Cisco Systems, Microsoft, and the Rewarding Trade of Information Technology

Posted on August 1, 2009 by admin

My name is Donald Carroll. I am the President and Webmaster of Green Planet Fantasy Theater. How did I get here? I have over ten years of work experience in the field of Information Technology (IT). I also have five years of teaching experience as an instructor in both Microsoft and Cisco technologies as well as other networking technologies such as Novell Netware, Unix, and Linux. I am twice certified by Microsoft as a Microsoft Certified Systems Engineer (MCSE), and twice certified by Cisco Systems as a Cisco Certified Network Associate, or CCNA?

The field of Information Technology has been very good to me and is an excellent trade to get into for those of you looking at entering a career or changing careers. As a former instructor, I can tell you that as a prerequisite you must be at least comfortable with using computers; better if you have a knack for fixing them when they break! Those of you who are very familiar with using, repairing, and even building computers are perfectly cut out for the lucrative field of Information Technology.

The purpose of this article is to help you in getting started on the path towards earning your industry standard certifications in the field of Information Technology while also gaining hands on practical experience with computer networks. I will tell you on the next page exactly what to do if you are interested in entering the field of Information Technology, even if you have no experience whatsoever. In the field of Information Technology, it is often not enough to just earn your certifications as employers generally favor IT professionals with work experience.

I will also share with you more about my own background and how it helped me to enter the field of Information Technology.

In the early 1990′s I was working as an administrative assistant, and as part of my duties I learned how to use a number of different computer programs; common business applications including word editors, spreadsheet programs, and databases. After my stay as an administrative assistant, and while I was seeking new and interesting employment opportunities, I sent away for a PC (Personal Computer) home study course, mostly because it came with a PC! I learned computer hardware, and computer software, including operating systems such as Microsoft DOS and Windows version 3.1. (Learning computer hardware and computer software, including operating systems such as Microsoft Windows XP and Microsoft Windows Vista is the first step in training for a career in Information Technology. I will explain more about this on the next page.)

I was also able to connect to the Internet using a modem; at that time, the only real Internet choices there were was “GopherNet”, and the America Online Network. (“GopherNet”, which is still in existence today, allows you to view folders and files on a remote computer, not web pages. The America Online Network has merely changed over the years.) Besides then connecting to a rather bleak Internet, in comparison with today’s Internet, you could connect to what were called “BBS’s”, or electronic bulletin boards. These “sites” allowed you to chat, play online games, and both upload and download content. ( I would have to check to see if any “BBS’s” are still in existence today!)

In 1997 I relocated to the Silicon Valley (San Jose, California), and I began applying around for administrative assistant positions. One recruiter pointed out that I “had a list of computer skills a mile long” between having learned a number of business applications, and having also completed a two year home study course as a PC Specialist. I was offered a high paying short term contract to provide computer support for employees at NEC Computers. I was basically an apprentice to what I would call a “guru” in terms of computer and computer networking skills.

I also entered college again to earn an Associate of Science/Information Systems Degree. After my contract at NEC Computers ended I applied at Honeywell Automated and Industrial Controls, and I accepted a position as a hardware technician. At this point now in my life I was pursuing a second degree in Information Technology, and working in the field of Information Technology, developing on the job skills critical to become a real expert. (At that time, the field of Information Technology was called Management Information Systems (MIS). Later it was changed to Information Specialist (IS), and today it is known as Information Technology (IT)).

That was the beginning for me. I soon continued on to teach networking technologies, and I accepted senior engineering positions with a number of different companies and corporations. I WAS EARNING WAGES and BENEFITS PACKAGES I HAD NEVER DREAMED OF!!! I essentially climbed the ladder from working as a computer hardware technician to working as an instructor, a network engineer, a senior network engineer, and finally as a consultant! Today I work as a contractor and as a webmaster.

If you would like to enter the field of Information Technology yourself PLEASE CONTINUE READING!!! I have myself graduated over four hundred computer networking students, and I can teach you how to learn computer hardware and software, and computer networking. I will tell you what course books to study and how and what certification tests to prepare for.

The field of Information Technology is not about computer programming, or application development; this field is all about the designing, building, maintaining, troubleshooting and repairing both the computers and the computer networks that companies use to store and use their data. In considering computers, there is the computer hardware; the disk drives, cd-rom drives, memory, motherboard, processors, power supplies, mice, keyboards, and other parts and peripherals. There is also the computer software; namely, the operating system, like Microsoft Windows XP or Microsoft Windows Vista, and computer applications or programs, such as Microsoft Office or Adobe Acrobat Reader.

