Hacking technology

Hack has several meanings in the technology and computer science fields. It may refer to a clever or quick fix to a computer program problem, or to a clumsy or inelegant solution to a problem. The term is also used to refer to a modification of a program or device to give the user access to features that were otherwise unavailable, such as DIY circuit bending. The general media also uses this term to describe the act of illegally breaking into a computer, better described as cracking.

Origin of term

All of the modern meanings seem to be rooted in its widespread use as slang throughout the Massachusetts Institute of Technology (MIT), starting in the 1960s. There, the original meaning of "hack" was a quick, elaborate and/or bodged solution students devised for technical obstacle; it was used with hacker, meaning one who discovers and implements a hack. The word itself comes from the German word meaning "someone who makes furniture with an axe",[1] implying a lack of finesse in a "hack"; it is believed by many in the hacking community that the reason for this is because programs too large to run on the limited computer resources of the time had portions "chopped" or "hacked" out in order to be reduced to a more reasonable size.

MIT hacks

Over time, the meaning of the word there was expanded, perhaps through contact with the amateur radio community. It came to mean either a kludge, or the opposite of a kludge, as in a clever or elegant solution to a difficult problem. In the term "hack value" it also acquired a meaning of anything that was simultaneously fun and clever.

The initial hacker community at MIT, particularly those associated with the Tech Model Railroad Club, applied this pre-existing local slang to computer programming, producing the variant which first came into common use outside MIT.

History

In the 2000s, a "hack" refers to a clever, quick fix to a computer program problem, and a hacker is a person who does this. The term was first used by US university computing center staff in the mid-1960s. The context determined whether the complimentary or derogatory meanings were implied. Phrases such as "ugly hack" or "quick hack" generally referred to the latter meaning; phrases such as "cool hack" or "neat hack", to the former. In modern computer programming, a "hack" can refer to a solution or method which functions correctly but which is "ugly" in its concept, which works outside the accepted structures and norms of the environment, or which is not easily extendable or maintainable (see kludge). The jargon used by hackers is called Hackish (see the Jargon file). This should not be confused with "1337" or "leetspeak."

In a similar vein, a "hack" may refer to works outside of computer programming. For example, a math hack means a clever solution to a mathematical problem. The GNU General Public License has been described as[who?] a copyright hack because it cleverly uses the copyright laws for a purpose the lawmakers did not foresee. All of these uses now also seem to be spreading beyond MIT as well.

The term has since acquired an additional and now more common meaning, since approximately the 1980s; this more modern definition was initially associated with crackers. This growing use of the term "hack" is to refer to a program that (sometimes illegally) modifies another program, often a computer game, giving the user access to features otherwise inaccessible to them. As an example of this use, for Palm OS users (until the 4th iteration of this operating system), a "hack" refers to an extension of the operating system which provides additional functionality. The general media also uses this term to describe the act of illegally breaking into a computer, but this meaning is disputed.

The term is additionally used by electronics hobbyists to refer to simple modifications to electronic hardware such as a graphing calculators, video game consoles, electronic musical keyboards or other device (see CueCat for a notorious example) to expose or add functionality to a device that was unintended for use by end users by the company who created it. A number of techno musicians have modified 1980s-era Casio SK-1 sampling keyboards to create unusual sounds by doing circuit bending: connecting wires to different leads of the integrated circuit chips. The results of these DIY experiments range from opening up previously inaccessible features that were part of the chip design to producing the strange, disharmonic digital tones that became part of the techno music style.

Companies take different attitudes towards such practices, ranging from open acceptance (such as Texas Instruments for its graphing calculators and Lego for its Lego Mindstorms robotics gear) to outright hostility (such as Microsoft's attempts to lock out Xbox hackers or the DRM routines on Blu-ray Disc players designed to sabotage compromised players).

Cell phones - Hackers Next Target!

It was bound to happen - they have hacked just about everything else. Now it's the cell phones. Cellphone hacking has just recently surfaced and been made public ever since some one did some cellular phone hacking on Paris Hilton's cell phone.
This article will give you some information about what is going on out there and what you can do to better protect your cell phone information.
What Does It Involve
The fact of someone hacking cell phone became public knowledge when Paris Hilton's cell phone, along with her information was recently hacked. Unfortunately for her, all her celebrity friends and their phone numbers were also placed on the Internet - resulting in a barrage of calls to each of them.

Cell phone hackers have apparently found a glitch in the way the chips are manufactured. The good news, though, is that it only applies to the first generation models of cell phones that use the Global System for Mobile communications (GSM). Another requirement is that the hacker must have physical access to the cell phone for at least three minutes - which is a real good reason not to let it out of your sight. Currently, although the problem has been remedied (at least for now) in the second and third generation phones, it seems that about 70% of existing cell phones fall within the first generation category.

Another way that mobile phone hacking can take place is for a hacker to walk around an area with people that have cell phones and a laptop that has cellphone hacker programs on it. Through an antenna, and a little patience, his computer can literally pick up your cell phone data - if it is turned on. This is more applicable to cell phones that use Bluetooth technology.
What Can A Hacker Do?
Surprisingly, there are quite a number of things that can be accomplished by the hacker. Depending on their intent here are a few of them.

*
Steal Your Number
Your phone number can be accessed and obtained by cellphone hacking. This allows them to make calls and have it charged to your account.
*
Take Your Information
Mobile hacking allows a hacker to contact your cell phone, without your knowledge, and to download your addresses and other information you might have on your phone. Many hackers are not content to only get your information. Some will even change all your phone numbers! Be sure to keep a backup of your information somewhere. This particular technique is called Bluesnarfing.

Hacking tool

A hacking tool is a program designed to assist with hacking, or a legitimate utility that can also be used for hacking.

Examples

Examples include Nmap, Nessus, John the Ripper, SuperScan, p0f, and Winzapper.[1] Chocolate has also been designated as among the most potent hacking tools, due to its potential exploitation in social engineering attacks.[2] Occasionally, common software such as ActiveX is exploited as a hacking tool as well.[3]

Hacking tools such as Cain and Abel, however, are well known as Script Kiddie Tools. Script kiddies are people who follow instructions from a manual, without realising how it happens. These Script Kiddies have been an enormous threat to computer security as there are many hacking tools and keyloggers up for download and are free.

Worms

Another example of a hacking tool is a computer worm. These malicious programs detect vulnerabilities in operating systems. Not all worms, however, are malicious. The Nachi Worms have actually fixed operating system vulnerabilities by downloading and installing security patches from the Microsoft website.

Port Scanners

Port scanners detect vulnerabilities in firewalls, and are able to find a great deal about the computer system, such as the operating system, ISP, wireless routers and how long the system has been online. However, port scanners are the best security auditing tools.

