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NOTICE NDPCI & NSA Partner for Homeland Protection Certifications
The Coalition in partnership with NSA is proud to announce the official rollout of two |
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“Prepare for a Secure Tomorrow”
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05/17/2012
Hill GOP wants answers on Hezbollah leader tied to soldiers killings, set for release Republicans on Capitol Hill are furious over the Obama administration’s handling of a purported Hezbollah commander, who was connected to the killing of five U.S. soldiers in 2007 and now is set for release by an Iraqi court. The most recent GOP lawmaker to express frustration and to demand answers from the administration is Florida Rep. Allen West, who on Wednesday sent a letter to President Obama questioning why Ali Musa Daqduq was turned over to Iraq in December 2011. Source: Foxnews Source: http://www.foxnews.com/politics/2012/05/16/hill-gop-wants-answers-on-hezbollah-leader-tied-to-soldiers-killings-set-for/#ixzz1v8IIhipX |
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05/15/2012
US poised to take Iranian exile group off terrorism list The Obama administration is poised to remove an Iranian opposition group from the United States' list of terrorist groups, officials briefed on the talk told the Wall Street Journal, in a move sure to upset Tehran as nuclear talks between the countries intensify. The exile organization, the Mujahedin-e Khalq, or MeK, was named a terrorist group 15 years ago for allegedly being involved in assassinating U.S. citizens before the 1979 Islamic revolution in Iran, but the group had pursued an aggressive lobbying effort in Washington to clear up its status. Source: http://www.foxnews.com/politics/2012/05/14/us-poised-to-take-iranian-exile-group-off-terrorism-list/#ixzz1uwLPAEKa |
Responder Zone
Subject Matter Expert Highlight
J. Scott Quirarte is a Fire Captain with the Ventura County Fire Department in California. He has been with the department 24 years and was honored as the Firefighter of the Year 1992 and 2011, and Engine Company of the Year 2009 and 2011. Captain Quirarte is a CSTI/ProBoard certified Hazardous Materials Technician and is currently assigned to the Hazardous Materials Team. He has been a member of the Hazardous Materials Team since 1992, and the Hazardous Materials Captain since 2001. His duties include the management of all department hazardous materials training, budgets, research and development, and PPE program. Captain Quirarte has developed and led multiple programs since being assigned to the Hazardous Materials Team including the department air monitoring program, the county-wide radiological monitoring program and Cal-EMA Type 1 HazMat Team certification for the regional team. Captain Quirarte was also the program manager for the replacement of the current HazMat vehicle. This grant funded program was completed with the purchase and outfitting of a state of the art 44’ tractor trailer HazMat response vehicle. Captain Quirarte has responded as part of an Incident Management Team to numerous Type 1 and Type 2 incidents. Captain Quirarte holds the following ICS qualifications: Type 4 Incident Commander, Strike Team Leader Engine, Task Force Leader, Field Observer, Engine Boss, PIO 2 and Cal-EMA Hazardous Materials Group Supervisor and Assistant Safety Officer HazMat. Captain Quirarte is a state certified Fire Investigator. He spent four years assigned as an Arson Investigator where he conducted origin and cause investigations and testified as an expert witness in both criminal and civil cases.
Captain Quirarte is a certified instructor accredited by the California Specialized Training Institute and the Department of Homeland Security. Captain Quirarte is a California State Fire Instructor and a Homeland Security Exercise and Evaluation Program-HSEEP Master Exercise Practitioner (MEP). He has developed and delivered numerous training programs/exercises across the country to a wide array of audiences and disciplines including, Public Health, military, fire, law enforcement, FBI, NSA, ICE, emergency managers, hospitals, and the private sector.
Captain Quirarte’s course development includes his work as a subject matter expert and lead instructor for the National Domestic Preparedness Coalition where he assisted with development of their Department of Homeland Security Course “MGT-336 Operational Value of Threat, Risk, and Vulnerability Assessment”. He is also a subject matter expert and Instructor for the National Sheriff’s Association where he provided curriculum development on their Department of Homeland Security Course “ARW-198 First Responder”.
Captain Quirarte is a member of the FEMA Fire/Hazmat Working Group which is currently working on resource typing and responder credentialing. He is also a member of the FIRESCOPE Hazardous Materials Specialist Group. Current FIRESCOPE work includes the rewrite of the Field Operations Guide Hazardous Materials Section and the development of two new sections, one on terrorism and the other mass decon.
NDPCI Tip
How do I use an open WiFi hotspot safely?
