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Here are 5 easy steps to protect yourself on your Iphone,Mac,PC or Android

STEP 1: Verify the Name of the Network before Connecting

A very common way hackers attack is to set up a Public Free WiFi hotspot at the local coffee shop using a very similar name, like “PennyCoffeeWiFi”, which is very close to “PennyCoffee”. This is how you’re fooled.

The reason this works is because the bogus hotspot does work and you are able to search the Internet as you would normally do. But what you don’t know is that all your emails, your website logins, work communication, and social media activities are being monitored and collected by the hacker as everything is going through his network.

What you need to do before you connect to and join any hotspot is to ask an employee to give you the full name of their network. Look very carefully making sure that the one you connect to on the WiFi menu is correct.

STEP 2: Turn Sharing Off on Your Computer or Device

When you go online at a public place, it is very unlikely that you are going to feel like sharing much of anything.

You need to turn sharing off using the system preferences or your Control Panel, depending on the Operating System you have. Or you can let Windows turn it off by selecting the “Public” option the very first time you decide to connect to a new network that’s unsecured.

STEP 3: Only visit Websites with ‘HTTPS’ in the URL

Https at the beginning of a web address means that your private information, which includes your passwords, credit card numbers, financial details and instant messages are being encrypted just like they would be if you were on a bank’s website. Using SSL encryption, any information you type and receive is garbled to anyone looking, so in the event your communication is intercepted by a hacker, they can’t read it.

The result is that spammers, hackers and ISPs cannot track, spy on or intercept your activities on the Internet.

What everyone should do is make certain they only visit websites that have “https” in the URL and stay away from any website that doesn’t start with https.

STEP 4: Use VPN Browser Extensions to Encrypt Your Connections

To ensure that all your Internet traffic is safely encrypted, regardless of where you search online, or which software or mobile apps you decide to use, think about using a Virtual Private Network (VPN) Browser.

A browser that has VPN Extensions creates a solid barrier between you and the Internet by effectively routing everything you do online, in an encrypted form, through a server owned and controlled by the company providing the Virtual Private Network.

A Virtual Private Network allows you to search the Internet anonymously which prevents anyone from tracking your history. It also protects you from the millions of malware infected, phishing and spamming websites out there.

Even if a hacker is able to break into the middle of your connection, everything will be heavily encrypted. Because most hackers are trying for easy access, it’s unlikely they will keep your information and attempt a process of decryption.

STEP 5: Install Robust Internet Security Software

If you are still concerned and want to take further precautions, which are within your control, and protects all your devices, then make sure you install and maintain a very robust Internet Security Software on your computer and other devices.

When you do this, malware scans will constantly run on your files and will routinely scan any new files and websites to ensure there are no attacks by hackers.

One very easy security solution would be to protect your PC computers, MACs, tablets and Android smartphones with the state-of-the-art technology solutions from Kaspersky Lab. This solution allows you to “mix and match” in order to adapt to any combination of computers and devices for real multi-device security.

STEP 6: Keep your WiFi off When Not Needed

Even when you are not actively connected to any network, the WiFi in your computer can still transmit information between networks within range.

Of course there have been security measures taken to prevent this but the truth is that some wireless routers are more secure than others, and hackers can be pretty persistent.

When using your computer for tasks that involve the Internet, like something on a Word document or Excel spreadsheet, keep your WiFi turned off. This will also serve to prolong your device’s battery life.

The Increased use of mobile devices rises security concerns

Mobile devices have become increasingly popular over the last ten to fifteen years. The number of mobile phone users exploded in the late nineteen-nineties and the early two-thousands and these days the vast majority of people own a mobile phone. More recently tablets have become the craze, with the number of users increasing continuously. Both mobile phones and tablets are being used for a variety of tasks, both business related and for personal tasks. There are undoubtedly many benefits to using mobile devices, including being able to carry out tasks from anywhere. One thing they are used for is to gain internet access when on the move. While this has obvious advantages there is also one potential downside: security.

An increasing number of mobile devices now allow users to gain access to the internet. However, these don’t always have the security that computers and laptops do. Most people who use desktop and laptop computers install firewalls and anti-virus software to protect against potential dangers. This is not usually the case, though, with mobile devices. Users often obliviously use them without taking into consideration security issues. Many users access the internet over a mobile device in the same way as they would with any other device.

