Gateway pods from each cluster will get connected, and service discovery will be enabled.
Visualize the Slice, its applications, its resources, and traffic details in the KubeSlice Manager dashboard all from a single pane of glass but for multi-cluster/multi-cloud.
Testimonials
Learn about our other products
Avesha KubeSlice consists of other products that enable automation, easy interconnectivity across a wide area network, and adaptive & autonomous configuration of the network based on the application's needs.
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