Australia’s Blockchain Roadmap

The Australian Government recently published its National Blockchain Roadmap – less than 12 months after announcing this initiative. While it’s an admirable development (and generally, to be encouraged), it feels largely aspirational and tends towards the more theoretical rather than the practical or concrete.

First, it references the US Department of Homeland Security, to define the use case for Blockchain. According to these criteria, if a project or application displays three of the four following requirements, then Blockchain technology may offer a suitable solution:

  • data redundancy
  • information transparency
  • data immutability
  • a consensus mechanism

In a recent podcast for The Crypto Conversation, Bram Cohen, the inventor of the BitTorrent peer-to-peer file sharing protocol, defined the primary use case for Blockchain as a “secure decentralized/distributed database”. On the one hand, he describes this as a “total oxymoron; on the other, he acknowledges that Blockchain provides a solution to the twin problems of having to have trusted third parties to verify transactions, and preventing double-spend on the network. This solution lies in having to have consensus on the state of the database.

Second, the Roadmap speaks of adopting a “principles based but technology-neutral” approach when it comes to policy, regulation and standards. Experience tells us that striking a balance between encouraging innovation and regulating a new technology is never easy. Take the example of VOIP: at the time, this new technology (itself built on the newish technology of the internet) was threatened by incumbent telephone companies and existing communications legislation. If the monopolistic telcos had managed to get their way, maybe the Post Office would then have wanted to start charging us for sending e-mails?

With social media (another internet-enabled technology), we continue to see considerable tension as to how such platforms should be regulated in relation to news, broadcasting, publishing, political advertising, copyright, financial services and privacy. In the music and film industries, content owners have attempted to own and control the means of production, manufacture and distribution, not just the content – hence the format wars of the past in videotape, compact discs and digital file protocols. (A recurring theme within  Blockchain commentary is the need for cross-chain interoperability.)

Third, the Roadmap mentions the Government support for Standards Australia in leading the ISO’s Technical Committee 307 on Blockchain and DLT Standards. While such support is to be welcomed, the technology is outpacing both regulation and standards. TC 307 only published its First Technical Report on Smart Contracts in September 2019 – three years after its creation. In other areas, regulation is still trying to catch up with the technology that enables Initial Coin Offerings, Security Token Offerings and Decentralized Autonomous Organizations.

If the ICO phenomenon of 2016-18 demonstrated anything, it revealed that within traditional corporate and market structures, companies no longer have a monopoly on financial capital (issuance was largely subscribed via crowdfunding and informal syndication); human capital (ICO teams were largely self-forming, self-sufficient and self-directed); or networks and markets (decentralized, peer-to-peer and trustless became catch words of the ICO movement). Extend this to DAOs, and the very existence of, and need for traditional boards and shareholders gets called into question.

Fourth, the Roadmap makes reference to some existing government-related projects and initiatives in the area of Blockchain and cryptocurrencies. One is the Digital Transformation Agency’s “Trusted Digital Identity Framework”; another is AUSTRAC’s “Digital Currency Exchange” regulation and registration framework. With the former, a more universal commercial and government solution lies in self-sovereign identity – for example, if I have achieved a 100 point identity check with Bank A, then surely I should be able to “passport” that same ID verification to Bank B, without having to go through a whole new 100 point process? And with the latter, as far as I have been able to ascertain, AUSTRAC does not publish a list of those digital currency exchanges that have registered, and exchanges are not required to publish their registration number on their websites.

Fifth, the need for relevant training is evident from the Roadmap. However, as we know from computer coding and software engineering courses, students often end up learning “yesterday’s language”, rather than acquiring flexible and adaptable coding skills and core building blocks in software development. It’s equally evident that many of today’s developers are increasingly self-taught, especially in Blockchain and related technologies – largely because it is a new and rapidly-evolving landscape.

Finally, the Roadmap has identified three “showcase” examples of where Blockchain can deliver significant outcomes. One is in agricultural supply chains (to track the provenance of wine exports), one is in education and training (to enable trusted credentialing), and one is in financial services (to streamline KYC checks). I think that while each of these is of interest, they are probably just scratching the surface of what is possible.

Next week: Brexit Blues (Part II)

 

Token ring – a digital ID solution

The latest event organized by DIG ID (the Melbourne Digital Identity Meetup) featured a Q&A with Steve Shapiro, CTO of Token, moderated by Alan Tsen, General Manager of Stone & Chalk Melbourne. Given the current level of interest in solutions to address online fraud, ID theft, data protection, privacy and personal security, the discussion covered a lot of conceptual and technical topics in a short space of time, so here are some of the key points.

First off, Steve spoke about his start-up and tech journey, that took him from IM (Digsby, Tagged, Bloomberg IB), to cryptocurrency and digital wallets (Case), to digital ID with the Token ring. The pivot towards an ID solution came about after working on Case, where he realized that most consumers don’t understand private key management and the issue of permanence (as compared to the internet, where password re-sets are relatively easy, and often regularly enforced upon users).

If the goal is to provide fool-proof but highly secure end-user authentication, the solution has to focus on the “signing device”, by making it much easier than the status quo. Hence the combination of two-factor authentication (2FA) and bio-metrics to enable Token ring users to live key-less, card-less and cashless, and without having to constantly remember and update passwords. In short, the Token ring works with anything contactless, as long as the relevant permission/authentication protocol layer (challenge and response process) is compatible with the ring’s circuitry.

In assessing the downside risk, gaining consumer adoption is critical, to ensure that users see the benefits of the convenience combined with the credentialing power. Equally, success will depend on the ability to scale as a hardware manufacturer, and the potential to drive traction through virality.

There is still a lot of design work to do on the hardware itself (to enable assembly, customization and distribution as locally as possible). And the platform needs to bring on more partner protocols, especially in key verticals. At the end of the day, this is still a Blockchain solution, with a UX layer for the cryptographic component.

When asked about the future of ID, Steve felt that in the medium term, consumers will no longer have to carry around multiple cards or have to remember multiple passwords. Longer term, governments will no longer be the central authority on managing ID: unlike today, a driver’s license will no longer be the gold standard – instead, solutions will be based on decentralized, contextualized and user-defined ID.

This led to a discussion about Sovereign IDe-government and digital citizenship (e.g., Dubai and Estonia) – and the break up of big government in favour of more city-states. (Which could result either in a “small is beautiful” approach to self-governing and sustainable communities, or a dystopian nightmare of human geo-blocking, as in a film like “Code 46”).

For the tech buffs, the Token ring’s IC hosts a total of 84 components, including the main secure element (as with mobile phones and other devices), finger print reader, optical scan, Bluetooth, NFC, accelerometer, MCU, Custom inductive charging etc.

Finally, there was a discussion about the risk of cloning, mimicking or breaching the unique and secure ID attributes embedded in each Token ring. While it is possible for users to encrypt other knowledge components as part of their individual access verification and authentication (e.g., hand gestures), there is still a need to rely upon trusted manufacturers not to corrupt or compromise the secure layer. And while the public keys to core protocols (such as credit cards and swipe cards) are maintained by the protocol owners themselves and not stored on the device or on Token’s servers, it will be possible for other third parties to on-board their own protocols via a SDK.

Next week: Startup Vic’s EdTech Pitch Night