security - Are You Watched via Your Webcam? (src: ZoneAlarm 2Oct13)

 

Are You Being Watched Through Your Webcam?

article source: http://www.zonealarm.com/blog/2013/10/are-you-being-watched-through-your-webcam/

Posted on  by  ZoneAlarm

A few clicks of the mouse, and your webcam is activated and ready to be used. But have you considered the possibility that someone else could be watching you through your own webcam? The thought of this probably sends chills down your spine, and it should, as this is very real- and extremely creepy.

How Webcams Get Hacked
Hackers utilize a type of software called remote access tool (RAT) that allows them to remotely access a computer as if they were physically there. Though RATs were designed for legal purposes, like allowing a technician to remotely access a user's computer to troubleshoot problems without having to physically be there, hackers exploit this software for their own benefit.

Typically, a hacker lures an unsuspecting user into clicking on a link, opening a picture or email attachment, visiting a specific website, or downloading some software. After the user falls for one of these, the RAT software is secretly installed onto the user's computer. The hacker now has remote access to the user's computer.

Preventing Your Webcam from Being Hacked
Many articles recommend covering the lens of the webcam with a piece of paper to prevent hackers from spying on you. But doing that alone is brushing the real problem under a rug. Having your webcam hacked means your PC has been compromised by some malware, and you need to take immediate action to get rid of it.

Fortunately, here are some easy things you can do that can prevent your computer from being compromised in the first place.

Don't be click-happy
Hackers lure victims into installing RAT software onto their PC by disguising links, pictures, or email attachments as something desirable, such as free music, movies, or desktop wallpapers. Be wary of suspicious websites that offer similar items. Also be cautious about clicking on shortened links you may find on social media sites.

Equip your computer with an antivirus and two-way firewall
Having an antivirus and two-way firewall is minimum security any PC should be equipped with. An up-to-date and active antivirus helps to detect and remove malware from infecting your computer. A two-way firewall monitors inbound and outbound traffic to-and-from your computer.

Be cautious of tech support offering remote assistance
Hackers may physically contact you by claiming there are problems with your computer. They'll try to persuade you to install a program that allows them remote access to your computer, so that they can "fix" the problem. Simply ignore calls from those who claim they are tech support.

Secure your wireless connection
A hacker can easily hack into unsecure Wi-Fi networks with a laptop, antenna, and widely available software. Don't make it easy for them. Secure your wireless connection with a strong and complex password.

Disable Windows Remote Access
Though most RATs deployed by malware are custom tools, disabling Windows Remote Assistance and Remote Desktop is one thing you can do to prevent hackers from remotely accessing your computer.

To disable Remote Assistance and Remote Desktop for Windows 7, follow these steps:
1. Click on Start and find Computer

2. Right-click on Computer and select Properties

3. Click on Remote settings on the left-hand side

4a. Under the Remote tab, uncheck "Allow Remote Assistance connections to this computer."

4b. Under Remote tab, click on "Don't allow connections to this computer"

5. Click OK

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P.S.  Don't forget that you can always just tape over it too...

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LGBT/Q - Beware of what you wish for ...in Kuwait.

American Voices: Kuwait To Medically ‘Detect’ Gay Visitors, Expel Them
(Sent from Headlines)

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240 Year Old Programmable Automaton "The Boy Writer" (video 4m49s)

From: melchor Sent: Tuesday, October 01, 2013 Subject: Automaton

Something fun for a change.

From the BBC programme Mechanical Marvels

video by BBC & lesterfontayne · 941 videos:

Clockwork Dreams, Professor Simon Schaffer examines a clockwork creation of Pierre Jaquet-Droz.  A 240 year old doll that can write, a clockwork creation by Jaquet-Droz, a Swiss watchmaker, circa 1770s.

alternate source, Watch on Youtube at: http://www.youtube.com/watch?v=FUa7oBsSDk8 (4m49s)

video source: http://youtu.be/FUa7oBsSDk8

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OHS - Fire Extinguisher Training: Best Practices

A good reminder about home, work, and public gathering places' fire safety.  Plus, don't forget your fire alarms' batteries. -- rfh 

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From: Occupational Health & Safety E-News Sent: Wednesday, October 02, 2013

Fire Extinguisher Training: Best Practices

Talking about the best fire extinguisher for each situation is essential in any fire safety training program.

