Benefits of Automated GCP Diagrams with Hava.io

Automating Cloud Topology Diagrams with Hava.io

Cloud Service Topology: Optimizing Architecture Visualization with Hava.io

Interactive Cloud Architecture Diagrams: Streamlining Cloud Management with Hava

Visualising Multi-Cloud Architecture with Hava

Automated Cloud Diagram Tools: Enhancing Cloud Management with Hava

Automated Diagramming for Hybrid Cloud: Enhancing Visibility Across AWS, Azure, and GCP

Using Cloud Network Diagrams for Compliance

AWS Architecture Diagrams for Compliance: How Hava.io Can Satisfy Auditors and Compliance Requirements

Integrating AWS Diagrams into DevOps with Hava.io

Creating AWS Architecture Diagrams: Simplifying Complexity with Hava.io

Container Service Diagram: Visualizing Workloads with Hava.io

Introduction

Introduction

Generating Dynamic Cloud Diagrams with Hava.io

Creating Disaster Recovery Diagrams: Ensuring Resilience with Hava.io

Multi-Cloud Diagram Tools with API Integration: Enhancing Capabilities with Hava.io

As organizations increasingly adopt diverse cloud services from various providers, managing this multi-cloud environment can become a complex challenge. Effective visualization and management of these disparate systems are crucial for operational efficiency, security, and cost control. Automating multi-cloud diagrams is an essential strategy to tackle these challenges, and Hava.io offers a powerful solution tailored for this purpose.

Streamlining Cloud Operations with Hava.io

Automating Cloud Security Diagrams with Hava.io

It is important for businesses and their engineering staff to have a good understanding of how their cloud infrastructure works and how it hangs together.

This is never more important than during disaster recovery. Having disaster recovery cloud diagrams on hand informs your team on exactly what should be there, what is missing and whether a recovered or restored environment has all the components and resources that need to be there.

One way to help with this understanding is dynamic cloud diagrams that illustrate the various components and how they fit together. Then by capturing changes into a versioning control system you can see the evolution of the architecture and the point at which things went wrong.

In this post, we will look at the benefits of automating the creation of dynamic cloud computing diagrams.

One of the advantages of utilising Hava for your cloud architecture diagramming and documentation is the availability of our robust and flexible API.

Businesses have increasingly embraced cloud technology over recent years which brings with it a new set of benefits and challenges.

It is important for businesses and their engineering staff to have a good understanding of how their cloud infrastructure works and how it hangs together. One way to help with this understanding is dynamic cloud diagrams that illustrate the various components and how they fit together. In this post, we will look at the benefits of automating the creation of dynamic cloud computing diagrams.

When you are working with any cloud computing virtual infrastructure, there are many benefits to creating and maintaining accurate Azure Cloud Visualization diagram sets.

You can immediately communicate the network design to both technical engineering staff and also management where necessary.  If you are onboarding new engineers, or engaging external consultants, you can bring them up to speed very quickly with a well laid out infrastructure diagram.

There are many reasons why you would want to accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use automated AWS Architecture Diagramming software over manually drawn diagrams.

Cloud architecture diagrams are typically recognized for their ability to map out infrastructures and help teams visualize the relationships between various components. While these are essential benefits, there are several other, perhaps less obvious, advantages to creating detailed diagrams of your cloud environments, especially with a tool like Hava.io. Here, we delve into seven compelling reasons why you should consider diagramming your cloud architecture that you might not have considered before.

It is priority for businesses and their engineering staff to have a good understanding of how their cloud infrastructure works and how it hangs together. One way to help with this understanding is cloud architecture visualizations that illustrate the various components and how they fit together. In this post, we will look at the benefits of automating your cloud architecture visualization.

With the availability of multiple cloud platforms each with their own strengths and cost advantages, it is not uncommon for IT teams and cloud architects to take advantage of resources from multiple cloud vendors when designing cloud based application architecture.

With this innovation came the demand for mutli-cloud diagram tools.

Most developers and engineers working with cloud infrastructure will agree that a well laid out network topology diagram (cloud map) is an essential tool when either communicating how the architecture is built, or for use when tracking down the reason for an application outage or performance dip.

