INAP Managed AWS

SingleHop, now named INAP, is a dedicated cloud hosting provider that offers highly scalable, on-demand infrastructure services. It provides the infrastructure and hardware to power web applications for any industry or sector. The platform is built from the ground up with a single-minded focus on building a custom, cloud-hosted infrastructure platform that can be used for a variety of purposes, including web hosting, application server hosting, content delivery network services, and more.

INAP platform is unique because it can be deployed in a variety of ways; as a permanent or dynamic solution. Using the INAP platform as either a permanent solution will allow IT, professionals, to choose from both on-premise and cloud deployment options. The dynamic deployment of the INAP platform allows for the deployment of multiple servers on a single cloud platform.

Customers can choose from an array of unique and powerful configuration options to help them design and build their ideal web application. Companies, government agencies, and online services will benefit from using the INAP platform as a dedicated data center, reducing costs, reducing latency, and increasing performance.

INAP Bare Metal is an intelligent monitoring service for bare metal dedicated and virtual servers. It delivers hardware, specs, and customization that you need to power up critical applications. The custom-configured servers include dedicated Xeon CPU, ECC memory up to 1.5 TB, and NVM2 storage for the highest possible transfer speeds. Some highlighting features include comprehensive & in-depth monitoring, Alert remediation, dully managed infrastructure, feature-rich management toolkit, etc. One of the biggest reasons to choose INAP Bare Metal is its horsepower.

The solution includes Performance IP, INAP’s route-optimized IP service that dynamically routes packets along the lowest-latency path. It allows you to close the gap between audience and app. The cloud-deployed data centers are strategically located across entire North America, Asia, and Europe, so there are no bandwidth issues. All in all, INAP Bare Metal is a great tool that you can consider among its alternatives.

AWS Key Management Service allows you to manage your cryptographic keys and control accessibility while securing your Amazon Web Services and applications. The service eliminates the need to manually track which customers, permissions, regions, or other structures should use which keys. You can also use AWS CloudTrail or Amazon CloudWatch Logs to get notifications when access keys are used in an unapproved fashion. AWS KMS allows you to control access to cryptographic keys across multiple AWS services.

If a piece of information is encrypted with a key that’s stored in Amazon KMS, AWS can only decrypt the information in response to an authorized request from AWS instead of having to retrieve the key from another AWS service. This makes it easier for you to keep track of which users have which keys and helps ensure that they’re used only by authorized people.

AWS KMS makes it easy for you to move and rotate keys to manage the cryptographic keys used by your applications, grant users access to keys and control the use of those keys, generate audit logs, and encrypt data before it’s stored in Amazon S3 so that only authorized people can decrypt it. All in all, AWS Key Management Service is a great service that you can consider among its alternatives.

AWS CloudTrail is an AWS account audit and monitoring service that enables programmatic monitoring of your AWS account activity. It records AWS API calls for your AWS account and delivers log files to you so you can gain operational intelligence about your AWS resources and account activity. These records include information about actions taken via the AWS Management Console, AWS SDKs, command-line tools, and any custom code you may have deployed.

When Amazon Web Services (AWS) detects a potential change to your AWS resources, CloudTrail sends a log event to a log file. It delivers log files in near real-time and retains them for up to 90 days. It gives you visibility into your AWS resources and can be configured to send alerts to you if it detects potentially harmful API calls or if it sees an unauthorized API call or action taken on an account.

INAP Cloud is an advanced-level cloud management software solution that allows is used to implement the successful cloud solution in your organization and you can easily access the single-tenant-based hosting solution. It offers you a comprehensive interface that you can use to monitor the whole data and activities of your organization. You can use its alert remediation which is supported by a smart workflow system. It is compatible with all kinds of operating systems and you can seamlessly manage the whole infrastructure of your organization.

It allows you to access its toolkit that you can use for managing the infrastructure. Moreover, you can use its various modules such as security management, storage management, and backups management. Hence, INAP Cloud is an all-in-one cloud solution that you can easily integrate this solution with your organization.

