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Aviatrix offers a comprehensive cloud network platform that seamlessly integrates security, visibility, and automation features. The Aviatrix solution is an SDN (Software-Defined Networking) solution and, like most SDN solutions, comprises:Control Plane via the Aviatrix Controller Management Plane via Aviatrix CoPilot Distributed Data Plane via Aviatrix GatewaysThe Aviatrix architecture involves these different planes interacting and communicating with one another through various protocols. Understanding these interactions and protocols is crucial for configuring and optimizing the Aviatrix environment effectively.In this blog, we will delve into the communication protocols and interactions among the Aviatrix planes.The diagram below illustrates the interactions between different planes.  Below is the common list of protocols use in above communication.Controller to CSP API (HTTPS over port 443) Controller to and from Copilot. a.  HTTPS over port 443 for API, UDP 5000 for Controller sy

Introduction What is Prometheus What is Grafana Aviatrix integration with Prometheus and Grafana Aviatrix CoPilot Metrics API Deploying Prometheus and Grafana containers Prometheus Verification Grafana Configuration IntroductionThis article presents how to integrate Aviatrix CoPilot with Prometheus and Grafana.The design provided here guides you on how to create a centralized monitoring solution for your environment. Having that allows you to gain full visibility of your Aviatrix and non-Aviatrix environments/applications integrated into one monitoring system to quickly identify the health (errors, bottlenecks, etc.) of all of your resources. What is more, it gives you the visibility of your entire environment. What is PrometheusPrometheus is an open-source monitoring and alerting system. Prometheus pulls the metrics from different Targets (API calls). Those Targets are specified in the Prometheus configuration file. Prometheus will initiate the connection with all the Targets and

Amazon Bedrock is a managed service by AWS which simplifies consumption of Generative AI by making base models from Amazon and other 3rd party providers available via API. The account and infrastructure for Amazon Bedrock are specific to model provider and is hosted in their escrow accounts which are owned and managed by AWS. Amazon Bedrock Backend ArchitectureAmazon Bedrock offers Foundation Models with single or multi-tenancy options where1- Customers can use the base model in a Multi-tenant setup using a read-only mode so no one can make changes to the model2- Make a copy of the base model and fine-tune it based on their own customization in a Single-tenant setup which is kept in the Fine-tuned model S3 bucket.3- Train the model using their own training Data. All the customization and training done are only accessible to the customer and is never fed back to the common base models.In this model, you use Amazon SageMaker for Training Orchestration. An Aamzon SageMaker Training job is

Introduction Aviatrix Controller and Gateways Metrics/Logs Datadog Configuration Aviatrix Controller Configuration Aviatrix CoPilot Configuration Checking Logs and Metrics in Datadog Aviatrix CoPilot Alerts Checking Alerts in Datadog Useful LinksIntroductionTwo types of integrations can be done with Datadog:You can send Aviatrix Controller and Gateways Metrics or/and Logs to Datadog. From the Aviatrix side, this integration can be done either from Controller or CoPilot. There is no need to do it on both Controller and CoPilot at the same time.Send Aviatrix CoPilot Alerts to Datadog Aviatrix Controller and Gateways Metrics/LogsAviatrix Controller and Gateway Metrics and Logs can be exported to Datadog. Please notice that Datadog Agent uses HTTPS to send data to Datadog (https://docs.datadoghq.com/agent/proxy/?tab=linux).It is possible to create such an integration from either Controller (old way) or CoPilot (new way). This document presents both ways. The data sent to Datadog is th

From our engineering blog on medium, checkout our overview article on network security mechanisms in Aviatrix. More detailed articles to followhttps://engineering.aviatrix.com/network-security-policy-to-enforcement-with-aviatrix-892fd66ac719