There's no question organizations need robust cloud infrastructure and security management tools to ensure their data and resources remain secure. Visualizing your security stance using Cloud Security Mapping is a great way to improve understanding and communications surrounding your cloud architecture security. 

It is important for businesses and their engineering staff to have a good understanding of how their cloud infrastructure works and how it hangs together. One way to help with this understanding is automated cloud diagrams that illustrate the various components and how they fit together. In this post, we will look at the benefits of automating the creation of your cloud computing diagrams.

Hybrid Cloud Diagramming With Hava

Some call it Hybrid Cloud, while others refer to it as Multi Cloud. Whatever your preference, when you build solutions using more than one public cloud provider, then the complexity of mapping out your cloud architecture just got a little trickier.

Hava is an automated cloud architecture diagramming solution that supports the top 3 public cloud providers AWS, Azure and GCP. When you connect your cloud accounts, Hava automatically maps the architecture. In the case of hybrid cloud you can pull in multiple cloud environments into a single diagram and add connections producing a multi cloud diagram that once saved will be automatically updated for you.

What is Hybrid Cloud? 

Modern IT strategies have seen a mass migration away from on premise hardware to the cloud which brings its own challenges. Organizations are seeking new ways to remain agile, cost-effective, and secure. Hybrid cloud architecture has emerged as a game-changing solution, seamlessly integrating public clouds for unparalleled flexibility and scalability.

One of the major advantages of using Hava to automate your AWS, Azure and GCP network infrastructure diagramming is the hands free way diagrams are generated and tracked.

If you are building or supporting cloud infrastructure built on AWS, GCP or Azure it is now extremely simple to get a live graphical snapshot of your cloud network topology and extract the diagrams with Hava's cloud diagram export options.

One of the more advanced features of the Hava teams plan is the ability to create teams.

When you are building on GCP or working with applications built on GCP as a development or operations engineer you possibly already appreciate the value of a well laid out network topology diagram. Especially if that diagram accurately represents what resources you have configured in your (or your client's) GCP accounts. This is where GCP Diagram Automation comes into play.

Accurate AWS, GCP or Azure network diagrams play a vital role in monitoring and internally communicating the operational status and design of well engineered AWS infrastructure, which is why serious AWS development teams appreciate the benefits of real-time cloud visualization.

When you are building solutions in the cloud, real-time cloud mapping has become a critical tool for businesses aiming to stay ahead of the curve. The ability to visualize and manage cloud infrastructure in real-time provides organizations with the insights needed to optimize performance, enhance security, and reduce costs.

Streamline Your Cloud Infrastructure: Real-time Cloud Mapping with Hava.io

For professionals tasked with cloud infrastructure management, the complexity of tracking sprawling, dynamic systems can be overwhelming. Enter real time cloud mapping with Hava.io: your solution for real-time cloud architecture mapping. With automated, up-to-date visualizations, Hava.io simplifies the way you manage and understand your cloud environment. This article will reveal how it assists in decision-making, optimizes costs, and enhances security — all through the lens of real-time data visualization.

Why consider automating your cloud architecture diagrams with Hava? Simplification, accuracy, and innovation lie at the heart of this question. In this article, we present 10 reasons to automate cloud architecture diagrams with Hava, unpacking how each reason can transform the way you manage and understand your cloud infrastructure.

There are many reasons why you would want to accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use automated AWS VPC Diagram software over manually drawn diagrams.

Team Hava is pleased to announce that the account audit log feature is now generally available.

Managing AWS costs doesn’t need to be daunting. Here's some ways to save on AWS cloud costs and embrace a more cost-effective cloud strategy. By optimizing performance and tapping into various AWS cost-saving features, this guide provides a tangible blueprint for reducing expenses.

As businesses continue to migrate to the cloud, it’s important to regularly assess and optimize your cloud architecture. One way to do this is through visualization, which can reveal unused resources and help you make informed decisions about your cloud design.

Maximizing Efficiency: The Benefits of Cloud Architecture Documentation

Why is cloud architecture documentation a linchpin for successful cloud operations? Effortlessly navigate through your cloud environment, maintain stringent compliance, make cost-effective choices, and streamline resource management with detailed and up-to-date documentation. Each section of this article zeroes in on the benefits of cloud architecture documentation for AWS, Azure and GCP, explaining how these foundational benefits translate into practical advantages for your business.

