Cloud Key Management Service allows you to create, import, and manage cryptographic keys and perform cryptographic operations in a single centralized cloud service. You can use these keys and perform these operations by using Cloud KMS directly, by using Cloud HSM or Cloud External Key Manager, or by using Customer-Managed Encryption Keys (CMEK) integrations within other Google Cloud services.
Assign the custom role to the Cloud KMS key and Cloud Volumes ONTAP service account:gcloud kms keys add-iam-policy-binding key_name --keyring key_ring_name --location key_location --member serviceAccount:_service_account_Name_ --role projects/customer_project_id/roles/kmsCustomRole
Google’s Cloud Platform gets a new key management service
Download: https://cinurl.com/2vEWOz
Released in January 2017, the service enables users to generate, use, rotate and destroy Advanced Encryption Standard (AES)-256 encryption keys for protecting cloud data. Google Cloud KMS can also be used to manage keys used for encrypting other types of data for enterprises, such as API tokens and user credentials. Security teams using Google Cloud KMS can set encryption keys to automatically rotate at regular intervals.
Google Cloud KMS is part of the Google Cloud Platform (GCP) suite and enables customers to manage their encryption keys for data they store on GCP. Administrators can also use Google Cloud KMS to do bulk data encryption on plaintext before it is stored. The main industries Google targets with this service are those subject to regulations about how they store and secure sensitive data, like financial services and healthcare providers.
Cloud KMS integrates with some of Google's other cloud services, such as Cloud Identity and Access Management, which handles encryption key authentication. Together, the services manage security permissions and policies that control key access and access to KeyRings. Cloud KMS also integrates with Cloud Audit Logging, which records administrative access and usage activity -- something that can be helpful when dealing with compliance standards and regulations.
Google Cloud KMS has the ability to support millions of encryption keys with an arbitrary number of key versions. It can be used as a distributed service or in a single geographical cloud data center.
Cloud KMS is a cryptographic key management service on Google Cloud. Before using KMS you need to enable it in your project. In this lab you have been provisioned KMS should already have been enabled. You can make sure of this by using one of the gcloud CLI commands.
The Cloud KMS platform allows Google Cloud customers to manage cryptographic keys in a central cloud service for either direct use or use by other cloud resources and applications. For the source of keys, Cloud KMS provides the following options:
Cloud KMS platform supports multiple cryptographic algorithms, offers techniques to encrypt and digitally sign using both hardware- and software-backed keys. It is integrated with cloud IAM and Cloud Audit Logs so that users can manage permissions on individual keys and audit how they are used.
The scope of Google Cloud products and services ranges from conventional Infrastructure as a Service (IaaS) to Platform as a Service (PaaS) and Software as a Service (SaaS). As shown in the figure, the traditional boundaries of responsibility between users and cloud providers change based on the service they choose.
Cloud Identity is a stand-alone Identity-as-a-Service (IDaaS) that gives Google Cloud users access to many of the identity management features that Google Workspace provides. It is a suite of secure cloud-native collaboration and productivity applications from Google. Through the Cloud Identity management layer, you can enable or disable access to various Google solutions for members of your organization, including Google Cloud Platform (GCP).
GCP Cloud Key Management Service (KMS) is a cloud-hosted key management service that allows you to manage symmetric and asymmetric encryption keys for your cloud services in the same way as onprem. It lets you create, use, rotate, and destroy AES 256, RSA 2048, RSA 3072, RSA 4096, EC P256, and EC P384 encryption keys.
Virtual Private Cloud provides networking for your cloud-based resources and services that is global, scalable, and flexible. It provides networking functionality to App Engine, Compute Engine or Google Kubernetes Engine (GKE) so you must take great care in securing them.
Cloud Logging is a fully managed service that allows you to store, search, analyze, monitor, and alert log data and events from Google Cloud and Amazon Web Services. You can collect log data from over 150 popular application components, onprem systems, and hybrid cloud systems.
Cloud SQL is a fully managed relational database service for MySQL, PostgreSQL, and SQL Server. Run the same relational databases you know with their rich extension collections, configuration flags and developer ecosystem, but without the hassle of self management.
