At a press conference held last week in Tokyo, Asgent, a Tokyo-based pioneer in network security and operations management solutions, announced that it has contracted with Karamba Security to introduce its Autonomous Security technology to the automotive and Internet of Things (IoT) markets in Japan.
“By reselling and distributing Karamba Security technology, Asgent is putting Japanese manufacturers at the leading edge of global efforts to protect vehicles and Internet of Things devices from cyberthreats,” said Takahiro Sugimoto, CEO and founder, Asgent. “Applications not only include the connected car but also smart home devices such as security systems and cameras monitoring a baby’s room to appliances and lighting. Each of these seemingly innocent devices could be turned into an attack vector if not properly protected. Asgent and Karamba take seriously the responsibility to save lives and preserve people’s safety.”
Karamba’s products will be provided to automotive and electronic device manufacturers for embedding in electronic control units (ECUs). Autonomous Security enables ECUs to autonomously protect themselves in run time and prevent cyberattacks.
“We are excited to have Asgent as our VAR in Japan,” said Ami Dotan, Karamba Security co-founder and CEO. “We know Asgent from our previous companies, we have been following them for the last decade, and we were impressed with their deep technological and business expertise. Asgent can provide local support to the strong demand we have been experiencing for Karamba’s Autonomous Security in Japan.”
The people using these connected devices and vehicles should be able to trust that they are adequately protected from malicious actors trying to do physical harm via hacking.
Connectivity introduces risks and vulnerabilities, as demonstrated by the massive DDoS attack that completely halted Internet access to popular websites in recent weeks. The botnet attack was carried out using compromised security cameras, routers and other connected devices. Karamba Security’s technology could prevent these types of hacks from occurring in the future.
This Autonomous Security approach works by automatically locking down the controller according to factory settings. It blocks operations outside of factory settings at the controller level and avoids the risks of false positives inherent in other approaches. False positives can lead to legitimate commands failing to execute, consequently risking lives. Karamba’s would have prevented all potential mass hacks published by white hat hackers, including the Corvette and Tesla attacks.
Edited by
Alicia Young