AWS WAF is an advanced web app firewall service that provides protection to your APIs and web application against web exploits or hackers. It resists the attacks that can affect availability, consume excessive resources, and compromise security. AWS WAF includes a full-featured API that you can use to automate the creation, deployment, and maintenance of security rules. With Managed Rules for AWS WAF, you can quickly get started and protect your web application or APIs against common threats.

You can select from many rule types, such as ones that address issues like the Open Web Application Security Project Top 10 security risks, threats specific to Content Management Systems, or emerging Common Vulnerabilities and Exposures. Additionally, the managed rules are automatically updated as new issues emerge so that you can spend more time building applications. Another highlighting feature called WAF Bot Control provides visibility and control over common and pervasive bot traffic to your applications.

Within the AWS WAF console, you can monitor common bots, such as status monitors and search engines, and get detailed, real-time visibility into the category, identity, and other details of bot traffic. You can also block or rate-limit traffic from pervasive bots, such as scrapers, scanners, and crawlers. Using AWS Firewall Manager, you can deploy the Bot Control managed rule group across multiple accounts in your AWS Organization.

AWS Transfer for SFTP is a service for Amazon S3 that allows you to move your file transfer workloads to AWS without needing to modify your applications or manage any SFTP servers. This service, if provided on-premises, can be migrated to AWS for protection from unexpected workload disruption, like hardware failure, and to take advantage of AWS features and services, such as data encryption at rest, role-based access control, and direct integration with Amazon S3 storage.

With this service, you can seamlessly transfer large amounts of data on a regular basis. If you do not use an application server, you must modify your scripts or applications to use the AWS Transfer for SFTP interface instead of the underlying SFTP protocol. Transfer large amounts of data to and from your on-premises application servers to AWS. AWS Transfer for SFTP can simultaneously transfer multiple files that are up to terabytes in size.

AWS Trusted Advisor is an enterprise software solution that provides recommendations and follows AWS best practices for employees. It checks your account against hundreds of best practices and checks that focus on security and performance. It recommends steps you can take to improve the security and performance of your AWS resources. Some of the best practices include using NACLs to secure Amazon Elastic Compute Cloud (Amazon EC2) instances, adding tags to Amazon EC2 and Amazon Simple Storage Service (Amazon S3) resources, and stopping unused services. Amazon EC2 reservations allow you to reserve capacity for Amazon EC2 instances in a specific Availability Zone for one or three years.

Reserved capacity is allocated to your account, and you are charged for it even when the capacity is not being used. You may want to stop using reservations if you no longer need the reserved capacity or if you want to replace reserved capacity with regular capacity so you can stop paying for unused capacity. For example, if your organization has a sudden spike in usage and you want to scale quickly, you might have to stop using reservations. This can be done by disallowing the use of excess capacity seconds before the spike in usage occurs.

AWS DDoS Protection, also known as AWS Shield, is a DDoS protection solution that protects applications running on AWS. It protects you against volumetric attacks, application-layer attacks, and infrastructure layer attacks. This service automatically detects and deflects DDoS attacks and does not require you to identify and block every IP address attacking their applications. AWS Shield monitors, blocks, and automatically mitigates all DDoS attacks at the infrastructure level. It leverages multiple mitigation techniques to ensure successful attack mitigation and recovery.

AWS Shield also gives you 24/7 access to the AWS Shield Response Team and protection against DDoS-related spikes in your EC2, ELB, Amazon CloudFront, and S3 charges. You can write customized rules with this service to mitigate sophisticated application-layer attacks. These customizable rules can be deployed instantly, allowing you to mitigate attacks quickly. All in all, AWS DDoS Protection is a great tool that you can consider among its alternatives.

AWS CloudFormation is a provisioning infrastructure, that allows you to create and manage a collection of related AWS resources. It is intended to bring Automation in the resource management across your organization with AWS service integrations, which is the key factor in offering the turnkey application distribution and complete governance controls. AWS CloudFormation gives you an option to create a template and describe the infrastructure in a way that can be easily understood and executed by everyone.

