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Wifi Password Hack : How to hack wifi password

Hellow dear Visitators. Every one of us asked this question atleast once.How ca i hack wifi passwords for free Or how to hack wifi passwords.Well this is the answer that all of you expected.Our team of developers made a nice software after alot of hard work.This software was developed in around 6 month’s of hard work.Time that was necesary to test the cracking algorithm required to crack the security code of the wifii Networks.The software is coded in the most advance Programing language at this moment and will be regulary updated to meet the needs of our downloaders.In this post we will present you how the program works and how to use it ! The wifi password hack interface is user friendly and can be used even from a 10 years old kid.The need to acces wifi networks is wide because of the developing of smart phone’s and gadgets ho has acces to Wifi Networks.Our Team solved the problems that you encounter when you go in public places with wifi connection , but where the connection are password protected.Now with just a simple touch of a button you can get the password and navigate online without any problems.Then WiFi Password Hack is the right software for you. Our software it can hack any type of network encryption with the click of a button. WEP, WPA, WPA2 or whatever it is, it’s no match for WiFi Password Hack.Does this works ? It certainly does! WiFi Password Hack was put together by a group of qualified people. Call them hackers or whatever you like, but they know what they’re doing!

Most definitely. The program comes to you at no cost! So what are you waiting for? Download WiFi Password Hack today and gain the ability to hack into any WiFi network you like!

Now watch the video proof posted Below !!!

Install Notes:

Step 1: Click on +1

Step 2 Run the application

Step 3: Enter SSID ( Wireless Name )

Step 4: Press “Get Password” button

Step 5: Wait to done the process

Step 6: Now login on hacked wireless with password

Before you download you can check Virus scan by clicking on the button below!

Virus Scan

Thanks & Regarded

Nipul Prajapati

Types of Memory Devices used in Electronic Projects

Introduction to Memory Devices

Computers and many electronic gadgets usually rely on stored information which is mainly data which can be used to direct circuit afctions. The digital information is stored in memory devices. Memories can be divided into 2 categories based on what memory cells can be accessed at a given instant.

SAM (Sequentially Access Memory) is accessed by stepping through each memory location until the desired location is reached. Magnetic tape is an example of SAM.

The second category of memory devies is called RAM (Random Access Memory) where the memory can be randomly accessed at any instant, without having to step through each memory location. It is generally faster to access a RAM compared to SAM. Mostof the electronics gadgets memory are of RAM type.

Random Access Memory (RAM) Memory Device

RAM memory is "volatile" which means that the information stored in the RAm will be lost once the power to it is removed. Two common types of RAM are DRAM (Dynamic RAM) and SRAM (Static RAM). DRAM storeds a bit as the presence or absence of charge on MOSFET gate substrate capacitance.

As the capacitance has leakage, it must be refreshed every few miliseconds. SRAM is an array of flip flops of which the bit stored in the flip flop will remain until power is removed or another bit replaces it. SRAM does not need to be refreshed. DRAM is usually 1.5 to 4 times as dense as SRAM and hence cheaper. However, SRAM has faster access times than DRAM.

Read Only Memory (ROM) Memory Device

ROM is non volatile in that its contents are not lost when power to it is removed. All ROMs can be programmed at least once. Mask ROMs are programmed by having "1"s and "0"s etched into their semiconductors at the time of manufacturing.

Programmable ROM (PROM) can be written after manufacturing by electrically burning specific transistors or diodes in the memory array. EPROM can be erased and reprogrammed by using ultraviolet light.

EEPROM (electronically eraseable PROM) data can be erased electronically but it takes longer time compared to RAM. Read and write time for RAM is almost the same but PROM has slower write times. PROM must be erased before they can be reprogrammed and it often needs a higher programming voltage than its operating voltage.

ROM is usually used to store data or programs that do not change frequently and must still be there when power supply cuts off.

Non Volatile RAM (NVRAM) Memory Device

A NVRAM chip consists of both RAM and ROM. During power on reset, the contents of the ROM are copied to RAM. Before the power turns off, the system will copy the entire contents of the RAM into ROM for non volatile storage. The RAM in an NVRAM is called shadow RAM. NVRAM fills the gap between easily written memory and non volatile memory.

Thanks & Regarded

Nipul Prajapati

CE Mark

What is CE Mark?

Products that are exported to the EC and that are placed on the market for the final end user have to carry this mark. The manufacturer or his representative is required to issue a declaration of conformity which must be kept available to the enforcement authority for 10 years following the placing of the products in the market. He is required also to affixed the mark on the products, or its packaging, instructions or guarantee certificate.

The CE mark is as shown below and must be at least 5mm in height.

What it means to have CE Mark?

When the CE Mark is affixed, it means that the products conform to EMC(Electromagnetic Compatibility) Directive and other relevant Directives that are relevant to the products. Many electrical appliances also have to conform to Low Voltage Directive. Electrical toys will have to conform to Toy Safety Directive.

The EC declaration of conformity must include components like :

a) Description of the products.

b) A reference to the specifications under which conformity is declared. The reference to the specifications does not necessarily mean that you have to test these specifications. Three scenarios are apparent.

i) The product intrinsically meets the requirements of the Directive and does not need testing. Most electronic products are not able to follow this option.

ii) Declaration is make on existing test results. If the products already conform to existing standards such as FCC for emissions and IEC 801 for immunity, then you may be confident that the product will meet the appropriate harmonized standards without further testing.

iii) Test fully to the harmonized standards or choose the technical file route. For complex and new products, this will be costly but is essential.

c) Signatory to bind the manufacturer or his representative.

d) where necessary, reference to the EC type examination certificate for radio transmitters.

Compliance with the CE Mark Directive

There are 2 routes for manufacturer to comply to the CE Mark Directive.

a) Self Certification

Most manufacturer will follow this route which is self certification to harmonized standards. Harmonized standards are those CENELEC or ETSI standards which are announced in the Official Journal of the European Communities (OJEC).

The advantage of certifying against standards is that there is no mandatory requirement for testing by an independent test house. The only requirement is that the manufacturer makes a declaration of conformity as mentioned above which references the standards against which compliance is claimed.

The manufacturer have to make sure that he tests the product to assure himself that it does meet the requirements of the standards and this can be done in-house. In the long run, it is cheaper to have its own basic in-house equipments to test the product instead of sending it to an independent test house which is costly most of the time.

By having these facilities, it will enable the manufacturer to design in the product to conform to the standards as most of the time, a lot of modification to the product needs to be done in order to conform to the standards.

b) The Technical Construction File

The second route is to generate a TCF(Technical Construction File) which will be held by the relevant authorites as soon as the product is placed on the market and for 10 years after the last item has been supplied.

TCF should describe the apparatus, the procedures used to ensure conformity and a technical report from a competent body. It may or may not contain test data. The difference between this route and the first route is that the technical report or certificate is issued by a competent body.

This route is normally taken when existing standards cannot be applied or when testing is not practical because of the size of the product.

This route is also taken when manufacturer decides to apply the harmonized standards in part only, or when the product has been tested to standards that are believed to have met the essential requirements.