Joint anti-scam operation a success

June 3, 2025

The Hong Kong Police Force, in collaboration with its counterparts in Macau, Malaysia, the Maldives, Singapore, South Korea and Thailand, conducted the first joint operation of FRONTIER+, a cross-boundary anti-scam platform.

 

During the month-long operation that began on April 28, 1,858 individuals were arrested, involving 9,268 cases of online shopping scams, telephone deceptions, investment scams, rental scams and employment scams, with a total loss amounting to US$225 million.

 

Moreover, 32,607 bank accounts were frozen and approximately US$20 million in fraudulent funds were intercepted, effectively disrupting criminal cash flows.

 

At a press conference this afternoon, Hong Kong Police Force Commercial Crime Bureau Chief Superintendent Wong Chun-yue said investigations revealed that scams across different jurisdictions showed notable similarities.

 

For instance, the impersonation of customer service representatives emerged as a widespread scam tactic in Hong Kong in 2024, and became less prevalent in 2025 after police intervention. Also in 2025, similar fraudulent schemes employing identical scripts and excuses began to appear in Singapore and Macau.

 

This observation underscores the critical need for cross-jurisdictional collaboration and intelligence sharing to combat scam syndicates effectively, Mr Wong pointed out.

 

Established by various anti-scam centres in October 2024, FRONTIER+ now comprises 10 countries and regions, including Australia, Canada, the Hong Kong Special Administrative Region, Indonesia, the Macao SAR, Malaysia, the Maldives, Singapore, South Korea and Thailand.

 

By strengthening intelligence exchange and co-ordinated actions, the platform aims to combat scams, cyber-related crimes and money laundering. It will continue to conduct real-time intelligence analysis and sharing, carry out cross-boundary joint operations, and expand its network by inviting more countries and regions to join, in order to enhance enforcement efficiency.

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