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Phishing schemes, malware campaigns and other operations involve an array of workers beyond the criminal masterminds. Could giving them better opportunities for legitimate work help cut crime?

Security researchers have put the spotlight on a little-known but growing group of people who make up a significant part of the cyber-criminal ecosystem, even though some of them may not even be aware that they’re actually taking part in illegal activities.

A collaborative research project by Czech Technical University in Prague, plus cybersecurity companies GoSecure and SecureWorks, analyzed the activities of people on the fringes of cybercrime, those behind projects like building the websites that end up being used for phishing attacks, affiliate schemes to drive traffic towards compromised or fake websites or writing the code that ends up in malware.

The people behind these projects are doing it because it’s an easy way to make money. But by doing this work, they’re laying the foundations for cyber criminals to carry out malicious campaigns

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Think of a cybercriminal. Let’s call the cybercriminal Kelsey.

Does Kelsey think about being a criminal? Does Kelsey think it’s cool? Does Kelsey have a novelty license plate that says HACK CAR?

Now think about a clerk at a grocery store or whoever it is who writes greeting cards, or someone else with an average job. Let’s call the normal worker Alex. Is the clerk in it for the love of the groceries? Does the greeting card writer genuinely care whose birthday it is? Is Alex more interested in what the job is or is Alex just showing up to work to get a paycheck?

Cybercrime is not all Kelsey. Cybercrime is mostly Alex. At least, that is the finding of a research team from GoSecure, Secureworks, the Czech Technical University in Prague and Cisco.

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Researchers detail how a Android APK obfuscation service automates detection evasion for highly malicious apps.

A new obfuscation-as-a-service platform detailed by researchers today during the Botconf 2020 virtual conference offers yet another proof point of how robust the cybercriminal economy is at filling market needs for black hats. In this case, enterprising hackers developed a fully automated service platform for protecting mobile malware Android Packet Kits (APKs) from antivirus detection. Offered on a one-off basis or for a recurring monthly subscription, the service was available to mobile malware authors both in English and Russian for at least six months of 2020, potentially longer.

The service was found and examined by a collaborative team from three organizations: Masarah Paquet-Clouston from GoSecure, Vit Sembera from Trend Micro, and Maria Jose Erquiaga and Sebastian Garcia from the Stratosphere Laboratory. They initially got wind of the service — which they’ve chosen not to name to avoid tipping off the service operators — when they were analyzing activity surrounding the spread of the Geost Android banking Trojan botnet. They uncovered leaked chat logs between Geost botnet operators referring to an obfuscation service and started poking around to discover what was being discussed.

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Montreal-based GoSecure, which has developed a cybersecurity managed detection and response (MDR) software platform, has raised an additional $14 million USD for its Series E round, bringing the total round to $35 million USD.

The funding was led by W Investments Group, based in Montreal. John Randall, senior vice president of product management at GoSecure, told BetaKit there were other participants but did not disclose their names. Randall said the capital will be put towards sales, marketing and engineering.

GoSecure closed initial funding for its Series E investment in June. Though originally reported as $20 million USD, Randall told BetaKit GoSecure closed $21 million at that time. That investment was led by Yaletown Ventures. Other participants included Bank of Montreal and existing investors SAP/NS2 and Razor’s Edge.

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Stop us if you’ve heard this one before: a remote-code execution vulnerability needs patching in Pulse Secure VPNs.

Professional code-probers at GoSecure uncovered a host of security flaws, including CVE-2020-8218, which it publicly disclosed this week after a patch was issued. The other holes are yet to be addressed, and so details on those remain under wraps for now.

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