This post discusses the importance of measuring the value of information. The post states that Information has been referred to as today’s digital currency. Without it, both tech and non-tech enterprises would struggle to exist. Yet it still isn’t recorded on balance sheets and is — in general — ignored by insurance companies …Today, there is no correlation between market valuations and a company’s own book value because unvalued information assets don’t appear on the balance sheets. It seems to me that this discord is a direct result of our inability to measure and value the information assets a company holds. The author suggests that a standardized way of measuring the value of information is needed; unfortunately, no specific suggestions are provided. This, of course, means a good opportunity for the information management field to step up with solid research in this area.
Geospatial Information (GIS) Management is outside my bailiwick, but I have the good fortune to work with colleagues who specialize in this area, thus my interest in this post, which discusses trends in GIS. The original document summarized in this post was written by the United Nations Committee of Experts on Global Geospatial Information Management. A big trend that has an impact on metadata is the growing need for, and importance of, the interoperability of different data formats to ensure the proper exchange of information. In the field of metadata, we’ve been looking at linked data, linked open data, and data operability for a number of years. The post doesn’t use the term “metadata,” but this concept is crucial to allow for seamless data exchange and retrievability. A good reference example is Towards a Linked Geospatial Data Infrastructure.
In this post, Jessica Davis summarizes the trends that emerged from NASCIO’s 2016 state survey of chief information officers:
- Agile development
- Cloud computing
- IT workforce
- Modernization of legacy systems
- Data management and analytics
- Cross-jurisdictional collaboration
- The Command and Control approach,
- The Traditional approach, and
- The Non-Invasive approach.
The matrix below provides a useful overview of each approach:
I am a big fan of all things Star Trek and was thus intrigued by this article, which discusses the impact of this show on science, technology, and society. Some Star Trek-inspired technologies include:
- Cloaking devices (first seen used by a Romulan ship)
- Quantum teleportation
- Medical devices similar to tricorders
- Intelligent robots (similar to Data, with apologies to the application of ‘robot’ to his name)
- 3D printers, which have some similarity to the meal replicators
- And, of course, Star Trek’s emphasis on diversity, acceptance, peace over war and, above all, a love of space exploration.
In this post, Dawn Kawamoto discusses the eleven information technology skills that are most in demand:
- Big Data analytics
- Project management
- Business analytics
- Software development
- Enterprise architecture
- Technical architecture
- Security and resilience
- Change management
- IT strategy
- Mobile solutions
- Digital skills (not explained clearly)
While the emphasis in this article is understandably on information technology skills, it is to be hoped that these skills would be balanced with others in the organization with good information management skills, since all of these skills are data driven.
In this article, Steven Strutz provides a comprehensive explanation of the structure, content, and functions, of metadata repositories. This article will certainly prove useful in my records and information management class.
The Metadata Repository provides a single—albeit often logical—repository for gathering, integrating, storing, sharing, and visualizing metadata and its incumbent capabilities and structures. The repository within which metadata resides provides key functions:
- Identify and sanction origins of business data and metadata
- Hold the metadata in a form that can be analyzed, manipulated, and promoted
- Ensure traceability and lineage of business definitions and derivations from their origin to the point of consumption or obsolescence
- Manage and administer the Metadata Repository tool(s) as a common structure across entities and domains, ensuring data integrity and consistency
- Define and implement standard operating processes and precepts, including those for Data Governance
- Offer unencumbered availability and easy access for business users
- Build branding, communication, and adoption of Metadata and the Metadata Repository to encourage usage
- Establish accountability
The article provides very helpful information about how to identify metadata elements, and how to ensure that the metadata repository supports business functions; further, it provides models for how the repository can be structured.