Wireless hacking

In security breaches, wireless hacking is the unauthorized use or penetration of a wireless network. A wireless network can be penetrated in a number of ways. There are methods ranging from those that demand a high level of technological skill and commitment to methods that are less sophisticated and require minimal technologically skill. Once within a network a skilled hacker can modify software, network settings, other security items and much more. To counter the security threat of an intrusion into a wireless network, there are many precautions available.

Wireless Intrusion

The various methods used by hackers that enable them to exploit wireless connections typically begin with eavesdropping on a network, “sniffing”. A packet sniffer is a program that monitors that information contained on a network. The information that sniffer programs make available include emails, user names and passwords, among other sensitive information. There are different means of sniffing out wireless networks including passively scanning and collecting Media Access Control (MAC) addresses.

A hacker can passively scan each radio channel that wireless networks are broadcast on to check for activity. By passively scanning the presence of that scanner is not revealed since they are not actually transmitting any traceable material to the network at this point.

Detecting a wireless “sniffer” is extremely difficult. It is only after the hacker starts to probe and insert packets into the network that the location of the attacker or the device can be isolated. For some hackers the main goal of an intrusion is to obtain the WEP key. There are several methods that are used to achieve this. The main obstacle to intruders gaining the WEP key is a lack of computing power. The average home computer could take anywhere from hours to days to gain access through weak system frames.

The information that a hacker can collect from sniffing alone is limited, in order to gain all the information that they want hackers must then engage in actively probing a network. In actively probing a network a hacker increases the probability of detection. This risk comes as a result of the packets that are sent to the target in an effort to get back the desired information in return.

Wardriving is another increasingly common method of gaining access to unprotected networks. The main equipment for wardriving includes a WiFi enabled laptop or PDA, a GPS device.

Security Measures

In an effort to protect a wireless network there are several security measures that can be employed.

* Encryption of all wireless traffic is the most secure way of reducing both hacking attempts, and successful breaches. There are several wireless encryption types available, including WEP, WPA and WPAv2. WEP is considered insecure, as given enough processing power, it can be broken. That said, WEP will still stop any passive scans, as well as casual hackers.
* Altering the network from the manufacturer’s defaults can also discourage hackers. The information about network defaults is easily accessible and will render any security enhancements useless. Settings such as default SSID, default admin password, and disabled encryption are the main items that need addressing.
* Data, especially passwords, should be encrypted when travelling over the network. A cracked system without encrypted passwords and other information is totally accessible to hackers.
* As with most technology updating security protocols and other information is crucial to maintaining the security of the system.

It is a common misconception that disabling broadcasting of the SSID and enabling MAC filtering is a sufficient security configuration. This is not the case. Disabling the SSID broadcast merely prevents casual nearby wireless users from detecting the presence of your network - war drivers and those who are already aware of your wireless network will not be disadvantaged at all by a disabled SSID. Similarly, MAC address filtering will only prevent accidental connection from casual users - MAC addresses can be spoofed to appear to be that of an authorised workstation or laptop.

Hacker!

A hacker is a person who creates and modifies computer software and computer hardware, including computer programming, administration, and security-related items. The term usually bears strong connotations, but may be either favorable or denigrating depending on cultural context (see the Hacker definition controversy). Common definitions include:

1. In computer programming, a hacker is a programmer who hacks or reaches a goal by employing a series of modifications to exploit or extend existing code or resources. For some, "hacker" has a negative connotation and refers to a person who "hacks" or uses kludges to accomplish programming tasks that are ugly, inelegant, and inefficient. This negative form of the noun "hack" is even used among users of the positive sense of "hacker".

2. In computer security, a hacker is a person who specializes in work with the security mechanisms for computer and network systems. While including those who endeavor to strengthen such mechanisms, it more often is used, especially in the mass media, to refer to those who seek access despite them.

3. In other technical fields, hacker is extended to mean a person who makes things work beyond perceived limits through their own technical skill, such as a hardware hacker, or reality hacker.

4. In hacker culture, a hacker is a person who has attained a certain social status and is recognized among members of the culture for commitment to the culture's values and a certain amount of technical knowledge.

Categories of hacker:

The hacker community, the set of people who would describe themselves as hackers or described by others as hackers, falls into at least four partially overlapping categories. Sometimes alternate terms such as "cracker" are used in an attempt to more exactly distinguish which category of hacker is intended, or when attempting to put a contextual distance between the categories due to the Hacker definition controversy.

Hacker: Highly skilled programmer

The positive usage of hacker is one who knows a (sometimes specified) set of programming interfaces well enough to program rapidly and expertly. This type of hacker is well-respected (although the term still carries some of the meaning of hack), and is capable of developing programs without adequate planning or where pre-planning is difficult or impossible to achieve. This zugzwang gives freedom and the ability to be creative against methodical careful progress. At their best, hackers can be very productive. The technical downside of hacker productivity is often in maintainability, documentation, and completion. Very talented hackers may become bored with a project once they have figured out all of the hard parts, and be unwilling to finish off the "details". This attitude can cause friction in environments where other programmers are expected to pick up the half finished work, decipher the structures and ideas, and bullet-proof the code. In other cases, where a hacker is willing to maintain their own code, a company may be unable to find anyone else who is capable or willing to dig through code to maintain the program if the original programmer moves on to a new job.

Additionally, there is sometimes a social downside associated with hacking. The stereotype of a hacker as having gained technical ability at a cost in social ability has historical basis in an uncomfortable amount of factual foundation in many individuals. While not universal, nor even restricted to hackers, the difficulty in relating to others and the often abrasive personalities of some hackers makes some of them difficult to work with or to organize into teams. On the other hand, it is not uncommon for hackers to thrive on social interaction.

Hacker: Computer and network security expert

In the networking sense, a hacker is one who specializes in work with the access control mechanisms for computer and network systems. This includes individuals who work toward maintaining and improving the integrity of such mechanisms. However, the most common usage of hacker in this respect refers to someone who exploits systems or gains unauthorized access by means of clever tactics and detailed knowledge, while taking advantage of any carelessness or ignorance on the part of system operators. This use of hacker as intruder (frequent in the media) generally has a strong negative connotation, and is disparaged and discouraged within the computer community, resulting in the modern Hacker definition controversy.

For such hackers specializing in intrusion, the highly derogatory term script kiddies is often used to indicate those who either claim to have far more skill than they actually have, or who exclusively use programs developed by others to achieve a successful security exploit.

Hacker: Hardware modifier

Another type of hacker is one who creates novel hardware modifications. At the most basic end of this spectrum are those who make frequent changes to the hardware in their computers using standard components, or make semi-cosmetic themed modifications to the appearance of the machine. This type of Hacker modifes his/her computer for performance needs and/or aesthetics. These changes often include adding memory, storage or LEDs and cold cathode tubes for light effects. These people often show off their talents in contests, and many enjoy LAN parties. At the more advanced end of the hardware hackers are those who modify hardware (not limited to computers) to expand capabilities; this group blurs into the culture of hobbyist inventors and professional electronics engineering. An example of such modification includes the addition of TCP/IP Internet capabilities to a number of vending machines and coffee makers during the late 1980s and early 1990s.