I've returned to the same coffee shop where I was a few months ago when I noticed that my email had been hijacked/hacked. This time, I'm using my phone, but the last time when I noticed the hack, I was using my computer and doing email over an open-internet, free WiFi network. Do you think that could be the source of the problem or just a coincidence? I'm still afraid to do email from here. It definitely could have been. Unfortunately, it's hard to say for sure and it could have been something else unrelated. As we can't really diagnose the past, let's look ahead instead. It absolutely can be safe to do email from a coffee shop or any other location that provides unsecured or "open" WiFi. In fact, I do it all the time. But you do have to make sure to follow some very important practices to ensure your safety. This is easily and frequently overlooked. When you're at home, you may use your router as your firewall and keep the Windows or other software firewall on your machine disabled as redundant. That works well, as the router stops network-based attacks before they ever reach your computer. When you're on an open WiFi hotspot or connected directly to the internet via other means, that software firewall isn't redundant. In fact, it's required. Make sure that the firewall is enabled before connecting to an open WiFi hotspot. Various network-based threats could be present on an untrusted connection, and it's the firewall's job to protect you from exactly that. As I said, it can be safe to use open WiFi, but it's also very easy for it to be unsafe. The solution that you used while you were at that same coffee shop (and asked me about in this question) is a very common and solid one: use your phone instead. While it is technically possible, a mobile/cellular network connection issignificantly less likely to be hacked. I use this solution when I travel. Most mobile carriers offer one or more of the following options: Use your phone. Many phones or other mobile devices, such as iPhones, iPads, Droids, Blackberrys and others, are quite capable email and web-surfing devices, and typically do so via the mobile network. (Some can also use WiFi, so be certain that you're using the mobile broadband connection for this option to avoid the security issues that we're discussing.) Tether your phone. Tethering means you connect your phone to your computer - usually by a USB cable, but in some cases, via a Bluetooth connection - and the phone acts as a modem, providing a mobile broadband internet connection. Use a dedicated mobile modem. Occasionally referred to as "air cards", these are USB devices or PCMCIA cards that attach to your computer and act as a modem, providing a mobile broadband internet connection, much like tethering your phone. Use a mobile hotspot. In lieu of tethering, many phones now have the ability to act as a WiFi hotspot themselves. There are also dedicated devices, such as the MiFi, that when turned on, are simple dedicated hotspots. Either way, the device connects to the mobile broadband network and provides a WiFi hotspot accessible to one or more devices within range. When used in this manner, these devices are acting as routers and must be configured securely, including applying a WPA/WPA2 password so as not to be simply another open WiFi hotspot susceptible to hacking. I travel with a MiFi, and also have a phone capable of acting as a hotspot as a backup. I find this to be the most flexible option for the way I travel and use my computer. If you use a desktop email program such as Outlook, Outlook Express, Windows Mail, Windows Live Mail, Thunderbird or others, make certain that it's configured to use SSL/secure connections for sending and downloading email. Typically, that means that when you configure the email account in your email program, you need to: Configure your POP3 server for downloading your email selecting "SSL", "TLS", or "SSL/TLS" security option, and usually a different port number, such as 995 instead of the default 110. Configure your SMTP server for sending email selecting "SSL", "TLS", or "SSL/TLS" security option, and usually a different port number such as 26, 465, or 587 instead of the default 25. The exact settings and whether or not this is even possible dependsentirely on your email service provider; you'll need to check with them to determine the correct settings to use. How you configure these settings, of course, depends on the email program that you use. With these settings, you can feel secure downloading and sending mail using an open WiFi hotspot. It's what I often do when I don't have my MiFi with me. If you use a web-based email service like Gmail, Hotmail, Yahoo or others via your browser, you must MUST MUST make sure that it uses an httpS connection and that it keeps on usingthat httpS connection throughout your email session. I believe that this might well be the source of many open WiFi-related hacks. I expect that people simply login to their web-based email service without thinking about security and as a result, the username and password are visible to any hackers in range who care to look. Some email services have "require https", which is an option you should definitely enable. The problem is that of the major services, I trust only Gmail to remain in https throughout the entire session (and even then, you need to take care if you then use other Google services using your Gmail account credentials). Some services will use https for only your login, which is insufficient as your email conversations thereafter could be viewed by others. Other services may "fall out" of https, reverting to unsecure http without warning. Facebook also falls into this category. Facebook has a "require https" option, but apparently can fall out of https, particularly when various Facebook apps are used. Any and all web-based services that require you to login with a username and password should either be used only with https from start to finish, or should be avoided completely while you're using an open WiFi hotspot. This one's for the road warriors. You know them - the folks who are always traveling and online the entire time they do so - often hopping from coffee shop to coffee shop in search of an internet connection as they go. A VPN, or Virtual Private Network, is a service that sets up a securely encrypted 'tunnel' to the internet and routes all of your internet traffic through it. Regardless of https or not, SSL/secure email configuration or not, as all of your traffic is securely tunneled, no one sharing that open WiFi hotspot can see a thing. This service typically involves a recurring fee. As I said, they're great for road-warriors but probably overkill for the rest of us as long as we abide by the other security steps described above. Finally, it's a good idea to keep the passwords of the accounts that you access different from each other and, of course, secure. That way, should one account be compromised by some stroke of misfortune, the hackers won't automatically gain access to your other accounts that they may then learn of. • As you can see, it's unfortunately easy to get this stuff wrong. When that happens, that guy in the corner with his laptop open could be watching all your internet traffic on the WiFi connection, including your account credentials as they fly by. And when that happens, you can get hacked. Fortunately, with a little knowledge, forethought, and preparation, it's also relatively easy to be safe.