When one or more computers are connected together to form a computer network they are connected using network devices such as hubs, switches, routers, and other network devices. In the field of Information Technology some IT Specialists prefer to work on computer hardware and computer software, and special computers used in a computer network called network servers. Other IT Specialists prefer to work more with network switches, network routers, and other telephone and telecommunications equipment.

If you would prefer to work with networking devices more than with computer hardware, computer software, and servers, you might want to pursue getting certified as a Cisco Certified Network Associate, or CCNA. (The CCNA certification is either one or two exams; you have a choice of taking it as either one or two exams depending upon your preference.) Your duties as a CCNA would revolve more around configuring and troubleshooting network routers and switches, and working with leased line providers and telecommunications equipment. Cisco Systems also offers other more advanced routing certifications beyond the CCNA, namely the Cisco Certified Network Professional, or CCNP, and the Cisco Certified Internetwork Expert, or CCIE.

If you would prefer to work on computers; installing and fixing computer hardware and computer software, and administering network servers and network databases and applications, you might be interested in pursuing first the A+ certification followed by the Microsoft Certified Systems Engineer, or MCSE certification. (The A+ certification exam is given as either one or two exams; one exam is based on computer hardware and the other exam covers special software known to IT Specialists as operating systems. The Microsoft Certified Systems Engineer, or MCSE, is awarded upon the successful completion of seven individual exams.)

Many IT professionals maintain proficiency in computer hardware, software, network servers, and computer networking devices such as routers and switches. Many employers demand that their IT staff be able to help employees with simple computer problems while also being able to solve complex network problems on network routers, switches, and even firewall systems. Many positions in the field of Information Technology require an A+ certification, an MCSE, and a CCNA. Other positions require only one of these certifications, plus or many any of a number of other industry standard certifications.

Unless you decide to pursue the Cisco Certified Network Associate, or CCNA certification, you will probably want to begin learning the ins and outs of a single computer before studying computer networking technologies. You can purchase the textbooks for the A+ certification, the MCSE certification, and the CCNA certification at almost any book retailer.

Focus first on the A+ exam material before proceeding to the MCSE exam material and/or the CCNA exam material – this is best if you are an absolute novice. It is also a good idea to set up a small computer network at home to practice with – hands on experience with these technologies is essential to success! It is also a good idea to attend a technical school to learn the basics of networking technologies, but you can study and become proficient with these technologies on your own just as well.

With your A+ certification behind you, you can work as a PC technician, or even as a Help Desk Specialist (helping employees with their hardware, software, and basic network problems.) While pursuing your MCSE and or CCNA, you can apply for positions as a junior systems administrator, network administrator, and even a junior network engineer.

Study your exam materials, setup your own home network that you can use to practice on, and by all means try to meet people who work as IT Specialists so that you can learn more about working in the field of Information Technology. Maybe you can spend a day at work with them working for free as an apprentice? (Companies usually do not mind extra help for free!)

Create a sharp resume’ listing your certifications and/or technical school degrees, and your work experience…if you do not have any work experience, try to get some working with an IT Specialist. Though certifications are important, most employers prefer work experience. Some job interviews have a required technical interview where you are tested on your fundamental knowledge and your ability to troubleshoot and resolve computer and computer network problems.

Once you have passed you A+ certification exams you can begin applying to work as a computer technician (hardware and/or software technician.) From there you can continue your studies in networking, earn your MCSE and/or CCNA, CCNP, or CCIE, and become a network engineer, a senior network engineer, a contractor, or even work as a consultant.

Good luck to you…if you have any questions about the field of Information Technology please feel free to contact Donald Carroll at Green Planet Fantasy Theater.

(For more great “how to” articles, plus DVD Movies, Music Collections, PC, XBox, Wii, Sony Playstation and Nintendo Games, Software, E-Books, Audio Books, and Adult XXX Material FREE, visit Green Planet Fantasy Theater online at http://ww.myplanetfantasy.com.)

My name is Donald W. Carroll, and I am the President of Green Planet Fantasy Theater; a web site where you can download DVD Movies, Music Collections and Discographies, Audio Books and E-Books, XBox, WII, PlayStation, Nintendo, Super Nintendo, and PC Games, Computer Software, Desktop Themes, Wallpapers, Screensavers, Adult XXX Material, and much, much more, all for FREE!!!