Hackers who have the ability to write circuit-level code, device drivers, firmware, low-level networking, (and even more impressively, using these techniques to make devices do things outside of their spec sheets), are typically in very high regard among hacker communities. This is primarily due to the enormous difficulty, complexity and specialized domain knowledge required for this type of work, as well as the electrical engineering expertise that plays a large role. Such hackers are rare, and almost always considered to be wizards or gurus of a very high degree.

Hacker stereotypes

There are theoretical types of hackers who are considered to possess an atypical level of skill beyond that of other meanings of the positive form of "hacker", which include the Guru and the Wizard.

In some portions of the computer community, a Wizard is one who can do anything a hacker can, but elegantly; while a Guru not only can do so elegantly, but instruct those who do not know how. In other sub-communities, a Guru is one with a very broad degree of expertise, while a Wizard is expert in a very narrow field. In practice, such exact distinction are usually more at home in a RPG world, and not often heard in actual conversation.

Within the mainstream media, hackers are often characterised as strange, mysterious, reclusive, and especially tricky. This may be seen as an extension of the human tendency to stigmatise what is ill-understood, which used often to be applied to natural philosophers who were often thought by superstitious neighbours to be wizards or mystics. One such example was Leonardo da Vinci, who was thought to be a necromancer due to his extensive (and extraordinary at that time) knowledge of human anatomy and his study of dead bodies.

Company Data Secure Blackberry Hacks

There's a new route into your company's secure data. It's the Blackberry PDA. A hacking program has been developed which exploits the relationship between the Blackberry itself, a company's internal server and the network connection to which both are attached. The hacking program works because the data tunnel between the Blackberry and the server is encrypted. Intrusions can't be detected because the protective systems, such as firewalls, exist at the perimeter of the network. This begs the question of all business owners whose employees use a Blackberry: Is your company data secure?

The hacking technique is successful because there are very few companies equipped to detect and intrusion from the inside of the network. Another reason for hacking success is the fact that companies don't see the Blackberry as a potential attack vector. The Blackberry is not your normal handheld device. It's a continuously running code machine that's always on and always connected to your internal network. It has constant direct access to whatever you give it access to and most company structures allow complete access to the internal network for their employees who use Blackberries.

BBProxy is the name of the Blackberry hacking program. It can be loaded on the Blackberry either physically or via e-mail as a Trojan horse. Once loaded, the Blackberry will call back to the hacker's system and open communication channels between the hacker and the internal network of the company. This process runs in the background behind the safety of the company's firewall scanning for hosts with vulnerabilities in security and is generally undetected.

Recently, an ad on eBay sold a Blackberry "AS IS" for approximately $15.00. While the device didn't come with a cable, synching station, software or manual, it did come with something far more valuable. This Blackberry came with a stockpile of corporate data all there for anyone to read as soon as the device was turned on. Many employees are insufficiently trained concerning security issues for the electronic devices they use on a daily basis.

Company data is stored as attachements on a server, rather than the Blackberry itself, so if a device is ever lost or misplaced someone could easily read sensitive documents. The Blackberry lacks encryption capabilities and relies instead on users locking the device with a password. Unfortunately, anyone with hacking abilities could discover the password and let themselves into the network.

The beauty of the Blackberry is that it's a do it yourself type of device. It basically allows you to take your office with you wherever you go and not be caught unprepared or without the correct documents of a given meeting. However, for individuals and companies who handle and funnel much of their business dealings through these wonderfully useful devices,both internal and external server security must be taken into account.

CSS Hacks and Tips For Multiple Browsers & Detection

More and more web developers are ditching tables and coming round to the idea of usingCSS to control the layout of their site. With the many benefits of usingCSS, such as quicker download time, improved accessibility and easier site management, why not?

The problem with CSS

Historically the main problem with using CSS has been lack of browser support. This is no longer the case as version 5 browsers, which all have good support for CSS, now account for over 99% of browsers in use.

Instead, the problem is that browsers can sometimes interpret CSS commands in different ways, causing developers to throw their arms up in the air and switch back to pixel-perfect table layouts. Fear not though, as you learn more about CSS you'll gradually start to understand the different browser interpretations and realise that there aren't really that many.

How browser detection using CSS hacks works

The way browser detection using CSS hacks works is to send one CSS rule to the browser(s) you're trying to trick, and then send a second CSS rule to the other browsers, overriding this first command. If you have two CSS rules with identical selectors then the second CSS rule will always take precedence.

Say for example you wanted the space between your header area and the content to have a gap of 25px in Internet Explorer, or IE as it's affectionately known. This gap looks good in IE but in Firefox, Opera and Safari the gap is huge and a 10px gap looks far better. To achieve this perfect look in all these browsers you would need the following two CSS rules:

#header {margin-bottom: 25px;}

#header {margin-bottom: 10px;}

The first command is intended for IE, the second for all other browsers. How does this work? Well, it won't at the moment because all browsers can understand bothCSS rules so will use the second CSS rule because it comes after the first one.

By inserting a CSS hack we can perform our browser detection by hiding the second CSS rule from IE. This means that IE won't even know it exists and will therefore use the first CSS rule. How do we do this? Read on and find out!

Browser detection for Internet Explorer

To send different CSS rules to IE, we can use the child selector command which IE can't understand. The child selector command involves two elements, one of which is the child of the other. So, html>body refers to the child, body, contained within the parent, html.

Using the example of the header margin, our CSS command would be:

#header {margin-bottom: 3em;}

html>body #header {margin-bottom: 1em;}

IE can't understand the second CSS rule due to the html>bodyCSS command so will ignore it and use the first rule. All other browsers will use the second rule.

Browser detection for Internet Explorer 5

It may seem strange at first to send different CSS rules to different versions of a browser, but in the case of IE5 it's very necessary. This is due to IE5's misinterpretation of the box model. When specifying the width of an element in CSS, padding and borders aren't included in this value. IE5 however, incoporates these values into the width value causing element widths to become smaller in this browser.

The following CSS rule would result in a width of 10em for all browsers, except IE5 which would give it a width of just 5em ( IE5 would incorporate two sets of padding and border, on both the left and right, when calculating the width):

#header {padding: 2em; border: 0.5em; width: 10em;}

The solution to this problem? Perform browser detection and send a different CSS rule to IE5:

#header {padding: 2em; border: 0.5em; width: 15em; width/**/:/**/ 10em;}

IE5 will use the first width value of 15em, 5em of which will be taken up by the two sets of padding and border (one each for the left and for the right). This would ultimately give the element a width of 10em in IE5.

The 15em value will then be overridden by the second width value of 10em by all browsers except IE5, which for some reason can't understand CSS commands with empty comment tags either side of the colons. It doesn't look pretty but it does work!