For a number of years it has been common for people to read up on news and access emails via a mobile phone. It has now reached a stage where smart phones and tablets are often being used to carry out business tasks. A particular danger is that people are carrying out internet banking over their mobile devices. Carrying out these tasks without the necessary security measures means there is the potential for security problems.

Using Wi-Fi hotspots is something that carries a particular danger. It is not the most secure of environments. As it is not a wired connection and anyone with an enabled device can access them, it makes Wi-Fi hotspots the wild west of internet access. While users are accessing the internet in this way it makes them particularly susceptible to being hacked, something that can be relatively easy for those with the required knowledge.

Hackers have targeted regular computers for years. With more internet enabled mobile devices than ever before it means it could only be a matter of time before criminals target these as well. And as things stands, they are possibly an easier target.

There are potential security issues with mobile devices, but that doesn’t mean it is time to panic and stop using them for accessing the internet. There are things that can be done to limit the chances of suffering from security problems. Using mobile devices sensibly is one of these. If security cannot be guaranteed then not carrying out tasks like internet banking and making payments over mobile devices is wise. Intercepting these are the things that could most likely lead to financial loss. Using a VPN is another option. A VPN, which stands for Virtual Private Network, can be used to enhance security. They use encryption to make sure the transfer of data – in this case between a mobile device and the internet – is not interpreted by others. Many mobile devices have encryption options installed, although they are not always automatically switched on. Users should, therefore, ensure that these are enabled at all times.

While the main benefit of a mobile device is that it can be easily transported, taking it everywhere means they are commonly misplaced. It is important, therefore, to make sure anyone who finds a lost device does not have easy access to any data that they can use for sinister means.

Mobile devices have many benefits but security is a concern. However, if the right precautions are in place and users use them sensibly then they can be protected against. One of the best, if not the best , precaution you can take is by using a high quality VPN service which will enhance the security of your mobile device and protect you from the many harms the bad people on the internet can cause you. better safe than sorry they say and it’s 100% true here.

Firewalls, Explained

With more home computers and business networks connecting to the Internet, there is considerably more opportunity for malicious attacks from hackers and saboteurs. The same danger applies to internal corporate networks in that companies must protect their data centers and computing resources from internal and external attack.

Network attacks occur for a variety of reasons: extortion, fraud, espionage, sabotage, or simple curiosity. The acts themselves involve a range of activities, including misuse of authorized systems, system break-ins, equipment theft, interception of network traffic, and reconfiguration of computer systems to allow for future access. Because of the nature of global networks, these attacks can (and often do) cross network and national boundaries.

Firewalls and intrusions detection systems (IDSs) provide the perimeter defense of corporate and personal networks. As hackers become more sophisticated (and aggressive) in their attacks, so has the technology behind keeping networks safe. Firewalls and IDSs are a direct response to hackers.

With the advances in technology comes a great deal of innovation around the deployment of these systems, which is important to companies with public websites.

The main goal with perimeter security is to keep the bad guys out of the network. The way to be absolutely sure of perimeter security is to not connect to anything. However, most companies rely on the Internet, and for some, it is a critical aspect of their business. The problem then is how to maintain an external presence and still stay relatively safe against attacks.

Examples of network-related security threats include the following: Passive eavesdropping - Attackers use packet-capture programs to glean sensitive information or steal username/password combinations.IP address spoofing - An attacker pretends to be a trusted computer by using an IP address within the accepted range of internal IP addresses. This tactic is similar to assuming another identity.Port scans - Servers "listen" for traffic on different ports. For example, port 80 is where servers listen for web HTTP traffic. Attackers find ways to infiltrate servers through individual server ports.Denial-of-service attack - The attacker attempts to block valid users from accessing servers by creating TCP SYN packets that exhaust the server so it cannot handle any valid requests.Application-layer attack - These attacks exploit the weaknesses of certain applications to obtain illicit access to the hosting server.What Does a Firewall Do? Firewalls provide the ability to block these and other attacks by inspecting traffic, tracking valid sessions, and filtering traffic that looks suspect so it cannot pass. They do so by inspecting packets for known attack profiles and by acting as a proxy between you and the rest of the world.

