May 17, 2020

Space law: why the extra-terrestrial economy needs regulating

Telecommunications
Aerospace
Harry Menear
5 min
Why a proliferation of space debris and a lack of legal framework could hamper the growth of an extra-terrestrial economy
The global space economy was worth an estimated $345bn in 2016, composed of about 25% government budgets and 75% commercial revenue. Reports estimate th...

The global space economy was worth an estimated $345bn in 2016, composed of about 25% government budgets and 75% commercial revenue. Reports estimate that the figure could grow by more than 12% per year as we enter the 2020s. In addition to NASA, the European Space Agency and the ISRO, commercial players like Boeing, Virgin Galactic and SpaceX are racing to invest in getting their hardware beyond the atmosphere to exploit opportunities ranging from tourism to mining to telecommunications. 

“Space is big,” wrote Douglas Adams in his seminal science fiction radio drama/book/tv show/movie starring Alan Rickman as clinically depressed robot. “You just won't believe how vastly, hugely, mind-bogglingly big it is. I mean, you may think it's a long way down the road to the chemist's, but that's just peanuts to space, listen-” and so on. 

However, given that by 2025 the number of satellites launched into the atmosphere every year is predicted to grow dramatically - from 365 in 2018 to more than 1,100 - experts around the world are raising concerns that space could be getting a lot more crowded than is comfortable. 

Currently, there are about 2,000 working satellites orbiting earth. Even setting aside for a moment Elon Musk’s plan to launch 42,000 Starlink mini satellites as part of a plan to bring high speed internet to the world, that’s a large amount of hardware moving around the Earth at speeds slightly in excess of 27,000 km per hour. At speeds like this, even something as small as a fleck of paint can punch through metal like a 50 caliber bullet through tiramisu. NASA - which is following the movements of more than half a million pieces of space debris - doesn’t track anything smaller than a marble, but estimates that there are “probably millions” of these paint fleck-sized bullets orbiting the earth at speeds that would get you from Reykjavik to Sydney in about half an hour. 

 One of the major issues in the burgeoning space industry is that there is very little legal supervision, precedent or accountability for companies or countries with operations in space. The major legal document at the heart of space law is a treaty drawn up by the United Nations in 1967, which mainly emphasised the fact that no one should be installing weapons of mass destruction in orbit or on any forthcoming secret moon bases. 

In 2007, the Chinese government conducted an anti-satellite missile test which - very successfully - annihilated one of its orbiting weather satellites. The resulting explosion increased the number of individual objects in orbit by more than 25%. Earlier this year, the Indian government did much the same, blowing up one of its own low-orbit satellites and releasing a fresh cloud of debris into the vacuum surrounding the planet. 

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While private companies are less likely to shoot missiles at their own satellites, the fact that spacefaring hardware is getting cheaper and smaller means that companies like SpaceX can easily shoot a few thousand satellites into space and then, if a few go dark (so far, about 5% of the Starlink units have stopped responding) then there are plenty left. 

"There are practically no examples of satellite problems caused by space debris," Le Gall told said in an interview this year. "But this is starting to be a more urgent concern because of the (satellite) constellation projects. It's clear that even if we only had to think about SpaceX's constellation, the issue would need to be addressed." For Le Gall, Musk's company "isn't doing anything against the rules. The problem is that there are no rules. There are air traffic controllers for planes. We will end up with something similar."

Earlier this year, Jeff Bezos said in a talk that Amazon’s success would not have been possible without access to pre existing infrastructure. He continued by saying that it was the job of the current generation to create similar infrastructure in space, so that humans in the future can benefit from the infinite resources and scale of the wider universe beyond our own Earth. While he was referring to things like vast rings of habitation platforms in geostationary orbit, or asteroid mining operations, an underlying legal structure is just as necessary to the functioning of the road networks and postal services that made Amazon possible. 

In the same way, space law (which admittedly sounds like a 90s procedural) will serve as a foundation for mankind’s extra-planetary endeavours over the coming century. 

