Bharuch, Gujarat: In a major breakthrough against human trafficking, Bharuch Police have identified 70 Bangladeshi nationals—49 of them women—in connection with an interstate prostitution racket uncovered in December 2025. The development comes after a two-month-long, intensive investigation conducted by a Special Investigation Team (SIT).
According to officials, the racket involved illegally bringing women from Bangladesh into India by luring them with false promises and then forcing them into prostitution in different parts of Gujarat. Acting on intelligence inputs, the police had earlier conducted raids that led to the rescue of 12 Bangladeshi women.
All rescued women were immediately shifted to safe shelters, where counseling and legal procedures were initiated. At present, 49 women are being housed at a women’s protection center, with authorities taking steps to ensure their safety, rehabilitation, and legal support.
The SIT’s investigation revealed that all 70 identified individuals had entered India illegally and were linked to human trafficking and other criminal activities. Police officials said efforts are underway to trace the entire network behind the operation.
Deputy Superintendent of Police of Ankleshwar, Dr. Kushal Ojha, said law enforcement agencies are determined to take strict action.
“Our teams are continuously working to identify and apprehend everyone involved in this case. Illegal immigration and human trafficking will be dealt with firmly, without any leniency,” he stated.
Police have initiated legal proceedings against the accused and confirmed that further raids and interrogations are ongoing. Officials also indicated that more arrests are likely in the coming days.
Sources said state and central agencies are coordinating closely to dismantle the entire trafficking network. The action by Bharuch Police is being seen as a strong warning to organized crime groups involved in illegal trafficking and exploitation.
Investigations into the case are still ongoing, and authorities expect more revelations as the probe progresses.