Intrusion Detection Systems Firewalls provide a barrier for traffic. However, some traffic might look legitimate, and some traffic might in fact be legitimate but unbeknownst to the user carry devious viruses or attack programs.

Although a firewall is sufficient for home use, corporations tend to have more at risk and choose to invest in extra measures to detect traffic patterns that a firewall can’t catch. Intrusion detection provides this ability.

Intrusion detection systems (IDSs) analyze data in real time to detect, log, and hinder misuse and attacks. Host-based IDSs monitor server operations for any mischievous events, and network-based IDSs monitor network traffic on a specific segment.

Network-based IDSs monitor traffic in real time, looking at each packet for mischievous data profiles. When a particular data flow is suspect, the IDS logs the finding and notifies the receiving router to deny the traffic and any future traffic from that source.

Keeping Up with the Times New viruses and new forms of attacks are introduced to networks regularly. For each security measure put in place, motivated attackers always find a way to work around it. There is no such thing as a foolproof security measure.

For that reason, network administrators and home users must be diligent in regularly updating their security software and profiles. Firewall updates can block newly found vulnerabilities. IDS updates can detect new forms of viruses or attacks.

The Internet is anarchy in a good and bad way. Companies and individuals have the burden of protecting themselves from probing individuals.

#firewall

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micdotcom

The Eiffel tower is glowing green with personalized digital trees

The brainchild of artist Naziha Mestaoui, the 1 Heart 1 Tree project was unveiled on Sunday night to draw attention to reforestation and climate change efforts during COP21. Using an app, the project reads your pulse and then projects it onto the Eiffel Tower. The project has an ambitious plan to help people around the world.

7 Tips From The FBI To Prepare Your Firm For A Cyber Attack

“In the past, the FBI wanted to operate in the shadows, but today’s Bureau is very different” said Jay F. Kramer, Supervisory Special Agent, Federal Bureau of Investigation, Cyber Division, New York Office. In an effort to make the FBI more approachable, Kramer recently provided an overview of the cyber security activities of the FBI at an event before hundreds of attorneys.

How Does The FBI Operate?

The Bureau investigates violations of federal law and significant threats to national security, making it uniquely situated to deal with today’s cyber security issues. In addition to being a law enforcement agency, the FBI is also a member of the US intelligence community. FBI’s mission is primarily domestic with 56 field offices across the United States, but it also has offices in 87 countries and shares intelligence and threats coming from overseas by distilling it down and packaging it at the lowest level classification possible to push it out to victims.

Source and to read the full article @ Forbes.com - click here

Internet Protocol (IP) - what is it and how it became the standart

Over the past several years, many protocols have competed for a dominant position among users, and the Internet Protocol (IP) is the winner. With the positive results of network effects (where more users create the need for more applications and services, which draws still more users, and so on), most companies have converted their networks to IP. Virtually all new networks and devices, from computers, to phones, to wristwatches, are compatible with IP.

IP has many benefits over other protocols, especially with the ability to transport non-IP protocols. This benefit helps companies still using legacy systems because it gives them the ability to fully convert to IP at a pace that makes sense for them.

Converting to IP can be a slow and expensive process, and many companies want to use IP to transport their information across a WAN but keep their legacy systems in place. Using IP as a third- party transport requires that the original data be modified in some way. IP uses a process called encapsulation to transport the data through point-to-point tunnels (tunneling).

Although all this movement toward convergence is good for IP, the huge increase of traffic on IP networks sometimes results in congestion, which can seriously affect the quality of time-sensitive information such as live voice data. IP’s ability to use quality of service (QoS) allows network administrators to prioritize certain types of traffic, which can be expedited through the network.

IP convergence can also address the issue of security IP uses a public network for long-haul transport of information, which means that companies risk their private information being eavesdropped or stolen. Security schemes such as Internet Protocol Security (IPSec) allow strong encryption so that if information is stolen, it is unreadable.

One of the biggest issues with maintaining separate networks is the staffing requirements for maintenance, upkeep, and after hours (on-call) personnel. By running separate networks, companies spread their support resources thin among competing interests such as IP, time-division multiplexing (TDM) voice, and other legacy systems such as Systems Network Architecture (SNA), AppleTalk, or other proprietary protocols. The choice then becomes hiring additional staff or overworking existing staff, risking burnout.