Creating Custom Connections in Hava

Hava now provides the ability to filter exactly what you do and don't want to view on your auto generated cloud architecture diagrams.

Learn How Hava.io Resolves Key Observability Challenges for its Users

Managing complex cloud environments has become a significant challenge for IT professionals. From sprawling cloud architecture to stringent security requirements and budget constraints, the hurdles are many. Hava.io is a revolutionary tool designed to transform how organizations visualize, manage, and optimize their AWS, Microsoft Azure and Google Cloud architecture. This blog post delves into the major challenges Hava.io addresses, offering practical hands free clarity and control for cloud management teams.

When you are working with any cloud computing virtual infrastructure, there are many benefits to creating and maintaining accurate Azure Architecture diagram sets.

You can immediately communicate the network design to both technical engineering staff and also management where necessary.  If you are onboarding new engineers, or engaging external consultants, you can bring them up to speed very quickly with a well laid out infrastructure diagram.

There are numerous reasons why you would want to accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your cloud environments is probably the number one reason to use an automated Cloud Architecture Diagram Tool over manually drawing your network topology diagrams.

There are many reasons why you would want to accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use automated AWS Network Diagram Generator software over manually drawn diagrams.

The best AWS diagram generator is certainly a subjective topic. Depending on how your cloud infrastructure is built, what technologies and automation pipeline you are using will definitely influence your view.

In terms of typical VPC deployment and the resources and services used to build modern cloud based applications, we believe the approach and layout generated by Hava when you connect it to your AWS accounts is a worthy contender for the best AWS diagram tool available, especially if automation and accuracy are important to you.

There are many reasons why you would want to accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use automated AWS Network Diagram Tool software over manually drawn diagrams.

There are many reasons why you would want to accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your environments is probably the number one reason to use automated AWS Infrastructure Diagram software over manually drawn diagrams.

There are countless reasons why you would want to accurately document your AWS environments. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use automated AWS Diagram Software over manually drawn diagrams.

When you are building cloud based applications and networks on AWS, there are many compelling reasons why you would want to accurately diagram and document your AWS infrastructure. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use an automated AWS infrastructure diagram generator over manually drawing diagrams yourself using a drag and drop process.

When you or your team are building applications on AWS you will reach a point where you need to ensure what you intended to build has been executed according to the design brief. Whether you are a cloud enterprise architect, program manager, infrastructure or security architect, cloud operations engineer, application architect, DevOps or an application developer, at every step of the application development and deployment lifecycle, you need to know exactly what has been build and what is running.

There are lots of reasons why you should accurately diagram and document your AWS environments. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to generate network diagrams from AWS.  

Once you have a clear line of sight on your network topology, you can instantly assess whether the network is running as intended.

There are numerous reasons why you would want to accurately document your AWS cloud environments with an AWS Diagram.

There are so many reasons why you should accurately document your AWS cloud environments with Network Topology Diagrams. They visually portray how your network is constructed, what is running where and how resources are grouped and connected. 

This is a major time saver when explaining your network to new engineers, consultants or other internal stakeholders.

When you are building applications and networks on AWS, there are many compelling reasons why you would want to accurately diagram and document your AWS infrastructure. Knowing exactly what is running based on the actual resources configured in your AWS environments is probably the number one reason to use an automated AWS infrastructure diagram generator over manually drawing diagrams yourself using a drag and drop process.

Team Hava are thrilled to announce a much requested feature has been beta released.

When you are building applications or supporting cloud architecture, the ability to see, understand and showcase your cloud architecture is essential.

How would you like to find any resource in any cloud account from any of the major cloud vendors with a single command?

For cloud execs responsible for cloud architecture, disaster planning is not just a precaution; it's an imperative. Also, for cloud executives, the challenge of ensuring business continuity in the face of unforeseen disasters is paramount.

Businesses have increasingly embraced cloud technology over recent years which brings with it a new set of benefits and challenges.

When you are the custodians of sensitive customer or financial data you need to pay particular attention to data security. What you store and where you store it matters.

Selecting a cloud monitoring tool is a decision that can dictate the efficiency and security of your entire IT operations. This article serves as your guide to understanding and choosing from the top cloud monitoring tools of 2024, ensuring you have the insights to enhance your cloud infrastructure’s performance and security.