Green Planet Fantasy Theater also houses a world class collection of “how to” articles. This year we hope to provide you with even more informational and instructional articles on many, many different topics.

I am also working very hard to establish Green Planet Fantasy Malls, where I will make available to you numerous different products and services, all hand picked, and at the BEST prices going online!!!

Visit Green Planet Fantasy Theater Online at http://www.myplanetfantasy.com

What is Inside Wimax Technology (802.16)

Posted on July 26, 2009 by admin

WiMAX technology is identified as Worldwide Interoperability for Microwave Access; it is formed in June 2001 to encourage conformance and interoperability of the WiMAX (IEEE 802.16) standard, officially known as Wireless Metropolitan Area Network (WMAN). WiMAX technology intended to offer wireless data in a related fashion as compare to WiFi but on a outsized level and speed, therefore building national wireless networks with ease.

The driving forces behind WiMAX technology are link-to-multilink microwave networks from organizations for instance Alcatel and Siemens stay alive for years. Alternatively WiMAX offers a consistent technology according to its standard. WiMAX technology open loom could let product manufacturers make revenues of scale via producing number of WiMAX products & components to single IEEE 802.16 standard, this also allow component manufacturers buy low-cost, standards compliant components from rival component providers. This would defiantly help existing wireless service providers.

In addition, service providers lacking a mobile network can start a WiMAX technology network at comparatively stumpy price. WiMAX technology would also allow interoperability among different systems. WiMAX technology will offer high data speed network connections and in this manner serve as a backhaul for WiFi LAN (WLAN) hot spots, where people on the move can access carriers’ WiFi services on mobile technology basis. WiMAX technology possibly will offer a much cheaper, easier to build network infrastructure other than the physical medium of WiFi backhauls that cable, T1 or DSL systems presently offer. These issues, together with user’s requirements for broadband facilities, will offer the grounds to markets to grow with WiMAX and wireless-broadband. However, the WiMAX technology faces some solid challenges ahead of it can become commonly accepted by users.

Because WiMAX is based on IEEE 802.16 Standard and HiperMAN, the IEEE and ETSI have each become accustomed it’s standard to take in many of the other’s essential characteristics. IEEE 802.16 standard partitioned its MAC (Medium Access Control) layer into sub-layers that hold some different transport equipments and technologies, together with Ethernet, IPv4, IPv6 and other asynchronous transfer mode. This allows traders to use WiMAX technology it doesn’t matter about what technology they support for transmission. WiMAX technology has a wide communication range up to 50 kilometres because principles allows WiMAX network to transfer data at higher rates and because of this move towards use of directional antennas that generates persistent radio signals. WiMAX base station provide service to only 500 users at a time not more than that just because to they are sharing bandwidth and this factor may result in lower date rates among. Technically every single station will possibly provide communication an area inside a 10 miles radius. On the other hand WiFi has a range of only a few hundred feet while other third generation mobile networks have the range of few thousand feet.

As compare to other wireless standards their address broadcastings over particular frequency range, WiMAX network allocates data communication over several broad signal frequency ranges. The capacity to work in several ranges makes the most of the technology’s ability to communicate above the frequencies that will evade interference with other wireless network applications. WiMAX system’s communication date rate and range differ a lot depending on implementation usage of frequency bands. These advantages of flexibility allow providers to employ different frequencies that depend on the speed and range needed for a particular data communication. The WiMAX technology attains higher data transmission rates in part by OFDM (Orthogonal Frequency Division Multiplexing). OFDM amplifies data capacity and bandwidth via dividing broad capacity channels to many narrowband channels; every channel uses different frequencies that can transmit different pieces of a message at the same time.

The spaces between channels are extremely close mutually other than avoiding intervention as nearby channels are orthogonal to each other and therefore no overlapping between them. The primary IEEE 802.16 standard uses the 10 to 66 GHz frequency range. On those higher frequencies WiMAX network needed a straight line of sight among senders & receivers. This factor shrinks the multi path distortion that arises when transmitting signals not follow the line of sight echoed of outsized items and finish off out of organization, in this manner jumbling the inbound communication and reducing bandwidth.

Dropping multi path distortion could therefore enhance the bandwidth. In theory WiMAX network can offer single channel data rates up to 75 Mbits/s equally on the downlink and uplink. Service providers can use several 802.16 channels for single broadcast to offer bandwidths of up to 350 Mb per second.