With IP convergence, you can train all IT staff on a single protocol and support a single converged network.

Managing multiple networks adds complexity and extra cost. Companies are working to converge as much network traffic as they can into single-protocol IP networks. The advantages to a converged network include the following:

Reduced equipment costs and design complexityReduced trainingMore predictable traffic patterns and response timesSingular quality of service (QoS) and availability strategy

The primary mechanism for converging traffic onto a common IP network involves tunneling. Simply put, IP tunneling is the process of putting one type of packet into an IP packet. The packet traverses the IP network to the IP destination, in which the receiving device extracts the original packet from the IP packet and then passes it onto the destination device on its native network.

Examples of technologies that can tunnel through IP networks include the following:

SNA (Systems Network Architecture)'Developed by IBM for IBM mainframesTelephony Traditional voice traffic between phonesStorage Protocols that allow servers to communicate with disk drives over a network

Because these technologies tunnel through IP networks, they benefit from IP services such as QoS and availability functions such as Hot Standby Router Protocol (HSRP). As a result, you can apply a single comprehensive strategy for prioritizing important traffic and handling network outages across application types.

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techcrunch

Snapchat has launched a new tool within Live Stories called Story Explorer, which gives users the ability to look at all of the snaps of a single, special moment.

The idea is to let you see similar snaps from a single moment within a Live Story instead of seeing a string of different, unrelated moments tied to a larger theme. Think ‘Extended Cut’ vs ‘Editors’ Choice.’

Check it out here.

Colocation at VPN Server, What Is It?

Colocation is a technical term referring to the location of a web server or other telecommunications equipment within a data center built for the purpose of housing high tech electronic equipment. The equipment is co-located with other servers hence the name colocation or co-location.

Usually the equipment a web server that is housed in a collocation center is located in a secured cage or rack, with a regulated power supply, it’s own dedicated internet connection, security software and managed support. The advantage of a collocation center is that the equipment is housed in a purpose built facility with the correct atmospheric controls, electrical supplies and solid high speed internet connections. A good co-location center will have high level security measure and be much better protected against theft, fire and vandalism then a server hosted within a companies normal office. From a top level provider of collocation you would expect there to be security cameras, fire alarm and detection equipment coupled with extinguishing and sprinkler systems. They should also have back up power supplies, power surge protection and a variety of internet connections. The idea being that during a power failure or the loss of an internet connection a server housed in a collocation center would carry on working with little or no down time. They offer a level of security and the ability to stay connected and keeps your server working that a server housed with an office of work space would not offer.

Colocation centers are also sometime called carrier hotel or “colo’s”. Colocation is increasing in popularity due to the time and money a company can save buy sharing the large scale costs of providing the best environment for servers and other telecommunications equipment. Economies of scale come into play it cheaper to have your equipment, core IT and communications facilities in safe, secure hands in purpose built location then build run and staff a colocation facility yourself.

Another reason that companies are switching to collocation is the ability of a collocation provider to supply much improved bandwidth whilst the relocation of the equipment frees up space on a companies internal network resulting in it working much more efficiently.

Data back up is another reason to use colocation facilities as a good colocation service provides expert back up resources for your critical data and web pages. Losing your data can be critical to the survival of a business. The lose of data can result in your business closing down, sixty percent of companies that lose their data will shut down within 6 months of the disaster. So the back up data services offered by a co-location provider are vitally important and well worth the investment.

Colocation also provides a solution if the software you run cannot be placed on shared or managed servers, if you are using a collocation centre then you have control of the server and the software that is placed on it. It gives you more options then using managed servers as the equipment is yours to customize to your own requirements.

The colocation market seems to be set for growth although there has been a dip in the demand but the requirements still outstrip the current level of supply.

#vpn center #colocation

This is in brief how a VPN works

more and more of us work on the move, from our homes or on personal devices that we bring into the office, it is becoming increasingly important to embrace the technologies behind the VPNs that allow us to ‘remote on’ to our office networks, giving us the freedom to take advantage of these flexible work practices. The following article provides a quick guide to how they actually work.A Quick Definition Before doing so however it is worth spending a moment to look at what a VPN is and what it does. VPN is an abbreviation of Virtual Private Network and is a term that covers a whole range of technologies which allow users to securely connect to a network from a remote location via a public network, which, in practice, usually means the internet.

