AWS offers an extended cloud computing platform, offering the capabilities for clients to operate a range of applications with high availability and reliability. It is extremely important for AWS to help secure the confidentiality, integrity and available data and systems of our customers, and to ensure customer confidence and confidence.

The Protection of Global Infrastructure, which operates all AWS Cloud services, is carried out by Amazon Web Services. The infrastructure includes AWS-based hardware, software, networking and facilities. AWS’s number one goal is to safeguard this infrastructure. Security best practices and a range of security compliance requirements are used to develop…

Customers of Cloud Service Providers place a high value on information security. Security is a key functional need that protects mission-critical information against theft, leakage, integrity breach, and deletion, whether unintentional or intentional.

AWS delivers a worldwide secure infrastructure and fundamental computing, storage, networking, and database services, as well as higher level services, under the AWS shared responsibility model. AWS offers a variety of security services and capabilities that clients may employ to protect their assets.

Customers of AWS are responsible for ensuring the confidentiality, integrity, and availability of their data in the cloud, as well as satisfying specific business…

Adopting Amazon Web Services has a number of advantages, including increased business agility and flexibility as well as cost savings. The AWS Cloud Adoption Framework (AWS CAF) assists firms in understanding how cloud adoption changes the way they operate, and it offers structure to identify and address skill and process gaps.

When you use the AWS CAF in your business, you get an actionable plan with specified work streams that can lead your company’s journey to cloud adoption. This framework is based on our experiences and best practices assisting companies all around the world with their cloud adoption journey.


The AWS Well-Architected Framework assists you in understanding the benefits and drawbacks of decisions you make while creating systems on AWS. Using the Framework, customers will discover architectural best practices for creating and maintaining cloud-based systems that are reliable, secure, efficient, and cost-effective. It allows customers to continuously compare their designs to best practices and discover areas for improvement. The architecture review process is not an audit instrument, but rather a productive discourse regarding architectural decisions.

The framework establishes a standardized method for assessing systems against the attributes customers expect from modern cloud-based systems, as well as the repairs necessary…

Every Good Conversation Start With Good Listening.

I had the opportunity to reconnect with an old friend and a technologist last week. I began asking him a few personal interest and technical questions about our common field or technology because of our shared interest. I found his responses to be incredibly instructive and inspiring, so I decided to share them with you.

Let me introduce him to you all before I share the contents of our chat. Amit SharmaDevOps Engineer working at group.ONE, Gurugram. Pursuing distance M.Tech in Cybersecurity. During college times, he had broken many Mechanical engineers’ personal laptops by installing Linux distros and…

After obtaining a quick overview of cloud migration in the last post, let’s go into the weeds with cloud migration principles. It’s time to talk about cloud migration strategies. A well-aligned migration strategy, supported by a business case and a well-thought-out migration plan, lays the framework for successful cloud adoption.

Collecting application portfolio data and rationalizing it into what AWS refers to as the 6 R’s: Re-host, Re-platform, Re-factor/Re-architect, Re-purchase, Retire, and Retain is a vital element of establishing a migration plan. This is a way for identifying what is in the environment, what the interdependencies are, the technical difficulty…

Migrating current apps and IT assets to the Amazon Web Services (AWS) Cloud provides a chance to improve one organization’s business practices. Migrating to AWS is an iterative process in which organizations develop new skills, procedures, tools, and capabilities. Migrating to AWS can help users save expenses, become more flexible, develop new skills more rapidly, and provide their clients with trustworthy, globally accessible services.

There are a few common migration strategies that will inform the user’s business plan, and a recommended approach to organizing and evolving their cloud teams as confidence and capability increases. AWS will cover an approach to…

Open source refers to something that users or people can use, modify and share since it is publicly available, free of cost and with uncontrolled accessibility. Open source software is usually developed in a collaborative public manner.

Advantages of Open source software:-



Low cost


Quality and reliability

Vendor Independence

Availability of External support services

AWS has long been the strongest cloud platform for users to develop and run open source applications. AWS is pleased to assist open source projects, foundations, and collaborators. …

Developers & operators can easily boost the efficiency and availability of their applications with DevOps Guru, a fully managed operations service. DevOps Guru make it easier of the administrative responsibility of identifying operational issues, allowing them to focus on implementing recommendations to improve their app. Machine learning is used by DevOps Guru to analyze organizational data, application metrics, and incidents to detect actions that are out of the ordinary.

Amazon DevOps Guru Features:

· Consolidate operational data from multiple sources

· Leverage ML-powered insights

· Automatically configure alarms

· Detect the most critical issues with minimal noise

· Integrate with…

Digital equipment such as firewalls, intrusion detection and prevention systems, and deep packet inspection systems can all be deployed, scaled, and managed using Gateway Load Balancers. It integrates a seamless network gateway with traffic distribution when scaling the virtual appliances in response to demand.

The network layer, the third layer of the Open Systems Interconnection (OSI) model, is where a Gateway Load Balancer runs. It listens for all IP packets on all ports and forwards traffic to the listener rule’s defined target group.

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It uses a 5-tuple (for TCP/UDP flows) or 3-tuple (for non-TCP/UDP flows) approach to preserve flow stickiness…

Piyush Jalan

Senior Cloud Consultant | Cloud Enthusiast | Helping Customers in Adopting Cloud Technology

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