They say charity begins at home, well IoT security probably should too. The growing number of Internet enabled and connected devices we populate our homes with continues to grow year on year – yet, with each new device we connect up, the less confident we become in our home security.
The TV news and online newspapers on one-hand extol the virtues of each newly launched Internet-connected technology, yet with the other they tell the tale of how your TV is listening to you and how the animatronic doll your daughter plays with is spying on her while she sleeps.
To be honest, it amazes me that some consumer networking company hasn’t been successful in solving this scary piece of IoT real estate, and to win over the hearts and minds of family IT junkies at the same time.
With practically all these IoT devices speaking over WiFi, and the remaining (lets guess at 10% of home deployments) using Zigbee, Z-Wave, Thread, or WeMo, logically a mix of current generation smart firewall, IPS, and behavioral log analytics would easily remediate well over 99% of envisaged Internet attacks these IoT devices are likely to encounter, and 90% of the remaining threats conducted from within the local network or residential airwaves.
Why is that we haven’t seen a “standard” WiFi home router employing these security capabilities in a meaningful way – and marketed in a similar fashion to the Ads we see for identity protection, insurance companies, and drugs (complete with disclaimers if necessary)?
When I look at the long list of vulnerabilities disclosed weekly for all the IoT devices people are installing at home, it is rare to encounter one that either couldn’t have an IPS rule constructed to protect it, or would be protected by generic attack vector rules (such as password brute forcing).
If you also included a current (i.e. 2017) generation of ML -powered log analytics and behavioral detection systems in to the home WiFi router, you could easily shut out attack and abuse vectors such as backdoor voyeurism, bitcoin mining, and stolen credential use.
Elevating home IoT security to v1.01 seems so trivial.
The technologies are available, the threat is ever present, the desire for a remedy is there, and I’d argue the money is there too. Anyone installing an app controllable light bulb, door lock, or coffee maker, has obviously already invested several hundreds of dollars in their WiFi kit, Internet cable/fiber provider, laptop(s), and cell phone(s) – so the incremental hit of $100-200 to the WiFi router unit RRP plus a $9.99 or $19.99 monthly subscription fee for IPS signatures, trained classifiers, and behavioral analysis updates, seems like a no-brainer.
You’d think that Cisco/Linksys, D-Link, Netgear, etc. would have solved this problem already… that IoT security (at home) would be “in the bag” and we’d be at v1.01 status already. Maybe market education is lagging and a focused advertising campaign centers on securing your electronic home would push market along? Or perhaps these “legacy” vendors need an upstart company to come along and replace them?
Regardless, securing IoT at home is not a technologically challenging problem. It has been solved many times with different tools within the enterprise (for many years), and the limited scope and sophistication of home networking makes the problem much easier to deal with.
I hope some intelligent security vendor can come to the fore and bring the right mix of security technology to the fore. Yes, it costs R&D effort to maintain signatures, train classifiers, and broaden behavioral detection scenarios, but even if only 1% of homes that have WiFi routers today (approximately 150 million) paid a $9.99 monthly subscription for updates – that $15m per month would be the envy of 95% of security vendors around the world.
— Gunter[Note to (potential) vendors that want to create such a product or add such capabilities to an existing product, I’d happily offer up my expertise, advice, and contact-book to help you along the way. I think this is a massive hole in consumer security that is waiting to be filled by an innovative company, and will gladly help where I can.]
*** This is a Security Bloggers Network syndicated blog from Technicalinfo.net Blog authored by Gunter Ollmann. Read the original post at: http://technicalinfodotnet.blogspot.com/2017/12/consumer-iot-security-v101.html