Jun 11, 2021

Surpassing Decentralized Data Management Woes with Data Virtualization

Learn from Stardog CEO Kendall Clark in this InsideBigData article on how companies can overcome decentralized data management woes with data virtualization.

May 7, 2021

Philosopher turned data scientist: Stardog CEO Kendall Clark is shattering data silos

“With over $20 million in funding and an AWS Global Partner, Stardog is a fast-growing data integration company enabling pharmaceutical, finance and manufacturing industries to connect on-premises data with data in the cloud. There, Stardog crafts a unified data layer to more efficiently understand its context and relational patterns. As modern workloads demand more data to be processed at the edge, Stardog is among many companies rethinking relational databases. By allowing companies to keep data in existing silos, Stardog eliminates the costly, time-consuming task of moving data to a centralized location.

May 7, 2021

Stardog CEO Kendall Clark featured on DM Radio

Listen to Stardog CEO on the DM Radio show episode “What About Our (Data) Relationship?” and learn more about the episode, below! “We all have a relationship with data these days. We either use it strategically via some analytical tool; or we create the data for others to leverage. Increasingly, we’re realizing that data is not just powerful, it’s personal. There are conversations about data ownership, data stewardship. And what about using data for AI?

Apr 23, 2021

The Intersection of Data Democratization and Security

“Ways to improve data use are also considered from a range of perspectives by additional industry leaders. FICO’s Tim VanTassel looks at the challenges posed by the democratization of analytics and then provides a practitioner’s guide to analytic model development. Machine learning is useful, he emphasizes, but a combination of information, explainability, and wisdom is critical. In addition, data integration systems leverage semantic graphs and data virtualization to represent connectedness and unlock business value, observes Stardog’s Kendall Clark in an article on the new integration landscape.

Apr 23, 2021

Semantic Graphs and the New Data Integration Landscape

“Conventional data management systems are fundamentally ill-suited for the world of data as it exists today. These systems, based with few exceptions on the relational data model, are broken because they integrate based on data location at the storage layer. While this approach worked reasonably well for the past 25 years, the world today has far too much data to use data location in storage as the basic lever. The ill-suitedness of traditional, relational data model-based data integration tools reveals itself in several ways.

Apr 22, 2021

Why Inference is Key to Realizing Data’s Full Potential

“Leveraging a knowledge graph’s inference capabilities, organizations can extrapolate new data connections and explain any new connection they create. Digital transformation is all the rage, and in most cases, the goal of digital transformation is to treat data like an asset. In some instances, that means monetizing data, and in others, the goal is to leverage data more efficiently to derive insight to make better decisions. However, in reality, both are hard to achieve.

Apr 7, 2021

Data Modeling Mastery for AI and Beyond

“An inordinate amount of some of the most vital aspects of Artificial Intelligence—from data engineering to data science, data preparation to machine learning—rely on one indispensable prerequisite: data modeling. Without effective data modeling, organizations can’t integrate data across sources to build advanced analytics models. Data modeling is foundational to assembling training datasets, utilizing specific data for end user applications, and scaffolding predictive cognitive computing models. Consequently, it behooves companies to make the modeling process as efficient as possible to achieve the following three benefits that optimize their modeling endeavors—and the advanced analytics applications and use cases they support.