You create a stack template having provisioning, configuration management, application deployment, or anything else as many resources in it as required. With CloudFormation, there is no need to manually create or update AWS CloudFormation templates or to manually provision or update your AWS resources. Instead, CloudFormation allows you to describe the AWS resources that you want to create, and it automatically creates those resources when you run the CloudFormation template.

AWS Certificate Manager, aka Amazon Web Service Certificate Manager, is a service that allows you to easily manage, provision, and deploy private TLS (Transport Layer Security) or SSL (Secure Socket Layer) certificates on your website. This will allow you to secure your network communication and create website identity over the internet as well as resources on a private network. The AWS Certificate Manager eliminates the hassle of manual processes like renewing, uploading, or purchasing your SSL certificate. Also, there is no need to generate a pair of public and private keys, sign the request, submit it or install it. These steps can be done in few clicks with the AWS Certificate Manager.

It allows you to quickly request a certificate, integrate it on AWS resources like Elastic Load Balancers, Amazon CloudFront distributions, and APIs on API gateways to give access to AWS Certificate Manager for automatic renewals. The tool can also be used to deploy certificates to internal resources and manage the lifecycle centrally. You don’t need to pay for what you don’t need; the certificates for use with ACM-integrated services are free.

AWS AppSync is a platform that enables the users to develop applications by using its flexible API to access and combine data securely from more than one data source. This platform allows users to build resilient and scalable applications on a range of data sources such as HTTP API, custom data sources with AWS Lambda, etc.

This application development software provides offline local data access to devices for mobile and web apps and synchronizes the data when the devices are back online. AWS AppSync easily integrates itself with other Amazon services like Amazon Aurora, Elasticsearch, and others to provide users with virtual storage for business needs. Moreover, it has multiple authentication modes to keep user’s data secure.

Key features of AWS AppSync are Offline data synchronization, Real-time data access, Fine-grained access control, Data querying, and search in apps. The platform offers users to combine data in a single place from multiple micro-services, even if they are running on different environments. AWS AppSync allows users to build such applications that can be used as private chat rooms and offers access to conversation history. The platform comes with a one-year free version and afterward a paid version.

AWS Secrets Manager is a trusted software that has been known for protecting secrets that are needed for your applications, services, and various IT resources. This elegant service platform permits you to retrieve, manage and rotate databases, and many other secrets throughout the lifecycle. The software is eliminating all the need for extensive sensitive information in plain text via retrieving secrets with a call to an APIs-based secret manager.

AWS Secrets Manager surfaces multiple built-in integrations for Amazon Redshift, Amazon documentDB, and Amazon RDS. More keenly, the service is quite extensible to many other types of secrets, including OAuth tokens and API keys. The prominent features include safe rotation, fine-grained AWS identity, centralize auditing of secrets, easy replication, no upfront investment, simple access to read access, and more to add. Moreover, AWS Secrets Manager is a reliable way you to control access to secret having the all-important fine-grained permissions, third-party services, and on-premises.

Amazon Payments is one of the advance and modern ways to get done with all of your digital or online payments with an astonishing gateway. Amazon Payments has been enabling paying for products and services online is now a reality for millions of consumers around the world. With both new payment methods, customers can pay in-store and online with the speed and ease of an Amazon Pay checkout experience. Amazon Pay Places is the next generation of Amazon’s mobile app-based check-in and store payment service that allows customers to save time at checkout by using their existing payment information on the app.

Using Amazon Pay Places, customers can hold onto their receipts and earn loyalty points from their favorite local stores. Instead of having to keep tabs on multiple loyalty cards and check-in receipts, customers can have all loyalty points and offers displayed in the app for quick access and use when shopping again. Enterprise merchants can use Amazon Payments to increase online sales and drive traffic to their own e-commerce sites or mobile apps. Amazon Payments is emerging as an innovator of e-commerce services and technologies to help merchants of all sizes grow their businesses, create new revenue streams, and increase profitability. With Amazon Payments’ technology, you can easily accept payments from customers that shop both on and off Amazon.com.