The accepted IEEE 802.11b WiFi WLAN technology data rate are limited to 11Mbps, on the other hand newer 802.11a and 802.11g provide upto 54Mbps in favourable conditions but practically all of the them transmit at lesser speed. Third generation mobile network technologies will support around 115 Kbps.

As far as security is concerned in WiMAX technology it uses PKI (Public Key Infrastructure) authentication, which transmit via digital certificates by identifying parties over trusted authorities. The IEEE 802.16 system encrypts data by using 56 bit DES (Data Encryption Standard) keys. In the meantime WiMAX network is extremely scalable as it is simple to include broadcast channels to offer extra bandwidth as required.

The expenditure of setting up wireless technology is significantly increases when the wireless services are supplied at higher frequencies as the line of sight constraints required the setting up of further antennas to cover up the equivalent geographical area. The available frequencies for new wireless standards such as IEEE 802.16 are normally higher as some of the other wireless technologies are more sought-after to lower ranges that have been approved for other use.

During the development of WiMAX technology, the WiMAX Forum has strongly supported and encourage the WiMAX technology, which involves a cluster of commercial leaders such as AT&T, Cisco, Samsung, Intel, and some others giants. The WiMAX forum group’s workforce is comprised of many working groups that highly focused on regulatory, marketing, technological characteristics. WiMAX product certification program was extended by the certification working group which intends to certify interoperability among WiMAX products from manufacturers internationally.

Freewimaxinfo.com is a dedicated resource to get in depth knowledge about Wimax and 4G Technologies.

What Can Wimax Technology Offer?

Posted on July 25, 2009 by admin

WiMAX technology offers wireless data in a related form as compare to WiFi but its level and speed allow to build hybrid and wireless networks, of any size, anywhere. It is formed to encourage conformance and interoperability of Wireless Metropolitan Area Network. WiMAX offers a consistent technology according to its standard. WiMAX technology open could let product manufacturers make revenues of scale via producing number of WiMAX products & components to single IEEE 802.16 standard, this also allow component manufacturers buy low-cost, standards compliant components from rival component providers. This would definitely help existing wireless service providers.

WiMAX technology will offer high data speed network connections and in this manner serve as a backhaul for WiFi LAN (WLAN) hot spots, where people on the move can access carriers’ WiFi services on mobile technology basis, because this technology allows interoperability among different systems. And service providers lacking a mobile network can use a WiMAX technology network at comparatively low price. WiMAX technology possibly will offer a much cheaper, easier to build network infrastructure other than the physical medium of WiFi backhauls that cable, T1 or DSL systems presently offer.

Because WiMAX is based on IEEE 802.16 Standard and HiperMAN, the IEEE and ETSI have each become accustomed it’s standard to take in many of the other’s essential characteristics. IEEE 802.16 standard partitioned its MAC (Medium Access Control) layer into sub-layers that hold some different transport equipments and technologies, together with Ethernet, IPv4, IPv6 and other asynchronous transfer mode. This allows traders to use WiMAX technology and no matter what technology they support for transmission. WiMAX technology has a wide communication range up to 50 kilometers because principles allows WiMAX network to transfer data at higher rates and because of this move towards use of directional antennas that generates persistent radio signals. WiMAX base station provide service to only 500 users at a time not more than that just because to they are sharing bandwidthand this factor may cause lower date rates among. Technically every single station will possibly provide communication an area inside a 10 miles radius. To compare WiFi with WiMAX technology the last has a range of few thousand feet. while WiFi has a range of only a few hundred feet.

Moreover WiMAX network broadcasts data communication over several broad signal frequency ranges. And this exceptional capacity to work in several ranges allows to communicate above the frequencies that will evade interference with other wireless network applications. Also the flexibility of this system’s communication allows providers to employ different frequencies that depend on the speed and range needed for a particular data communication. Amplifying data capacity and bandwidth via dividing broad capacity channels to many narrowband channels, the WiMAX technology attains higher data transmission rates in part by OFDM (Orthogonal Frequency Division Multiplexing).Every channel uses different frequencies that can transmit different pieces of a message at the same time.

One of the important advantages of data transmission is that the channels do not overlap, in spite of the fact that the spaces between channels are extremely close. The primary IEEE 802.16 standard uses the 10 to 66 GHz frequency range And it is very suitable because this frequency range shrinks the multi path distortion that arises when transmitting signals that do not follow the line of sight echoed items and finish off out of sink, thus jumbling the inbound communication and reducing bandwidth.

