Objectivity/DB Description
Objectivity/DB (or Object Database Management System) is a distributed, highly scalable, high-performance, and highly scalable Object Database (ODBMS). It excels at complex data handling, including many types of connections between objects as well as many variants.
Objectivity/DB can also be used as a graph database that is highly scalable and high-performance. Its DO query language allows for standard data retrieval queries and high-performance path-based navigational inquiries.
Objectivity/DB is a distributed data base that presents a single logical view of its managed data. Data can be hosted on one machine or distributed over up to 65,000 machines. Machines can be connected to one another.
Objectivity/DB can be used on 32- or 64-bit processors that run Windows, Linux, and Mac OS X.
APIs are C++, C# Java, Python, and Java.
All platforms and languages are interoperable. A C++ program on Linux can store objects and a Java program on Mac OS X can read them.
Pricing
Typical pricing models include some combination of:
- Core-based licensing,
- Perpetual licensing (for deployed military applications),
- Subscription licensing for government and commercial applications,
- Royalty-based licensing for companies embedding Objectivity/DB in products being resold.
Integrations
Company Details
Product Details
Objectivity/DB Features and Options
Database Software
Objectivity/DB User Reviews
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Likelihood to Recommend to Others1 2 3 4 5 6 7 8 9 10
Advanced Graph Application Date: Nov 16 2021
Summary: Objectivity has been extraordinarily responsive, even for assistance with difficult problem solutions. Plus, Objectivity continues to grow and mature its technology with a continual stream of useful and well-paced upgrades. After developing with Objectivity over the last some 6 years, I found no reason to switch to another graph product.
Positive: As opposed to Objectivity's competitors, its product "InfiniteGraph" quickly becomes extraordinary for development. Specifically, its graphical objects can be specified by the designer, thus permitting advanced designs such as for hypergraph support. This, in combination with its graph language, yields a beautiful and powerful base for advanced distributed knowledge systems.
Negative: Although it is now substantially and rapidly improving, more training resources will help develop deeper product skills over a broader range of users.
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