AWS Lambda is a compute service where you can upload your code to AWS, and it runs automatically in response to events and automatically manages the compute resources for you, making it easy to build applications that respond quickly to new information. It lets you run code without thinking about servers. It runs your code only when needed and scales automatically, from a few requests per day to thousands per second. You can use AWS Lambda for all sorts of applications, from e-commerce to mobile backend to travel reservations to video processing.

The service is accessed through an API or the AWS CLI. With this platform, you can run code for virtually any type of application or backend service, all with zero administration. You pay only for the compute time you consume; there is no charge when your code is not running. This lets you run code in response to a wide range of events such as HTTP requests via Amazon API Gateway, changes to data in Amazon S3 buckets or DynamoDB tables, or modifications to data in Amazon Elasticsearch Service domains, all without managing any servers or clusters.

AWS Managed Services is an advanced utility that automates the standard function like monitoring, patch management, security, backup services, change request, and more to add. The platform is adopting the right strategy to have a proper workflow of the task and providing the full-lifecycle services to provision, run, and support infrastructure functions. AWS is providing the required secure and compliant AWS landing Zone, and you have all features to meet the requirement of the various compliance program requirement.

AWS is mitigating all the risk and overhead via implementing the best-in-class practices, and low complexity means you have low burdens to direct resources differentiating your business. The platform improves security and compliance, accelerate migration to Cloud, and removes all the innovation barriers with enterprise DevOps. There are multiple features on offer: provisioning, monitoring, security, cloud migration, continuity management, access management, change management, incident management, and much more.

Datrium delivers an end-to-end cloud-driven user experience in VMware Cloud on AWS. It offers the industry’s most reliable enterprise storage solution, protecting data with the proven reliability of native SSDs for optimal performance. The platform is designed specifically for VMware Cloud on AWS, delivering database solutions with low latency and high performance that are seamlessly integrated into applications across all environments.

Datrium is a VMware Cloud on AWS certified partner and works closely with the VMware, Amazon Web Services, and Amazon Training Partner Network. It provides a comprehensive suite of solutions. The Datrium Enterprise Software Suite includes Managed Storage, an SSD-based data storage offering, which provides real-time file-level snapshots and cloning to replicate data in the event of a catastrophic event and offers high availability through disaster recovery.

It also offers data protection for non-transactional files to provide near real-time protection against ransomware attacks via encryption and deduplication. The Managed Storage includes data protection for non-transactional data via encryption and deduplication. Moreover, you also get Data Protection Policy Management, which provides data protection policies for files, virtual machines, database backups, and database clusters.

The Datrium Storage Gateway is a software-only storage appliance that enables organizations to optimize the performance of local workloads at the edge of the corporate network. The gateway can store up to 100 petabytes on solid-state storage, providing ultra-low latency access with high throughput to frequently accessed files and replicating them offsite or into the cloud. All in all, Datrium is a great platform that you can consider among its alternatives.

AWS Batch is a platform that allows you to compute, store, and network the capacity to run batch jobs. You can perform operations like restoring data from a disaster recovery site, Processing large datasets or images, Generating reports or running batch applications, Calculating metrics, performing data mining, or training machine learning models. AWS Batch can run stand-alone, on an AWS CloudFormation template, on Amazon EC2 instances, or on your own EC2 instance.

You can use AWS Identity and Access Management roles to control access to Batch resources. It simplifies the process of running batch workloads and enables you to focus on your big-data processing tasks rather than building, configuring, and maintaining the infrastructure to run them. Customers can choose Amazon Machine Images that come with pre-installed HPC software or develop their own AMIs using an open source software library called Slurm Workload Manager.

