3 Things We Expect to See from D.C.’s First “Greenfield” Smart City

As the Internet of Things (IoT) continues to grow, more and more U.S. cities will work with private companies and organizations to improve the quality of life for residents through the use of technology. While San Jose, New York City and Dallas are some of the larger cities to create these initiatives and begin integrating various technologies across each infrastructure, the Washington, D.C. area will soon be home to a $700 million Smart City development, right in our own backyard.

Gramercy District is a fully integrated, hyper-connected campus with luxury residential, coworking, education, high-rise office, hotel and retail space on a 24-acre site located in Ashburn, Virginia, integrating a mixed-use development with artificial intelligence and machine learning.

As the first greenfield smart city in the D.C. area, and one of the first in the country, we are excited to see how this development will make an impact and be received by the community. Here are three things we expect to see from this new smart city.

Adaptability

One major challenge for urban communities is ensuring that citizens’ fundamental needs are being met. Systems such as water, food, transportation, power and even healthcare are all interdependent and require thoughtful integration and optimization when building a smart community from the ground up. Add in unexpected events such as a power outage, construction carriers or severe weather and a beautifully constructed city can become ill-functioning quite quickly.

That’s why IoT data is so important, to provide real-time data, integrate relevant data sets and models to identify normal operating metrics, various asset conditions and vulnerabilities, and flag risks. IoT data allows smart cities to quickly adapt to fix unforeseen obstacles and adapt to the needs of its inhabitants, using efficient artificial intelligence (AI) to manage large amounts of data quickly.

Simple replication

The replication of proven smart city solutions has become a common trend both in the U.S. and around the globe. Different coalitions are gathering together commitments addressing the development of smart city strategies and plans in order to facilitate an experience exchange on the development processes, applied methods and tools for upscaling and replication.
IoT and smart city spaces are a $1.5 trillion to $2 trillion market. Gramercy District will serve as a “smart city in a box” platform that can be replicated across the country. Through this process, successes and room for improvement can be measured and applied to future projects.

Create and experiment in-house

The smart city can essentially become an immense laboratory to test and analyze various projects and methods. Different cities are currently carrying out intelligent urban innovation experiments, linked to environmental protection, the development of new digital applications or services or green living. One of the roles of smart cities is to more effectively manage the mobility of people, objects and goods, making it a perfect playing field to examine the type of technical and social experiments carried out to achieve this objective.

Additionally, the Gramercy District development will include the launch of a coworking business accelerator run in partnership with the Center for Innovative Technology, which will bring in companies that advance technology around real estate development, where they can run test projects on their own smart city.

To read about a recent Vidsys smart city project, click here.

AsMag: Vidsys CSIM supports UAE smart city objectives through the Hassantuk Program

Below is an excerpt from AsMag, featuring Vidsys’ recent announcement that Injazat Data Systems will employ our CSIM platform as part of the UAE’s Hassantuk program.

This Smart and Safe City program aims to reduce the cost of inspecting buildings and provide central monitoring of fire and life safety events for over 150,000 buildings across the UAE. Legislation has been passed mandating all addressable buildings must connect to Hassantuk for monitoring equipment and provision of service. Injazat Data Systems is the service provider under the Ministry of Interior (MOI) for the ten-year Hassantuk program.

A centralized dashboard visualization layer will be provided by Vidsys CSIM, with a unified interface for operators on a 24×7 basis. The CSIM platform will provide filtering and correlation of all alarms and events based on location, type, and priority, and will present automated Standard Operating Procedures (SOP’s) for the operator to follow dynamically, along with real-time reporting.

See the full announcement here.

SourceSecurity: Cybersecurity and artificial intelligence key security themes at ASIS 2017

Below is an excerpt from SourceSecurity’s recap of ASIS 2017 conference, including an interview with Vidsys Vice President, Systems & Solutions Engineering, Neil Chung.

Transport, Enterprise And Smart Cities

Some of the companies seeking to leverage the power of the ASIS show did not have booths on the show floor. Some players, such as Vidsys, met with end users and integrators in meeting rooms in the adjacent Omni hotel. (Vidsys was also a partner in the Motorola booth.) “It’s the largest turnout we have ever had,” said Neil Chung, Vidsys vice president, systems and solutions engineering.

The converged security and information management (CSIM) company was highlighting a suite of video and big data analytics capabilities added to their system through a partnership with Micro Focus. The AI system works “in the background” to characterize and filter out anomalies (false positives) to alert customers only to situations that require attention. Vidsys focuses on large transportation, commercial campus/enterprise customers, and smart cities, where they interface with a variety of sensors.

“The most excitement is over our social media integration and how external events can affect their business,” says Chung. In addition to security and other internal systems, Vidsys can monitor outside sources, such as RSS and Twitter feeds through technology partners such as DataMiner. “If an event happens near a customer facility, we can use our business rules to notify them. People are realising that there’s more information outside the systems that they control, and they want to start taking advantage of it.”

Read the full article here.

Vidsys CSIM supports UAE smart city objectives through the Hassantuk Program

Below is an excerpt from AsMag.com.

Vidsys, a global provider of enterprise converged security and information management (CSIM) software, announced that Injazat Data Systems will employ its CSIM platform as part of the UAE’s Hassantuk program.

This Smart and Safe City program aims to reduce the cost of inspecting buildings and provide central monitoring of fire and life safety events for over 150,000 buildings across the UAE. Legislation has been passed mandating all addressable buildings must connect to Hassantuk for monitoring equipment and provision of service.  Injazat Data Systems is the service provider under the Ministry of Interior (MOI) for the ten-year Hassantuk program.

A centralized dashboard visualization layer will be provided by Vidsys CSIM, with a unified interface for operators on a 24×7 basis. The CSIM platform will provide filtering and correlation of all alarms and events based on location, type, and priority, and will present automated Standard Operating Procedures (SOP’s) for the operator to follow dynamically, along with real-time reporting.

See the full announcement on Asmag.com here.