According to the Economist, “International lawyers point to two, admittedly imperfect, analogies on Earth as ways to think about space mining. One is the high seas: no nation has sovereignty but you don’t need international permission to extract resources (ie, fish). The other template is provided by seabed mining, an activity subject to strict licensing and regulation by an organisation called the International Seabed Authority.” 

While it currently seems as though the space beyond the sky will be treated similarly to our oceans when it comes to resource extraction, some experts are advocating for voluntary “best practice” guidelines as a stepping stone towards a more regulated space. However, if no government or company owns space (and efforts to support an independent regulatory body have, so far, been unsuccessful) then establishing standards of accountability will remain challenging, and could lead to losses of equipment and financial returns. 
 

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Jun 10, 2021

The Talent War for Skilled Tech Workers

CIO
Technology
HR
covid-19
Elise Leise
3 min
CIOs and recruiters battle over programmers, cybersecurity professionals, and cloud architects, as the need for skilled tech workers hits an all-time high

Post-pandemic, our biggest problem might be a lack of skilled tech talent. As companies move forward with their digital transformation plans, they aim to hire new staff and train their current employees. Out of 750 UK companies polled in a Studio Graphene digital report, 45% plan to hire new tech staff in the next 12 months and more than half (53%) intend to invest in training for their current workers. 

 

Companies are realising that their survival now depends on a limited pool of qualified technology workers. Among the hardest-hit economies are those in Brazil, Indonesia, and Japan, but even the United States and the UK will experience the squeeze. “It’s pure supply and demand”, said Alan Guarino, a Korn Ferry vice-chairman. “Companies are paying more...but there’s still a shortage of high-skilled workers. Technology is the thread that runs across every aspect of business”. 

 

Which Jobs Are In Demand? 

According to a 2021 IT salary report by Robert Half Technology, the most in-demand tech jobs of the year include information security professionals, cloud architects, database administrators, systems analysts, and DevOps engineers, among others. But in those fields, it’s difficult to find hires with significant experience, multiple specialisations, and a high level of expertise. And multinationals such as Google, Apple, and IBM usually scoop them up. 

 

Regardless of the exact role, companies need workers who can implement advanced security systems, target cloud and network vulnerabilities, document risk points and failures, and abide by new industry tech regulations. This will likely mean that companies start to take certifications like the ones pioneered by Google and Amazon, instead of insisting on four-year undergraduate degrees. 

 

But even as coding boot camps and year-long certification programmes have ramped up to try to close the gap, smaller tech firms and startups struggle to compete with their bigger counterparts. Remote work doesn’t help matters. “Hire-from-anywhere policies will only heat up a tight candidate market”, said Ryan Sutton, a district president of technology staffing services at Robert Half. “Companies who were already having a hard time recruiting are no longer just working against local competitors, but potentially desirable companies across the country”.

 

How Can CIOs Solve the Crisis? 

As governments try to do their part—Poland offers residency and potential citizenship to skilled tech workers, India offers broad IT, telecommunications, and cybersecurity programmes, and the Netherlands lets its foreign employees earn 30% tax-free income—company executives must take measures of their own. 

 

Some CIOs have started looking to other countries to source expert talent. In the United States, where 80% of U.S. employers state that tech recruiting is a significant challenge, some firms are looking to Mexico, where 20% of college graduates have engineering degrees. As a result, tech companies such as Cisco and Intel have sourced labour from both the U.S. and Mexico. 

 

To compete, here are some first steps: 

 

  • Invest in cybersecurity and cloud development training programmes 
  • Hire based on skills and expertise, not necessarily degrees
  • Outsource to other countries with high percentages of skilled engineers and programmers


Overall, companies that broaden their search for talent and upskill their current employees will be best equipped for digital transformation. As Ritam Gandhi, founder and director of Studio Graphene, said: “Our research shows that, on the whole, UK businesses have adopted a long-term mindset [towards] technology and innovation”.

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