In theory WiMAX network can offer single channel data rates up to 75 Mbits/s equally on the downlink and uplink. Service providers can use several 802.16 channels for single broadcast to offer bandwidths of up to 350 Mb per second.

Third generation mobile network technologies will support around 115 Kbps. The accepted IEEE 802.11b WiFi WLAN technology data rate are limited to 11Mbps, on the other hand newer 802.11a and 802.11g provide up to 54Mbps in favorable conditions but practically all of the them transmit at lesser speed.

In the meantime WiMAX network is extremely scalable as it is simple to include broadcast channels to offer extra bandwidth as required. And as far as security is concerned in WiMAX technology it uses PKI (Public Key Infrastructure) authentication, which transmit via digital certificates by identifying parties over trusted authorities. The IEEE 802.16 system encrypts data by using 56 bit DES (Data Encryption Standard) keys.

The wireless services are supplied at higher frequencies as the line of sight constraints required the setting up of many antennas to cover up the equivalent area and this increases to a great extent the expenditure of setting up wireless technology. The available frequencies for new wireless standards such as IEEE 802.16 are higher as some of the other wireless technologies are more sought-after to diminish ranges that have been approved for other use.

The WiMAX technology is always supported by the WiMAX Forum which comprises a group of commercial leaders such as AT&T, Cisco, Samsung, Intel, and some other giants. This forum involves many working groups that highly focused on regulatory, marketing, technological characteristics. Moreover the certification working group intends to certify interoperability among WiMAX products from manufacturers internationally

MLL Telecom is the biggest broadband provider of hybrid or network by wireless, or wireless services. Our offer is flexible, of the highest quality and suits your budgets. We have authoritative partners: BT, Affiniti, Telewest; public sector organizations including East Sussex County Council, North Yorkshire County Council, Devon & Somerset Fire and Rescue Service etc.

It’s All About People, Process, and Technology. Technology is Dead Last in the Order of Importance When it Comes to Security

Posted on July 24, 2009 by admin

The recent and explosive growth of the Internet and technology has brought many good things such as e-commerce, collaborative computing, online markets and new avenues of sharing and distributing information. But each side has its counterpart, and with the technological advances came hackers. With this dark side and the many security breaches that are associated with it, companies, governments and individuals are afraid of hackers breaking into their servers or networks, stealing valuable data, collecting passwords and intercepting financial and credit card information.

And many times this can become reality. Recently, there has been a flurry of security breaches among large organizations such as Western Union, that reported a security breach on their Web site that let loose the credit-and debit-card information for 15,700 customers. Another recent hacker case is a 16-year-old youth, who admitted hacking into military and NASA computer networks. His activities caused a three-week shutdown of NASA’s systems and a security breach of a military computer network which protects against conventional, biological, chemical and nuclear-weapon attacks. That’s just a small sampling of actual hacks. Most industry watchers agree that only a handful of security breaches are ever reported.

For a long time, most computer network crackers hacked a system for the same reason: “Because it’s there.” But that’s no longer the only reason or even the dominant one. More hackers now do it because “It’s where the money is.” In the past decade, hackers have changed from script kiddies who hacked websites and spread worms to professionals sponsored by foreign governments and organized crime. Modern hackers want more than infamy. They exploit new technologies to crack systems or hack into computer systems and hold data for ransom. Hackers today commit real crimes, sometimes for significant financial gain.

To safeguard themselves from the modern hackers, most companies and government agencies that want to uncover network and system security vulnerabilities have two choices: they can hire a team of penetration experts to scan and probe their systems and uncover their vulnerabilities, or they can wait for a malicious hacker to come by and exploit them. Unfortunately, many times it is the latter. A security analysis or penetration test, performed by a security consultant, would produce a report or security posture assessment, detailing all vulnerabilities found and the actions needed to remedy them and minimize the risk of being the victim of a successful hack attack.

The security consultant or penetration expert can be a “white hacker”, someone who uses ethical hacking to discover vulnerabilities within a network or a reformed “black hacker”, who once was an active part of the dark side and used to exploit the identified security holes. The subject of whether it is ethical to use former hackers to evaluate a network’s security is a topic that is often hotly debated – and for many reasons.

