Smart Buildings, Towns and Cities: Part 1 #NG07

Transcription

1 Smart Buildings, Towns and Cities: Part 1 #NG07 Chris Gandy, Las Vegas Metro Police Dept. Ed English, CEO, ELERTS Corp. Kent Browne, Senior Security Engineer, Dell SecureWorks Steve Surfaro, Industry Liaison, Axis Communications Learning Objectives 1. Understand how an integrated cyberinfrastructure secures assets 2. Apply lessons learned from case studies for cyber and infrastructure assurance 3. Build tactical, corporate infrastructures, supporting strategic goals 1

2 AIA Provider Statement Reed Construction Data is a Registered Provider with The American Institute of Architects Continuing Education Systems (AIA/CES). Credit(s) earned on completion of this program will be reported to AIA/CESfor AIA members. Certificates of Completion for both AIA members and non-aia members are available upon request. This program is registered with AIA/CESfor continuing professional education. As such, it does not include content that may be deemed or construed to be an approval or endorsement by the AIA of any material of construction or any method or manner of handling, using, distributing, or dealing in any material or product. Questions related to specific materials, methods, and services will be addressed at the conclusion of this presentation. Smart Buildings, Towns and Cities 2

3 Eight key steps to protect buildings towns cities Eight key steps to protect buildings towns cities Asset Protection Mining 3

4 Eight key steps to protect buildings towns cities Asset Protection Mine Network Strength and resilience of the network: power, transmission, interoperability The ability to network and share intelligence Consistent delivery of accurate and timely information 1 1 Delivery of useful theaterwide, system and crisis management information could be near real time and still sustain cycle 4

5 Smart Buildings Building Integration with Smart Grid Distributed Demand Response Building Automation and Control Fault Detection and Diagnostics First Responder Communications Ad Hoc Networks for First Responders 1 Without Architects, Smart Cities Just Aren t Smart 1 The communication range in a commercial building corridor is vastly different from that of a factory floor, which is unlike a coal mine. Smart Buildings Building Integration with Smart Grid Distributed Demand Response Building Automation and Control Fault Detection and Diagnostics First Responder Communications Ad Hoc Networks for First Responders 1 Without Architects, Smart Cities Just Aren t Smart 1 The communication range in a commercial building corridor is vastly different from that of a factory floor, which is unlike a coal mine. Images courtesy 5

6 Redundancy What s the first concern of today s Central Station Service Providers? Network availability and redundancy. Knowing your infrastructure provider. Delivering data from multiple paths and understanding the rate of network collapse and restoral. Analysis Just that analyzing data: Time, geo-location and object characteristics Threat behavior Attack distribution pattern disp ersion 6

7 Distribution Distribution of information to multiple consumers and platforms By form factor and network availability By priority Detection Behavior threat object detection Advanced Targeted Persistent Threats Multi and single vector DDoS Insider Threats Physical perimeter attacks Explosive, Contamination and Intruder Threats 7

8 Mining the data Analyzing from different perspectives and summarizing it into useful information Categorize and summarize relationships identified Finding correlations or patterns Operational transactionaldata (sales, cost, inventory, payroll, and accounting) Nonoperational forecast data Meta data -data about the data itself: Min Max size of a moving object Maximum size of a moving object Color of a moving object Minimum speed of an object Maximum object speed Response Preventative moving data from intrusion site Actionable sharing critical emergency response data Protect fortify perimeter and virtual boundaries Strategic weaponized response to suspend threat 8

9 Recovery 1 Response team 2 Response recovery plan 3 Review events to date 4 Determine response level 5 Speed of response 6 Multiply communications 7 Communicate facts 8 Solicit diversify intel 9 Update team and community 10 Update plan Assets Personnel Information Physical-structural Virtual Digital Infrastructure: systems electrical teleph ony data virtually anything of value Assets 9

10 Network Redundancy Analysis Distribution Detection Assets Mining Response Recovery Mining Assets Smart Buildings, Towns and Cities: Part 1 #NG07 Ed English, CEO, ELERTS Corp. 10

11 Smartphones enable smarter Cities Smartphones (SP) have raised the bar for safety and security in cities & towns The popularity of SP has empowered average citizens armed with powerful multimedia communication tools. Problems can be communicated with: Photos, Incident Descriptions, Maps Community sourcing of incident reports allows people to participate in the well-being of their city, town or organization Incident Reporting is easy with SP The ease of use of smartphones and apps allows quick incident reporting The widespread cellular and WIFI connectivity of SP makes high speed 2 way commpossible Boston was a pioneer city that embraced using smartphones to report potholes, graffiti and other city problems. 11

12 Spreading Safety with SP Now all sorts of organizations, hospitals, schools and transit systems, are using SP to improve safety through community sourcing First Responders are rarely 1 st to see a problem. People have become the eyes and ears of the police or security op center. Citizens and staff act like early warning radar for trouble. Transportation Systems Transit systems are the definition of mobile. Transits are keeping riders safer, by using mobile technology. 2-way communication to SP breaks the old model of 1-way command & control messaging BOLOscan be broadcast to SP to enlist the publics help in locating Persons of Interest. 12

13 Transit Example Beat down In Boston at midnight, a gang of 5 severely beat a disabled man in a subway station. A rider saw and reported the crime to transit police, using an app on his smartphone. Other tips have come in via Twitter. Surveillance cameras were present, but it was human involvement that focused attention on the crime incident first. Police issued a BOLO via Twitter, FB and SP app. All 5 suspects were arrested within 24 hours. Previously unreported crimes are being reported and solved with SmartPhones 13