Who leads the cloud market in 2024, and what are their shares? This analysis cuts through the technical jargon to bring you a clear snapshot of the current cloud market share. We’ll evaluate the standing of leaders like AWS, Microsoft Azure, and Google Cloud, disclose notable trends, and discuss the industry’s trajectory.

As we head into 2024, as cloud engineers it is a great time to fine tune your strategies to ensure efficient cloud resource utilisation. With the ever present economic headwinds, we should always have one eye on our cloud budget and make savings where possible.

Hava has a built in search function used to create custom cloud and hybrid diagrams. This query function allows you to specify a range of search criteria like resource type, tag pairs, IP addresses, cloud regions and so forth.

There will be occasions where you have an IP address you need to track down but you don't necessarily know what cloud environment, cloud account or possibly even what cloud vendor is hosting the problem resource.

IT Maintenance opportunities in December

As the year winds down and we enter December, many IT departments find themselves transitioning to skeleton staffing levels. This quieter period presents a unique opportunity, often overlooked, to catch up on critical IT maintenance and documentation tasks that are essential for the smooth operation of your physical and cloud infrastructure. 

Update: May 2024 - The new UI covered in this article is the only one available. The old UI is deprecated and has been removed.

Behind the scenes, our talented dev team have been beavering away to transform Hava's UI to a cleaner, more intuitive and we think much nicer look and feel.

Staying Ahead of the Game: Leveraging Hava for Compliance and Audits

In the modern digital landscape, cloud infrastructure has become the backbone of many organizations. IT managers, CTOs, and cloud architects are at the forefront of this transformation, tasked with the monumental responsibility of ensuring that cloud operations run smoothly, securely, and efficiently.

Hava's CLI is now generally available. This will enable you to perform functions like adding new cloud accounts or environments to your Hava account as well as generating and updating diagrams as you deploy resources via IaC or command line scripts.

If you are currently coming to the end of your 14 day free trial after exploring the full range of Hava's capabilities now is the time to consider which subscription plan to move forward with.

We're happy to announce that the Hava AWS Control Tower integration is now available.

Introduction to Cloud Architecture Diagrams

What is Hybrid Cloud? 

Modern IT strategies have seen a mass migration away from on premise hardware to the cloud which brings its own challenges. Organizations are seeking new ways to remain agile, cost-effective, and secure. Hybrid cloud architecture has emerged as a game-changing solution, seamlessly integrating public and private clouds sometimes with on-premises infrastructure for unparalleled flexibility and scalability.

When you are working with cloud architecture, knowing when things have changed can be extremely important.

Team Hava are pleased to announce you can now subscribe to Hava directly within your AWS account via AWS marketplace.

As a cloud professional working with Microsoft Azure, you no doubt appreciate the value of great cloud architecture diagrams. Well laid out Azure diagrams provide a visual cue for better communication and understanding of your cloud infrastructure at all levels of your organisation, from management down to freshly onboarded engineers and consultants.

There's no question diagrams mapping out your cloud architecture are extremely useful. They help you visually understand what is going on, whats running and how it all hangs together.

We're pleased to announce that a major update is now available for customers running Hava in self-hosted deployments.

When you are tracking down architectural drift, or investigating the cost or security implications of recently deployed cloud resources, being able to see the difference between architecture versions helps answer many questions.

You can now use Hava to easily identify what has changed in your cloud environments with just 2 clicks.

Architectural drift sneaks up on you. What was once trim and lean cloud infrastructure can soon become a 900lb Gorilla consuming all the resources and budget you can feed it.

It's no secret that cloud infrastructure can be complex and ever changing beast. Keeping track of changes intentional or otherwise can be difficult.

Managing and maintaining complex cloud infrastructure can be a daunting task. Knowing exactly what is running where is the starting point, especially if you are starting to troubleshoot an issue. This is where Hava.io steps in, offering a powerful solution that simplifies the process of understanding your cloud environments and enhances the efficiency of cloud management.

Hava.io is a robust software platform designed to automatically diagram and monitor the cloud infrastructure and security groups of any connected Amazon Web Services (AWS) accounts as well as GCP and Azure cloud. This innovative tool provides a visual representation of your cloud environment, making it easier to understand the structure and interconnections of your resources.