It offers customers the ability to run high-performance computing (HPC) applications such as computational fluid dynamics for aviation and aerospace, large-scale genome analysis, rendering for architectural design visualization, Monte Carlo simulations for investment strategizing, and machine learning training and inference

Amazon GuardDuty enables you to protect your AWS accounts with actionable threat detection. You can implement organization-wide visibility into potential issues with simple clicks. Detect threats instantly with third-party security feeds, AWS threat intelligence, and behavioral models. Eliminate threats in the early stages by initiating automated responses. One of the use cases is stopping unauthorized activity. With this, you can protect against the usage of compromised credentials, suspicious data access in Amazon Simple Storage Service (S3), as well as API calls from harmful IP addresses, and more.

Another use case is activating uninterrupted monitoring and analysis, which helps you gain information regarding security events with data that reveals details, context, and metadata on affected resources. One major advantage is the option to simplify forensics by assessing the main cause of malicious activities via Amazon GuardDuty’s console integration with Amazon Detective. Apart from use cases, the platform also offers a wide range of features. These include precise, account-level threat identification, seamless monitoring on all AWS accounts without additional complexity and cost, Threat severity levels for effective prioritization, Highly available threat detection, and Threat response and remediation automation.

Amazon Elastic File System (EFS) is a cloud-native and serverless data store that provides simple saleable elastic shared file storage for Linux-based business applications. Some highlighting features of Amazon Elastic File System are POSIX-complaint shared file storage, saleable performance allowing support over 10 GB/sec and more than 500,000 IOPS, Dynamic elasticity instantly scales your storage up and down as you add or remove files. A major benefit is cost-effectiveness; you pay the fees for the storage you are only using. The security infrastructure in Amazon EFS encrypts your data either at rest or in transit.

Even if it stores Petabytes of data, it still provides consistent low legacies with high levels of throughput. You can simply use AWS (Amazon Web Service) management console API or CLI to create a file system and make it available to one or more Amazon VPCs and securely mount your file system to store and access your data. The data can also be mounted on-premises servers to EFS using AWS direct connect or use VPN to easily migrate the data to EFS.

The EFS has many use cases like Analytics, machine learning, web serving, content management, application testing & development, media & entertainment, and database backups.

Amazon RDS is the one top-notch relational database management software that comes with a modular approach to building databases for free. It is a kind of web service that is running in the cloud and is built with the modern application having free databases found on AWS. It has been a very valuable experience for the user having real-time support for deploying, building, and running database applications right in the cloud.

Amazon RDS is all set to provide a wide range of purpose-built databases that will be crucial in innovating and growing. Courtesy of its purpose-built approach, there are various sources to choose things from including, time series, wide column, relational, key-value, document, in-memory, graph, and ledger databases.

Since Amazon RDS is completely managed, so there is continuous support for monitoring your clusters to take proper control of your workload and keep them running all the time, courtesy of the advanced self-healing storage and automated scaling. This thing will be crucial for focusing more on application development. All in all, Amazon RDS seems to be a complete solution for a managed relational database service for PostgreSQL, MariaDB, Oracle BYOL, MySQL, or SQL Server.

Amazon Elastic Container Service (Amazon ECS) is the container management platform that allows the users to run, stop, and manage all the containers on a cluster. It is helpful in running the individual tasks within a service. It is a fast and highly scalable container management service that let the users easily run applications on a managed cluster of Amazon Elastic Compute Cloud instances. It has a user-friendly interface that is easy to deploy, manage and scale containerized applications.

It is a cloud-based application that can easily be used from anywhere worldwide with strong internet connections. It supports batch processing and allows the users to plan, schedule, and may execute batch computing workloads over the AWS services like Amazon Elastic Compute Cloud (EC2), Faragate, and Spot Instances. It is equally beneficial in building, monitoring, and deploying the applications with the container.

