Dacapo Inventory is a cloud native platform built for modern operations teams that need real time control over hardware, software, and cloud assets. It unifies discovery, compliance, and workflow automation into a single inventory layer that scales from startups to global enterprises.
With rich metadata, policy driven rules, and out of the box integrations, Dacapo Inventory helps security, finance, and IT leaders maintain accurate records without manual spreadsheets. The following sections highlight core capabilities, configuration patterns, and practical guidance for everyday users.
| Module | Primary Purpose | Key Metrics | Typical Owner |
|---|---|---|---|
| Discovery | Automated asset detection across endpoints, cloud, and network devices | Devices found, coverage rate, last seen | IT Operations |
| Compliance | Policy enforcement against standards such as ISO 27001, CIS, GDPR | Pass rate, exceptions, drift count | Security & Audit |
| Lifecycle Management | Orchestration of provisioning, updates, and decommissioning | Time to deploy, MTTR, change success | Service Management |
| Reporting & Analytics | inventory trends, cost attribution, risk heatmapsReport generation time, data freshness, insight coverage | Finance & Leadership |
Discovery Mechanisms And Data Sources
Effective inventory starts with reliable discovery that spans physical servers, virtual machines, containers, and SaaS accounts. Dacapo Inventory leverages agents, passive network scans, and native cloud APIs to continuously populate a unified asset graph.
Endpoint Coverage
Lightweight collectors run on major operating systems, capturing CPU, memory, storage, installed packages, and open ports. They also report patch levels and user accounts to support security and compliance workflows.
Cloud And Hybrid Environments
For cloud platforms, integrations with AWS, Azure, and GCP import resources such as load balancers, databases, and network interfaces. Tagging strategies and cost centers are preserved to simplify chargeback and governance.
Policy Driven Classification And Tagging
Static tags are useful, but policy driven classification enables dynamic groups based on security posture, cost, or operational criticality. Rules evaluate asset attributes and assign ownership automatically.
Security teams can classify devices as production, staging, or test and trigger different remediation paths based on compliance results. Finance groups can apply depreciation schedules and budgeting thresholds directly within the inventory model.
Remediation Workflows And Automation
When inventory detects a missing patch, misconfigured service, or unauthorized software, it can create tickets, run scripts, or enforce quarantine actions. These workflows reduce manual intervention and accelerate mean time to recovery.
Integration with service management tools and CI/CD pipelines ensures that changes are auditable, reversible, and aligned with release calendars. Runbooks can be versioned and linked to specific asset groups for consistent execution.
Key Takeaways And Recommended Practices
- Start with a clear tagging schema for environment, owner, and cost center to simplify reporting and automation.
- Enable continuous discovery for cloud and endpoints, and schedule weekly reconciliation to reduce drift.
- Define compliance baselines per workload type and map them to automated remediation playbooks.
- Use reporting dashboards to track coverage, exception trends, and time to remediate critical findings.
- Integrate inventory events with IT service management and CI/CD pipelines for end to end traceability.
FAQ
Reader questions
How does Dacapo Inventory discover cloud assets across multiple subscriptions and accounts?
It uses native provider APIs and scoped service principal credentials, mapping each subscription to a cost center and tagging each discovered resource for clear chargeback reporting.
Can policies automatically quarantine noncompliant endpoints without human approval?
Yes, you can configure automated remediation scripts and integrate with endpoint management solutions to isolate or patch devices based on compliance severity.
What data retention policies apply to historical inventory and compliance findings?
Retention periods are configurable by regulation and business needs, with encrypted backups and role based access ensuring data integrity and privacy.
How does the platform handle legacy systems that do not support modern APIs or agents?
Network based discovery, WMI queries, and scheduled scripts allow legacy systems to be tracked, while manual import options provide fallback coverage.