Ethical hackers or security consultants typically have very strong programming and computer networking skills and have been in the computer and networking business for several years. Their base knowledge and expertise is augmented with detailed knowledge of the hardware and software, project management skills and methodology which are necessary for the actual vulnerability testing, as well as when reporting after the test was performed. In addition to that, ethical hacking seminars, courses and certifications are being offered to IT professional to broaden their horizon and skills in these fields. But many times these hacking courses and seminars only provide a very limited insight, outdated hacking or only basic hacking techniques. Their main purpose is to educate professionals but not to create a new generation of hackers. The goal is to fill security holes, not exploit them.

A disadvantage that white hackers or security consultants have over hackers is the real world experience and the insight knowledge. There are many things that cannot be taught in a seminar or learned from a book. The most obvious advantage former hackers have, is the real world hacking experience. As each network system differs based on various network defenses and configurations, the hack approach will be unique and only someone with plenty of real world hacking experience can efficiently go from using one technique to another as required by the present situation.

Another positive aspect of hiring reformed hackers as security consultants is that staying up on the latest security exploits, vulnerabilities and countermeasures is part of their job. A good hacker has a level of security knowledge that goes far beyond that of most other IT professionals. Keeping up with the latest exploits and countermeasures is a full time job and although the IT professional has an acceptable level of security knowledge, they must focus most of their attention on the day to day responsibilities of keeping the network up and running. To make up these “deficiencies” many white hackers and security consultants rely on automated and commercial vulnerability and penetration software, that can provide needed security reports, but their functions are limited. The huge differences can be seen when comparing the results from an automated scan and a hacker assessment or professional penetration test.

But before a company makes the decision to hire a reformed hacker, one needs to evaluate the negative sides. Certainly there are several types of hackers that can be found. One kind oft them are the “gray hats” – the unpaid tinkerers who find flaws to improve security for everyone. They are the best hackers, because their passion for tinkering drives their excellence and they do not break the laws. The black hat hackers – the criminals – break the law and feel justified doing it. They are the kind of hackers who seek to increase their fame in the hacker community, while others want to prove at any cost that their targets’ security is vulnerable. Black hats wreak havoc not only by their own actions but also by drawing attention to weaknesses that they and cybercriminals can exploit. The last and worst kinds of hackers are the cybercriminals, who perpetrate the worst crimes. They are paid to use existing tools and techniques to steal confidential personal, government or industry information, and particularly financial data. Cybercriminals usually work for foreign governments, organized crime or independently.

The probably biggest negative in the decision making process is trust. Which hacker will you hire and how much can you trust them? The main premise of security is deciding who you trust and then locking out everyone else. When hiring a hacker as a security consultant, because of network’s security concerns, paradoxically the trust goes to the criminal. Not only is it the trust factor that plays a major role in the decision making process but also the impact the decision might have on customers and shareholder. How will the customers react, if they knew a former criminal was hired to test the security of a system or database that contains all personal and financial information? Someone with a questionable morale and judgment, is not someone who should have control of a corporate network with sensitive data. In most cases hackers, and that is what makes them hackers, do not appreciate or respect standard business processes and structures. A disgruntled hacker with inside knowledge of a company’s networks could create a nightmare scenario.

Hackers are like adventurers, motivated by intellectual curiosity. “The more secure you make your systems, the more you attract them. The hacker mind-set is like exploring space, except they’re exploring the network. If that essential curiosity on finding out how things work, which is what causes people to be hackers, goes away, then you don’t necessarily want that person as a hacker or security consultant. However, just because a hacker has the desire and capabilities to explore a network, does not necessarily make them prepared to build a secure network and fix identified vulnerabilities. Breaking into things, does not always mean knowing how to fix them. These are two different skill sets. Once security threats have been identified, these need to be communicated including the potential business processes affected by the vulnerability, along with a list of impact assessments and countermeasures. Besides technical knowledge, the hacker will need to have experience in business processes and management, to relay his findings to the company.

Another hey factor to consider before making a decision who to hire as a security consultant, is to know that no computer system is ever completely secure, especially when considering the human factor. Spending astronomical amounts of money pursuing total security, by hiring security consultants and eventually becoming dependent on them, is not going to help. Some corporations in some industries must guard against intrusions from tech-hungry foreign governments – in particular China, France, Israel, Japan, Germany and Russia – that converted their cold-war spy machinery into “economic espionage” units, but that does not apply to all businesses. A realistic set of goals of what to expect from a security consultant need to be set first.