One of the key features of Hava.io is its automation capabilities. Once a cloud account is connected, Hava.io takes over the task of monitoring the environment and updating the diagrams. This happens hands-free, without any manual intervention, ensuring that you always have an up-to-date view of your infrastructure.

How does standardised documentation assist with infrastructure visibility and understanding?

With large and complex cloud infrastructure it is often difficult to zero in on just the resources or segments of your cloud environment that you are interested in.

A Comprehensive Client Communication Guide for MSPs

Can you communicate to your MSP/PS clients exactly what they have running, where those resources are located, how they are secured and what the impact is when things change.

Managing multiple or even hundreds or thousands of client cloud accounts is no small feat. The volume of resources, the complexity of architectures, and the variety of services involved can make this a daunting task. When you need to respond to alerts or critical errors, you need to find the affected resources, environments and the cloud account that contains them fast.

This is the challenge faced by MSPs and professional services organisations across the globe on a daily basis.

However, the advanced deep search tool built into Hava can dramatically simplify this process.

Cloud Infrastructure Visualization is the best way to get all your team on the same page when it comes to what cloud computing resources you have running.

Introduction: The Best AWS Diagram Generator

There's no question organizations need robust cloud infrastructure and security management tools to ensure their data and resources remain secure.

Harnessing the Power of CMDB in Cloud Computing: The Importance of Cloud Diagrams

Hava cloud infrastructure diagrams are extremely useful for understanding how cloud environments are constructed. They show you what is running, where it is running, how resources are connected and how they are secured.

Diagrams are kept up to date by background tasks that periodically scan for changes in your connected cloud accounts.

Hava diagrams are even more useful when you place them in the web properties where you and your team are working.

Hava's Github Action on the GitHub marketplace is one way you can leverage accurate cloud infrastructure diagrams without being logged into Hava.

In the modern cloud computing landscape, teams need the ability to change architecture fast. When you adopt a CI/CD or dynamic approach to application development and deployment, the pace of change can mean your cloud architecture is a constantly moving target.

Why automate cloud Infrastructure Diagrams?

If you are subject to ISO PCI SOC or other audits that look into the security, and location of your cloud infrastructure that contains your customer data then you already know the challenges.

As cloud technology advances, engineers are tasked with managing increasingly complex infrastructure. One of the most time-consuming tasks is creating and updating infrastructure diagrams.

As a cloud network architect you’ll often find yourself redesigning and maintaining existing network infrastructure for applications, with the aim of making them faster and more highly available. Infrastructure diagrams play a critical role in this process by providing a visual representation of the network architecture, which is essential for communication, troubleshooting, and planning. 

There comes a point in every cloud project where a redesign of the infrastructure is required. It might be for performance reasons, to make the environment more resilient and highly available, or it might be to take advantage of new resources or methodologies that will improve your application's performance and make it easier to maintain.

In this post you are going to learn exactly how you can examine what you have running in your cloud accounts without having to spend hours or days trawling through your cloud consoles trying to establish how exactly does this thing hang together.

As a cloud engineer, you understand the complexities and challenges of managing and monitoring cloud environments. The ever-evolving nature of cloud infrastructure requires frequent updates, changes, and modifications which comes with plenty of challenges. 

When you are building complex applications with lots of moving parts and hosting them in the cloud, it can be easy to loose sight of exactly what is happening. Explaining how the latest micro service integrates with the existing infrastructure to the rest of the team or how the whole thing hangs together when onboarding new engineers can be difficult and time consuming. (read expensive)

Cloud network security diagrams are a visual representation of an organization's cloud infrastructure that provides an overview of the security and data protection measures in place. In today's digital age, where cloud computing has become the norm for many organizations, it is crucial to have a secure and protected cloud environment.

If you are responsible for cloud infrastructure there is every chance the importance of containing or reducing cloud costs this year will become a focus of your organisation.

A CTO needs a clear line of sight to the networks and network resources they are responsible for, especially if they that infrastructure is cloud based.

2022 was a big year for Hava, several key appointments saw the team almost double in size. We have spent a lot of time thinking about how people use Hava and how Hava can help make cloud practitioner's day to day work lives easier.  We use Hava internally ourselves to document and monitor Hava so we understand how it makes our lives easier too!

Who is creating your cloud infrastructure diagrams in 2024?

