// Whitepaper

IT Visibility: How a Technology Catalog Changes How You See Your Data

Download our whitepaper to discover how Data Normalization and enrichment transform fragmented technical records into structured, reliable information for IT management. Learn how a technology catalog adds the context needed to improve IT Visibility, identify data quality issues, uncover security risks, optimize software portfolios, and support better business decisions.

// Discover to Manage

Why normalized and enriched data matters

of Gartner inquiries cited data completeness or quality concerns as a challenge
0 %
of software spend is wasted on unused or duplicate licenses due to incomplete asset visibility and poor data quality.
0 %
of security breaches involve unknown or ungoverned IT assets
0 %

Collecting inventory data is only the beginning. Raw technical records often contain inconsistent names, combined attributes, duplicates, missing information, and values that can’t be reliably compared across systems.

Data Normalization turns this raw information into a consistent structure. Enrichment adds the business, lifecycle, licensing, and security context that technical discovery can’t provide on its own. Together, they create a more reliable foundation for IT Visibility, Vulnerability Management, Application Rationalization, Change Management, and data-driven decision-making.

// Your takeaways

What you will learn in this whitepaper

Learn how to transform raw hardware and software inventory into structured, contextualized data that teams can understand, compare, and use.

Inside the whitepaper, you will find:

  • The difference between raw, normalized, and enriched IT data
  • Why discovery and inventory alone do not provide complete IT Visibility
  • Seven ways normalization improves data quality and business outcomes
  • A practical example of how software records are separated into standardized fields
  • How normalization helps identify duplicates, incomplete records, and orphaned assets
  • The metadata a Technology Catalog can add to discovered information
  • Three practical steps for establishing normalized and enriched data
  • How automation, AI, and machine learning can reduce manual effort and errors
IT Visibility: How a technology catalog changes how you see your data whitepaper mockup
// Good to know

How does raw IT data become decision-ready information?

Reliable IT Visibility depends on more than collecting records. The whitepaper presents normalization and enrichment as part of a continuous process with three connected stages:

Collect

Discover hardware and software data across the IT environment, bring information together from different sources, and aggregate it into a common foundation.
At this stage, the data may still contain inconsistent product names, technical strings, duplicate records, and different structures from one source to another.

Curate

Transform and normalize the collected information so that equivalent records follow the same structure.
For example, a raw software string may combine the vendor, product name, architecture, release, and version in a single field. Normalization separates these attributes into dedicated fields, making the information easier to search, sort, compare, and analyze.

Enrich

Supplement normalized records with context that technical scans cannot capture, including business function, licensing, lifecycle, and vulnerability information. This helps teams assess whether technology is current, supported, secure, and relevant to the business.

Together, collecting, curating, and enriching turn disconnected technical data into information that can support security, ITAM, SAM, Application Rationalization, Change Management, and strategic IT planning.
// FAQ

Frequently asked questions

Inventory coverage and data quality are different. An organization may collect records from many systems while still having inconsistent names, duplicate assets, incomplete version details, and conflicting information between sources.

Discovery tools may collect information from operating systems, installers, registries, package repositories, or vendor-specific sources. Each source may use different naming conventions or combine product attributes differently.

Data Normalization standardizes fields such as vendor, product, version, edition, and platform. Data Enrichment adds external context, including lifecycle dates, vulnerabilities, license classifications, business functions, and product categories.
Assets usually report technical details about themselves. Vendor support dates, known vulnerabilities, license classifications, and replacement information come from external sources and must be matched to the correct product identity.
Affected installations may be missed, unrelated assets may be flagged, or teams may need to verify results manually. Accurate product and version matching is essential for reliable vulnerability identification.
Catalog size alone does not guarantee value. Accuracy, relevance, update frequency, matching quality, depth of enrichment, automation, and alignment with the organization’s technology estate are more important.

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