Browser detection for Internet Explorer on the Mac

Quite simply, IE on the Mac does strange things with CSS. The browser's become somewhat obsolete as Microsoft aren't going to be bringing out an updated version. As such, many web developers code their CSS-driven sites so that the site works in IE/Mac, although it may not offer the same level of advanced functionality or design. Provided IE/Mac users can access all areas of the site this is seen as a suitable way of doing things.

To hide a command using the IE/Mac CSS hack7 is simple, and involves wrapping a set of dashes and stars around as many CSS rules as you like:

/* Hide from IE-Mac \*/

#header {margin-bottom: 3em;}

#footer {margin-top: 1.5em;}

/* End hide */

IE/Mac will simply ignore all these commands. This CSS hack can actually be quite useful if there's a certain area of the site not working properly in IE/Mac. If that section isn't fundamental to being able to use the site, you can simply hide it from IE/Mac like so:

#noiemac {display: none}

/* Hide from IE-Mac \*/

#noiemac {display: block;}

/* End hide */

The first CSS rule hides the entire section assigned the noiemac id (i.e.

Browser detection for IE 4 and Netscape 4

Version 4 browsers have limited and somewhat erratic support for CSS. Making a CSS layout in these browsers, whose market share has now slipped well below 1%, can be extremely challenging. It's become common practice nowadays to completely hide the CSS file from version 4 and earlier browsers. This can be achieved using the @import directive to call up the CSS document:

Version 4 (and earlier) browsers will display a non-styled version of the site as they can't understand this @import directive.

Conclusion

On the whole, modern browsers have very good support for CSS - certainly good enough for you to be using CSS to control layout and presentation. Sometimes however, certain page elements will appear differently in different browsers. Don't worry too much if you don't know the reason why - if you can fix it up with these CSS hacks then your web pages should look great across all browsers!

Domain Names Security

The security of domain name registrations is an increasing concern for domain name registrants and registrars. However, there are steps you can take to increase the security of your domain name registrations.

Domain Name Security is often neglected by most organisations. Infact a large number of hacking attempts do not really need to happen at the Web Server level. Most hackers can fairly disrupt your business by simply hijacking your Domain Name. Most Registrars assign paramount importance to Domain Security. Its important you chosoe the RIGHT Registrar and who has implemented several security measures and safety locks to prevent your Domain Name from getting Hijacked or taken over.

There are basically TWO basic options offered by Registrars :

Password based Security:

All Domain Names have a password based security. All Domain Names belonging to a particular Customer can only be modified through the right Username and Password combination of that customer.

Domain LOCK - this is a MUST have for all due to the recently announced TRANSFER Policy by ICANN (Visit : http://www.icann.org/transfers/policy-12jul04.htm)

Several TLD Registries have the ability to create what is known as a Domain LOCK. Most Registrars offers this feature to Customers whereby you may place a LOCK on your Domain Name. Once a Domain Name is locked NO modifications can be made to the Domain by ANYONE. The Domain Name may not even be transferred to another Registrar. The Domain will remain in a LOCKED status until you yourself choose to remove the LOCK. This feature is by far the most powerful feature to ensure that noone can make any changes to your Domain Name without your express approval.

Ok..what should you do now ?

If you own a domain name for your business or personal use, run, don't walk, to the phone, call the company you registered the name with, and make sure that name is "locked down."

If you don't, you could easily lose your rights to that domain. And whether your Web site is an integral part of your business, or just keyed to your family's activities, waking up one morning without it could range from inconvenient to disastrous.

Just check the WHOIS of the domain. Every domain name will have a column STATUS in the whois.

Make sure it shows as below :

Domain Status : LOCKED

Note:This Domain Name is currently Locked. In this status the domain name cannot be transferred, hijacked, or modified. The Owner of this domain name can easily change this status from their control panel. This feature is provided as a security measure against fraudulent domain name hijacking.

Mathew Frank, The Creator Of Intratrakker

Who is this Mathew Frank guy and what the heck is IntraTrakker? Is this guy for real?

Allow me to reveal to you the truth about Mathew and his revolutionary new software IntraTrakker. The rumors that are going around have some truth to them.

Yes, Mathew Frank was an underground hacker that has worked for the Australian government on computer system security issues, hacking for a Canadian company that is currently consulting for the US Federal government, and has recently acted as a security consultant for a company in New Zealand.

I was unable to get Mathew to disclose further details of this work for obvious reasons of secrecy. Of course now he's no longer 'underground', so he'll have to watch his step as to what he reveals and what is best left secret.

Like most hackers, he was self-taught to begin with, and then went on to study engineering and programming to further his skills. He then followed up his interest in Internet marketing and attended one of Jay Abraham and Stephen Pierce's Internet Empire Apprenticeship Programs. That's where he made some valuable contacts which sparked the ideas that led him to start developing covert marketing 'tactical weapons' for an elite group.

So what is IntraTrakker? Well, it's the first of his covert marketing tactical weapons that he's choosing to unleash at this time, and although it's just one small step for a programmer like Mathew, it really is a giant leap for the covert internet marketing operatives that choose to utilise this invaluable tool.

There really has been nothing like IntraTrakker available before, and it certainly does give you inside intelligence about the behaviours of your target market. It's that very information that you need as a marketer to give you the edge on what your customers want.

As for the other tactical weapons that Mathew has up his sleave, well, I do have insider information on their capabilities, but I can't tell you what they are at this time. I've been sworn to secrecy.

What I can tell you is this: That his marketing weapon toolbox is powerful, and could be dangerous if it got into the wrong hands. I can understand completely why he wouldn't want to disclose some of these tools to just anyone. Not only would it jeopardize the effectiveness of the tools if everyone were using them, but it could also be disastrous in the hands of someone who would use them for unethical means.

That being said, I suggest that if you want to excel in internet marketing and gain access to these tools in the future, then keep a close eye on what Mathew Frank is up to, sign up to his list, befriend him now before fame puts him out of reach, and take him up on his offers. He's going to be letting a lot more people have access to IntraTrakker than he will to the other tools in his toolbox, and I wouldn't doubt that he'll give first dibs to the covert internet marketing operatives that purchased IntraTrakker.

Mathew Frank is giving you a small window of opportunity to join his elite group of covert operatives. From what I've seen thus far, from being on the inside, I suggest you take it while it's available.

Year 2037 and the Internet

A few days ago I was surfing the Internet doing some relevant research work for the newsletter. As I clicked through endless website pages that seemed alike, I had to constantly look up at the website address bar to make sure I was not stuck on the same site. Seeking relevant information to post-up for our subscribers, I felt somewhat bored and dissatisfied. Everything appeared and seemed the same. Nothing was new or exciting. At that point I glanced at my wall calendar and looked at the year, it read 2006.

The next day, I recalled my frustrated journey online involving searching for information. I realized that my psyche was not happy with the framework of the World Wide Web.

