News

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Department of Energy Phase II SBIR: Fractal Grid Framework for an Evolving Grid Architecture

Press Brief:

On Tuesday, June 20th, 2017 Introspective Systems LLC. was awarded a Phase II Small Business Innovation Research project “Fractal Graph Framework for an Evolving Grid Architecture” for grid$986,802. Using Brunswick Landings Renewable Energy Center 4 MW Microgrid as a test-bed the project further develops the grid architecture and control algorithms for a new grid management technology based on edge intelligence.

The objective of this phase is to confirm the dynamic stability of managing a microgrid (a small self contained energy system with demand, supply and control) using highly granular real-time pricing signals balancing demand and supply while keeping system engineering requirements within acceptable tolerances. The technology developed ­­­uses market-based economic principals and artificial intelligence within Introspective Systems patented xGraph micro-services edge computer architecture that was specially modified for the grid application.

The AI algorithms in gateways distributed throughout the Brunswick Landing microgrid develop a well-defined set of buy/sell pricing signals and transmit those signals to edge devices in the level below. The edge devices use locally and temporally learned intelligent algorithms to control their own operations deciding on when it is most advantageous to consume or supply power to the greater grid. The system control is thus distributed to the very edge of the electrical grid rather than current control schemes that rely on top-down approaches that are computationally inefficient and have potential cyber-security risks. The overall control concept is called “grid edge intelligence”.


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Earthquake software presented

AGU15-logoIntrospective Systems earthquake location software was presented at the American Geophysical Union (AGU) convention in San Francisco between December 14-18 and made quite a buzz with participants. Sandia National labs, Berkeley University and Air Force Tactical Applications Command (AFTAC) have spent 7 years and millions of dollars in attempts to creat a real-time bayesian approach to locating earthquakes. They each spent more than 2 hours each studying the research and the real-time earthquake display being presented.

About the Software

Legacy processing approaches to seismic networks are based upon algorithms developed in thGlobee last century. Introspective Systems has developed new approaches that bring seismic Networks into the 21st century using all of the capabilities of modern computers for unprecedented analysis and monitoring of seismic events. Introspective Systems network capabilities are based upon xGraph a highly dynamic executable graph framework that distributes the analytics across millions of processes or processors.

The job of an earthquake data associator is to gather an ensemble of data types such as phase picks, beams, or other data from social media into another ensemble of collections identified as discrete events, each representing the occurrence of an earthquake, quarry blast, or nuclear detonation. Legacy approaches to the automation of this process have traditionally been procedural in nature, and more recently combinatorial as in some of the applications of Markov chain Monte Carlo (MCMC) in this problem domain. A similar approach, as a dense, global network of association nodes, has been in use at the International Data Center (IDC) of the Comprehensive Nuclear-Test-Ban-Treaty Organization since its inception in the late 1990s.

Introspective Systems Seismic Networks implementation is radically different from those in use by other seismic observatories. The xGraph framework provides a real-time, in tempo approach that streamlines acquisition and analysis without batching of picks or other data. The algorithm is neither procedural nor is it combinatorial as with MCMC based approaches, for example. Instead it is draws from complexity theory where a catalog is created as a guided, self-organized criticality, designed for a cloud-based environment. Figuratively speaking with respect to the common “sand pile” metaphor, the grains of sand are the swarm of arriving picks and other data, and the emergent sand pile is an earthquake catalog where the binding energy is represented as the Bayesian affinity between picks and quakes.


