12 min read

Cloud Architecture Disaster Planning for Executives

February 9, 2024

Cloud Architecture Disaster Planning for Execs

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.

This is where Hava.io, with its innovative cloud visualization and monitoring tools, becomes an indispensable ally. In this comprehensive exploration, we delve into the critical role of cloud architecture disaster planning and how Hava.io can fortify your cloud disaster recovery strategy and business impact analysis.

The Imperative of Disaster Planning in Cloud Architecture

Disaster planning for cloud architecture is the process of preparing for and mitigating the effects of disasters that can disrupt cloud services and, by extension, business operations. These disasters can range from natural calamities to cyber-attacks, hardware failures, or even human error. The cloud disaster recovery goal is to ensure that, in the event of a disaster, your cloud infrastructure can recover quickly and efficiently or is designed to cope with availability zone outages minimizing downtime and data loss.

Understanding the Landscape

Before we dive into the specifics of how Hava.io aids in disaster recovery planning, it's crucial to understand the landscape. Cloud environments are complex and dynamic, with interdependencies that can make recovery challenging. Traditional disaster recovery plans, often documented in static formats, struggle to keep pace with this complexity. They may become outdated quickly, leaving businesses vulnerable when disaster strikes. Up to date cloud architecture diagrams greatly assist in formulating effective disaster recovery strategies and the overall cloud disaster recovery plan.

Hava.io: Clarity in the Cloud

Hava.io emerges as a beacon in this complex landscape, offering real-time, automated cloud infrastructure diagrams that provide executives with a clear, current view of their cloud architecture and data storage.


This visibility is the first step in effective disaster planning.

1. Real-Time Visualization for Immediate Insight

In the event of a disaster, time is of the essence. Hava.io's real-time visualization provides an immediate, accurate snapshot of your cloud environment. This allows executives to quickly assess the impact, understand which resources are affected, and prioritize recovery efforts. The ability to visualize the entire cloud architecture, including interdependencies, is invaluable in a crisis.

Understanding your current network infrastructure feeds in to an effective IT disaster recovery plan and the overall disaster recovery planning process. Critical business operations discovered in a outage business impact analysis should be the main focus of the disaster recovery process, no matter what cloud provider or primary data center outage is at fault. 

2. Historical Data for Informed Recovery

Hava.io doesn't just show you the current state of your cloud environment; it also keeps a historical record of your infrastructure. This feature is a game-changer for any disaster recovery solution.


By comparing the pre-disaster and post-disaster states, executives can identify exactly what was lost or affected and make informed decisions about recovery priorities.

Any data recovery solution should ensure backup data access is known and easily accessible to restore business functions, be that in remote data centers or multiple data centers closer to home.

3. Automated Diagrams for Dynamic Environments

Cloud environments are dynamic, with resources being added, modified, or removed regularly. Hava.io's automated diagrams ensure that your disaster recovery plan is always based on the latest architecture. This automation eliminates the risk of relying on outdated information during recovery efforts, ensuring that your plan is as resilient as your cloud.

4. Security Posture and Compliance

Disaster recovery is not just about restoring services; it's also about maintaining security and compliance throughout the process. Hava.io's security view diagrams help executives understand the security posture of their cloud environment at all times.

AWS Security View 800x600

This ensures that recovery efforts do not inadvertently compromise security or violate compliance requirements.

5. Collaboration and Communication

Effective disaster recovery requires coordination across multiple teams. Hava.io facilitates this collaboration by providing a shared, interactive view of the cloud architecture. Teams can work together seamlessly, with a clear understanding of the architecture and recovery priorities. This shared view also aids in communicating recovery progress to stakeholders, keeping everyone informed and aligned. When you are working with AWS, Azure, GCP or combinations of all three, clear communication and clarity is paramount.

6. Cost Management in Recovery

Disaster recovery can be costly, especially if it involves scaling up resources to restore services quickly. Hava.io helps executives manage these costs by providing visibility into resource utilization and costs. This enables informed decisions about resource allocation during recovery, ensuring that costs are kept under control without compromising on recovery speed or effectiveness.