I sat at my desk and paused awhile, I allowed my mind to drift off thinking about super-nerds, geeks, computer techs, computer engineers, software designers, and the movers and shakers of the Internet world. What were they doing today?

The scene that came directly to my mind was a selective team of Hi-tech yuppies, maybe about twenty-five of them. They had just sat down at a round cherry inlaid conference table. The wooden table was huge, water glasses and a yellow pad of paper was at each seat.

The atmosphere was relaxed and causal. One interesting fact that stood out was the look on each of their faces. Their faces reflected their definite determination.

This was an arranged rendezvous of the Super-Masterminds of the World Wide Web. Their Agenda- Take it to the next level, It's time.

Finally a door opened, a young man about thirty two years old entered the meeting room. The man was well dressed in an expensive suit, and portraying a let's get it done attitude.

Everyone sitting at the wooden table began to pick up their pens and started writing something down on those yellow pads.

What were they writing down?

-The Year 2037-

In the year 2037 the World Wide Web has become a new favorable experience.

First, computers as we understood them are now called "C-Pods". A C-Pod does not even come close to resembling your old desktop monster.

C-Pods have a shape of being 1/4 inch thick, 8 inches wide, and 14 inches long. The top surface is somewhat transparent plastic material, supported by four 1/4 inch round titanium legs, being 3 inches long. The C-Pod looks like a coffee table for mice.

The plastic like top surface has been engineered to replace all the circuit boards, hard drives, memory chips, DVD players and power drives which we once became familiar with.

Inside the 1/4 inch thick plastic is where your computer now resides. Inside is the complex core of the system where the Meta Drives are stored.

A Meta Drive is a device that uses Meta Materials. Meta Materials are objects that gain their electromagnetic material properties from their structure rather than inheriting them directly from the materials that they are composed of.

The Meta drives work in conjunction with electromagnetic waves combined with photon crystals (a subatomic particle that is a quantum of electromagnetic energy, including light). The two systematically will be linked with each other and will substantially improve computing strength and stealth.

Data will be stored inside encrypted air packets and transmitted via electromagnetic wave beams.

Transmission of electronic data from one computer to another will be direct, no networking hubs to deal with. To make this materialize; beam steerers will be applied in an advanced system to utilize RF frequency modulation to deliver the data, no hard wires whatsoever. The Transmission rates of master data will become immediate and secure.

Hackers will be out of business. All data’s transmitted will be stored in sealed encrypted air packets, and transmitted by electromagnetic waves, then trapped by end users. C-Pod encrypted receivers will only be authorized to acquire air packets at their authorized docker platforms.

Software will also advance to new levels. The new C-Pod technology has brought new challenges to Software masterminds. All data must travel at the speed of light and faster. Software will be stored in Nano chips and will utilize Meta material and advanced laser technology to travel from Meta drives to Pod Dockers. All software will be user encrypted to be only received and viewed by authorized receivers and Dockers. Software programs will be trimmed of all fat to deliver the ultimate performance and reliability.

Software programs will contain complete user friendly support. Concierge assistants will be an integral part of the Software Pod. There will be no need to source help from outside representatives because the software Pod Concierge will be present to directly answer all your how-to relevant inquiries, plus dutifully explain every significant function of the software to assure the end user renders the absolute best results from their software acquisition.

Software companies now will have to meet a rating level of 900 stars out of a possible 1000 stars to even be considered as a respectful representative of software. The competition will become intense amongst this field. Customer satisfaction will become the number one priority to stay afloat.

C-Pods will contain Docker home workstations. Dockers receive and transmit air packets of master data from server docker stations from through-out the world. All Dockers will store Meta materials and become proprietary to that system.

All C-Pods will give first class priority to interactivity by users. Interactivity will become instant, and will not breakup, or cause interruptions in transmissions.

Gaming, video, and data will all be viewed in a Helio format. Helio is the technology of projecting images within a column of air. Columns of air are projected 18 inches tall and 24 inches wide. Viewing resolutions will exceed 12,500 dots per inch. All presentations will be in full 3-D format. No head visors or glasses will be needed to experience breath taking programming.

Helio technology is now the ultimate experience. The Helio column of air will be suspended above your C-Pod 4 inches. No wires, plugs, or cables will be attached. Air packets will also be used to transmit electromagnetic waves from your C-Pod to the Helio receiver projector. These waves will also be encrypted with user identifications to secure the system from tampering or hacking.

Helio systems will additionally provide the system user a projected keyboard to any location within a 8 foot range from the C-Pod. The keyboard is also a projected light image in which colors, themes, lights, keypad style, location, and touch feel can be programmed to the user’s likings. Here again, the Helio keyboard projector will contain a docker which can be upgraded to add calculators, ultra sound wave players, and all your servant commands.

The servant command section of the keyboard is where you will launch, upgrade, change, delete, survey, and command your docker station, surfboards, fetch pads, and your concierge services.

All businesses will be using Helio 360 degree conference viewing theaters. Helio card readers can be transmitted to any worldwide C-Pod docker station. With encrypted authentication contained within air packets, stealth security is never a problem. Deals and formal contracts will instantly be closed with secured Helio touch pads using defense type coding systems.

Cobra air packets will have the highest secret coding system ever developed for civilian use. The Cobra air packet system will essentially combine with the Meta materials program. As we discussed earlier, Meta materials. (Meta Materials are entities that gain their electromagnetic material properties from their structure rather than inheriting them directly from the materials that they are composed of). If any of these assigned structures are tampered with or invaded without Cobra screening approvals, the invader of the air packet will be disclosed. Within a Nano second of the security violation, Cobra with send out an electro-magnetic defense wave, and immediately nullify the invaders C-Pod transmitter.

Surfboards will become an essential part of your Docker system. Surfboards will provide you with the means to browse the Internet. All Surfboards will store user ID cards containing encrypted data and user information. The ID cards are called PIC's (personal identity coders). This is the location that will store all pertinent data regarding the user and their preferences.

Fetch Pad Dockers, will become the cutting edge when it comes to searching for pertinent data. Fetch Pads are programmed by the user to retrieve the most relevant data available that best matches your request.

When programmed, the Fetch Pad searches all possible sources for the data available on the Internet that the user has requested. Fetch Pads will contain their own algorithm systems installed that can be programmed by the user. No second party interference, biases, or advertisements will be involved or allowed.

Concierge Dockers. This Docker will become your personal Internet servant. Your personal requests can be preloaded at your convenience and upgraded at any time.

Concierge Dockers will constantly be searching the Internet seeking all pertinent and relevant information that meets your desires and demands that you have submitted. The data that the docker had obtained during missions will be stored in libraries that are contained in your Meta drives for instant access.

The Concierge Docker also contains an invaluable program called the Mentor. Yes, this is your personal mentor that is built-in to your C-Pod. The Mentor, through an algorithm software program will be able to decipher all external data plus compare the demands and traits that are contained by the user.

