Saner Cloud Asset Exposure
Discover exposed cloud assets, analyze resource context, and reduce cloud exposure at scale
Saner Cloud Asset Exposure (CSAE) gives security and cloud operations teams a continuously updated view of cloud resources across AWS, Azure, and GCP. It correlates resource inventory, service type, geo-location, public accessibility, outdated resource status, and cost telemetry so teams can identify exposure paths, investigate risky assets, and prioritize remediation.
How it works
Powered by Prevention & USI
Powered by SecPod’s Prevent Framework and supported by SecPod’s native Unified Security Intelligence, Saner Cloud Asset Exposure is part of the Saner Platform, world’s first cyberattack prevention solution.
Your first 30 days with Saner
From deployment to measurable risk reduction — here is what to expect.
Baseline cloud exposure visibility
The first outcome is a scan-backed inventory of cloud assets with immediate context around service distribution, resource distribution, geo-location, resource categories, publicly accessible resources, outdated resources, and cost views. This creates a usable baseline for identifying exposure, concentration, and stale infrastructure.
Faster triage for critical assets
By combining watchlists, resource categorization, exposure indicators, and per-resource drill-down, teams can shift from broad inventory review to targeted investigation. High-priority assets can be tracked by profile, service type, and region, while analysts use resource detail views to inspect cloud provider, account, service type, category, and extended summaries.
Better control over exposure and cloud sprawl
Over time, CSAE helps teams identify persistent public exposure, outdated services, regional sprawl, and service growth trends across a 30-day window. This improves prioritization for cleanup, access hardening, migration planning, and ongoing governance
Key Features
Everything you need to stay ahead of threats.
Cloud Asset Discovery
Continuously inventory cloud resources across providers, services, and regions.
CSAE maintains a centralized view of cloud resources and services across AWS, Azure, and GCP. Dashboard components include service distribution, resource distribution, all-resources listings, and category-based views so teams can inspect cloud inventory from both aggregated and resource-level perspectives. This reduces blind spots and gives analysts a consistent way to understand what is deployed across the environment
Exposure identification
Determine which resources are externally reachable and require review.
CSAE highlights publicly accessible resources directly in the asset dataset. Analysts can filter or search the All Resources view, inspect the Publicly Accessible column, and open the resource record to review the underlying configuration context. This supports exposure validation for assets such as instances, databases, and storage-related services that may be reachable through public interfaces.
Critical asset watchlists
Apply continuous monitoring to high-value resources.
Watchlists in CSAE are configuration driven. Teams can define a watchlist name, select one or more cloud profiles, choose service types, limit the scope by region, document the reason for tracking, and choose whether the configuration applies to the current dataset or the next scan. This makes watchlists useful for monitoring crown-jewel assets, regulated workloads, high-risk services, or infrastructure under active review.
Resource categorization
Organize assets into logical cloud categories and investigate individual resources in depth.
CSAE groups resources into categories such as Compute, Networking and Content Delivery, Databases, Storage, Security Identity and Compliance, Management and Governance, Developer Tools, Analytics, Machine Learning, IoT, Media Services, Migration and Transfer, and others. Analysts can get deeper insights into a specific category to review resource ID, resource name, service name, resource type, and category, then pivot into the resource-level view for cloud account ID, provider, region, service type, and extended summary data.
Standard and JSON resource views
Inspect resource data in analyst-friendly or raw structured formats.
For individual resources, CSAE supports toggling between standard and JSON views. This is useful for different workflows: a standard view speeds up analyst review, while the JSON view exposes structured fields for deeper inspection, validation, and troubleshooting. That makes CSAE more usable for technical users who need to move beyond summary labels into exact resource metadata
Deprecated and outdated resource tracking
Find unsupported or stale resources before they become larger operational and security liabilities.
The All Outdated Resources view surfaces resources that depend on deprecated or unsupported versions and includes the reason they are marked outdated. This helps teams identify obsolete components, prioritize cleanup, and reduce the risk of leaving unsupported services in production.
Regional resource visibility
Understand global asset distribution and location-based concentration.
The Active Resources on Geo-location view maps active resources and summarizes both resource counts and service counts by geography. This helps teams detect concentration patterns, review regional deployment footprints, and assess security posture in the context of where assets are operating.
Cost and usage correlation
Relate cloud service consumption to exposure and inventory decisions.
CSAE includes a monthly stacked bar chart for service-wise cloud expenditures and a cost breakdown table across months. Teams can use these views to identify high-spend periods, cost-heavy services, usage spikes, and optimization opportunities, then export the dataset for further financial analysis. This gives CSAE added operational value by connecting asset and service visibility to cloud financial governance.