The Complete Nutanix Private Cloud Solution Bootcamp.

Explore the various storage types in Nutanix environments, including direct attached storage, NAS, SAN, and object storage, and learn how software defined storage powers Nutanix.

Explore software defined storage (sds) with Nutanix AOS and Acropolis Hypervisor, enabling Nutanix objects and elastic block storage across multiple clouds and hypervisors.

Trace the data center evolution from physical servers with local disks to shared storage and software-defined storage, then use hypervisors to run multiple virtual machines, and highlight Nutanix benefits.

Nutanix transforms datacenter environments by virtualizing the storage controller and using local storage to create a single, scalable storage pool with snapshots, compression, and deduplication, eliminating external storage.

Discover hyper-converged infrastructure with Nutanix, a software defined storage platform that combines server and storage into a distributed system with virtual compute and network, enabling a single storage pool.

Nutanix hyperconverged platform consolidates compute, storage, and networking into a single block with built-in virtualization and virtual network.

Master hands-on practice with role plays that simulate real world scenarios, guiding you through ai-driven characters, goals, and reflections to sharpen problem solving, decision making, and interview readiness.

Explore the Nutanix architecture with at least three physical hosts forming a cluster, and learn how hybrid storage with SSD caching and HDD storage is managed by Acropolis.

Build a three-node Nutanix cluster to convert local storage into a distributed storage fabric, enabling a shared storage pool with low latency and features like snapshot, dedup, resilience, and compression.

Leverage Nutanix data locality to store each virtual machine's data on local disk of its host, reducing latency, with data duplicated across nodes for resiliency in a distributed storage pool.

Explore how the Nutanix controller virtual machine handles data requests by routing from virtual machines through the hypervisor's virtual switches to the server hardware via KVM, accessing storage across nodes.

Explore the main Nutanix cluster components, including Stargate, Medusa, Cassandra, Zeus, Zookeeper, curator, and Prism, and learn how they interact to manage storage, metadata, cluster configuration, and administration.

Explore Nutanix hyperconverged hardware, including nerd block and rack, and note that third-party hardware can support the platform but may require Nutanix licenses for virtualization and software.

Learn how rack servers operate within a rack, including bay blocks, screws, cooling, network connections via switches, and unit (U) sizing across multiple blocks.

Explore the Nutanix block, a physical server chassis mounted in a rack to host one to four units, with front-side SSD and HDD storage and hot-swappable drives.

Explore how a Nutanix block can house one to four nodes, each with CPU, RAM, SSD, HDD, and networking hardware, with no shared hardware between nodes except the power adapter.

Read the model numbering to identify hardware type, product number, node count, chassis form factor, disk size, and CPU generation, using examples like 1, 3, 5, 6, 8, and 9.

Understand Nutanix hardware platforms, model-number mappings, and use cases like database, disaster recovery, and analytics, plus remote-office and high-performance configurations with up to 4 TB memory and nvme storage.

Install Nutanix Foundation via Foundation VM with VMware Workstation, Fusion, or VirtualBox, or Foundation for Windows. Prepare an eight-port Ethernet switch, cables per node, and hypervisor ISO images.

Explore a Nutanix four-node block with A–D nodes, six 2 TB disks per node, and power supplies for redundancy, plus network adapters and management ports for installation with a switch.

Configure Nutanix block networks by identifying shared IP management ports on each node, using 10 gigabit management links, and launching the foundation installation with a laptop.

Download and install Nutanix community edition for a home lab, explore ISO images and prism elements, and set up via VM or USB with recommended hardware requirements.

Download Nutanix Foundation and hypervisor ISOs from the portal, choose Foundation VM images for VirtualBox or ESXi, Windows and Mac versions, and use the Foundation discovery applet to locate servers.

Prepare the network information before installing Nutanix cluster foundation, including IP management, hypervisor and VM IPs, MACs, DNS, gateway, and network mask in the same network ID.

Configure the Nutanix VM Foundation by booting the preconfigured foundation VM, logging in with the default Nutanix password, and preparing Acropolis OS and hypervisor ISO images for installation.

Learn how to configure Nutanix installation from foundation, including pre-configuration and hardware auto-detection. Set up vlans, ip management, blocks and nodes, cluster naming, and replication factors for a smooth deployment.

Configure a Nutanix cluster by selecting hardware, configuring IP management and interfaces, discovering or adding nodes, and setting cluster name, time zone, redundancy factor, and VRAM allocation for each KVM.

Connect to your Nutanix cluster by selecting the Acropolis version, choosing a hypervisor, and completing the IP validation and installation to access the cluster through a virtual IP.

Configure Nutanix Foundation for Windows by selecting hardware, VLANs, IP management interfaces, and host IPs, then choose the hypervisor and Acropolis OS to begin the installation.

deploy the Nutanix private cloud using the ESXi 7 hypervisor with the iSCSI iso, configuring the cluster, IP addresses, Acropolis OS compatibility, and note the option to use hyper-v.

Test drive the Nutanix hybrid multicloud platform to practice Prism Element management on a private cloud; download Nutanix Foundation, Acropolis OS, and AHV from the Nutanix portal for 19-day access.

Navigate the Prism Element user interface to edit cluster name, select hypervisor options, monitor health and performance (IOPS, latency), review VM and hardware details, and data resiliency status.

Learn how Nutanix storage uses a single storage pool per cluster with containers and volume groups to enable dynamic capacity and features like compression, deduplication, and erasure coding.

After logging into Prism, customize the storage pool name to fit your environment, review pool details (size, used size, capacity, disks), and prepare to create a storage container.

Create a storage container by naming it and selecting a storage pool, then configure replication factor and reserved capacity, while understanding thin provisioning versus thick provisioning.

