CBT Nuggets’ Windows 10 70-697: Configuring Windows Devices Course Outline

70-697

I know that many of you are going through the Nuggets as they publish each week here at the CBT Nuggets site. Here is the complete course outline so you can easily track your progress. Enjoy! By the way – the Nuggets you see in bold means I have completed and uploaded them. If they do not appear in your course yet – it is because they are going through the very stringent review process.

  • Nugget 1: 70-697 Course Introduction
  • Nugget 2: Key Administration Tools
  • Nugget 3: Install Apps Using Office 365
  • Nugget 4: Windows Store Apps
  • Nugget 5: Sideloading Apps
  • Nugget 6: Using your Microsoft Account with Windows 10
  • Nugget 7: Other Authentication Options
  • Nugget 8: User Profiles
  • Nugget 9: Hyper-V
  • Nugget 10: Offline Files
  • Nugget 11: Windows To Go
  • Nugget 12: WiFi Direct
  • Nugget 13: Power
  • Nugget 14: BitLocker
  • Nugget 15: Manage Devices with Microsoft Intune
  • Nugget 16: Support Mobile Devices with Intune
  • Nugget 17: Deploy Software Updates by Using Microsoft Intune
  • Nugget 18: Configure IP and Network Settings
  • Nugget 19: Configure and Maintain Network Security
  • Nugget 20: Data Storage Topics
  • Nugget 21: EFS
  • Nugget 22: Share and NTF Permissions
  • Nugget 23: Libraries
  • Nugget 24: HomeGroups
  • Nugget 25: Other Printer and File Options
  • Nugget 26: Configure Remote Connections
  • Nugget 27: Deploy and manage Azure RemoteApp
  • Nugget 28: Support desktop apps
  • Nugget 29: Your 70-697 Exam

CCIE Evolving Technologies – Cloud Performance and Reliability

Evolving

Here is my latest installment in the complimentary CCIE Evolving Technologies training that all candidates must master for any CCIE written exam.

CCIE Evolving Technologies – Cloud Performance

Cloud technologies can cause great enhancements in the performance of your enterprise IT needs, or, they can cause nightmares. Understand that due to virtualization, contention for cloud resources, if not properly managed (especially in multitenant environments) can make performance unacceptable.

There are numerous public cloud providers who sell cloud server instances, typically by the hour and priced based on the memory (DRAM) size of the instance. In such an environment, an 8 Gbyte instance might cost roughly eight times as much as a 1 Gbyte instance. Other resources, such as CPUs, are scaled and priced according to the memory size.

The result can be a consistent price/performance ratio, with some discounts to encourage the use of larger systems. Some providers allow you to pay a premium for a larger allotment of CPU resources (a “high-CPU instance”). Other resource usage may also be monetized, such as network throughput and storage.

Cloud technologies provide the unique ability for dynamic capacity allocation. Companies can increase server instances as needed, in reaction to real load. This can also be done automatically via the cloud API, based on metrics from performance monitoring software. A small business or start-up can grow from a single small instance to thousands, without a detailed capacity planning study as would be expected in enterprise environments.

Storage in the cloud can be an area of concern since when compared to local disk, performance can vary considerably. As a result, some storage services allow an IOPS rate to be purchased when reliable performance is desired.

Fortunately, OS virtualization features great enhancements in performance. Have you ever virtualized Windows, providing the bare minimum of required RAM and witnessed it outperform tradition systems installs with dramatically more RAM. This is an excellent aspect of cloud computing.

CCIE Evolving Technologies – Cloud Reliability

While cloud performance is quite tricky and can be a risk or great reward, reliability thanks to the cloud, tends to be a much more reward based proposition.

Contingency planning efforts for continuity of operations and disaster recovery are concerned with designing and implementing cloud architectures that provide run-time reliability, operational resiliency, and automated recovery when interruptions are encountered, regardless of origin.

The technologies features in IT clouds today help ensure this and include:

  • Resource Pooling
  • Resource Reservation
  • Hypervisor Clustering
  • Redundant Storage

While these technologies address basic failover and availability demands, more specialized and complex approaches include:

  • Dynamic Failure Detection and Recovery
  • Zero Downtime

These help establish resilient cloud architectures that act as pillars for enterprise cloud solutions.

CCENT ICND1 100-105 Exam Cram Premium Edition and Practice Test