The Mentor will guide, assist, educate, evaluate, decide, and conclude the best paths for you to take to accomplish your goals.

Similar to today's matchmaker website's, the Mentor will also use the most sophisticated programs to match one's intelligence level, desirability to succeed, persistence of user, and the current competitive environment surrounding the user final goal.

The Mentor with each Docker will also provide PAQ's (personal achievement qualifiers) to the individual user status and transmitting Docker. The PAQ's are the most important factor to one's credibility on the Internet.

PAQ's ratings are attached to every air packet of data that will be transmitted over the Internet. PAQ's will internally assign a star rating to each user. The highest rating will be 500 stars.

Rating stars will be determined by Universal Internet Laws. The criteria to determine your ratings will mainly consist of the user's credibility, performance to achievements, personal goals (business, pleasure, or education), and usage (public or private).

Contained within every Docker will also reside a Meta Materials Operations Manager (MOM).

MOM's will become the fiduciary task force that will govern all Internet operations.

All PAQ's will contain fully encrypted ratings, credentials, authenticity certificates, and user ID's. MOM's will screen PAQ's to select right of passage, and also provide proper directions to final C-Pod Dockers.

Webmaster will now become certified by the Universal Internet Commission. The Commission will educate and supervise all webmaster to properly construct website to accept C-Pod acceptance dockers and receivers. All webmasters will also receive ratings for their ability to properly manage their website according to Universal Internet Laws.

Website star ratings will consist of a 1000 star program, 1000 being the best rating. Here again, credibility will reign supreme.

Search engines and keywords will become a thing of the past. A web site's star rating will determine the best data available for the request by the user. Relevance will only be compared to the user's PIC's (personal identifier coder). Relevance will not have any reflections on keywords, for they have now become useless.

The credibility and reliability will be the main focus of each and every website, thus promoting their website's star ratings.

Websites will become respected as an authoritarian of information and data that will be supplied to the utmost quality. Relevance will also reside within every website and be constantly updated to serve demanding user cravings for cutting edge knowledge.

Visitors to each website will also be able to cast votes on the overall credibility and relevance of the site that have visited. These votes will become paramount. These votes will add credibility to the website's Star ratings.

The Universal Internet Commission (UIC) will not allow any website to transmit without acceptable Star rating certification. Start-up sites will have to participate in an apprentice type program, and will be rated either as commercial or professional use after certification.

The apprentice duration will allow upstart website's to accumulate stars in a given period of time set forth by the commission. If the upstart website can not reach a minimum rating of 400 stars, the site will be given two more chances to qualify. If the site fails to qualify after three attempts, the site can only receive a rating of personal usage, and will not be able to transmit commercial business data.

Personal use website's will have a much lower rating of only 100 stars. Qualifying will also be much easier. Personal website ratings will be limited to a non-business application. Data can be transferred and received, but not for the use of any type of business means.

Qualifying Commercial websites will receive UIC certification along with PAQ Dockers. These Dockers are encrypted to recieve all inbound PAQ's. Without a PAQ Docker, a website will not be able to receive any inbound air packets.

The Internet has now become the ultimate experience. The super-masterminds of the Internet world have pulled all the tricks out of their bags. They have provided us with the Roller coaster ride we have all been waiting for.

New developments in technology, credibility, and superior relevance to data have reached extreme levels of fulfillment for all.

These turns in events will become a new page in the history books of forward thinking. There will be new hero's to admire for their perseverance to foresee the future with their just get it done attitudes.

To close my journey to the year 2037, I've selected a new headline for my next newsletter; - Forget the new I-Pod with 200mb of storage, Just move your calendar to the year 2037 and log-on to the Ultimate Experience of the World Wide Web.

Time-Saving Programming

A Time-Saving Programming Tactic that Doesn’t Work

Let’s say that you have a software project that’s under severe time pressure. Let’s say that this deadline is so tight that you already know it will involve many late nights of black coffee and frenetic programming. What can you do to make this process go faster?

I honestly don’t know, since the correct answer will depend on one’s individual circumstances. However, I can tell you how many programmers do respond under such circumstances. They decide to save time by skipping over the software planning and design phase, and immediately start coding away.

To an inexperienced or otherwise undisciplined programmer, this seems to make sense. After all, the finished product is what truly matters, right? The customer doesn’t care about flowcharts, class diagrams or software architectures. All they want is something that works.

It seems to make sense, but it’s a foolhardy approach. That way lies madness. We’ve all heard that an ounce of planning is worth a pound of cure, but in the world of software development, this adage is often forgotten.

If a real estate developer needs to get a house built quickly, does he save time by skipping over the architectural design phase? Does he decide to dispense with blueprints, and just start laying down concrete? Of course not. He knows that the results would be chaotic, and that work will progress more slowly without careful forethought and a concrete plan.

Yet that’s the approach that many people take when it comes to software. They decide to just start coding away, thinking that this makes the software development process more efficient. On fairly simple projects, this might work. On anything of moderate complexity though, such an approach is doomed to fail. Sure, you may save time at first. However, without a concrete software plan and a carefully considered design, problems are bound to catch up with you before long. Many of these problems won’t become clear until the testing phase comes around, and by then, it may be too late.

Sadly, such reckless thinking is often encouraged in the corporate world. Due to time constraints, a misguided manager may instruct his team to skip over the design work and just start hacking away. This makes the team seem focused and productive, but this strategy can wreak havoc on the project timeline. What’s more, the resultant code is often a tangled, poorly documented, chaotic mess. If this software must be maintained for years to come, then you have a recipe for disaster.

Mind you, I’m not saying that an elaborate design is always necessary. If time is short, then one might not have the luxury of an intricate software plan with exhaustive design documentation. However, one should at least have a general software architecture laid out—one which is detailed enough to make the software development process smoother and easier. Programmers rarely err on the side of over-planning, but they frequently fall into the trap of insufficient design detail. Don’t make this mistake, if you really want to save time.

Keeping Your Personal Info Safe

Important… Keeping Your Personal Info Safe

Technology today has made our world much smaller, and has given us amazing tools such as the Internet, high speed Personal Computers [ PC’s ] and medical technology that we could only dream about no so very long ago.

With the good comes the bad. Many today have their privacy invaded by unscrupulous groups and individuals in our society intent on obtaining personal information by whatever means. These thieves have the tenacity to use the very technology that has been truly beneficial to everyone and use it against the unsuspecting public. The identity thieves trick the unsuspecting public and gain this personal information via such methods as hacking personal files on the Internet and using rouses like spam and other tricky techniques such as phishing to steal your identity.

Understanding how the unscrupulous obtain this private information help us to look at ways to make it harder for these low-lives to play their game.

Thieves can use even the most mundane of personal details to help them “verify” that they are someone they aren’t. One of the most common ways of obtaining personal details is “trash bin raiding”. This tactic is surprisingly common in affluent areas and is spreading out of towns to the countryside; with 75% of local authorities now admitting it happens regularly in their jurisdiction.