It is important for businesses and their engineering staff to have a good understanding of how their cloud infrastructure works and how it hangs together. One way to help with this understanding is to create diagrams that illustrate the various components and how they fit together. In this article, we will discuss the benefits of automating the creation of your cloud computing diagrams.

Cloud security is a critical concern for organizations that rely on cloud-based infrastructure and services to store, process, and transmit sensitive data. One key aspect of maintaining effective cloud security is regularly conducting security audits to identify and address potential vulnerabilities and risks.

In these days of rising business and energy costs we can ultimately expect to see the burden on AWS data centers passed on to customers sooner or later. So keeping on top of your AWS cloud spend has never been more important.

When you connect a cloud account to Hava, you will end up with a set of diagrams for every VPC or virtual network discovered.

AWS Reachability Analyzer is a tool that allows users to test the reachability of their Amazon Web Services (AWS) resources from different locations. This is useful for ensuring that the resources are accessible from the locations where they are needed, and for identifying potential connectivity issues that may affect the performance of the services.

Team Hava is pleased to announce that version 2.1.522 containing a significant number of new features as well as security and performance enhancements is now generally available.

When you are managing multiple cloud based networks the chances are there are multiple cloud accounts to look after and these may well be from different vendors.

AWS are always quick to point out what they refer to as the shared responsibility security model.

Why automate cloud computing System Architecture Diagrams?

Networking is at the core of just about everything in the cloud. Some elements of your compute infrastructure need to be publicly accessible, while others like databases or transactional applications are better off remaining private.

Modern GitOps practices are based around the use of automations to deploy and manage cloud environments. One of the major players in this space is HashiCorp who's Terraform application is used by developers, DevOps and engineers around the world to deploy cloud infrastructure using code.

If you work with AWS at any scale, you will understand the benefits of accurate network documentation. Whether it's trying to get to grips with a network belonging to a new client, or getting a better understanding of exactly what you have running in your own cloud accounts, an accurate network topology diagram goes a long way to quickly understanding the state of play.

Following on from our post on the AWS Cloud Practitioner Essentials Compute topic, in this post we’ll look at module 3 which concerns itself with the global infrastructure AWS has in place to deliver cloud services and the reliability built in using the various regions and availability zones to provide both redundancy and lower latency.

Did you know your Hava account supports MFA. Are you using it?  MFA provides an optional layer of account log in security, but you probably already know that. In addition to your user name and password, you will be required to enter a one time code generated by a supported TOTP authentication application like Google Authenticator or Authy.

AWS cloud architecture can get complex fast. Once you rotate through a few engineers or external consultants how confident are you that someone within your organisation knows exactly what you have running in your cloud accounts and are those resources actually being used.

Having up to date diagrams can be invaluable when you want to know how your networks hang together or need to explain to stakeholders what you have running and why.

The problem with creating and maintaining network diagrams manually is finding the time to do it in the first place, which is never anyone's priority and then finding the time to update the diagrams when things change (which they invariably do) 

The AWS Cloud Practitioner Essentials is a course and examination designed to help you understand the essentials of AWS.

As more companies turn to the cloud to host critical business applications, mass cloud adoption brings with it a new set of challenges.

If you have adopted a micro-services approach to application development, you'll understand the benefits of diagrams showing the status and connections of the configured services.

When you are building cloud based infrastructure or are handed a new account or existing project to manage, the very first thing you are likely to ask yourself is what does the infrastructure look like? What resources are running? Where are they running? What does the security look like?

Amazon Athena is a service that enables you to perform SQL queries on data held in amazon S3. There are no complex ETL pipelines to create which makes Athena perfect for anyone with SQL skills to analyse large amounts of data without having to extract and prepare data held in S3.

Auto scaling AWS resources in your cloud infrastructure protects the performance of your applications when they are placed under heavy traffic or processing loads.

Amazon Redshift is a fully managed data warehouse solution from AWS that allows you to store and query large volumes of analytical data. It is fast and scalable providing a 10x performance lift over other data warehouses by using machine learning and parallel processing of queries against columnar storage held on very high performance disk.

When you are deploying cloud infrastructure to AWS, Azure or GCP you typically want to validate that everything went according to plan.

