Using International Standards as an Agile Tool for Governance

Artificial Intelligence (AI) is now firmly on the international agenda. In May, Organisation for Economic Co-operation and Development (OECD) member states endorsed the Principles on Artificial Intelligence, the first international agreement of its kind. France and Canada are expected to formally launch the International Panel on Artificial Intelligence (IPAI) at the G7 meeting in August. These efforts build on a flurry of national and regional initiatives.

Despite this progress, the emerging global governance landscape for AI faces three challenges: ensuring non-governmental participation, achieving buy-in from key governments, and adapting to rapidly changing technology. However, there is another promising yet often-overlooked tool of global governance: international standards-setting bodies can complement emerging AI governance efforts with strengths that address these three challenges.

International standards bodies have a long history of channeling non-governmental stakeholder participation into global impact. Standards bodies, including the International Organization for Standardization (ISO), the International Electrotechnical Commission (IEC), and the Institute of Electrical and Electronics Engineers (IEEE), convene experts from academia, business, and government to develop standards by consensus processes. Past standards have ensured global interoperability in everything from computer hardware to quality management protocols.

These standards can have a pervasive and profound impact in everyday life. Hundreds of thousands of companies from more than 170 countries have implemented environmental sustainability standards at considerable expense, and ISO and IEC have developed safety standards used in industries ranging from self-driving cars to nuclear energy. ISO standards have even been used by the United Nations to develop arms control guidelines. Standards-setting bodies and their standards could be similarly impactful for AI.

Today, international standardisation efforts for AI have buy-in from key governments. The US Executive Order on AI prioritised standards development, and the US government is now developing a standards engagement strategy. In a notable contrast to other governance efforts to-date, China has also taken a seat at the table. The Chinese government published a standards strategy in 2018 that prioritised international standards development. That same year, the ISO/IEC Joint Technical Committee for Information Technology created a standards sub-committee for Artificial Intelligence (SC 42). China and the US both contested leadership of SC 42, resulting in an unusual compromise: the committee has a US secretariat, is chaired by a US employee of Huawei, and held its first meeting in Beijing. SC42 is now undertaking foundational research and standards development. The IEEE is also developing a series of standards that address, inter alia, transparency, algorithmic bias, and fail-safe design.

AI is rapidly evolving: it is a general purpose technology, the final forms and impacts of which are uncertain. Preemptive agreements on steam engines, electricity, or the internet would have struggled to shape their transformative impacts. The governance-by-principle and research synthesis approaches taken by the OECD and IPAI, respectively, sensibly acknowledge this. Standards can offer a governance tool, grounded in technical reality, that complements these other efforts.

For example, there is widespread agreement, from the EU, US, OECD, China, and beyond, that “trustworthy AI” is a priority; ongoing standards development in transparency, robustness, and safety can help deliver this focus into practice. Furthermore, the process of standards development and adoption can support trust, not simply for public consumers, but, significantly, among researchers, labs, and countries. Once developed, standards can enable a global market for AI systems and encourage their widespread and safe deployment.

For a technology that has surprised experts by its speed of breakthroughs, timelines for governance matter. Precautionary efforts to support means for governance to scale up are warranted. It took the OECD’s principles on data privacy nearly 40 years to get substantive teeth, only doing so following EU action in response to the Snowden revelations. In contrast, once the development of a standard is initiated, it will normally take no more than four years to be published; still other expedited procedures are available if they are needed. Standards can help to rapidly establish guardrails in international and market competition in AI development.

Despite their strengths, international standards bodies are an incomplete piece of the larger global governance puzzle. Standards are most commonly adopted voluntarily. This means that, absent enforcement, malicious actors could simply disregard their provisions. Furthermore, business prioritises the development of standards that are needed to support market transactions.

Yet, standards are warranted across the AI life cycle to promote safety. Absent concerted effort from governments, concerned businesses, and civil society, these standards may be slow to emerge, if they do at all. There is yet another challenge demonstrated by ongoing trade tensions and challenges to technology firms like Huawei: increased politicisation of standards bodies would complicate this mode of AI governance.

International standards have an important role to play in the global governance of AI. In a recent report, I explore this role and offer recommendations for private-sector actors to support globally legitimate, high-quality standards. Global governance scholars and practitioners should actively consider how standards can support the development and enforcement of further global governance efforts. In the past, standards have been incorporated into international treaties, supported the global diffusion of regulation, and informed government policies as well as procurement contracts.

Today, we are early in the development of the technology and even earlier in its governance. Standards offer a first step to help erect guardrails in the international and market competition for AI. Let’s use them as the governance tool that they are.

Iraq has been trying to get the ancient city of Babylon recognized as a World Heritage site since 1983. Finally, The UNESCO World Heritage Committee, while meeting in Baku, Azerbaijan on Friday, July 5 agreed to Iraq's request. The city of Babylon is very prominent in the Bible, both in history and prophecy. It's revitalization could be very prophetically significant.

The UNESCO World Heritage Committee named on Friday Iraq’s historic city of Babylon a World Heritage Site.

Iraq had been trying since 1983 to have the site -- a massive 10-square-kilometer complex of which just 18 percent has been excavated thus far -- recognized by UNESCO. Straddling Iraq's Euphrates River about 100 kilometers (60 miles) south of Baghdad, the city was the center of the ancient Babylonian empire more than 4,000 years ago. "What is the world heritage list without Babylon? How to tell the history of humanity without the earliest of old chapters, Babylon?" said Iraq's representative to UNESCO's World Heritage Committee ahead of the vote. Read More >

Amazon asks FCC to greenlight its internet satellite plan

Jeff Bezos and Elon Musk are competing in another kind of space race, and FCC Chairman Ajit Pai is all for it.

Amazon has taken another step toward providing global broadband internet from space through its Project Kuiper. The company filed paperwork with the US government to launch the thousands of satellites needed for the plan.

Amazon submitted its application with the FCC for Project Kuiper on July 4. The internet heavyweight asked the commission for permission to "launch and operate a non-geostationary satellite orbit system using Ka−band frequencies." Satellites will orbit 366 to 391 miles above Earth.

"Submitting to the FCC is the first step – next, the FCC will thoroughly review our application and we look forward to working with them throughout this process," an Amazon spokesperson said in an email Monday.

Amazon will use 3,236 low Earth orbit satellites to provide broadband internet globally. "The Kuiper System will deliver satellite broadband communications services to tens of millions of unserved and underserved consumers and businesses in the United States and around the globe," the company said in the filing.

Meanwhile, Starlink is the SpaceX plan to provide broadband access across the world from space, and the company launched its first batch of satellites back in May. Billionaire Richard Branson started this race when his company OneWeblaunched satellites for his own high-speed internet space project back in February.

On Tuesday, FCC Chairman Ajit Pai addressed the private sector push for small satellites and his enthusiasm for it.

"We now have in our sights new competition in the broadband marketplace and new opportunities for rural Americans who lack access to high-speed Internet access," Pai said in remarks prepared for a talk at the US Chamber of Commerce. "That's why the FCC under my leadership has moved quickly to give a green light to satellite entrepreneurs like OneWeb, SpaceX, and O3b and is considering other applications from entrants like Amazon and Boeing."

Pai also noted that on Tuesday he presented his FCC colleagues a draft order to make it easier and cheaper to license small satellites. -CNET