There are broadly two types of VPN. The first can be described as remote access and allows an individual user or device to access a network in another location across the internet. The second can be referred to as site-to-site and involves connecting a network in one location to a network in another.

VPNs are therefore a vital tool for those that are not working in the same physical location as the local area network (LAN) that they need to access or perhaps are in the same location but are using personal devices, as part of the generation of BYOD (bring your own device) generation of employees, which may pose certain security risks if connected directly to the network.

The key feature of a VPN is that they allow communications between separate networks to be secure. That is they allow data to travel between networks without being seen or accessed by those that should not be able to do so. To do this a VPN needs to a) make sure the right people access the virtual network in the first place and b) prevent people intercepting any data as it travels across the internet.

How They Work To achieve the first of these, the devices at each end need to be authenticated, most commonly using passwords, but also mechanisms such as biometric scanners and digital certificates for the devices themselves. This ensures that a rogue device can’t be set up at either end to intercept data or hack into network, or that rogue users can’t gain access to the (correct) devices and networks.

To achieve the second aim, VPNs create what are termed 'tunnels' across the internet, through which the information can travel out of the reach of prying eyes, or sniffers as they are known. In the simplest sense tunnels involve the encryption of information at one end of the data transfer and then its decoding at the other.

They work by transferring encrypted packets of data across the internet and treating the sending and receiving computers as known devices (with predefined addresses) effectively on the same (albeit disconnected) network. To this end the packets actually comprise of an inner and outer packet. The outer packet has the job of transporting the inner packet across the internet from the gateway server on the sender's network to the gateway server on the receiver's network and therefore only contains information about the gateway servers to which it is going to and from. If sniffers intercept the packets they only see this information and not what data is being transported by the outer packet, or which final computer/device it is heading for, as this is all encrypted. The encrypted inner packet contains the actual data that is being transferred and has further information on the address of the destination computer on the destination network as well as the sending computer on the sending network - both of which have been assigned IP addresses which define them as being on the same virtual (remotely connected) network. The outer packets are decrypted when they reach the VPN server on the destination network and the inner packets are then routed to the correct destination computer.

It is analogous to putting a protective bubble around the encrypted inner packet whilst it is travelling across public networks - sniffers can see where this bubble is going but they can't see what is in it. The bubble can only be peeled away when it reaches its destination network whilst its contents can only be decrypted by the specified destination computer on that network.

There are a variety of technologies that are used to generate and interpret these encrypted packets such as IPSec (Internet Protocol Security) and TLS (Transport Layer Security) as well as a few proprietary technologies depending on the VPN Provider in question but they all have the same purpose and aim: to allow computers to securely join remote networks across open public networks.

#vpn #vpn software

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Online privacy is the big thing nowadays, the talk of the town if you wish to call it that way.. We are all concern who and when can track what we all do online. Governments and internet providers as well as online thieves and criminal are on the look out to gather as much info on what we do when we surf the net. In a number of countries accessing simple popular websites like MySpace and Twitter is restricted. A good, trusted VPN provider can come in very helpful to protect You from those prying eyes and keep your information safe and private.

The sole purpose of this blog is to rise awareness of the dangers we all face when using the internet. We are all constantly being tracked and spied on online - at your work place, or at school , or at the coffee shop or even at home. Surfing the net without “protection” can lead to identity theft , credit card theft and other very unpleasant experiences. It’s just not safe out there on the World Wide Web, please be careful !

We have come to believe that the best way to keep your privacy the way it it supposed to be- private- is by using a VPN. Proxies are often slow and unreliable , a good VPN is a better solution. After testing dozens of providers we strongly believe that ProXPN is the best value for your money. The encryption they use is at the highest levels with virtually no logs of your activities. This is a small company with good customer service and outstanding VPN protection. The monthly plans start at $3.75 after the use of a coupon and for extra privacy you can pay with Bitcoins. This blogger have tried multiple ProXPN promo codes and the one that gives the best discount is MEGA12, use it, save and get Your online privacy back!

