
Overview
Video 1
Discover why leading AWS professionals, worldwide, choose Hyperglance as their cloud management platform.
Optimize Costs & Reduce Your Bill
- Explore & analyze your costs, over time, in astonishing detail
- Monitor your costs in real-time, and create alerts
- Save up to 30% using cost-saving recommendations, from wastage to right-sizing and RIs
- Identify trends and anomalies, and review your projected cloud bill
- Optimize spend in real-time using customizable codeless automations
- More information
Visualize Your Entire Cloud
- A single dashboard for your multi-cloud architecture
- Explore enlightening real-time interactive architecture diagrams with metadata overlaid
- Search, filter and export your aggregated cloud inventory
- Automatically generate and export documentation
- Scales to any size
- More information
Stay Secure & Compliant
- Continuously scan your cloud inventory, looking for policy breaches, misconfiguration, and vulnerabilities
- Built-in monitoring complies with key frameworks, including AWS Well-Architected, NIST, CIS, HIPAA, PCI DSS & FedRAMP
- Create, customize and run as many rules as you like, as often as you like
- Trigger alerts, and remediate issues in real-time using codeless automations
- View issues, in context, in powerful interactive architecture diagrams
- More information
Automate To Save Time & Reduce Risk
- Trigger and customize rules using metadata, cost, metrics, alarms, and more
- Use automations to remediate issues as they occur
- Enforce organizational policies and implement a resource-tagging strategy
- More information
Plus...
- Multi-cloud, GovCloud & Kubernetes (including EKS) support
- Agentless & secure deployment, self-hosted on your VM
- SAML support and RESTful API access as standard
- Unlimited users at no extra cost
Our Pricing Explained
The cost of Hyperglance is based on the number of cloud resources ingested and inventoried by the Hyperglance app. Pricing is not charged as a percentage of your cloud bill, or on how many accounts/subscriptions you have (although they will count towards your overall resource limit).
Plans start as low as 500 resources, but Hyperglance can scale to tens of thousands, even millions, of resources. If you'd like a price for more than 5,000 resources, please request a quote . Alternatively, please get in touch if you would like to discuss anything related to deployment, contract or billing.
Want to Try Hyperglance or See More?
If you'd like to see Hyperglance in action, start a 14-day free trial , book a free no-obligation demo or explore our interactive product tours .
Highlights
- **REDUCE COSTS BY 30%:** Take FinOps to the next level with best-in-class cost optimization, analysis and forecasting tools that typically deliver 25-30% sustained cost savings.
- **VISUALIZE & OPTIMIZE:** Explore powerful interactive diagrams, and search or export your aggregated inventory. Utilize 200+ customizable rules, alerts, and automations.
- **AGENTLESS & SECURE:** Self-hosted as an EC2 Instance, mitigating the security concerns associated with a traditional SaaS solution. A compliance-friendly solution with no credential sharing.
Details
Introducing multi-product solutions
You can now purchase comprehensive solutions tailored to use cases and industries.
Features and programs
Buyer guide

Financing for AWS Marketplace purchases
Pricing
Dimension | Cost/hour |
|---|---|
r5a.4xlarge | $5.405 |
t3.2xlarge | $5.405 |
t2.2xlarge | $5.405 |
r5a.2xlarge | $5.405 |
t2.medium | $5.405 |
t3.medium | $5.405 |
t3a.medium | $5.405 |
t3a.xlarge | $5.405 |
t3a.large | $5.405 |
m5.2xlarge | $5.405 |
Vendor refund policy
We do not currently support refunds, but you can cancel at any time.
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Delivery details
Hyperglance Deployment
Hyperglance deploys as a single EC2 Instance.
CloudFormation Template (CFT)
AWS CloudFormation templates are JSON or YAML-formatted text files that simplify provisioning and management on AWS. The templates describe the service or application architecture you want to deploy, and AWS CloudFormation uses those templates to provision and configure the required services (such as Amazon EC2 instances or Amazon RDS DB instances). The deployed application and associated resources are called a "stack."
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AWS infrastructure support
AWS Support is a one-on-one, fast-response support channel that is staffed 24x7x365 with experienced and technical support engineers. The service helps customers of all sizes and technical abilities to successfully utilize the products and features provided by Amazon Web Services.
![Hyperglance: Up to 2000 Resources [Pay as you go]](https://d7umqicpi7263.cloudfront.net/img/product/50c75079-4b99-4883-a4a0-d8468e795c8c.png)

FedRAMP
GDPR
HIPAA
ISO/IEC 27001
PCI DSS
SOC 2 Type 2
Standard contract
Customer reviews
Visual mapping has improved cost control and now simplifies audits and cross-team collaboration
What is our primary use case?
My main use case for Hyperglance includes cloud inventory and its mapping, security posture management, architecture documentation, troubleshooting complex environments, and conducting compliance and operational audits.