VMware Cloud on AWS is a secure and simple solution for customers looking for an enterprise-grade vSphere-based cloud offering on the AWS global infrastructure. You can easily deploy and manage this in the AWS Cloud with an elastic, secure, and seamless hybrid cloud and deliver the most popular VMware software-defined data center technologies. It enables customers to seamlessly expand or shrink capacity as needed by provisioning virtual machines and other cloud resources across private and public clouds while reducing complexity and IT management costs.

This allows enterprise IT departments to stop worrying about running out of capacity and focus on strategic initiatives that differentiate their businesses. The platform enables businesses to securely and seamlessly extend their existing data center applications to AWS, offering the agility and flexibility businesses need. The solution is built on the foundation of the VMware software stack consisting of the vSphere hypervisor, vCenter Server for management, Virtual SAN for storage, and NSX for network virtualization.

AWS CloudHSM is a cloud-based hardware security module that provides a new and easy way for developers, system administrators, and DevOps teams to implement key management within their application architectures. When combined with services such as KMS or IAM, AWS CloudHSM provides a more secure way of generating encryption keys that are only accessible from your organization’s network perimeter.

The solution can provide key management for your application without any changes to how it communicates with your database. It encrypts data at rest and uses the data master key to encrypt database credentials, which are then stored in an encrypted column.

If you have a web application that is accessed by users from around the world and you want to ensure the security of your data and compliance with regulatory standards, this is the perfect solution for you. By using AWS CloudHSM, you can encrypt your database credentials and take advantage of our managed encryption keys service. All in all, AWS CloudHSM is a great service that you can consider among its alternatives.

Foglight is one of the popular infrastructure performance monitoring and management solution built from the ground up to satisfy the growing requirements of the hybrid enterprise. It provides deep diagnostic and performance monitoring functionalities across cloud offerings, servers, containers, and virtual machines.

The platform assists IT teams in getting rid of the dual complications of varying technical infrastructures and little to no experience in several virtualizations and database platforms. It increases your capability to enhance hybrid cloud resources while decreasing risk and cost. The business can instantly identify, find, fix and report on SQL Server performance problems. You can gain a full overview of the microservices infrastructure across databases, Kubernetes, and containers deployments. The team can pick a performance monitoring product for their existing and planned applications, database, and infrastructure platforms.

The highlights of the product include simplification of hybrid environments, control of multi-cloud spending, minimization in the Mean Time to resolution, bridging skills gaps across the platform, readying workloads for migration, and communication across operation teams. Foglight supports numerous platforms, and these include SAP HANA/ASE, Active Directory, AWS RDS, Amazon RedShift, AWS IaaS, Cassandra, Azure SQL DB, AWS Services, Azure Managed Instance, MySQL, Exchange, MongoDB, Microsoft 365, and PostgreSQL.

AWS CodePipeline is a unique platform that completely automates a continuous delivery pipeline for reliable and fast updates. It offers you to integrate with any third-party developer tools like Jenkins or GitHub with a single click. You can smoothly use third-part tools for build, deployment, test, or source control. It uses AWS IAM to manage that who can make changes or who can control your release workflow. This platform allows you to grant user access through IAM roles, IAM users, and SAML-integrated directories. It also allows you to integrate with your own custom systems by using the CodePipeline Jenkins plugin.

AWS CodePipeline offers you a graphical and intuitive interface to configure, create, and manage your pipelines and their various stages or actions. It provides CodePipeline integration with AWS Lambda that enables you to trigger custom functions defined by code at any stage of your pipeline. You are also allowed to create notifications for events impacting your pipelines, and these notifications will come in the form of Amazon SNS.

AWS Device Farm enables you to optimize the quality of your mobile and web applications by running tests on them across real mobile devices and desktop browsers hosted in the AWS cloud. You can test it out by getting 1,000 device minutes and checking if it lives up to your expectations. The purpose of this application testing service is to help everyone enhance the quality of their web and mobile app while not needing to provision and manage any testing infrastructure.

With the help of this service, anyone can run their tests in parallel on several real devices or desktop browsers to boost the execution of their test suite and create logs and videos to view the problems of the app. Testing on real mobile devices can be accomplished via Automated Testing and Remote Access. Automated Testing involves testing the app concurrently against a huge number of physical devices hosted in the AWS Cloud.

