xGraph In Action
Manage Your Complexity
It’s easy to find technologies to manage a single aspect of your ecosystem of systems, data, and applications, but reality is more complicated. xGraph is a ground-breaking platform for the complexities of interactions, intersections, and integrations in your entire ecosystem.
Built as an open-source platform, xGraph will continue to evolve with a vibrant community of developers.
If your environment faces one or more of these characteristics of complexity, xGraph can help:
Characteristics of Complex Ecosystems
Scalability at All Levels
Scale from a few nodes or systems to millions of systems with ease. xGraph’s fractal paradigm enables you to encapsulate each element and build an adaptive fabric of interconnected microservices. The system architect has the ultimate power.
High Volume / High Velocity Streaming Data
Use and manage the onslaught of data from your digital devices, IoT sensors, drones, robots. xGraph enables autonomous actions based on programmed instructions.
AI Enabled Systems
Control and deploy AI and rules-based decision making throughout your entire ecosystem. xGraph is one of the first platforms designed for distributed and collaborative AI technologies.
Decentralized Systems and Devices
Connect disparate services, systems, and databases throughout your ecosystem into a coherent whole. xGraph’s decentralized platform can live on a single analytics sensor or in the cloud. The no-stack environment works the same on all devices anywhere in the world.
Dynamic Reconfiguration
Add, change, test, model, deploy, and optimize without disruption. xGraph’s graph structure enables continuous operations even in rapidly changing environments. Ensures resilient and robust systems.
Computational Diversity
xGraph systems are language agnostic - systems developed with different languages can be interconnected seamlessly in an xGraph framework solution. Manage analytical diversity with a collaborative approach.
Adapting to Change
Create dynamic, responsive systems that adapt at the pace of change. xGraph’s graph structure and decentralized paradigm enable self-adaptive applications that perform based on the interactions of individual systems, all in real-time.
Data Security
Gain insight from all of your data, even when it must remain opaque due to compliance or proprietary issues. xGraph’s unique configuration performs calculations at the local level, enabling you to extract information across numerous systems and databases without compromising privacy or security.
Massive Decision Spaces
Chess players have five million options during a game; StarCraft has roughly 10270 choices per move. Today's toughest problems mirror that explosion in decision space. xGraph's unique architecture helps you break down problems into manageable pieces so even the toughest problem is solved.
xGraph in Your Software Environment
xGraph is being used to build, optimize, and deploy applications that solve problems in today’s complex ecosystems:
XGRAPH USE CASE
Healthcare Informatics
COMPLEXITIES ADDRESSED
- High Volume / High Velocity Streaming Data
- AI Enabled Systems
- Decentralized Systems and Devices
- Computational Diversity
- Data Security
The Complexity Challenge: Streamlining Healthcare Informatics Processing Today’s healthcare system generates masses of data on everything from patient treatment protocols and outcomes to billing and management. Numerous groups need to …
XGRAPH USE CASE
Science Analytics
COMPLEXITIES ADDRESSED
- High Volume / High Velocity Streaming Data
- Dynamic Reconfiguration
- Computational Diversity
- Adapting to Change
Complexity is everywhere in science, from understanding the process of DNA encoding to climate change. The data sets are massive and the complex interactions among systems and data create immense …
XGRAPH USE CASE
Energy Management
COMPLEXITIES ADDRESSED
- Dynamic Reconfiguration
- Computational Diversity
- Adapting to Change
The Complexity Challenge: Create a Modern Grid for Distributed Energy Resources Today’s system of electric grid management is broken. It is an overly complex network of interoperating control systems managed …