by Leo A. Notenboom, ©

Turn On The Firewall
Consider Not Using Free WiFi
Secure Your Desktop Email Program
Secure Your Web-based Email
Use a VPN
Use Different Passwords
New Technology
Warning Decision Support System–Integrated Information (WDSS-II)
When the American Red Cross responded the morning after the 24 May tornado outbreak in central Oklahoma, they had a new tool in their pocket. The Warning Decision Support System—Integrated Information (WDSS-II), developed by NOAA’s National Severe Storm Lab, cut disaster assessment time from 72 hours down to 24, a major improvement that could save many lives when it comes to rescue in the wake of a disaster.
The WDSS-II works by narrowing when and where the severe weather most likely occurred. Using radars, satellites, and other observation systems, the On Demand feature of the tool records tracks of rotation and hail swath images that can be opened in Google Earth. When street maps are overlaid with these images, disaster teams can assess which areas likely need assistance first, as well as the most accessible routes to take.
“They no longer have to put boots on the ground to visually assess the situation before planning how they will deploy response teams,” comments Kurt Hondl, NSSL research meteorologist. “It makes the coordination and planning of the American Red Cross’s response so much more efficient.”
The WDSS-II On Demand software is available to American Red Cross officers and other assessment organizations. More than 250 volunteers in Oklahoma and Texas have been trained so far by the Red Cross to utilize the NSSL On Demand software. Other organizations, like FEMA and the Department of Homeland Security, have begun to take advantage of the technology as well.
The WDSS-II is a multi-radar/sensor real-time data ingest and processing system that can be used to evaluate experimental applications in an operational setting. It is also a powerful application development tool. It is easy to add new products and concepts, and it provides a seamless path from data ingest, data processing, and output using standard formats. This improves the pace of science and technology infusion into operational warning decision systems.
The WDSS-II system is primarily used for research, prototype application development, and application evaluation, but the system is run 24/7 to evaluate the performance and scalability of the system for operational uses. SWAT partners with the Real-time Applications and Display Development team in NSSL's radar division to develop this technology. The WDSS-II is the result of over 10 years of research, application development, and operational testing at NSSL and NWS forecast offices.
History
The Warning Decision Support System – Integrated Information (WDSS-II) is the second generation of a system of tools for the analysis, diagnosis and visualization of remotely sensed weather data. The first version of the Warning Decision Support System (WDSS), now known as the legacy WDSS was developed in the early 1990s and was based on data from individual radars. The NSSL tornado vortex signature and mesocyclone detection algorithms currently used in operations by the NWS were first implemented, tested, and validated within the WDSS framework. To support university and other researchers, workstation versions (called WATADS) of these operational algorithms were distributed freely.
Since the WDSS was developed, there have been two major advancements. Computer networking and compression methods have improved significantly through a project called CRAFT. CRAFT allows data from individual radars to be transmitted, in real-time, over the Internet to interested users, and has made the development of new weather applications possible. The second advancement is a data access application programming interface (API) that enables access to data from various sensors – enabling rapid development of new meteorological applications.
The current NSSL Warning Decision Support System – Integrated Information (WDSS-II) uses these advancements and now contains over 100 multi-radar/sensor applications of all kinds.
WDSS-II 2D Multi-Radar CONUS Composite Reflectivity (multi-sensor QC, smoothed/thresholded)
(click image for loop)



certification programs, the Certified Homeland Protection Professional (CHPP) and Certified Homeland Protection Associate (CHPA). Those who qualify for the certification, upon official notification of approval, may use the CHPP or CHPA designation (as applicable) following their name. The designations certify that individuals have demonstrated competency, knowledge, skills and abilities in the blended discipline of Homeland Protection, through a rigorous qualification and testing program.