7. Preparing for the Future

Finally, Hava.io aids in post-disaster analysis and future planning. By reviewing the disaster's impact and the effectiveness of the disaster recovery process, executives can identify areas for improvement. Hava.io's detailed records and diagrams support this analysis, enabling businesses to strengthen their disaster recovery plans and architecture for future resilience.

Conclusion: Elevating Disaster Planning with Hava.io

In conclusion, Hava.io is not just a tool for visualizing cloud architecture and cloud workloads; it's a strategic asset for cloud executives focused on cloud disaster planning and formulating disaster recovery strategies for organisations running on Google Cloud, AWS and Microsoft Azure.

By providing real-time visualization, historical data, automated diagrams, and insights into security and costs, Hava.io empowers executives to plan for, respond to, and recover from disasters more effectively. In this cloud first era, where agility and resilience are key, Hava.io ensures that your cloud architecture is not just robust but also ready to navigate whatever storms ahead lay ahead using your cloud disaster recovery plan, be that hardware failure, power outages, missing cloud resources, human error, data availability issues or other potential disasters affecting business operations.

With Hava.io, cloud executives can ensure that their businesses are not just surviving disasters but thriving in their aftermath, fortified by insights, preparedness, and strategic foresight.

So what exactly is Hava?

When you are building cloud solutions, taking on new client networks or inheriting a project, having up to date documentation is massive advantage.

What used to be a manual labour intensive task can now be achieved in minutes by connecting your AWS, Azure, GCP and Kubernetes Clusters to hava.io and letting Hava auto generate your architecture topology diagrams for you.

You no longer have to do it yourself, waste your cloud architect's time trawling through consoles or engage consultants to produce accurate perpetually up to date cloud architecture, container and security posture diagrams.

Free yourself from drag and drop forever.

Hava Views NewUI


When you auto generate diagrams that automatically keep themselves up to date, you free up your time, your architects and engineers time and still have accurate diagrams on hand to help diagnose problems when they occur.

Visualised cloud architecture surfaces anomalies that can be difficult to spot in cloud console settings. You get to see what is running where across all your connected cloud accounts including multi cloud deployments. This means you can spot anomalies and outliers that you wouldn't go looking for in you consoles, but are potentially costing you a lot of money but are buried in your cloud provider bill.


Hava keeps all your diagrams up to date on auto pilot. As changes are detected, new diagrams are produced and superseded diagrams moved to version history, even if you haven't logged into Hava. There is no need to manually trigger updates, it's done for you. However if you need to diagram changes immediately you can sync whenever you like, either via the Hava app, pipeline integrations or via API.


When changes are detected in the configuration of the cloud accounts you are managing, Hava can trigger an alert that lets your know when that change is detected.


This means you always know what is happening in your cloud accounts and for MSPs it means you can let clients loose on their own infrastructure and resources but you can keep an eye on the changes and can warn them of any security or cost implications of the deployed changes - no more bill shock! 


As changes are detected in your cloud configs, Hava stores superseded diagrams in version history automatically. You can compare any two interactive diagrams from any point in time using the revision comparison feature built into Hava. This shows you exactly what resources have been added, and which ones were removed during the time period between the two diagrams.


This could be the current live architecture diagram vs one from yesterday should you need to troubleshoot sudden unexpected application errors, or you could compare architecture over a longer period of time, like the period between PCI compliance audits so the auditors can see the changes they are interested in. You can also use diff views to analyse architectural drift or show clients the changes that have happened over time that have prompted questions around billing and escalating costs.


The query tool built into Hava is a powerful search function that can interrogate hundreds of cloud accounts across multiple vendors simultaneously with a single command.


You can search for tags, resources, IP addresses, resource types, names and a whole host of other search parameters and combinations to locate matching cloud resources, no matter what vendor or cloud account they are located in. Now there is no need to log into hundreds of consoles to locate the asset you are looking for.

Need to identify all the AWS VPCs with a particular database type running? Even if you are an MSP with thousands of accounts under management, Hava makes it possible with a single centralised query.



Speed up On-boarding - When you take on new engineers or engage cloud consultants, having accurate up to date diagrams means you can show them exactly what you have deployed in a format that is easy to comprehend.

See What's Running Where - When you inherit environments the first question you ask is what is running where. Connect to Hava and you have the answer. The same is true if you are managing lots of accounts. The first step is to see what is running where before you start troubleshooting.