But no matter what the decision is and if the company hires a professional security consultant or a reformed hacker, the real threat will be still there. Any hacker, who wants to exploit a system will always try to use the path of least resistance. This path of least resistance is often through the front door. The front to door can be “identified” as the area over which businesses may have the least control: people. People are the weakest but first link when it comes to security. With good social engineering skills and not very well trained employees, disgruntled workers and ex-employees, a hacker can get enough information to access a system, insert malicious codes that contain keystroke and network sniffers and other means to collect information. The hacker just “exchanged” his keyboard with social engineering. And this is a part of security where a highly educated security consultant or a reformed hacker will not be able to help you.

Ms. Deckwerth has over a decade of experience in IT security and regulatory compliance both in the U.S. and EU. Her work has included the audits and IT security of private companies, public companies and NATO and government organization as well as implementation of ISO and NIST. Her professional experience encompasses regulatory compliance with HIPAA, Sarbanes Oxley, PCI, GLBA, and NATO/DoD requirements.

Mrs. Deckwerth holds an M.S. in IT Management and is currently pursuing a PhD in IT Security from Touro University and speaks six languages.

Learn How Microsoft is Balancing Information Communication Technology at the 2008 Government Technologies Conference and Expo

Posted on July 23, 2009 by admin

Learn How Microsoft Is Balancing Information Communication Technology at the 2008 Government Technologies Conference and Expo

March 25, 2008 – Toronto, Canada – John Weigelt, National Technology Officer, Microsoft Canada, will be keynoting at the 2008 Government and Health Technologies Conference and Expo, taking place April 15 -16, 2008 at the Design Exchange in Toronto Ontario.

John Weigelt will discuss the fundamental issues facing government and healthcare today – achieving the right balance between ICT and the growing demands of the technically savvy citizen and business and the critical needs of patients and healthcare workers.

Microsoft believes that the time has come for a serious re-examination of the ICT options facing government and healthcare organizations, with a tide of increasing expectation and massively more technical capability, the trick is to ensure that our governments and hospitals are waving and not drowning in the turbulent mix.

So, register now to learn more about the Microsoft Solutions and Strategies for government and healthcare to embrace technology to meet the needs of patients and citizens alike while improving internal efficiencies and the jobs of your employees. This strategies and solutions are built with research driven data, market-proven Microsoft infrastructure components, uses open standards, and includes a set of common transactions that enable critical functions to be rapidly provided to citizens, patients, businesses and your employees.

This session is designed specifically for Microsoft Canada to gain insight from our strategic Municipal Government Chief Information Officers and Senior IT decision makers around its CGF and its key building blocks impacting Municipalities: Solution Oriented Architecture and Enterprise Application Integration, Communication and Collaboration, Security, Compliance and Privacy, as well as overall management.

The Microsoft Connected Government Framework is designed to assist municipalities to develop corporate infrastructure environments that will support the transformational technology projects across the breadth of their organization. The CGF helps ensure that value invested in current legacy applications continues to be realized while municipalities improve and update their solutions to deliver superior value to the constituents.

To register for Early-Bird Passes please visit http://gov.wowgao.com/registration OR call (416) 292-0038 Ext. 812.

About Microsoft Corporation

Microsoft Corporation (NASDAQ “MSFT”) is the worldwide leader in software, services and Internet technologies for personal and business computing.

Microsoft Canada Co. was founded in 1985. As the Canadian subsidiary of Microsoft Corporation in Redmond, Washington, the company provides sales, marketing, consulting and local support services in French and English. Microsoft Canada has grown from five people in 1985 to more than 900 employees. It also has strong relationships with more than 24,000 partners across Canada. More than 1,100 of these are Microsoft Certified Partners, and over 200 are Gold Certified Partners. Headquartered in Mississauga, Microsoft Canada has regional offices in Toronto, Vancouver, Calgary, Edmonton, Winnipeg, Ottawa, Montreal, Quebec and Halifax.

About the 2008 Government and Health Technologies Conference & Expo:

The 2008 Government and Health Technologies Conference and Expo will focus on the latest IT products and solutions being developed and sought after in the healthcare and public service sector, including Web 2.0, Patient Monitoring Systems, Document Management, Business Intelligence, Mobile Data Systems, RFID Solutions, Biometrics and much more.

As one of Canada’s leading annual IT conference and exposition, the event features ground breaking IT applications that aim to educate key IT professionals, Government officials, developers, architects, engineers and medical professionals with the necessary tools and techniques for the reliable, effective management of all public information services across Canada. For more information about the event, please visit http://gov.wowgao.com

About WowGao Inc.

