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ITU-T Focus Group Digital Financial Services
                                              Technology, Innovation and Competition



               As well as being seamlessly able to prove identity for access to government and commercial services, these
               enhanced privacy protections prevent use of that identity beyond what the individuals have authorized.
               BanQu,  Bitnation, and Onename are examples of companies using blockchain to help solve the identity
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               problem.  By allowing this type of authentication ‒ if done by a mobile device and seen as an acceptable ID
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               for DFS know your customer (KYC) ‒ this could be used to fulfill KYC remotely, which would allow for remote
               opening of DFS accounts, and thus the propagation of those accounts in rural areas with little access to banking
               branches or even MNO agents.

               However, there are many challenges to introduction of these systems, most notably, the fact that much of the
               developing world is without any form of government-issued identification or even traditional documentation
               such as birth certificates. Proving actual birth identity a priori for inclusion on an ID blockchain is thus very
               challenging.

               The issue of an ID that was enrolled at one institution for KYC purposes being fully accepted for KYC purposes
               at another institution is also an open question and may require legislative intervention. 143


               7.5    Property registers
               Similar to identity, property, or land registry formalization, can be another hindrance for those financially
               excluded to enter or participate in a formal economy. Although people may own small plots of land, dwellings,
               vehicles, and equipment, they are not able to monetize these assets as collateral due to the lack of formal legal
               title to those assets.  The causes of this are said to be from poorly resourced and often corrupt bureaucracies.
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               DLTs can help solve these encumbrances by lowering the cost of land titling and formalization through databases
               that work with the local governments to record and track land title transactions, allowing unbanked individuals
               to enter and benefit to some extent from the formal financial system.  Property titles could then be effected
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               and verified without a centralized third party. In the Republic of Georgia, the National Agency of Public Registry
               plans to utilize a permissioned blockchain to develop a permanent and secure land title record system to track
               all land title transactions across the country.  Similar pilots in Ghana and Sweden use DLT as a decentralized
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               land registry. 148
               However, high initial capital costs could, as with the adoption of any new technology, be a deterrent to the
               implementation of these systems, especially when there is no existing map of planned roads, land plots, or
               zones that indicate proper location or boundaries of the property. Barriers to reliable electronic land records
               are typically not in the data structure used to store them but in the acquisition of reliable source data.


               7.6    Smart contracts

               As noted earlier,  smart contracts that are self-executing and embedded into a blockchain can enforce legal
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               contracts containing multiple assets and enforcement or performance triggers. This could relate, for example,
               a smart contract that provides insurance for crop failure whereby small farmers are automatically paid out



               141   Private ID provider BanQu uses proprietary DLT to create unique, usable identity by creating a mash-up of a ‘selfie’ plus other key
                  human characteristics for people with no access to technology or banking. That profile is recognized and accepted by financial
                  institutions as legitimate identification information. See Banqu (2016) Identity Process Flows, available at http:// www. banquapp.
                  com/ identity- process- flows.
               142   Inside Bitcoins (2016) Blockchain Identity: Solving the Global Identification Crisis, available at https:// goo. gl/ M7JoXu .
               143   See ITU Focus Group Digital Financial Services Report Identity and Authentication (2017).
               144   De Soto, H. (2000) The Mystery of Capital: Why Capitalism Triumphs in the West and Fails Everywhere. Basic Books.
               145   Consumer’s Research (2015) The Promise of Bitcoin and the Blockchain available at https:// goo. gl/ MzCGyh .
               146   This formalization of property provides a great many additional benefits, such as establishing the basis for legal protections for
                  land ownership in the country, greater transparency within the economy, and the ability of landowners to participate further in
                  the formal economy by using their land as collateral for financial products such as loans. Consumers Research (2015) ibid
               147   Coindesk (2016) Republic of Georgia to Develop Blockchain Land Registry, available at https:// goo. gl/ vZgGSi.
               148   Bitcoin (2016) Bitland: Blockchain Land Registry Against Corrupt Government, available at https:// goo. gl/ gAVjGK; Coindesk (2016)
                  Sweden Tests Blockchain Smart Contracts for Land Registry, available at https:// goo. gl/ YhNDSZ.
               149   See Section 3.



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