Recently, I used Hyperglance during a cloud cost review after noticing a spike in AWS . It was quick to visualize unused EC2 instances and attached EBS volumes or over-provisioned resources across multiple accounts. Instead of tracing dependencies in the AWS console, we used the infrastructure map to identify orphan resources and clean them up, which reduced monthly costs and improved visibility for the ops team. Another standout use case was troubleshooting a connectivity issue between application tiers in AWS, where Hyperglance's dependency mapping made it much easier to trace security groups, subnets, and resources.
One of the things we found especially useful with Hyperglance is how it helps bridge the gap between technical and non-technical teams. The visual infrastructure maps make it much easier to explain our architecture, auto-dependencies, and risk areas during reviews or planning sessions. While using Hyperglance, it has also been valuable for onboarding new team members because they can understand the environment much faster without digging through multiple cloud resources.
For others who are looking into Hyperglance, I suggest starting with a clear use case. It delivers the most value when you focus on specific problems such as cloud cost optimization, dependency mapping for troubleshooting, or improving governance and compliance visibility.
What is most valuable?
One of the features that stands out the most for me is cost optimization, along with agentless and self-hosted deployment. When talking about cost optimization, Hyperglance identifies idle resources, right-sizing opportunities, and also has automated security and compliance checks and frameworks such as CIS, NIST, PCI DSS, and AWS Well-Architected. Many enterprises appreciate that the agentless and self-hosted option allows them to run it inside their own environment rather than relying on a free managed SaaS product.
Hyperglance has mainly helped us improve visibility and understanding of our cloud infrastructure. It also helps to find unused or over-provisioned resources that are easy to miss otherwise. From an operational perspective, onboarding new engineers and explaining the environment to stakeholders has become much easier because the infrastructure is visualized clearly instead of being spread across disconnected tools.
What needs improvement?
Some dashboards and visualizations can become cluttered at scale, so I believe more flexible filtering and cleaner navigation would help.
For how long have I used the solution?
I have been working in my current field for the last one and a half years.
What was our ROI?
We have seen measurable improvements in a few areas since adopting Hyperglance. The biggest impact has been on operational efficiency and cloud cost visibility. For example, during a recent infrastructure review, we identified several underutilized EC2 instances, unattached storage volumes, and outdated test resources that were overlooked across multiple AWS accounts. Cleaning those up reduced our monthly cloud spend by roughly ten to fifteen percent. On the operational side, troubleshooting time has improved noticeably because engineers can trace dependencies and visualize architecture much faster instead of manually piecing information together from native cloud consoles.
What other advice do I have?
Hyperglance's AI capabilities appear fairly reliable when it comes to infrastructure dependency mapping and identifying optimization opportunities because it is working from live cloud and configuration and telemetry data rather than purely generative AI outputs. In our experience, the recommendations around unused resources, topology relationships, and governance issues have generally been accurate and actionable. I rate Hyperglance a nine out of ten.
Which deployment model are you using for this solution?
If public cloud, private cloud, or hybrid cloud, which cloud provider do you use?
The Platform That Makes Cloud Management Practical . Making Multi-Cloud Management Feel Manageable
Hyperglance Makes Complex Dependencies Clear with an Actionable Dashboard
Clear visual cloud visibility for complex environments
The visual diagrams and inventory views are especially useful because they help teams quickly understand what exists in the environment and how resources are connected. This is valuable for architects, engineers, security teams, and FinOps users who need to make decisions based on the actual state of the cloud.
I also like that Hyperglance combines visibility with practical operational use cases such as cost optimization, security and compliance monitoring, alerts, and automation. That makes it more useful than a static documentation tool because it can help identify risks, waste, and configuration issues in the live cloud environment.
Overall, the best part of Hyperglance is that it turns cloud complexity into something easier to explore, explain, and act on.
There can also be a learning curve for teams that are not used to thinking about cloud architecture visually. The diagrams and resource relationships are very useful, but users still need enough cloud knowledge to interpret what they are seeing and decide what action to take.
Another area for improvement is that teams may need time to tune alerts, rules, filters, and views so the platform highlights the most important issues without creating noise. In larger environments, the amount of information can be overwhelming at first, so the initial setup and configuration approach matters a lot.
Overall, I think Hyperglance is powerful, but it works best when the organization already has some cloud governance discipline and clear owners for acting on the insights it provides.
The main benefit is that Hyperglance gives teams a more visual and centralized way to understand what is running in the cloud and how resources are connected. This makes it easier to identify misconfigurations, unused or underutilized resources, potential security risks, and areas where cloud spend can be optimized.
It also helps reduce the need for manual cloud diagrams and spreadsheets. Instead of relying on documentation that can quickly become outdated, teams can work from a more current view of the environment. That improves communication between architecture, engineering, security, and operations teams.
Overall, Hyperglance benefits us by improving cloud visibility, making architecture easier to explain, supporting better governance, and helping teams act faster on cost, security, and operational issues.