Government & Health Technologies Conference and Expo, April 15 & 16, 2008

Wireless & Mobile Expo and Conference, July 15 & 16, 2008

RFID Forum, July 15 & 16, 2008

Financial Services Technology Forum, October 2008

For more information about the events, please visit http://www.wowgao.com/

For conference inquiries:

Conference Producer

(416) 292 – 0038 ext. 840 | conference@wowgao.com

WowGao Inc. | www.wowgao.com

Learn How Microsoft Is Balancing Information Communication Technology at the 2008 Government Technologies Conference and Expo

To register for Early-Bird Passes please visit http://gov.wowgao.com/registration OR call (416) 292-0038 Ext. 812.

About Microsoft Corporation

Microsoft Corporation (NASDAQ “MSFT”) is the worldwide leader in software, services and Internet technologies for personal and business computing.

About the 2008 Government and Health Technologies Conference & Expo:

About WowGao Inc.

Government & Health Technologies Conference and Expo, April 15 & 16, 2008

Wireless & Mobile Expo and Conference, July 15 & 16, 2008

RFID Forum, July 15 & 16, 2008

Financial Services Technology Forum, October 2008

For more information about the events, please visit http://www.wowgao.com/

For conference inquiries:

Conference Producer

(416) 292 – 0038 ext. 840 | conference@wowgao.com

WowGao Inc. | www.wowgao.com

WowGao Inc. is an award winning leading event management company that produces, since 2003, internationally renowned conferences and expositions that address the latest innovations and developments in the information technology industry. Our featured events include:

Government & Health Technologies Conference and Expo, April 15 & 16, 2008

Wireless & Mobile Expo and Conference, July 15 & 16, 2008

RFID Forum, July 15 & 16, 2008

Financial Services Technology Forum, October 2008

For more information about the events, please visit http://www.wowgao.com/

PKI – Old Technology has a New Rival

Posted on July 22, 2009 by admin

Currently, when most people think of digital signature capturing the first technology that comes to mind is Public Key Infrastructure or (“PKI”). However, the old guard of PKI is a dying technology. PKI is a good solution with serious limitations that will hinder and impede its continued growth. PKI is both expensive to implement and expensive to maintain. PKI is also time consuming. Professionals do not want to slow down the sales cycle to send someone to a third party certificate authority just to make a sale.

PKI authenticates but it fails to identify who a user is. The American Bar Association identified this critical weakness in its ABA PKI Assessment Guidelines, D.3.1.2 says “a pseudonym or alias may be used as the name within a certificate” and not their real name.

VeriSign, one of the largest PKI solution providers, admits in their paper “ROI for PKI” that “PKI systems are particularly expensive to maintain.”

A Better Solution

By giving power to the business and not a third party certificate authority, PrivaSign can aid businesses trying to comply with regulatory law and standards similar to the ABA Guidelines pertaining to electronic signatures.

The vast majority of electronic signatures are captured through a method called “click-wrap”. People use this method every time they install new software or purchase something online using a credit card. The system will validate their identity and then require the user to click an “OK” or “I Accept” button to install the software or authorize a credit card transaction. The reason most people use the “click-wrap” process is in its simplicity. There is no training required and most users get comfortable with the process after just one use. Click-wraps have been tested in the courts by dozens of companies, including AOL-Time Warner, Microsoft, Netscape, Sun Microsystems and Dell just to name a few. The technology necessary to use the product is built directly into web browsers so there is no software to install. Finally, it is significantly less expensive to maintain, install and process than traditional PKI technologies.

PrivaSign uses a patented, proprietary “click-wrap” method to capture the actual signature and the industry standard form of encryption known as Secure Socket Layer (“SSL”) technology, along with MD-5, SHA1 and SHA2 file integrity hashes to protect the PrivaSign client’s data with a tamper proof seal. SSL is commonly available in virtually every web browser and the user does not need any special training or instruction in order to use the service.

PrivaSign’s patented technology allows for fast digital signature capturing on virtually any document and from any web browser. This flexibility will allow businesses to keep implementation costs at a minimum and increase the likelihood that signatories will be able to use the system.

Isaac Bowman is Vice President of the Electronic and Digital Signatures International Standards Commission and an IT business consultant. He graduated form UT of Dallas with a major in Information Systems. Isaac Bowman has published over 50 articles on electronic signatures and completed the largest online resource for electronic signature laws and regulations.
articels@isaacbowman.com
www.isaacbowman.com
Additional References