‘Havana Syndrome ’ and the Mystery of the Microwaves

Doctors, scientists, intelligence agents and government officials have all been trying to find out what causes "Havana syndrome" - a mysterious illness that has struck American diplomats and spies. Some call it an act of war, others wonder if it is some new and secret form of surveillance - and some people believe it could even be all in the mind. So who or what is responsible?

It often started with a sound, one that people struggled to describe. "Buzzing", "grinding metal", "piercing squeals", was the best they could manage.   

...Havana syndrome first emerged in Cuba in 2016. The first cases were CIA officers, which meant they were kept secret. But, eventually, word got out and anxiety spread...

Uncovering the truth has now become a top US national security priority - one that an official has described as the most difficult intelligence challenge they have ever faced.  more  history

FutureWatch: A New TSCM Detection Tool is in Development...

The developers just don't know it yet.
It's an Electronic Dog Nose (EDN).

New sensors developed by Otto Gregory at the University of Rhode Island, and chemical engineering doctoral student Peter Ricci, are so powerful that they can detect threats at the molecular level, whether it's explosive materials, particles from a potentially deadly virus or illegal drugs entering the country.

"This is potentially life-saving technology," said Gregory. "We have detected things at the part-per-quadrillion level. That's really single molecule detection."

Because Gregory's sensors are so small and so powerful, there is a wide range of applications. more

Kevin's analysis...
Specially trained dogs have been used to sniff out covert electronic items, like cell phones in prisons, for quite a while now. The secret to detection is the device's electronic circuit boards. They contain these compounds: triphenylphosphine oxide (TPPO) and hydroxycyclohexyl phenyl ketone (HPK). This second compound is also found on CDs, DVDs, Blu-Rays, the old tech floppy disks.

FutureWatch: Technical Surveillance Countermeasures (TSCM) professionals have many types of technologies at their disposal for detecting illegal electronic surveillance devices. To name a few... Non-Linear Junction Detection, Infrared Thermography, and Radio-frequency Spectrum Analysis. We are now well on our way to adding EDN to our kit.

Spy Tech: Listening May be the Key to Cloning Your Key Says Spikey

Physical locks are one of the most prevalent mechanisms for securing objects such as doors. While many of these locks are vulnerable to lock-picking, they are still widely used as lock-picking requires specific training with tailored instruments, and easily raises suspicion. 

In this paper, we propose SpiKey, a novel attack that significantly lowers the bar for an attacker as opposed to the lock-picking attack, by requiring only the use of a smartphone microphone to infer the shape of victim’s key, namely bittings (or cut depths) which form the secret of a key. 

When a victim inserts his/her key into the lock, the emitted sound is captured by the attacker’s microphone. SpiKey leverages the time difference between audible clicks to ultimately infer the bitting information, i.e., shape of the physical key.

As a proof-of-concept, we provide a simulation, based on real-world recordings, and demonstrate a significant reduction in search space from a pool of more than 330 thousand keys to three candidate keys for the most frequent case. more

Spy Tech - Molar Mic - No more finger to ear and mouth to sleeve.

Next time you pass someone on the street who appears to be talking to themselves, they may literally have voices inside their head…and be a highly trained soldier on a dangerous mission. 

The Pentagon has inked a roughly $10 million contract with a California company to provide secure communication gear that’s essentially invisible.

Dubbed the Molar Mic, it’s a small device that clips to your back teeth. The device is both microphone and “speaker,” allowing the wearer to transmit without any conspicuous external microphone and receive with no visible headset or earpiece. 

Incoming sound is transmitted through the wearer’s bone matter in the jaw and skull to the auditory nerves; outgoing sound is sent to a radio transmitter on the neck, and sent to another radio unit that can be concealed on the operator. From there, the signal can be sent anywhere. more