Alleged Russian spies in Germany used low-tech methods to evade detection

Anna Chapman

By JOSEPH FITSANAKIS | intelNews.org |
A couple arrested in Germany last week on suspicion of working for Russian intelligence, was using low-tech radio communications to receive orders from Moscow, according to media reports. The two arrestees have been identified as Andreas and Heidrun Anschlag; German prosecutors accuse them of spying for SVR, the successor to the KGB’s First Chief Directorate (PGU), responsible for foreign operations and intelligence collection abroad. They are said to have worked as non-official-cover operatives for the KGB and SVR since at least 1990, when they entered Germany from Mexico, using forged Austrian travel documents. Authorities in Germany say that Heidrun Anschlag, 51, was caught by German police in the act of listening to encrypted radio messages from Moscow. German investigators are reportedly puzzled by the fact that, in the Internet age, when most intelligence operatives employ digital secure communications, the Anschlags insisted on using a low-tech method that mostly died with the end of the Cold War. But intelNews readers will remember the case of former United States State Department analysts Walter and Gwendolyn Myers, who were arrested in 2009 for spying on the US for Cuba for over 30 years. Shortly after the Myers’ arrest, we wrote that the couple appeared to have avoided capture for decades, precisely because their communications with the government of Cuba were too low-tech to be detected by sophisticated US monitors. The latter tend to focus on scanning for encrypted satellite or microwave communications which —among other hi-tech means— are now the communication method of choice for modern clandestine spy networks. But some intelligence agencies, including —apparently— the SVR, appear to insist on using old-school oral cipher signals, based on straightforward number-to-letter codes, which they broadcast to their agents over predetermined shortwave frequencies at specified times. Read more of this post