Module 2

Cloud Deployment Model with a multi-tenant cloud service model shared by several organizations

Client Virtualization applications run locally on the client’s device without installation

Disaster Planning Procedures minimizing loss of life or injury

Client Virtualization that allows for offline operation but requires greater security for local installation

Disaster planning procedures for sustaining business operations while recovering from disaster

Disaster Planning focused on mitigating and correcting cyber-attacks

Cloud Computing type where software is separated from the hardware that it runs on

Cloud Computing characteristic where users pay only for resources consumed

Example of a direct input device

Not one of the three main characteristics of Client Virtualization Architecture

Type of Private Cloud hosted within the organization’s data center

Private Cloud Hosted by a third party for a business or enterprise

Types of Alternate Sites with office spaces appropriately sized to support system requirements and fully configured

Types of Alternate Sites that are partially equipped office spaces containing some or all of the system hardware

Disaster planning concerned with continuing critical functions & processes during emergencies

RAID Level with disk striping and distibuted parity (most common form of RAID)

Cloud Deployment Model built for a single enterprise

Cloud Computing characteristic where resources are available from different locations and at any time

Cloud Deployment Model open to the general public (limited configuration, security protections)

Disaster Planning focused on recovering an information system

Disaster planning procedures for relocating an information system to an alternate location

Data Backup Method that processes only new or changed files since last full or incremental backup

Hardware components used to transfer information into the computer

Cloud Computing characteristic where cloud services are scalable and flexible

Service Model Type that provides basic computing capabilities and storage as standardized services

Data Backup Method that processes only files that have changed since last full backup

The original computer operating system

Virtualization that runs on a hosted operating system that provides virtualization services

Not one of the three sub-stages of input

Cloud Computing software that manages hardware resources of physical hosts

Fault tolerant specialized hardware with low failure rates

Disaster planning procedures to sustain Mission Essential Functions (MEFs) at an alt site for 30 days

Disaster Planning steps needed to recover operation of information systems

Response to a sudden, unplanned event that will enable anorganization to continue

Types of Alternate Sites where one site is equipped and configured exactly like the primary site

The first event in information processing cycle

RAID Level with Disk Striping with Dual Distributed Parity (High performance for read low performance for writing)

Storage Type where a storage device is connected to the same switch as the server. (Poor Fault Tolerance)

Processes information and sends it to the user in the form of print, audio, or video

Cloud Deployment Model that is a Combination of private and public clouds

Supports sandboxing & isolation from the OS (Less overhead than a standard VM)

Two Stage RAID where Data is stripped across mirrored pairs

Enables convenient, on-demand network access toa shared pool of computing resources such asnetworks, servers

Unscheduled network, equipment, or application outages or degradations

RAID type that uses a set of disks and a seperate disk controller

Cloud Computing characteristic where the hosted application is available to any type of network device

RAID Level using Disk Striping (not Fault Tolerant)

Client Virtualization similar to Presentation, but does not utilize ashared OS

Client Virtualization application run on shared servers hosted in a datacenter (Most widely used Client Virtualization)

Goal is to ensure lost data can be recovered quickly, efficiently and as completely as possible

Data Backup Method Containing all data in folders and files regardless of whether data is new or has changed

Example of Indirect Pointers

Cloud Computing characteristic that gains access to storage and server time as required, without any human interaction

Software that controls the interaction between virtual machines and physical hardware

Types of Alternate Sites with Different facilities throughout the world

Separates hardware from software

Types of Alternate Sites that consists of a facility with adequate space and infrastructure

RAID Level concerning Disk Mirroring, where if one drive is lost the other keeps running

Client Virtualization that unlike VDI, does not require a large datacenter investment

Acts as a central connection point for each blade of the server

A sudden, unplanned event that causes great damage and loss to an organization

Storage type involving high speed network of storage devices connected to a network (High Fault Tolerance)

Types of Alternate Sites with A large truck or a trailer turned into a data processing or systems

Common cords used to transfer data from the Hard Drive

Offsite storage that contains items that technical staff need to rebuild server

Provide power in the event of prolonged power interruption

Alternate Power that should provide a continuous power stream to a server room

Cloud Deployment Model with a small server in a home or small network that can be accessed over the internet

Virtualization software presents a software representation of the underlying hardware and OS would interact with

Establishes trust in VM environment (Provides high degree of security)

Separates a desktop computer environment from the physical device used to access it

Part of the backup process, organizations have a list of critical devices needing protecting.

Virtualization that runs directly on top of the system hardware

An alternate facility for recovering and performing operations for an extended period

Service Model Type where customers build applications on the provider’s infrastructure

Uses a single shared operating system to host many users (Good efficiency, lack of flexibility)

Type of RAID that's implemented virtually

Server type that saves spaces and increases server efficiency (Reduced power consumption)

Multiple physical servers condensed into one server running many virtual machines

Essentially large battery ranging in size and capacity depending on anticipated electrical load and duration of USI

Two Stage RAID where Two pairs of stripped drives are mirrored

Service Model Type where applications are available on demand to the customer