In the middle of February, Time Magazine ran a great article on Cyberinsurance or "Shock Absorbers", and I feel this future trend deserves a couple of comments, from the article :
"As companies grow more dependent on the Internet to conduct business, they have been driving the growing demand for cyber insurance. Written premiums have climbed from $100 million in 2003 to $200 million in 2005, according to Aon Financial Services Group. The need for cyberinsurance has only increased as hacker move away from general mischief to targeted crimes for profit. Insurers offer two basic types of cyber insurance: first-party coverage will help companies pay for recovery after an attack or even to pay the extortion for threatened attacks, while third-party coverage helps pay legal expenses if someone sues after a security breach. Demand for insurance is also driven by laws in over twenty states that require companies to notify consumers if a breach compromises their personal data. However, prevention is still the top priority for most companies, since loss of critical data to competitors would do damage beyond the payout of any policy."
Cyber insurance seems to be an exciting business with a lot of uncertainty compared to other industries with more detailed ROIs, as I feel the information security one is missing a reliable ROSI model. I once blogged about why we cannot measure the real cost of cybercrime, and commented the same issue with the "FBI's 2005 Computer Crime Survey - what's to consider?". Don't get me wrong, these are reliable sources for various market indicators, still the situation is, of course, even worse.
But how do you try to value security at the bottom line?
Bargaining with security, and negotiating its cost is projectable and easy to calculate, but whether security is actually in place or somehow improved, seems to be a second priority -- bad bargaining in the long-term, but marketable one in the short one.
Going back to the article, I hope there aren't any botnet herders reading this, especially the first-party coverage point. To a certain extend, that's a very pointless service, as it fuels the growth of DDoS extortion, as now it's the insurer having to pay for it, meaning there're a lot of revenue streams to be taken by the cybergang. While covering the expenses of extortion attempts is very marketable, it clearly highlights how immature the current state of the concept really is. Something else to consider, is that a lot of companies reasonably take advantage of MSSPs with the idea to forward risk/outsource their security to an experienced provider, and most importantly, budget with their security spending. And while the California's SB 1386 is important factor for growth of the service given the 20 states participating, with the number of stolen databases from both, commercial, educational and military organizations, insurers will start earning a lot of revenues that could have been perhaps spent in security R&D -- which I doubt they would spend them on, would they?
UPDATE:
The post has just appeared at Net-Security.org - "Getting paid for getting hacked", as well as LinuxSecurity.com - "Getting paid for getting hacked"
Related resources :
Cyber-Insurance Revisited
Economics and Security Resource Page
WEIS05 WorkShop on Economics and Information Security - papers and presentations
Valuing Security Products and Patches
The New Economics of Information Security
Safety at a Premium
Cyber Insurance and IT Security Investment Impact on Interdependent Risk
Valuing Security Products and Patches
Network Risks, Exposures and Solutions
Technorati tags :
Security, ROSI, Cyber Insurance, Economics
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Friday, March 17, 2006
Getting paid for getting hacked
Tags:
Cyber Insurance,
Cyber Security Investment,
Economics,
Information Security,
Internet Economy,
Return On Security Investment,
ROSI,
Security
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