Sysdig Secure cloud security capabilities enable visibility, security, and compliance for Google Cloud container services. This includes image scanning, runtime security, compliance, and forensics for GKE, Anthos, Cloud Run, Cloud Build, Google Container Registry, and Artifact Registry.
Securing data is a top priority for any organization, and encryption is one of the most effective ways to protect data. But how exactly? Google Cloud Platform (GCP) provides a key management service called Google Key Management Service (KMS), which lets you quickly create and manage encryption keys.
If you use a Google Cloud API (on any platform) that is not automaticallyenabled by Firebase (meaning you enabled it yourself), you should considercreating separate, restricted API keys for use with those APIs. This isparticularly important if the API is for a billable Google Cloud service.
Since its inception, the cloud ecosystem has become a complex, ever-expanding myriad of providers, technologies, products, and services. As you attempt to piece together the different combinations across these verticals your choice of options can quickly climb into the 1000s. It quickly becomes apparent there is a thing as too much choice.
With their respective technological foundations, it is unsurprising they have developed industry-leading cloud computing platforms. In September 2020, Gartner has again named Google and AWS as leaders in their Infrastructure as a Service (IaaS) Magic Quadrant.
While they both started life in the IaaS space, you can now turn to Google Cloud and AWS for 100s of solutions across IaaS, SaaS, and PaaS. With both organizations continuing to innovate and add new cloud services offerings to their ever-expanding roster.
It is no simple task to compare the Google Cloud vs AWS platforms. Their sprawling and ever-expanding cloud services now include 100s of products from which to choose from. Complicating matters further, the providers often use different naming conventions for comparative products. So, to avoid getting lost in the detail, it requires a certain level of knowledge and understanding.
Each provider has developed a state-of-the-art cloud network designed for high fault tolerance, countless redundancy scenarios, and low latency levels. Each offers networking services capable of delivering high-speed connectivity to VMs, other cloud services, and on-premises servers.
Both providers offer discounted egress rates from your cloud resources to a CDN provider. Amazon provides these rates for its own CDN service only, Amazon CloudFront. Google offers CDN Interconnect, which provides discounted egress rates through several CDN providers.
There are five different types of storage services available from the Amazon and Google Cloud platforms. Understanding the different storage and disk types utilized is important, as they will have a direct influence on your performance.
Both Amazon Web Services and Google Cloud are renowned for offering cutting-edge cloud security. Committed to continually advancing research and development of their platforms to remain resistant to an ever-evolving threat landscape.
Data protection and compliance are an ever-rising tide of regulatory control applied to information by governments and industry alike. Compliance has to be considered when choosing your cloud platform.
Acting as the first line of defense for your IT infrastructure, a firewall is responsible for protecting your network from unwanted intrusion. Both Google Cloud and Amazon deliver state-of-the-art firewall protection of their cloud platforms.
In addition to this, both providers offer firewall-as-a-service products to enhance protection if you operate a Virtual Private Cloud (VPC), defend against DDoS attacks, and centralize the management of your firewall setup.
When it comes to the central configuration and management of firewall rules across your cloud-hosted accounts and applications, Amazon offers this as a separate service named AWS Firewall Manager. Features and functionality that Google includes as part of its core Cloud Firewall service.
Both Google Cloud and AWS deliver Identity Access Management services within their cloud platform. Giving you granular control over who has access to your applications, what data they can access, and what they can do to your data.
Deploying a new cloud service, you are going to come across instances where you lack the prerequisite knowledge or expertise to achieve a task. In these situations, you want a cloud provider who has the additional guidance and support you need to overcome such obstacles.
AWS and Google Cloud offer an on-demand pay-as-you-go pricing model. This is best suited to individuals expecting intermittent cloud usage, as it allows you a flexible approach to add and remove services when you need them. Of course, this level of flexibility comes at a cost, making the pay-as-you-go model the most expensive per hour.
Although your options are more limited, you can still explore an exciting array of products across IoT, AI, storage, database, and compute that will largely cover the most commonly desired cloud services. 2ff7e9595c
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