EliFuzz

Aspect	Description
Failure Detection	Identify if a service is no longer responding or experiencing difficulties using various methods like heartbeats, ping requests, or error rates
Circuit Opening and Closing	When a failure is detected, open a "circuit" to divert traffic away from the affected service. Close the circuit when the issue is resolved, restoring traffic to the original service
Fallback Strategies	Define actions to take when a circuit break occurs, e.g., retry the request, send it to a backup service, or return an error

EliFuzz

Aspect	Description
Round Robin	Distribute incoming requests equally across all available instances
Least Requests	Send incoming requests to the instance with the fewest active requests
IP Hash	Use a hash function to map incoming requests to specific instances
Session Persistence	Ensure that subsequent requests from the same client are always routed to the same instance

EliFuzz

Aspect	Description
Proxying	Acts as a proxy between the client and the service, allowing for interception of incoming requests and outgoing responses
Route Configuration	Allows developers to configure routes within the service mesh to control how requests are handled
Path Based Routing	Enables developers to route requests based on the URL path, allowing them to create and manage API versions or route requests to different backend services
Query Parameter Based Routing	Allows develop

EliFuzz

| Tool | Layer of Operation | Traffic Management | Caching and Compression | Security | Visibility and Monitoring | Scalability | Complexity | | ------------------------- | --------------------- | ----------------------------------------------------------------------------------------------------------- | ------------------------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------ | ---------------

EliFuzz

Aspect	Description
Isolate Namespaces, Pods, and Services	Use network policies to block all incoming and outgoing traffic by default, and then create additional policies to allow specific types of traffic
Enforce Security Policies	Create network policies that follow organizational security standards or comply with regulatory requirements
Implement Micro-Segmentation and Zero Trust Networking	Use network policies to restrict com

EliFuzz

| Network Model | Isolation | Complexity | Scalability | Security | Performance | Protocols | Control | Encapsulation | Flow | Advantages | Disadvantages | Use Cases

EliFuzz

Network Model	Description
Amazon Elastic Container Service for Kubernetes (EKS)	Offers a highly scalable and secure network fabric for Kubernetes by leveraging Linux kernel modules and SDN technologies
Antrea	Implements a highly scalable and secure network fabric for Kubernetes using Linux kernel modules and iptables rules
Aqua	Offers a highly scalable and secure network fabric for Kubernetes through the utilization of Linux ker

EliFuzz

Service	Use Case
ClusterIP	Suitable for intra-cluster communication between components within a multi-tier application. For example, a web server and database server might communicate via a ClusterIP service
NodePort	Ideal for exposing applications to external clients or services, such as a customer-facing web portal or API gateway
LoadBalancer	Well-suited for high-traffic applications requiring load balancing and scaling capabilities, such as a large e-commerce website or mobile app
ExternalName	Useful

EliFuzz

Tool	Description

EliFuzz

Pros	Cons
Stable and predictab