• By Ryan O'Donnell
• Oct 01, 2013
• article source: http://ohsonline.com/Articles/2013/10/01/Fire-Extinguisher-Training-Best-Practices.aspx?p=1

This article originally appeared in the October 2013 issue of Occupational Health & Safety.

OSHA requires that all employees be educated in the use of fire extinguishers every year, according to OSHA 29 CFR 1910.157(g).  The statute states "the employer shall provide an educational program to familiarize employees with the general principles of fire extinguisher use and the hazards involved with incipient stage firefighting," but it doesn't lay out many specifics about what a comprehensive fire safety training program should include.  To ensure your employees are prepared to deal with emergencies in the workplace, follow the steps outlined in this article for a successful safety program.

The most important thing to consider when designing your fire extinguisher training program is your workplace.  Focus your training on the type of emergencies employees really may face.  For example, an office complex, manufacturing facility, hospital facility, and university dorm should all have markedly different programs.  Furthermore, employees with different roles should be trained based on the threats they face and the emergency response protocols that are established.

Every successful program should combine classroom and hands-on instructional elements.  Many of the basics can and should be covered before allowing trainees to cement their theoretical knowledge with hands-on application.

Trainees should leave the program with knowledge of the sources of fire, classes of fire and their corresponding fire extinguishers, how to identify an extinguisher, how to assess a fire situation, and fire emergency protocols.  The following information can be disseminated in a variety of ways, depending on your audience.

Sources of Fire

• Fires are chemical reactions that occur when fuel, oxygen, and an ignition source combine.
• Fire extinguishers work by removing one or more of these sources, with different extinguishers working in different ways.  For example, water extinguishers remove the heat and carbon dioxide (CO₂) extinguishers remove the supply of oxygen.

Five Classes of Fire

• Class A fires involve ordinary combustible materials, such as cloth, wood, paper, rubber, and many plastics.
• Class B fires involve flammable and combustible liquids, such as gasoline, alcohol, diesel oil, oil-based paints and lacquers, and flammable gases.
• Class C fires involve energized electrical equipment.
• Class D fires involve combustible metals, such as magnesium, titanium, and sodium.
• Class K fires involve vegetable oils, animal oils, or fats in cooking appliances.

Choosing the Correct Fire Extinguisher

• Many fire extinguishers are designed for use on specific types of fires.  The most common fire extinguishers are Class A: water; Class BC: CO₂; Class ABC: dry chemical powder
• Users must understand that operating a fire extinguisher that does not match the class of fire can actually increase the fire hazard and endangers the user and those nearby.  Talking about the best fire extinguisher for each situation is essential in any fire safety training program.

Identifying a Fire Extinguisher

Teach employees how to identify an extinguisher, including its class and the size of fire it is designed to combat, by the markings on the fire extinguisher.
• Help employees identify the actual extinguishers found around their place of work.

Assessing a Fire Situation

• As portable fire extinguishers are designed for incipient-stage firefighting, employees should be familiar with how to properly asses a fire situation.
• Individuals should not use a portable fire extinguisher to combat fires larger than themselves.
• Individuals should also assess the fire's location (is it fully visible or has it spread behind walls or equipment?), levels of heat (is the room too hot to remain in comfortably?), presence of thick smoke or fumes, and the availability of sufficient exit routes.

Additionally, each organization should clearly instruct employees as to what alerting actions are required and when evacuation is required.  Ideally, employees should never attempt to fight a fire without signaling that there is an emergency.

Practical Training

Watching a video or providing a classroom demonstration is no substitute for seeing a fire, reaching for an extinguisher, pulling the pin, and squeezing the trigger.  Fire extinguishers are an important safety tool located throughout the work site but, like any tool, proper training is needed to support safe and effective use.

Hands-on training engages trainees as they are able to put what they learned in the classroom into practice, and new learning points are uncovered through the hands-on experience.  Hands-on training not only builds confidence, but it also breaks down overconfidence.  Most employees who have not used an extinguisher are amazed at how little discharge time one has.  A standard 10 pound ABC extinguisher provides just 20 seconds of discharge.  Learning this helps employees further assess risk and appreciate the limits of portable extinguishers.