An exercise carried out with the support of the English Nottingham City Council and Nottingham Shire Police analyzed the contents of hundreds of household bins to see what people were throwing away. It found that a whopping 86% of domestic rubbish contained information helpful to fraudsters.

Three quarters of the bins that were checked contained the full name and address of at least one person from the household, while 20% of trash bins contained a bank account number and other data that could be linked to the name and address of a person from the house.

So don’t keep all of your bills, receipts and other personal documents in an obvious place and if you can lock it away, do so... If you don’t have anywhere to lock it, try and keep it somewhere out of the way, or separate it out.

Consider investing in a good paper shredder! Shred any documents that you do not need any longer instead of just tossing the paperwork into the trash.

Identity thieves will also try to dupe you into giving personal information either in person, over the phone or by using fraudulent official sounding e-mails. And of course, today’s personal computers can hold plenty of information useful to fraudsters. It is very important that we use proper firewalls, use reliable and up to date anti-virus software and programs that can identify and weed out spam, trojans or other mal-ware.

It is in your best interest to be wary. Be suspicious of anyone seeking too much personal information, and don’t be afraid to challenge them by asking “why do you need those details?” – a legitimate enquirer won’t mind you asking. Make sure you store all important documents and details, such as your birth certificate, national insurance number, receipts and bank statements, in a safe place.

As mentioned earlier, anything containing personal information that you intend to throw out should be destroyed before it is put in the trash bin. Using a household paper shredder is not taking things too far. If you think you have become the victim of an identity thief, report it to the police, local authority and relevant government departments or companies immediately.

We should also keep personal information stored on computers in “encrypted” folders. Encryption scrambles the contents of your chosen folder so it cannot be read by anyone else. You can “unscramble” the contents using a password. Many well-known software companies offer free downloads to help you with encryption, or encryption can be an option under your standard operating system.

Making sure that all our private information is kept from roaming eyes may not sound too hard to do. But there are many people who are aware of this problem, know how to protect their data, but either through neglect, laziness or just not taking the time to do what is suggested, are sitting ducks for the personal data thieves.

Please….don‘t let you or anyone in your family be that person. Thoughts and intensions are great but without action there is no accomplishment. Put these recommendations into effect today!

Computer Security

Exactly Is It?

Although the term 'computer security' is used a lot, the content of a computer is actually vulnerable to only a few risks unless the computer is connected to others on a network. As the use of computer networks (especially the Internet) has increased dramatically during the past few years, the term computer security is now used to describe issues referring to the networked use of computers and their resources.

The major technical areas of computer security are confidentiality, integrity and authentication/availability.

• Confidentiality, also known as secrecy or privacy, means that the information you own cannot be accessed by unauthorized parties. Breaches of confidentiality range from the embarrassing to the disastrous.
• Integrity means that your information is protected against unauthorized changes that are undetectable to authorized users. The integrity of databases and other resources are usually compromised through hacking.
• Authentication means that an user is who he claims to be.
• Availability means that the resources are accessible by authorized parties. Examples of availability attacks are the 'denial of service' attacks.

Other important things that the computer security professionals are concerned about are access control and nonrepudiation. Access control refer not only to the fact that users can only access the resources and services they are entitled to, but also to the fact that they can't be denied to access the resources they legitimately expect. Nonrepudiation means that a person who sends a message cannot deny he sent it and vice versa.

In addition to these technical aspects, the concept of computer security is very large. Computer security's roots are drawn from disciplines like ethics and risk analysis and the major topics that are concerning it are computer crime (tries to prevent, detect and remedy attacks) and identity/anonymity in cyberspace.

Although confidentiality, integrity and authenticity are the most important things when it comes to computer security in general, for everyday internet users, privacy is the most important one, because many people think that they have nothing to hide or the information they give doesn't seem sensitive when they register with an internet service/site.

But remember that, on the internet, information is very easily shared among companies and small pieces of related information from different sources can be linked together to form something alot more complex about a person. Because of this, nowadays, the ability to maintain control over what information is collected about them, who may use it and how it can be used is extremely important.

Hacker

Computing and technology

* Hacker (computing) has a spectrum of meanings:
o Hacker (computer security), someone involved in computer security/insecurity
o Hacker (programmer subculture), a programmer in the free software and open source movement
o Hacker (hobbyist), an enthusiastic home computer hobbyist.

Similar meanings in other fields are:

* Media hacker, someone who uses the media in new ways
* Reality hacker, similar to a computer hacker, but hacks the "real world"
* Wetware hacker, one who experiments with biological materials
* Somebody who generally works 'outside the box'.

Computer crime and legislature

How have legislatures responded to crimes involving the use of computers? How has the Internet changed the debate over pornography?

Computer technology has changed nearly everything and everyone around the world in some way. Computer technology has been also increasingly been both the source of attacks as well as the target of various high tech attacks. Some of there attacks are so new that many law enforcement officials including state courts and governments has been unfamiliar with them. One such high tech crime is that of cyber stalking. Cyber stalking was at one time very rare and virtually unknown. Today it is very different. Most states have recognized this form of harassment and are also taking necessary steps to investigation and prosecute these cases. In cases of domestic violence and restraining orders cyber stalking has come to be a very big issue and is something that the legislature has to recognize as a problem. Many times the computer is what the target of the crime is. Things like spamming, hacking and virus dissemination have become some of the largest issues facing the modern high tech age. Legislatures have recognized the importance of the internet and have taken steps on Federal and State levels to address the various computer crimes which occur. Penalties are usually swift and severe, however that does not stop the criminals from taking part in these illegal activities.

I think the Internet has sealed the deal that pornography is here to stay and that it will continue to be protected. People are free to look at legal pornography and attempting to ban it across internet lines no doubt be an impossible task. With that said it is going to be an increasingly difficult problems keeping the illegal pornography off the Internet and equally as difficult in keeping all pornography away from children. Parents, educators and the government need to be away of all of the questionable material which is only a few mouse clicks away from children.

The Dangerous Effects Of Kennel Cough

Canine cough or Kennel Cough is actually bronchitis, characterized by a harsh, hacking cough. The disease is highly contagious, transmitted by air and wind currents contaminated by cough and sneeze droplets from infected canines. Kennel cough is actually a complex of infections, chief of which is Bordetella Bronchiseptice.

Bordetella is able to render the normal respiratory tracts safeguards against infections inoperable. It disables the immune cells that normally destroy bacteria. The incubation period is 2-14 days and is characterized by a non-productive hacking cough, and more complicated cases involve a greenish eye and nasal discharge, obvious breathing difficulties, and possibly pneumonia if left untreated.

Diagnosis is usually based on the clinical signs already given, wit possible x-rays to determine the extent of lung and airway restriction and a bacterial culture may be required in extreme cases to determine what other viruses, if any, are present before treatment can begin.

