C1000-142 Exam Dumps - IBM Cloud Advocate v2

IBM Cloud® provides a secure cloud platform that you can trust. IBM Cloud compliance results from a platform and services that are built on best-in-industry security standards, including GDPR, HIPAA, ISO 9001, ISO 27001, ISO 27017, ISO 27018, PCI, SOC2. IBM Cloud provides compliance reports for some compliance regulations, for example SOC or PCI, to advise clients. The reports include details of the audit experience and can help users assess and address the high, medium, and low risks identified.

VMware Solutions Dedicated is a single-tenant model with higher levels of isolation for enhanced security. When utilizing VMware Solutions Dedicated, data can be stored locally, or by using IBM Cloud File Storage or Cloud Object Storage. These are all managed by the VMware instance, which is managed by the user, not by IBM. However, it is IBM's responsibility to integrate with IBM Cloud encryption services when using VMware Solutions Dedicated. There are two encryption capabilities available in VMware Solutions Dedicated: ⦿ Encryption in transit ⦿ Encryption at rest

Object Storage enable you to store and access unstructured data anywhere in the world with a self-service portal backed by RESTful APIs.

Object Storage supports exponential data growth and cloud-native workloads with built-in high-speed file transfer capabilities, cross-region offerings and integrated services.

Cloud object storage makes it possible to store practically limitless amounts of data, simply and cost effectively.

Example use cases of cloud object storage include:

- Backup and recovery

- Data archiving

- Cloud-native app data

- AI and analytics

IBM Cloud Sales Engineers assist clients in creating actions plans to help them resolve critical business problems.

A resource is the instance of the service

Containers are lightweight and portable executable units (images) of software. They supply portability between different platforms and clouds. Containers are self-contained units that are designed to hold applications as well as all libraries and dependencies that the application requires. Containers can be run on physical computers or in the cloud.

Containers do not have an operating system of their own. Instead, they access the operating system of the device they are running on using a hypervisor. This allows them to be more light-weight, easier to provision, and much smaller than traditional virtual machines.

Virtual machine is a virtual re-presentation of physical computer, you can understand it as a computer inside a computer. Each individual virtual machine behaves exactly as though it were its own computer. It has its own operating system, memory, storage, and compute and is totally unaware of other virtual machines that could be running on the same host.

How do containers differ from a traditional VM?

Traditional virtualization leverages a hypervisor to virtualize physical hardware. Each VM contains:

- A guest operating system (OS)

- A virtual copy of the hardware that the OS requires to run

- An application and its associated libraries and dependencies

- Containers, on the other hand, virtualize the operating system. Each container only contains:

- The application

- Its libraries

- Its dependencies