A well-executed fire extinguisher training program offers much more than a means of regulatory compliance.  A comprehensive program that includes both classroom and hands-on education to help employees understand the risks, challenges, and opportunities in facing a fire emergency will truly engage employees in the company's fire safety policies, creating a safer workplace for all.

Tips for Hands-On Training
Hands-on training provides many opportunities for teaching employees to use a fire extinguisher effectively.  Consider these tips for further engaging and educating employees:

• Simulate various fire situations, including different types of fires or fire level difficulties.
• Consider using digital fire simulators, which can be used in areas where employees may face emergencies but where live burns aren't permitted, such as the production floor.
• Have employees work with varying sizes of extinguishers so that they understand the potentials and limits of each.
• Teach employees to maintain proper distance from fires, depending on the size of extinguishers used and the type of fire. Demonstrate how to properly move away from a fire once it is believed to be under control.
• Teach employees to check the pressure gauges and test extinguishers before approaching a fire.  An excellent learning tool can include having trainees select from multiple training extinguishers where one or more are not fully charged.
• Keep class sizes small, ideally fewer than 20 students at a time.  This will make it easier for everyone to participate, ask questions, and stay engaged.  Allow all trainees to extinguish the fire and provide them with opportunities to refine their technique and retry if they fail.

Case Study: Harris Health System
The Harris Health System is tasked with training staff on how to use an extinguisher properly.  Training medical staff is the number one priority, as well as working with administrative departments.  Extinguisher training is also a focal point of their Safety Week, held each June.  After training, staffers consistently state that they feel much more comfortable operating an extinguisher and facing a fire should the need arise.

Harris Health trains 22 medical clinics each year and trains its hospital inpatient units as often as possible.  Because it is very small in number, as most safety teams are, theirs concentrates the training during those months that the members are not involved in safety audits/environmental rounds.  The team also offers to do the training at every Safety Committee meeting and during safety audits.  Training employees when they are able to focus on the task at hand and when the instructor is able to provide ample instruction and practice time is essential.

Recently, Harris Health invested in a digital fire extinguisher trainer to use in its training.  They find that the system is easy to set up and use, which helps them train more people and allows trainees to learn quickly and return to their normal job duties.  After obtaining the laser-based system, they also fabricated a pull station with strobes and chimes so staffers really get the feel of having to RACE and PASS in their own department.  The pull station trainer was fabricated by the engineering team and is battery powered.

The key to Harris Health's success lies in choosing a realistic, hands-on training method and also arranging for staff to train in their natural environment rather than a foreign building.  For inpatient locations, the laser extinguisher is placed in the extinguisher cabinet and a pull station trainer is positioned in front of the department's actual pull station.  Then, the staff executes a drill.  Having the training in the department makes it more real and adds context to the training -- employees learn where their extinguishers and pull stations are located so that they can easily remember what to do in an emergency situation.

As far as technique, Harris Health teaches a concept it has developed called "Precision Code Red Response."  This teaches trainees that the person discovering the fire becomes the Incident Commander.  Using the RACE acronym, they train them to take charge of the event and delegate the Rescue, Alarm, Contain, and Extinguish actions to those who are present, rather than trying to do those actions by themselves.  Training in this way reduces response time.  They also train on the PASS (Pull, Aim, Squeeze, Sweep) technique so that all staffers know how to operate the extinguisher.

Harris Health limits the amount of classroom training it conducts.  Because it is not as effective as on-site training, team members find their limited time is put to better use in training in the employee's own potential response environment.

Training is always tough when there are so many other things on the safety staff's plate.  Harris Health recommends finding a system that allows for maximum staff participation.  This enhances the learning experience and lets the safety staff enjoy the training while allowing everyone to gain muscle memory and hands-on experience.

Finding a system that is transportable, allows for quick and easy setup, and can be used in a multitude of places where staff may experience fire situations is a great way to ensure you've created a successful program.

About the Author

Ryan O'Donnell is the president of BullEx.  He has founded two award-winning companies providing fire and life-safety products and services worldwide.  O'Donnell draws from his experience in the fire service, where he was a decorated chief officer responsible for developing fire prevention programs, overseeing training operations, and acting as incident commander at emergency scenes.  He holds numerous certificates from the National Fire Academy and New York State Academy of Fire Science.

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