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How to implement a multi-cloud compatible write only state ledger that can be used for forensics, analysis, remediation, financial analysis, etc.

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writeonce-state-ledger

How to implement a multi-cloud compatible write only state ledger that can be used for forensics, analysis, remediation, financial analysis, etc.

Use Cases:

  • tracing all events on a cloud/cluster/app into a write-once ledger that doesn't require blockchain decentralized ledger but is immutable.
  • the source of the events should be tamper proof, or tamper evident.
  • use this tracing for network (micro)segmentation policy [0]:

In order to (achieve network segmentation), a combination of host and container-level traceability (is) required...(Something that) synchronizes with the Kubernetes Master through heartbeat requests in order to push new states to dependent systems and provide translation between pod IP and application. Logging of pod-to-pod communications based on pod-IPs as packet source and destination introduce the issue of cluster state changes. Any translation between pod-IP and application may become invalid if the cluster state has changed. If a pod is relocated its pod-IP in the current state may not refer to the same application as in the previous state. Any log entry made in the previous state cannot be used to understand the traffic as its corresponding state no longer exists. To tackle this issue ... the following ... functionalities (are needed):

  • State-mapping: Given a point in time the system can retrieve the state of the cluster during that time.
  • Pod-mapping: Given a pod-IP and a cluster state the system can retrieve the pod corresponding to the pod-IP of that state together with information related to the pod.
  • State-subscription: Following the publish-subscribe architectural pattern the system allows other systems to subscribe to state changes which are pushed, or published.

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