RAW Agents Arrested in Pakistan

Online Recruitment and Encrypted Links: Spy Network Dismantled in Pakistan

By Fahad Masood Apr 13, 2026

RAW Agents Arrested in Pakistan

Alleged RAW-Linked Operatives Arrested in Coordinated Nationwide Operations

RAW Agents Arrested in Pakistan

Pakistan’s security forces have successfully dismantled a suspected espionage network, arresting three individuals allegedly linked to India’s intelligence agency, Research and Analysis Wing (RAW), in coordinated operations across multiple regions.

According to official details, the arrests were made from Narowal, Bahawalpur and Neelum Valley indicating that the network was active across geographically sensitive areas. Authorities believe the suspects were part of a broader intelligence web operating inside the country.

Initial investigations suggest that the accused were recruited through sophisticated online tactics, including the use of fake social media profiles and so called “honey-trap” schemes. These methods were reportedly used to manipulate targets into sharing sensitive information in exchange for financial rewards.

Officials further revealed that transactions were carried out through modern digital channels such as mobile banking services and cryptocurrency, making the network harder to trace. The suspects are said to have remained in regular contact with foreign handlers via encrypted communication platforms.

Legal proceedings have already been initiated under Pakistan’s national security laws, including the Official Secrets Act and authorities confirm that convictions have been secured following due process.

Security experts say this case highlights the changing nature of espionage, where digital platforms and psychological tactics are increasingly being used to exploit individuals. Citizens have been urged to remain vigilant online and avoid engaging with suspicious or unknown contacts.

Meanwhile, investigations are still underway to uncover any additional links, with agencies working to trace financial trails and identify potential accomplices connected to the network.