According to Wikipedia.org, ‘Matka gambling or satta is a form of lottery which originally involved betting on the opening and closing rates of cotton transmitted from the New York Cotton Exchange. It originates from before the era of Indian independence when it was known as Ankada Jugar (“figures gambling”).’
However, the earlier form of the popular lottery system is associated with unlawful activities like frauds, murders and deceptions. The digital communication technologies have transformed Gali Satta Matka completely in a short span of time. They enable players to participate in various Matka draws in a safe and secure environment. The contemporary form of Gali Satta also differs in many aspects from the earlier form of the lottery system.
1) Random Number Selection
Gali Satta Matka is one of those forms of lottery systems which involve randomness. The lottery game allows players to place bets by selecting numbers ranging from 0 to 9 randomly. The player can select the number without referring to any predefined rules.
2) Correct Number Prediction
Gali Satta Matka allows each player to win a predetermined sum of money simply by guessing or predicting the correct number. The player cannot guess the correct number by analyzing past lottery draw results. Hence, each player has an equal opportunity to win the predetermined sum of money.
3) No Lottery Draw Result Manipulation
The organizers these days take a slew of measures to keep Gali Satta Matka transparent and secure. They pick the winning lottery number in a completely unbiased and transparent way. Also, they convey the lottery draw results through various online communication channels. The digital technologies ensure that the Gali Satta Matka results are neither altered nor manipulated.
In addition to transforming the popular lottery system, the digital communication technologies also make Gali Matka popular among new age players. A large percentage of players these days play the lottery game in a virtual environment using their laptop computers and mobile devices.