Treatment consists of an antibiotic therapy and cough suppressants if the coughing remains non-productive, as coughing can persist for up to three weeks after treatment with antibiotics. Injectable and intranasal vaccinations are available, with the intranasal being more effective, since it is applied directly to the respiratory system. It usually takes 4 days to generate an immune response after the intranasal vaccination, and vaccination is not useful in a dog that already has kennel cough.

In general, kennel cough is self-limiting and is only serious for very young puppies, especially if they have never been vaccinated and senior dogs that may have a weak immune system or already poor health. Annual vaccinations are the best prevention of this disease, but due to the many organisms involved, it may not give 100% protection. When in doubt always consult your Veterinarian as soon as possible.

Always remember, if you have any questions about your dogs health, be sure to consult your veterinarian.

Is Your Company Data Secure

Is Your Company Data Secure? Blackberry Hacks Are Here

There's a new route into your company's secure data. It's the Blackberry PDA. A hacking program has been developed which exploits the relationship between the Blackberry itself, a company's internal server and the network connection to which both are attached. The hacking program works because the data tunnel between the Blackberry and the server is encrypted. Intrusions can't be detected because the protective systems, such as firewalls, exist at the perimeter of the network. This begs the question of all business owners whose employees use a Blackberry: Is your company data secure?

The hacking technique is successful because there are very few companies equipped to detect and intrusion from the inside of the network. Another reason for hacking success is the fact that companies don't see the Blackberry as a potential attack vector. The Blackberry is not your normal handheld device. It's a continuously running code machine that's always on and always connected to your internal network. It has constant direct access to whatever you give it access to and most company structures allow complete access to the internal network for their employees who use Blackberries.

BBProxy is the name of the Blackberry hacking program. It can be loaded on the Blackberry either physically or via e-mail as a Trojan horse. Once loaded, the Blackberry will call back to the hacker's system and open communication channels between the hacker and the internal network of the company. This process runs in the background behind the safety of the company's firewall scanning for hosts with vulnerabilities in security and is generally undetected.

Recently, an ad on eBay sold a Blackberry "AS IS" for approximately $15.00. While the device didn't come with a cable, synching station, software or manual, it did come with something far more valuable. This Blackberry came with a stockpile of corporate data all there for anyone to read as soon as the device was turned on. Many employees are insufficiently trained concerning security issues for the electronic devices they use on a daily basis.

Company data is stored as attachements on a server, rather than the Blackberry itself, so if a device is ever lost or misplaced someone could easily read sensitive documents. The Blackberry lacks encryption capabilities and relies instead on users locking the device with a password. Unfortunately, anyone with hacking abilities could discover the password and let themselves into the network.

The beauty of the Blackberry is that it's a do it yourself type of device. It basically allows you to take your office with you wherever you go and not be caught unprepared or without the correct documents of a given meeting. However, for individuals and companies who handle and funnel much of their business dealings through these wonderfully useful devices,both internal and external server security must be taken into account.

The Secret Of Hacking An HYIP Program

HYIP can be a excellent way to experience success in investment. HYIP, also known as a high yield investment program, can be quite risky as the whole HYIP market. But at the same time if you use it right it can be quite profitable. So let me show you how you can hack this type of program.

The one way to get out of risk is to expand your investment into a number of HYIPs regularly. And besides that, you cannot afford to keep any interest in your investment accounts for compounding. Removing them to your e-gold account is a wise thing to do. You can easily browse HYIPs from HYIP rank and monitor sites to get an idea about their authenticity. Some of these sites even sends catalogs of HYIPs with all the relevant comments, the payment standing on each HYIP and of course the rating. You must remember, that your investment and the consequent profit aren't guaranteed at all in case of HYIPs. There is every possibility that you can even lose the principal amount, so be prepared.

Take a note on some of the 'must do' things regarding High Yielding Investment Programs. Be dead sure of not having all your money into an undersized HYIP program. No matter how promising they may look at the outset, don't get lured away. If you are ready to invest a large sum of money then do make sure to enquire whether the company offers any capital security against it.

Invest your capital into as many programs as you can. It makes more sense to do the above than settling down with two to three small HYIP programs with huge sums. Remember, you need to focus on the plan and not the programs for that matter. As for smaller programs make it a point not to reinvest extra money before you have been paid back. Moreover, with HYIP programs it is advisable to plough back smaller profits from time to time.

High Yielding Investment Programs can provide you with anything between 0.7 and 5% per day to say the least. And as for the longevity of a typical HYIP, it generally does not go beyond one year. HYIP forums come along with rating systems. Programs that have short investment-durations should be preferred. Additionally, the programs that pay back the invested sum must be chosen. You will have to keep bad programs out of our way. Try to investigate through the sites before you plunge into any kind of investment. The fact of the matter is that you will have to steer clear of "too good to be true" offers.

This steps help you to avoid hyip losses. Now I earn more than $4000 thousand a month using my favourite golden rules.

Hacking: An Inside Job?

"Leaving your Web applications insecure makes no more sense than building a brick wall but using a gate made from chain link fencing." – James Gaskin

Whenever the President of the United States travels anywhere there are numerous individuals charged with making sure the President is secure and unharmed from attack. This is the premise behind Internet security. The work you have done on your site is the product of valuable time and energy. For some business owners the website represents significant research and creative energy. It is possible for a vulnerable website to be hijacked and remade in the image of something that only resembles your website in name only or to have safeguarded data copied for the use of a third party.

One of the biggest mistakes a website owner can make is allowing the work to be left unguarded. As reported in recent years hacking of a computer system can occur both from within a company or from a remote location, which makes the use of Internet security so important.

“Advances in firewall technology (making them easier to install and configure), improvements in vulnerability scanning and better explanations of how to repair them, and better intrusion-detection with fewer false-positives are all key technologies in this race.” – Dr. Charles C. Palmer

Some hackers argue they are not involved in felonious activities, but are simply seeking knowledge and using the internet to find answers, however the U.S. Government views the activity as a felony and punishable by applicable state and federal laws.

It should be noted that the term hacker has been adjusted. No longer is the term ‘hacker’ only used to describe someone gifted at programming and is able to break a website code to gain access to information. Today a hacker is also someone who misappropriates company data. Typically this scenario occurs from an inside and often trusted source.

“System administrators must learn about and maintain their systems securely. Users have to understand their security responsibilities.” – Dr. Charles C. Palmer

In many cases, business are now making a non-disclosure agreement a part of the hiring procedure to provide an extra legal recourse in the event that data is electronically removed and used in ways unauthorized by company heads.

“If a stranger came into your house, looked through everything, touched several items, and left (after building a small, out of the way door to be sure he could easily enter again), would you consider that harmless?” – Dr. Charles C. Palmer

Taking security issues seriously is needed in the development of a web-based business infrastructure. It may be worth exploring both on-site and off-site security features as a means of ensuring the long-term usability of your website.