It may be no surprise to hear that California, home of Silicon Valley, has become the first state to pass laws to make AI bots ‘introduce themselves’ (i.e. identify themselves as bots), and to ban weak default passwords. Other states and countries (including the UK) may follow.
With more organisations turning to bots to help them create scalable, 24-hour customer services, together with the interests of transparency at a time when AI is moving forward at a frightening pace, California has just passed a law to make bots identify themselves as such on first contact. Also, in the light of the recent US election interferences, and taking account of the fact that AI bots can be made to do whatever they are instructed to do, it is thought that the law has also been passed to prevent bots from being able to influence election votes or to incentivise sales.
The ability of Google’s Duplex technology to make the Google Assistant AI bot sound like a human and potentially fool those it communicates with is believed to have been one of the drivers for the new law being passed. Google Duplex is an automated system that can make phone calls on your behalf and has a natural-sounding human voice instead of a robotic one. Duplex can understand complex sentences, fast speech and long remarks, and is so authentic that Google has already said that, in the interests of transparency, it will build-in the requirement to inform those receiving a call that it is from Google Assistant / Google Duplex.
Amazon, IBM, Microsoft and Cisco are also all thought to be in the market to get highly convincing and effective automated agents.
Only Bad Bots
The new bot law, which won’t officially take effect until July 2019 is only designed to outlaw bots that are made and deployed with the intent to mislead the other person about its artificial identity for the purpose of knowingly deceiving.
Get Rid of Default Passwords
The other recent tech law passed in California and making the news is a law banning easy to crack but surprisingly popular default passwords, such as ‘admin’, ‘123456’ and ‘password’ in all new consumer electronics from 2020. In 2017, for example, the most commonly used passwords were reported to be 123456, password, 12345678 and qwerty (Splashdata). ‘Admin’ also made number 11 on the top 25 most popular password lists, and it is estimated that 10% of people have used at least one of the 25 worst passwords on the list, with nearly 3% of people have used the worst password, 123456.
The fear is, of course, that weak passwords are a security risk anyway, and leaving easy default passwords in consumer electronics products and routers from service providers has been a way to give hackers easier access to the IoT. Devices that have been taken over because of poor passwords can be used to conduct cyber attacks e.g. as part of a botnet in a DDoS attack, without a user’s knowledge.
The new law requires each device to come with a pre-programmed password that is unique to each device, and mandates any new device to contain a security feature that asks the user to generate a new means of authentication before access is granted to the device for the first time. This means that users will be forced to change the unique password to something new as soon as the device is switched on for the first time.
What Does This Mean For Your Business?
For businesses using bots to engage with customers, if the organisation has good intentions, there should not be a problem with making sure that the bot informs people that it is a bot and not a human, As AI bots become more complex and convincing, this law may become more valuable. Some critics, however, see the passing of this law as another of the many reactions and messages being sent about interference by foreign powers e.g. Russia, in US or UK affairs.
Stopping the use of default passwords in electrical devices and forcing users to change the password on first use of the item sounds like a very useful and practical law that could go some way to preventing some hackers from gaining easy access to and taking over IoT devices e.g. for use as part of a botnet in bigger attacks. It has long been known that having the same default password in IoT devices and some popular routers have been a vulnerability that, unknown to the buyers of those devices, has given cyber-criminals the upper hand. A law of this kind, therefore, must at least go some way in protecting consumers and the companies making smart electrical devices.