If you are managing multiple cloud accounts or maybe hundreds or tens of thousands like a managed service provider (MSP), the ability to find particular resources or specific resource types can be difficult.

Hava is excited to announce the general availability of the Hava Github Action on the GitHub marketplace.

If you have worked with Microsoft Azure for any length of time, you will appreciate the value of great network topology diagrams. Azure network infrastructure diagrams provide a visual cue for better communication and understanding of your azure cloud infrastructure at all levels of your organisation, from management down to freshly onboarded engineers and consultants. But should you draw Azure diagrams yourself, or automate the process?

The AWS CAF was created by AWS professional services to help businesses create and implement a comprehensive digital transformation plan that complies to AWS best practice. The framework takes advantage of the lessons learned by AWS pro services and partners helping thousands of customers successfully transition workloads to the AWS cloud.

Hava are excited to announce a number of significant enhancements to the Azure diagrams that are automatically generated when you connect your Microsoft Azure accounts to hava.io or your self-hosted Hava app.

You may already be aware that Hava auto generates interactive network topology and container workload diagrams for AWS, Microsoft Azure, Google Cloud and Kubernetes. 

AWS Skill Builder is a repository of over 700 training lessons to help you learn AWS and refine your knowledge of AWS services and improve your skills so you can put them into practice or apply the knowledge during the many AWS certifications.

AWS Global Accelerator is a service that allows you to route traffic to your applications using the AWS global network instead of the internet. The internet can be congested and AWS claim that by using their private network infrastructure you can improve the connection speed and performance by as much as 60%.

Cloudscape Design System, is an open source solution from AWS for building intuitive, engaging, and inclusive user experiences at scale. Cloudscape consists of an extensive set of guidelines to create web applications, along with the design resources and front-end components to help streamline implementation.

Infrastructure as Code (IaC) using Terraform, Pulumi, or other tools has become the industry standard for deploying and managing infrastructure in the cloud. And when documenting your infrastructure deployments, it is useful to always include a diagram so your peers can quickly understand the architecture of the IaC deployment.

There are a massive number of reasons why Google Cloud users are turning to Pub/Sub to manage messaging and data movement between applications. This can be data analytics streams, real time events or application events that are ingested by other services. Pub/Sub is also used as messaging oriented middleware to queue tasks for applications or services based on user interaction or server events.

Hava is a cloud based application that automatically generates cloud network topology diagrams for AWS, Azure, GCP and Kubernetes clusters and provides powerful search capabilities to help you locate resources across hundreds of cloud accounts fast.

AWS security hub is a cloud security posture service that automates security checks and brings security alerts into a central location. The service performs best practice validation against your security settings, aggregates alerts and automates remediation of non compliant security settings.

We're huge fans of productivity tools and applications, especially ones that save time and help keep things organised. While we are all about saving you time diagramming your cloud infrastructure, finding resources quickly and automating the discovery of everything you have running in the cloud, there are some great applications out there dedicated to organising your work life, managing projects and teams and keeping on top of whatever you have going on.

Hava is pleased to announce the general availability of enhanced diagram embeds

When you have an incredibly useful resource, like an accurate up to date cloud network topology diagram, the chances are at some point you are going to want to share it.

Amazon QuickSight is a popular cloud native serverless business intelligence (BI) service from AWS.

When you work with AWS cloud architecture, you almost certainly understand the importance of documenting your AWS VPCs and container clusters using network architecture diagrams.

When you are building applications and deploying them using containers, getting a visual representation of what pods or tasks are running is an invaluable tool to check that everything is as it should be.

One of the key roles of cloud network managers is containing costs. It is so easy to add to networks and scale resources in the never ending quest for lower latency and better application performance.

With the wide adoption of containers as a method of rapidly deploying software applications to the cloud, the need to visualise workloads has been gaining momentum. The need to see the status of pods and tasks in container clusters is a major benefit when you visualise containerised workloads on an interactive diagram.

Hava has always generated diagrams for traditional compute VPCs and virtual networks and for a long time has also automatically generated AWS ECS Cluster diagrams when clusters are detected in a connected AWS account.

The ability to diagram other containerised workloads, particularly the market leading Kubernetes  has now been added to the core functionality of Hava so you can now view AWS EKS Kubernetes clusters, Azure Kubernetes Clusters (AKS), Google Kubernetes Clusters (GKE) and also stand alone Kubernetes Clusters 

One of the diagrams that is automatically generated when you connect your AWS account to Hava is the AWS ECS Container View. 