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xGraph mentioned in Microsoft podcast

Introspective Systems and xGraph was mentioned in a national podcast Dotnetrocks which focuses on Microsoft .net products. The show focused on dotnetrocksMicrosoft Executive Vice President Jason Zander of the Azure Big Data Platform. The host Carl Franklin understands the benefits of xGraph in the Internet of Things business space that is diametrically opposed to Microsoft’s approach. There were some very interesting discussions about the relative value of keeping the intelligence in the cloud as Microsoft does or  embed intelligence at the edge like xGraph does.

http://dotnetrocks.com/?show=1213

Our section starts at 2:45 and goes to 5:00

Show synopsis: How can Azure change your business? Carl and Richard talk to Jason Zander, one of the original developers of .NET and now a corporate vice president, about the power of Azure to affect change in your business. Jason talks about the landscape of Azure today, and how the engineers are able to push out a feature almost every week – 500 new features in the past year! You may not need to move that fast, but it’s nice to know if you build against Azure, that’s what is possible. The conversation ranges over the role of IoT, security, web sites and more – there’s a lot of things that can be built in Azure, and the opportunities are massive!


Jason Zander is the Corporate Vice President of the Microsoft Azure Team in the Cloud & Enterprise group at Microsoft Corporation. Jason’s team responsibilities include the architecture and development of core Azure technologies (such as compute, storage, networking, public cloud data centers and engineering systems). Jason also leads development of the Azure IoT effort at Microsoft.

Before joining the Azure team, Jason was CVP of engineering for the Visual Studio team and has worked on numerous products at Microsoft including the first several releases of the CLR and .NET Framework, SourceSafe, and ODBC. Before joining Microsoft in 1992, Jason worked at IBM on Distributed SQL and SQL/400 at the Rochester lab. Jason holds a Bachelor of Science in Computer Science from MSU.


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Rise of the Rest

Kay Aikin Chief Executive Officer of Introspective Systems was one of 8 companies selected to pitch their start-up at the Rise of the Rest Pitch Competition when they stop in Portland, Maine on October 2, 2015. Rise of the Rest is the brain child of Steve Case the founder of America Online. It purpose is to give deserving start-up in cities outside of the Boston, New York or Silicon Valley eco-systems.

Rise of the Rest 4.0 Pitch Competition Finalists Announced

 


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Contract Signed with USGS

USGS

In early July Introspective Systems signed a 2 year contract to redesign the National Earthquake Information Center’s (NEIC) earthquake location system. It will use a new big data statistical method using the xGraph platform. The proposed implementation under development is based upon earlier work by our Chief Innovation Officer Dr. Caryl Johnson but is a radical improvement on the state of Art. NEIC is looking for new methods that can associate diverse earthquake data including phase picks, beams data, social data among others.

The proposed implementation is radically different from those in use by other seismic observatories. The xGraph framework provides a real-time, in tempo approach that streamlines the acquisition and analysis without batching of picks  or other data. The system under developments neither procedural nor combinatoral as Markov Chain Monte Carlo (MCMC) legacy approaches. The development utilizes new advances in Complex Adaptive System (CAS) and applies new ideas in complexity theory.


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Introspective Systems Named a Semifinalist for LaunchPad

Information management software company one of 12 chosen for next round in Gorham Savings Bank’s annual business competition for $30,000

PORTLAND, ME – March 18, 2014 – Introspective Systems, the developer of the SIMplexity™ suite of architectural software products for early design, announces that it is one of the 12 semifinalists for the annual LaunchPad business competition. Founded by Gorham Savings Bank, LaunchPad awards $30,000 to help bring a business idea to life. Voting begins today online at https://launchpad.gorhamsavingsbank.com/

Online voting starts today and concludes on March 27 to select five top finalists, who then will have the opportunity to pitch their idea at the live LaunchPad Competition on April 10th. A panel of judges will award $30,000 to the winner. In addition, Maine Technology Institute (MTI) and Blackstone Accelerates Growth (BxG) will present a Technology Award of $5,000 to one of the 12 LaunchPad semifinalists that shows the best use of technological innovation as the basis for creating a new business in Maine.

“We are thrilled that our SIMplexity software is among the top candidates for this opportunity in our very first year of entering,” says Kay Aikin, co-founder and Chief Operating Officer, Introspective Systems. “We thank Gorham Savings Bank for sponsoring LaunchPad, and congratulate all of our Maine business peers who are in the running. Our goal is to build a market-leading company that brings prestige and good jobs to the State of Maine.”