What We Will Tell The Government, Part 1
We will be giving a draft of our report forecasting the impact of emerging technologies to the CSIA next week, if we don’t collectively develop writer’s cramp. It is based on what you have told us on this blog and what’s been put up on our wiki. Since you did so much to build it, you get the chance to inspect it before it’s delivered.
We will post it in stages on the wiki and excerpt it here. In total, it is to be 20 pages in length. In a previous post, we told you which subjects would be covered in the report. We also took the decision to highlight 3 issues for more in-depth exploration, those issues being Identity Management, Convergence and Nanotechnology.
Here is the overview for the Identity Management section, followed by our thoughts on the implications for UK government. The entire section will be on the wiki’s Identity Management page. If you don’t think this is what we should be telling the Cabinet Office, tell us here or on the wiki, or email me at tom dot fuller at kable dot co dot uk.
Identity Management Overview
The topic is discussed in depth here:
Not truly an emerging technology, identity management is an emerging discipline growing out of IT security and password/certification authentication and communications. Of the relatively tiny number of academic publications and patent filings found at Scirus (a cross-disciplinary database of scientific publications), 89% of journal publications and 93% of patent filings with the phrase “identity management” in the title, abstract or text were published after 2002. It must be emphasized that little work has been done in this field; only 321 academic publications are found on Scirus and 597 patent applications in total. This compares with 17,833 academic publications and 8,309 patent applications for “biometrics.”
Identity management issues transition to information assurance issues, sometimes seamlessly. ID management has a tighter focus, concerning itself with the management of the identity life cycle. However, it should be noted that
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if identity management fails, information assurance is impossible
Citizen-Centric
• Do I trust the system that holds the information used to authenticate my identity? Will they lose it, sell it or abuse it?
• Can I manage the multiple logins and passwords mandated by the numerous systems I interact with?
• Do I have to continuously re-enter the same information time after time, frustrating me and increasing the chances of an error on my part or on the system’s?
Implications for UK government
• Biometric information used in identity management should be encrypted prior to transmission. Encrypted biometrics enables a more robust data management programme
• The most successful systems rely on user input and verification of data.
o Amazon and eBay have systems that are more robust than banks, as they get information directly from the user alone, and prompt for updates with each transaction. Banks get information from customers too, but it is at the beginning of the relationship and they do not prompt for information change, and side inputs from other sources (credit rating agencies, etc.) are prone to much higher error rates.
o Information assurance programmes willing to accept private sector verification of identity might well consider using retailers that make home deliveries, looking for recency of successful interaction rather than length of relationship.
The number of online shoppers was estimated at 14.5 million in 2005, including 2.7 million over age 55.
• Information assurance programmes that do not carefully vet every element of identity management procedures in sub-hierarchies should not rely on those organisations’ attestations of verified identity.
o An ongoing audit programme including attempts to defeat individual systems should be a vital part of any information assurance programme
o More importantly, the audit programme should try to construct false identities using information from a variety of systems to establish bona fides, with a goal of getting drivers’ licenses and passports. Information from these efforts should be shared only with system owners in efforts to improve system performance, to improve co-operation with affected organisations
• Of pressing current interest is the use of mobile wireless networks for Internet access. Laptop computers that use an unsecured network should not have confidential information on them, nor should they be permitted access to confidential information. Identity management protocols should identify the status of a user’s network connection and politely deny access until a secure connection can be established. Individual laptop computers that permit storage of or access to confidential information should be configured to prevent access to unsecured networks.
o As the physical security of laptop computers is not addressed elsewhere in this report, we take this opportunity to note that:
laptops should have a proximity alarm installed to remind the user not to leave a laptop behind,
a form-based permission mechanism should be used to minimise the loading and retention of confidential information on laptops. This could include automatic destruction of sensitive data after a date set by the user
GPS tracking should be used to retrieve lost or stolen laptops
Preparations should begin now for similar security protocols for mobile phones and PDAs to future-proof identity management systems prior to introduction of devices with capabilities much greater than present versions
Have at it!
