We innovate better ways to interoperate data. Our semantic technologies, software platforms, and knowledge-based artificial intelligence methods work to tie all of your information assets together — from text to XML, Web content, spreadsheets and databases.
Please learn below about some of our capabilities:
Big Data and massive amounts of content reside everywhere. 90+% of this data does not talk to any other data. Yet every piece of this data has characteristics and meaning of one sort or another — collectively, what is known as Big Structure.
It is through the understanding and mapping of Big Structure that we can integrate relevant content and data. Integration is the way to turn data into operational information.
Big Structure combines appropriate forms of data representation into meaningful and logical graphs (or "ontologies"). To help construct these graphs we use reference concepts, such as UMBEL and domain ontologies, and best practices to describe the data. By testing against proven knowledge bases, such as Wikipedia, we ensure these Big Structures can be built with coherence, satisfiability, and consistency.
Our Big Structure approach allows enterprises to start small and build upon their existing information assets, as budgets allow. As your Big Structure grows, it becomes a form of universal "master data" applicable to external parties and Web content. Your enterprise will have a proprietary portion of Big Structure, but much of the applicable Big Structure may also leverage open structures, enabling information to be shared with the Web or across organizations.
One central fact of today's enterprises is that legacy and external data reside in multiple locations and multiple formats. Data interoperability solutions must respect the investment in existing information assets and utilize ways for bringing them together in efficient ways.
Structured Dynamics has not met a form of data that it does not like. But, whatever the form, we ultimately represent it via RDF for internal processing. The Resource Description Framework is an open standard that provides a uniquely capable data model for representing any data format and any type of data, from document text to structured databases.
Big Structure is built around this common RDF representation. Our ability to accurately tag unstructured data (critical since 80% of information resides in text and documents) with matching domain concepts and entities means all content is a first-class citizen in data integration.
Humans communicate via languages and terms, but differences between us create ambiguity — and, often, error — in what is being understood. These semantic differences are true for how we describe our perceptions of the world and the things that populate it.
Structured Dynamics is expert in semantic technologies; that is, the open standards, structures, and logic bases by which these differences can be identified and resolved to common understandings. Semantic technologies are an integral part in constructing the scaffolding of Big Structure.
Semantic technologies are the central component to mediating schema differences between datasets; driving the tagging of unstructured data; helping to resolve language ambiguities; and organizing the logical relationships amongst concepts. The open world approach underlying these semantic technologies also means that we can incrementally build the Big Structure scaffolding, girder-by-girder, while keeping all that has been built before intact.
The growth of the Web has resulted in some tremendous knowledge bases of entities and concepts (such as Freebase, Wikipedia, or Cyc). Also, virtually every domain — from finance to pharmaceuticals — has its own rich knowledge base. Many of these knowledge bases are freely usable: they can be mined for the concepts and schema that "ground" (or guide) the alignment of datasets in the wild.
What is new in artificial intelligence (AI) today is how these massive knowledge bases can inform and guide symbolic computing. The availability of these knowledge sources has fundamentally changed how AI is done. These AI improvements can then be fed back upon the knowledge bases to extend scope or discover previously hidden inconsistencies.
There is emerging a virtuous circle of improvement between AI machine learning algorithms and reference knowledge and statistical bases. Structured Dynamics combines semantic technologies, knowledge bases, and artificial intelligence to improve the accuracy, completeness and efficiency of traditional AI methods. We now routinely combine data, statistics and algorithms to produce impressive mappings and results.
Data interoperability begins with data integration, and integration requires attention to both structure and the actual data. Structure analysis involves the reviewing of concepts and terminology, suggesting consistent means for describing and managing datasets, finding and filling gaps, and then ensuring the resulting graph is properly connected and (comparatively) complete. Such analysis is often aided by testing against reference structures.
Data analysis involves traditional data wrangling tasks, but also often includes data quality and governance considerations. For re-use and integration purposes, metadata standards for data curation may also be involved.
Structured Dynamics analysis can either result in direct implementation or in documented practices for how your organization should stage and map its content. In either case, this analysis is also a foundation to business intelligence or knowledge management functions.
Structured Dynamics' Open Semantic Framework (OSF) is a complete, turnkey, software stack for bootstrapping a semantic enterprise. OSF is a tangible expression of our skills in semantic technologies and software development. OSF showcases our belief in the use of Big Structure to not only organize information, but also to help guide how software platforms may operate and how data may be visualized.
OSF combines third-party software with our own open-source components. The entire OSF stack is designed for complete interoperability. The innovative heart of OSF is a layer of 30 Web services that abstract any instance of the OSF stack and enable distributed information sharing — via a diversity of data formats — Web-wide with built-in access controls suitable to enterprise needs. All of Structured Dynamics' capabilities may be expressed through OSF.
SD also has many scripts, converters and mappers, often written in functional programming languages, to support Big Structure. APIs and documentation are a special strength of Structured Dynamics' coding capabilities.
Structured Dynamics is a company of ideas. We are proven innovators with a passion for finding ways to interoperate information at low cost using adaptive and flexible methods. We take the best ideas from research and our own labs and modify them to work with your existing assets and capabilities.
Though our longest standing expertise has been in semantic technologies, we also know that Big Data, the Web, knowledge bases, and artificial intelligence are remaking our world at unprecedented speed. It is in the nexus of these forces that the next-generation enterprise IT demands will emerge.
Research and engagement are essential in such a fast-moving environment. We welcome your hard problems. Let us show how we can fulfill your data integration challenges with impressive speed at low cost. And, in the process, you'll build a foundation suitable for an unknown future.