In IBM Cloud Activity Tracker, by default, it monitors events around the lifecycle of encryption keys. This means that the service keeps track of activities related to the creation, deletion, modification, and usage of encryption keys within the IBM Cloud environment. Encryption keys are essential for securing sensitive data and communications. By monitoring key-related events, IBM Cloud Activity Tracker helps to ensure the security and compliance of the data stored and processed within the IBM Cloud ecosystem. It provides an audit trail of key management activities, giving administrators and security teams visibility into how encryption keys are being managed and used across the cloud platform. This monitoring helps identify any suspicious or unauthorized actions related to encryption keys, enhancing the overall security posture of the cloud environment.
IBM Cloud Sales Engineers work closely with clients to understand their business challenges, requirements, and objectives. They have a deep understanding of IBM Cloud offerings and solutions, as well as technical expertise in cloud computing and related technologies. Their role involves collaborating with clients to identify the best-fit solutions from the IBM Cloud portfolio that address the specific business problems faced by the client.
The code written in JavaScript as an Edge Function on IBM Cloud Internet Services will run when a trigger event occurs. This trigger event could be an HTTP request, such as when a user accesses a specific URL or route, or when certain conditions specified in the Edge Function are met. The Edge Function is executed on the edge server closest to the user making the request, allowing real-time processing and customization of content delivery.
An access key is automatically generated and associated with the IBM Cloud Monitoring instance. The access key allows the instance to authenticate and access the necessary resources and data to monitor the client's cloud environment. With this access key, the monitoring service can securely collect data and metrics from various cloud resources, applications, and services to provide insights and visibility into the performance and health of the environment.
IBM Cloud Block Storage Service provides virtual servers and bare metal servers with SAN-like iSCSI storage. This service offers persistent, high-performance block storage that can be attached to both virtual servers (VSI) and bare metal servers (BMS) on the IBM Cloud platform. It allows you to create and manage storage volumes that act like traditional Storage Area Network (SAN) storage, but delivered over iSCSI, making it easily attachable to IBM Cloud virtual and bare metal instances. IBM Cloud Block Storage is commonly used for applications, databases, and other workloads that require high-performance, durable block storage.
Continuous Integration is a software development practice in which code changes are automatically and continuously integrated into a shared repository several times a day. With each integration, automated tests are run to ensure that the changes haven't introduced any bugs or issues. The primary goal of CI is to detect and address integration problems as early as possible in the development process, improving software quality and reducing the time and effort required for bug fixing.
After provisioning an instance of IBM Cloud Monitoring, a monitor agent must be installed on each host. The monitor agent is responsible for collecting data from the host and sending it to the IBM Cloud Monitoring service for analysis and visualization. By installing the monitor agent on each host, you can monitor the performance and health of individual resources and applications in your environment. This allows for better visibility and understanding of the overall system's behavior and helps in identifying and resolving issues proactively.
Please select 2 correct answers
With these two ways of viewing billing information, you can get both an overview of your overall cloud costs and a detailed breakdown of expenses related to specific services, allowing you to monitor and manage your IBM Cloud spending efficiently.
Kubernetes is an open-source container orchestration project that simplifies everything associated with deploying and managing containers.
These resiliency levels allow users to choose the appropriate level of data protection and redundancy based on their specific requirements and application needs. For highly critical and sensitive data, users may opt for higher resiliency levels to ensure data availability and durability across various failure scenarios.
IBM Cloud Direct Link offerings provide dedicated, private network connectivity from external sources into a private cloud network. Direct Link enables secure and high-performance connections between an organization's on-premises data centers or network environments and their resources deployed within IBM Cloud.
In IBM Cloud IAM, the concept of Resources represents individual cloud services that have been provisioned within an account. These services can include offerings like virtual machines, databases, object storage, AI services, and more. Each of these provisioned resources can have its own access policies, defining who can interact with that particular resource and what actions they are allowed to perform.
IBM Watson Studio is a suite of tools and collaborative environment for data scientists, developers, and domain experts.
IBM Watson Studio is a service that can be used to develop sophisticated machine learning models using Notebooks and code-free tools to infuse AI throughout your business.
This shared responsibility model aims to create a collaborative approach to cloud security and ensures that both IBM and the client play their respective roles in maintaining a secure and well-managed cloud environment.
The architecture that describes the application composed of many loosely coupled and independently deployable smaller components is called "Microservices" architecture. Microservices architecture is a software design approach that structures an application as a collection of small, independent services, each running in its own process and communicating with each other through lightweight mechanisms, often HTTP APIs. Each microservice represents a specific business capability and can be developed, deployed, and scaled independently, which allows for greater flexibility and agility in the development process.
