Deploying Kubernetes applications to air-gapped environments requires shipping both Helm charts and their Docker images. Let's see how we can package and deploy Helm charts to air-gapped Kubernetes clusters.

Configuring and managing `docker` images in airgapped system can be challending. Let's see how we can ease IT Admin's job by letting them use what they have been using for years now.

Shipping Docker images to an airgapped system can be challenging due to no internet connectivity. Let see how we can ship `docker` images to an airgapped system.

Leveraging `docker` containers for providing reusable, replicable and consistent development enviorment.

At L7 level we use reverse proxies to expose our services to the clients and these reverse proxies forwards the traffic to the actual servers based on various load balancing algorithms.

At L3/L4 level we use virtual IP address to expose our services to the clients and these virtual IPs forwards the traffic to actual servers based on various load balancing algorithms.

Imagining load balancer at each layer of OSI model.

Creating a Solaris package to ship your application to your customer or user. Making it relocatable so the user can choose to install at any location.

Compiling `gcc 4.1.2` on Solaris to over come compilation and linking issues faced during porting my C++ application from RHEL.