Configure a storage container with compression, deduplication, and caching; explore how erasure coding and replication factor affect capacity, performance, and read versus write workloads.

Create your first virtual machine in the Nutanix private cloud by configuring name, cpu and memory, storage disks in a container, and network and host affinity.

Create your first volume group to serve as shared storage for multiple virtual machines, add a 100-gigabyte container, and attach it to a virtual machine.

Attach and manage a volume group as a second hard disk to virtual machines, creating and attaching virtual disks from containers for shared storage.

Understand Nutanix data resiliency through replication and redundancy factors that protect against host and disk failures, enable high availability, and configure fault tolerance by block or rack.

Explore Nutanix resiliency concepts, comparing hardware failover with redundancy factor RF2/RF3 and replication factor RF2/RF3 to guarantee continuous operation and data protection on hyper-converged platforms.

Learn how Nutanix redundancy factors RF2 and RF3 determine how many components can fail without interruption, comparing small clusters to large ones and explaining when to use RF2 or RF3.

Explore redundancy factor 3 in Nutanix, requiring at least five nodes and 32 GB RAM to sustain two component failures, with replication factor 3 in containers for full resilience.

Learn how Nutanix replication factor RF2 and RF3 work, configurable in Prism at the container level, with minimum node counts, redundancy, checksums, and asynchronous replication across the cluster.

Explore Nutanix data resiliency with a replication factor of two across at least three nodes, where VM data is written locally and remotely replicated for read IOs during software failures.

Learn how Nutanix ensures data resiliency by writing data remotely when local access fails, duplicating across nodes to meet replication and redundancy factors, and balancing storage while prioritizing hot data.

Migrate virtual machines to healthy nodes after hardware failure, using Nutanix data resiliency that prioritizes locality for reads and writes and replicates data to maintain low latency.

Explain how replication factor three and redundancy factor three provide three copies across different nodes to maintain data availability and resilience of write io operations during hardware failures.

Explore how fault domain levels—node, block, and rack—govern replication and redundancy factors to ensure data resiliency with minimum three nodes, blocks, and racks.

Explore how replication factor RF2 and RF3 create copies across nodes, blocks, and racks to ensure data availability even during failures, guided by node, block, or rack fault tolerance.

Configure Nutanix networking with data center switches for low latency and line rate, ensuring buffers for storage replication. Keep at most three switches between nodes and ten gigabit nvme links.

Nutanix recommends a two-switch per node architecture and a left spin live spin network design to ensure redundancy and scalable growth, with ten gigabyte speed and dedicated ip management.

Explore how Nutanix AHV constructs a per-node virtual network with a default bridge zero, virtual switches, and uplinks to physical switches, linking VMs via VM net zero and ports.

Explore the AHV network topology by reading the network diagram, identifying hosts and virtual machines, VLANs, and uplink configurations, including LDP switch discovery and active backup or active active modes.

Discover Nutanix OVS uplink configuration across a cluster, with active backup, active active with Mac pinning, and active active with LACP, plus switch requirements and redundancy.

Explore real Nutanix network topology across a multi-host cluster, tracing vm connections, active backup and active uplinks, switches, vlans, and uplink configurations with 10gb and 1gb options.

Configure and manage virtual subnets and VLANs in the Nutanix private cloud, defining subnets, IP pools, gateways, and optional DRC/DHCP settings to control VM IP addressing.

Learn how to create virtual machines with IP address management across multiple VLAN networks, add and configure network adapters, and assign IPs from the hypervisor during provisioning.

Demonstrates configuring the Nutanix AHV virtual DHCP (AHV IPAM) to assign IPs from a defined pool by editing a VM's network adapter and subnet, including VLAN considerations.

Explain how VLAN tags control traffic between virtual machines and switches across subnets, using target and native VLANs, IP address management, and Acropolis KVM orchestration.

Create a machine in a Nutanix cluster or Prism element, configure name, time zone, CPU, memory, boot options, and attach disk with storage container, network settings, replication and redundancy factors.

Add a new virtual disk to a VM by selecting disk type, storage container, bus type (default scsi), and size; then configure a network adapter with DHCP or static IP.

Bind a virtual machine to selected hosts via host affinity to run only on nodes and migrate on failure. Enable and customize scripts with cloud-init for Linux or Windows prep.

Learn to clone a virtual machine disk from a dsf/edc file or an image service. Attach it to a new vm and manage disks via image configuration and storage container.

Configure image settings, upload ISO or disk images such as Windows Server ISOs or prebuilt disks, and attach a shared disk to multiple virtual machines to save space.

Create a Nutanix virtual machine and connect a Windows ISO image via the image service, allocate disk storage, and boot from the CD-ROM to install the OS.

Learn to install Windows on a Nutanix virtual machine by selecting the VM, launching the console, mounting an ISO image, and using power and reset options.

Enable Nutanix guest tools (NGT) on a virtual machine to access name and IP, manage the VM remotely, and enable volume snapshot service and application-consistent snapshot.

Take and manage Nutanix snapshots to freeze a virtual machine’s hard disk at a moment, save subsequent changes separately, and restore, clone, or delete to revert to a prior state.

Migrate virtual machines between hosts to balance the environment, using automatic host selection or manual node choice, while respecting affinity constraints.

Clone a virtual machine to create multiple preconfigured Windows Server instances from a single source, customizing cpu, memory, disks, network, and scripts for each clone.

Learn to manage a Nutanix vm, view its details and performance metrics. Explore disks, nic, snapshots, tasks, and io metrics with the gis tool.

Explore the Nutanix VMs overview, inspect hypervisor and VM summaries, monitor CPU, memory, IOPS, and latency, and configure networking with subnets and virtual switches.