Three men believed to have been responsible for a mass phishing campaign targeting online bank users have been charged following a joint campaign by the Metropolitan Police's Central e-Crime Unit (PCeU) and the Serious Organised Crime Agency's (Soca) cyber division.
The Met Police confirmed one Nigerian and two Romanian nationals were arrested on Monday 29 October at a central London hotel and charged with conspiracy to defraud and launder money.
The three are believed to have been responsible for creating and placing over 2,000 phishing pages containing malicious coding on the internet.
The pages reportedly masqueraded as genuine banking websites and were designed to dupe unsuspecting victims into handing over their banking details.
The arrests come just before the creation of the Britain's new National Crime Agency (NCA) and National Cyber Crime Unit (NCCU). The new agencies are intended to combat crime across the UK.
Detective superintendent and head of the PCeU, Charlie McMurdie, heralded the arrests as a demonstration of what the new agencies will be able to do when made active.
"This is the first joint operation between the PCeU and Soca Cyber as we move towards full integration and inception of the National Cyber Crime Unit on 1 October 2013," she said.
"The dynamic nature and successful outcome of this operation, which has prevented distress and financial loss to numerous UK victims, clearly demonstrates the benefit of brigading resources and expertise in this increasing and specialist area of criminality."
The arrests are the latest by UK police targeting those accused of phishing scams, with two citizens jailed earlier this year for a total of almost 10 years.
And, yep, it'll run Android rather than RiscOS
US engineering giant's cost-cutting outsourcing plan is on the rocks, according to insiders
HP Envy X2 laptop only affordable if you've got loadsamoney
Counterfeit code-signing certificates enabling hackers to hide malware being sold by cyber criminals
Certificates can be used as part of layered obfuscation to evade detection by anti-virus software