You can't secure, optimize, or audit what you can't see. Cloud inventory snapshots give you a timestamped, complete picture of every resource running in your cloud, across every account, region, and provider, so nothing slips through the gaps.
What is a cloud inventory snapshot?
A cloud inventory snapshot is a point-in-time record of every resource in your cloud environment: virtual machines, storage buckets, databases, network configurations, IAM roles, managed services, and more. Think of it as a full manifest of your infrastructure, automatically captured and updated as your environment changes.
Unlike a static spreadsheet or a manually maintained CMDB, a live inventory snapshot reflects what's actually running right now, not what someone thought was running last quarter.
Why inventory visibility matters
Cloud environments grow fast. Development teams spin up resources, experiments get left running, and shadow IT quietly accumulates cost and risk. Without continuous inventory visibility, you face three compounding problems:
- Security blind spots. Attackers exploit resources you've forgotten about. An old dev bucket with public access or an orphaned EC2 instance with an open SSH port can become the entry point for a breach.
- Wasted spend. Untagged, untracked resources are rarely cleaned up. Studies consistently show that 30–40% of cloud spend goes to resources that are idle or could be rightsized.
- Compliance gaps. Auditors need evidence that every resource in scope was accounted for. If your inventory is incomplete, your audit is incomplete, regardless of how clean the resources you do know about are.
What a complete cloud inventory captures
A useful inventory snapshot goes beyond a simple list of instance IDs. At minimum it should capture:
- Compute resources: virtual machines, containers, serverless functions
- Storage: object buckets, block volumes, file shares, backups
- Databases: managed databases, caches, data warehouses
- Networking: VPCs, subnets, security groups, load balancers, DNS records
- Identity: IAM users, roles, policies, service accounts, and their permissions
- Managed services: Kubernetes clusters, queues, event buses, API gateways
- Configuration and metadata: tags, regions, account ownership, creation dates
The richer the metadata, the more useful the snapshot becomes. Not just for point-in-time visibility, but for tracking changes over time and correlating resource state with security findings or cost anomalies.
How Obok uses inventory snapshots
Obok connects to your cloud accounts through read-only native APIs. No agents installed, no infrastructure changes required. Within minutes of connecting, Obok captures a full inventory snapshot across every region and account, then keeps it continuously updated as your environment evolves.
Drift detection and historical comparison
When your inventory changes, Obok captures the delta and surfaces it as a finding: a new role created, a security group rule modified, a storage bucket going public. This makes it easy to investigate incidents, prove compliance at a specific point in time, and catch unintended changes before they become breaches.
Multi-cloud inventory in one view
Most enterprises run resources across two or more cloud providers. Maintaining separate inventories for each, with their own terminology, APIs, and console UX, creates exactly the gaps attackers exploit. Obok normalizes resources from every supported provider into a unified inventory model, so your security team works from one source of truth.
Inventory snapshots currently support AWS and Azure, both with full multi-region coverage. GCP and Oracle are coming in the next few days. The feature is available on the Growth plan and above, and you can already start testing it today.
Conclusion
A cloud inventory snapshot is the foundation of everything else: you can't detect threats in resources you don't know exist, you can't cut costs on resources you've lost track of, and you can't pass an audit with an incomplete asset list. Continuous, automated inventory is the starting point for a mature cloud security and operations program, and the fastest way to find out what's actually running in your environment right now.