If you are building solutions on Microsoft Azure, at some point you'll want to draw some Azure architecture diagrams 

When you have accurate and up to date architecture diagrams on hand it enables you to visually explain your network infrastructure to both your engineering and operations team and also provide management with an easy to understand representation of what you are building and managing.

Accurate up to date diagrams also let you know that your network has been built in line with your design.

If you are onboarding new engineers, or engaging external consultants, you can bring them up to speed very quickly with a well laid out Azure network topology diagram.

The problem with traditional diagrams has always been the time it takes to draw them, which is why it's better to consider generating them instead. If you use manual drag and drop diagram software or drawing packages like Microsoft Visio the process can take forever which is why up to date Azure network topology diagrams are rarely on hand. Cloud engineers almost always don't have the time or motivation to sit down and draw Azure architecture diagrams. Who doesn't have far more important or pressing issues to work on.

This is where you can leverage Hava to help you create Azure diagrams.

If you are taking on a new client or development project, having access to infrastructure documentation is a massive advantage when trying to understand exactly what is running on your network. Come to think of it, with the complex nature of cloud consoles and network configurations you may be surprised at what you have running in your existing Azure infrastructure.

Back in the day our team provided expert cloud consulting services. When we took on a new client, diagramming the new client's infrastructure was always the first job in the process. It was always, without exception, time consuming, laborious but necessary in establishing exactly what was going on in the client's cloud accounts prior to starting work on improving or redesigning the network infrastructure.

Whether you are building a new application or migrating legacy on premise workloads to AWS it's good to know what compute services are available and which ones might be a good choice for your specific application or workload.

AWS availability zones are on the whole extremely robust, however they are not completely immune to outages. Geographically they are subject to natural and technical disasters that can affect any data center, like floods, prolonged power outages, fires or someone inadvertently slicing through a fibre optic cable.

As part of our ongoing quest to help you understand what your cloud infrastructure and security posture looks like through easy to understand diagrams and visualisations, several enhancements to the current security view diagrams have been released that deliver even more clarity to potentially complex visualisations.

In the latest release, Hava users running GKE workloads will see container diagrams auto generated in their environments dashboard. This new functionality closely follows the addition of direct import of stand alone kubernetes clusters.

So imagine your worst nightmare. The cloud based application you have just inherited management and support for has just crashed. The support lines are lit up like a Christmas tree, the support ticket system is having a meltdown and everyone is looking at you for a solution.

Could your team show you with any confidence what systems and resources you have running in the cloud. Could they do that today, or right now.

Hava adds Kubernetes Cluster Diagrams

Whether you are developing cloud based applications or accessing lots of different corporate applications and web properties daily, there is a clear advantage to streamlining your security profile using SSO

How to find resources in AWS

At the heart of AWS managed services is the provision of services that facilitate AWS cloud adoption, by assisting customers to move from on-premises hardware and software to cloud based infrastructure.

If your application integrates or handles credit card processing, it's a good idea to ensure your network meets PCI DSS standards.

When you are building applications or managing infrastructure on AWS, being able to visualise what you have built in diagram form has several major advantages,

Most developers and engineers working with cloud infrastructure will agree that a well laid out network topology diagram is an essential tool when either communicating how the network is built, or for use when tracking down the reason for an application outage or performance dip.

When you work with Microsoft Azure, you no doubt appreciate the value of great network topology diagrams. Good network infrastructure diagrams provide a visual cue for better communication and understanding of your azure cloud infrastructure at all levels of your organisation, from management down to freshly onboarded engineers and consultants. But should you draw Azure diagrams yourself, or automate the process?

Amazon Lightsail is a cloud service from AWS that allows you to deploy pre configured Windows and Linux server stacks that you can manage from an intuitive management console.

AWS Lambda is a serverless compute service that executes code in response to events such as website actions, https requests, files being modified or written to S3 buckets and a whole host of integrated AWS services that have the capability to trigger lambda functions in response to a state change.

Amazon Web Services offers a wide range of services for building web applications, storing and managing data, managing customer engagement and a whole host of other computing capabilities in the cloud.