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The stage is set. The curtain rises. We are ready to begin…

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Researchers at Check Point Technologies have discovered an ‘offline’ ransomware that encrypts files on the infected machine without communicating with a command and control (C&C) server.

The ransomware which mainly targets Russian users, has been in existence since around June 2014. Since then, a dozen files have been released and the latest among them is CL 1.1.0.0 which was made available in mid-August.

Security products detect various versions of the threat as Ransomcrypt.U(Symantec),Win32.VBKryjetor.wfa (Kaspersky) and Troj/Ransom-AZT (Sophos).

After the threat infects a computer, it encrypts important files after which it changes the desktop background to a message in native language, ‘Russian’ informing the users about their encryption of files.

Victims are then asked to pay between $300 and $380; depending on how fast they pay up, to receive a decryption tool and the key needed to recover their files.

Due to its offline feature and detachment from C&C server, it becomes more difficult for security solutions that identify threats based on their communications to detect and neutralize the malware.

According to Check point researchers, the malware is designed only to encrypt files and it does not have much other functionality. However, its efficiency on its function is high enough which makes it impossible to recover files without paying the ransom.

“▬The beginning (first 30000 bytes) of each file is encrypted using two buffers of digits and letters that are randomly generated on the infected machine. The encryption process includes taking each original byte along with one byte from each of the randomly generated buffers and performing mathematical operations on them.

▬The remainder of each file (if it exists) is encrypted using an RSA public key (“local”) that is randomly generated on the infected machine, along with the matching local RSA private key required for decryption of the data.

▬The randomly generated buffers and the local RSA private key that are required for decryption are added as metadata to each encrypted file, and are then encrypted using three hardcoded RSA 768 public keys that the offender created in advance (“remote”). The matching remote RSA private keys required to unlock the metadata are located on the attacker’s side.”

Ransomware campaigns are highly profitable for cyber criminals who can make huge amounts of cash by encrypting files of Russian users.

(source: ehackingnews.com)

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Make your Linux server more secure with these few basic rules.

If you have a Linux server , read on this is for you

#linux

amroyounes

Protect Your Online Privacy - HOW TO

As I am sure you are aware, the NSA has a little problem with spying on its own citizens these days. Even if you are not worried about the NSA, which you should be, passwords and personal information get stolen every day. Protect yourself and your online identity by implementing the following steps:

Use startpage.com instead of Google Search. Startpage.com will give you the same search results as Google, but they do not track you like Google does. For another alternative to Google, check out duckduckgo.com.

Install KeePass to save and encrypt your passwords. KeePass allows you to make long, complex, and unique passwords for all your accounts and stores them in a place that cannot be accessed by anyone but you.

Encrypt uploaded files with BoxCryptor. If you back up files to the cloud, make sure they are encrypted so nobody else can access them.

Use startmail.com instead of Gmail. Smartmail.com claims it’s the “world’s most private email.” The program is still in beta, so you might run into a few bugs, but unfortunately there aren’t many alternatives out there.

Use a VPN. A VPN will encrypt your connection and give you an anonymous IP address. If that is too much for you, download Chromium and tinker with the privacy settings.

Download the ghostery and donottrackme add-ons for your browser. Both add-ons block third parties from tracking you as you browse the web.

Use piwik.org instead of Google Analytics. If you have your own website, use piwik.org to track your traffic statistics. Piwik allows your readers to keep their IP addresses private. It’s also free and open source.

Visit tosdr.org before registering an account. If you are worried about online accounts stealing your information, check out tosdr.org to read an abbreviated version of your terms of service.

Switch up your usernames. Use different usernames for different online accounts. No two accounts should have similar names. Do not post your personal information to your online accounts.

Consider downloading Tor or the PirateBrowser. Tor allows you to browse the web anonymously. The PirateBrowser is a bundle of stuff that the guys from Pirate Bay put together (it also includes Tor). Read more about Tor here.

Join reddit.com/r/privacy. At this subreddit you can follow all the latest privacy news and tips.Also check out their FAQ for other steps you can take to protect your privacy.

Hey, but maybe you are a fan of the NSA and would like to meet them personally. You can get their attention by Google searching or tweeting some of their favorite words.

Source: http://johnnywebber.com/take-back-your-online-privacy/

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