Compare Architecture Over Time - Easily see the changes made to a VPC in seconds. Select any two diagrams from versioning to see the resources added or removed between those dates. Help conquer architectural drift and explain why costs have changed, demonstrate why the architecture no longer resembles the original design and why security may need to be reviewed.

Never Start From Scratch - Before starting architecture redesign or a performance improvement proposal, you can turn to Hava for a picture of what is running now. You can then document your proposed changes without having to draw complex networks from scratch.

Track Changes - When changes are detected in your cloud config, Hava automatically generates new diagrams and saves the previous diagrams to version history. So when you want to identify resource changes in the middle of an outage, or compare cost changes, you can. This is especially useful during ISO/PCI/SOC audits when you need to identify changes since the last audit.

Embed Diagrams Anywhere - You can embed fully interactive Hava diagrams outside of the application, like in say a Wiki, in Github or any web property. Diagram endpoints can be placed once, and as your diagrams update, the embedded diagram automatically updates too. This means your Confluence page, GitHub doco or intranet stays up to date automatically, hands free.

CMDB Validation - When you are maintaining a cmdb, you can drop in a diagram link so you can view the cloud asset in context

Monitor Container Tasks - Hava's container view visualises the run status of your cluster tasks or pods. You can see at a glance the health and status of your cluster and any pods or tasks that are in a sub optimal state.


When you connect Azure and AWS to Hava, you will generate a security view that details all the configured security groups on your virtual networks.

Hava Screenshot - Security View AWS

This interactive diagram shows all your security groups and when a SG is selected you can see all the connected resources, ingress and egress IP details and other relevant metadata. The overlaid arrows show you how traffic enters and exits your network with details on the ports and protocols in use.

This allows you to show your security team your cloud security posture and when used in conjunction with the infrastructure view diagram, they will better understand how your network hangs together. They will visually understand what is going on and where attention may be needed without spending days checking individual cloud resources in the console.

In terms of Hava security, the app connects via read only credentials and scans configuration settings only, no client data is read or stored. Data required to generate diagrams is encrypted in transit and at rest and the entire application can be self hosted on your own cloud infrastructure behind your own security.


There are a number of ways to integrate diagrams and trigger actions outside of the Hava application.

GitHub Integration - Available on the GitHub marketplace, the Hava sync action allows you to trigger diagram updates and optionally retrieve updated diagrams to your Github Docs repo from within your deployment workflow.


Confluence - The Hava diagram viewer is available on the Atlassian marketplace and allows you to easily insert interactive diagrams into Confluence.


Embeds - Have provides the ability to embed your diagrams via iFrame code snippets. This means you can embed interactive diagrams anywhere that supports iFrames, like Notion, other web apps, the list is endless. The embeds utilise a dynamic URL that hosts the latest diagram version, so you only ever have to embed once.

API - Hava has an API you can use to programatically perform the operations you can within the application UI. You can add and remove data sources, trigger diagram updates, retrieve diagrams using API calls. This means you can build diagramming into your CI/CD pipeline or perform bulk actions using code and not the Hava app.


CLI - Hava's CLI provides the ultimate control over the integration of Hava operations and your CI/CD pipeline. Connect and sync data sources and diagrams from your favourite CI/CD tools like Github, GitLab, Azure DevOps, Circle CI, Buildkite, Jenkins and more.

AWS Control Tower - Integrate Hava into AWS Control Tower. As you add more AWS accounts to your org via the vending process, automatically add them to Hava.

Export - You can export diagrams for analysis, archiving, use in proposals or management reports or for editing. The PDF and PNG file formats provide formatted diagrams, the VSDX export allows you to edit the diagrams using Visio, draw.io or other compatible editors, whereas the CSV and JSON exports provide the raw data you can use to diff or ingest diagram data into other applications.



If it sounds like Hava can help you with your cloud disaster planning and also day-to-day save you time and money diagramming your cloud environments, help you keep track of changes and help you find resources across multiple cloud accounts and vendors with a single query, you can sign up to a free 14 day trial , learn more here:

Topics: aws azure gcp
Alan Blackmore

Written by Alan Blackmore

Content Lead for Hava.io - Interests include AI Marketing Automation, Digital Marketing and Lead Generation.