You can utilize any of the built-in frameworks to run tests on the applications without needing to write or maintain test scripts, or there is also another way by which you can use one of the supported automation. The advantages of real device testing on AWS Device farm include Integrating with personal development workflow, the benefit of using the same devices as customers, simulating real-world environments, selecting the test that suits you, and setting up your own private device lab in the cloud.

SLAppForge is a best-in-class IDE for live debugging, development, and testing of serverless apps. The IDE is web-based and features hybrid drag-and-drop code production for GCP and AWS, which is quickly integrated with Git VCS systems along with GCP cloud services and AWS and doesn’t have any containers, computers, or code in the back.

You can cut off from the code, create and publish to remote cycles, and take the developer productivity to the next level with a pure Serverless approach. You can test the Lambda functions on the fly and debug them while they are executed on the AWS runtime. Those who prefer external IDE but are thinking of shifting to move ahead and debugging with Live Lambda functions executing on AWS can switch to SLAppForge and go through a memorable experience.

It supports several IDEs like PyCharm, IntelliJ IDEA, and VS Code. You can try out the cloud-based hybrid IDE that offers a hassle-free and smart environment with simple, drag-and-drop composition unified with complete capabilities of the written code. Everyone can test and debug their serverless apps in a local way. Progress through every step of the debugging phase of the Lambda functions while they run on AWS with the debugger offered by the platform for Python, Java, and Node.js.

Amazon MQ is a full-fledged message broker service that can work seamlessly with Apache ActiveMQ and RabbitMQ, which makes it simple to configure and run message brokers on Amazon Web Services. It lowers your duties by taking care of provisioning, maintenance, and setup of message brokers all by itself. It uses state-of-the-art APIs and protocols, which empowers you to migrate your application to AWS without writing code from scratch.

Amazon MQ offers several advantages. It utilizes top-notch APIs and is compliant with prominent protocols like WebSocket, JMS, STOMP, NMS, and AMQP. This characteristic makes it easy to switch from message brokers that are in full compliance with these standards to Amazon MQ by merely configuring endpoints of applications to link to Amazon MQ.

Amazon MQ automatically handles the administrative duties and upkeep of message brokers. You don’t have to allocate hardware or download updates as the service frequently performs upgrades, and detects malfunctions.

Amazon EMR is a service that makes it easy to provision, operate, and scale Apache Hadoop clusters. It allows you to build clusters of machines with no prior cluster management experience. Using Amazon EMR, you can easily scale your cluster by adding or resizing nodes or specifying different cluster configurations for different workloads.

The solution provides high availability for Amazon AWS clusters by providing point-in-time recovery of the state of your cluster at any point in time. With the elasticity of EC2 instances, you can rapidly add or remove nodes to or from your cluster to handle workloads. Amazon EMR also provides secure access to Hadoop clusters through encryption and tokenization of security credentials.

It automatically resizes your cluster for the best performance at the lowest possible cost. With its Managed Scaling, you can specify the minimum, and maximum compute limits for your clusters, and the EMR automatically resizes them for best performance and resource utilization. All in all, Amazon EMR is a great solution that you can consider among its alternatives.

Digital.ai Deploy is a development solution that lets you automate and standardize the complex app deployment process in a simple-to-use environment. The platform is designed to increase the speed and accuracy of app deployments with the help of automated workflow features. Moreover, it helps you improve the reliability, security, and scalability of your deployments with the ability to run hundreds of simultaneous deployments across your infrastructure, knowing you can quickly recover and automatically roll back from failures.

Easily scale your deployment infrastructure with remote deployment execution engine capabilities for global, simultaneous application deployments. Another great feature is that you can easily scale your deployment infrastructure with remote deployment execution engine capabilities for global, simultaneous application deployments. All in all, Digital.ai Deploy is a great tool that you can consider among its alternatives.