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Blockchain Can Trace Carbon Emissions for Mining, Metals Companies

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The World Economic Forum’s Mining and Metals Blockchain Initiative (“MMBI”), released a proof of concept that uses distributed ledger technology to track embedded greenhouse gas emissions.

A collaboration between seven leading industry players and the World Economic Forum, the initiative has hit an important stage of development following its launch in October 2019.

The successful completion of the proof of concept, named the COT, a Carbon Tracing Platform will be critical in helping to ensure traceability of emissions from mine to the final product. With a focus on end-to-end traceability, the COT platform uses distributed ledger technology to track CO2 emissions.

The founding members of the MMBI – Anglo American, Antofagasta Minerals, Eurasian Resources Group, Glencore, Klöckner & Co, Minsur, and Tata Steel joined forces in October 2019 to design and explore blockchain solutions to accelerate responsible sourcing in the industry. By pooling resources and costs, the mining and metals companies aim to accelerate future adoption of a solution for supply chain visibility and ESG requirements.

Developed in collaboration with industry experts, supported by the Dutch blockchain champion Kryha and Consortium Advisor Susan Joseph, it not only tests the technological feasibility of the solution, but also explores the complexities of the supply chain dynamics and sets requirements for future data utilization. In doing so, the proof of concept responds to demands from stakeholders to create “mine to market” visibility and accountability.

“There is an increasing demand for metals and minerals, and an increasing demand for sustainable and responsible and traceable supply chains,” said Jörgen Sandström, Head of Mining and Metals Industry, World Economic Forum. “There is a potential to create a full value chain view with downstream visibility, and in partnering with regulators and aligning our work with robust ESG standards, sustainability certification schemes and assurance frameworks.”

This work lays the foundation for the next phase of the development and reinforces comprehensive feedback sessions with stakeholders. It also supports the MMBI vision to enable emissions traceability throughout complex supply chains and to create “mine to market” visibility and accountability.

“The distributed nature of blockchain technology enables cross-enterprise collaboration and makes it the ultimate networked technology, said Nadia Hewett, Blockchain Project Lead, World Economic Forum. “This opens exciting new possibilities that organizations otherwise would not have the capability to deliver on their own.”

Quotes from the industry:

Anglo American:

“We are committed to solving the physical challenges of mining and creating value for all stakeholders as defined in our sustainable mining plan” said Peter Whitcutt, Marketing CEO of Anglo American “By leveraging cross-industry collaboration and the increasingly important role played by technology innovation, MMBI’s Proof of Concept can help to unlock the potential of blockchain to support a greater level of reporting transparency and drive responsible sourcing.”

Antofagasta Minerals:

“This collaboration and practical development of the Proof of Concept shows us how we can collaborate through new technologies such as blockchain to increase value across the supply chain. Working within MMBI allows us to innovate together by creating the beginnings of a new technical foundation to meet consumer trust, reduce risk, and offers new opportunities”, said Ivan Arriagada, CEO of Antofagasta Minerals.

Eurasian Resources Group (ERG):

Commenting on the announcement, Benedikt Sobotka, CEO of Eurasian Resources Group and Co-Chair of the Global Battery Alliance, said: “We believe that enhanced collaboration around blockchain technology is necessary to improve supply chain transparency and reporting on carbon emissions. The MMBI’s custom-built blockchain solution will allow customers to verify the environmental impact of the products they use, and we are excited to have entered the next phase of the platform’s development.”

Klöckner & Co:

“We are seeing collaboration in action by MMBI creating the first Proof of Concept using blockchain technology to help securely track, record and monitor emissions data throughout value chains. This is a great step for forward thinking companies to practically address a sustainable future,” said Gisbert Rühl, CEO of Klöckner & Co.

Tata Steel Limited:

“As a responsible corporate, Tata Steel welcomes the opportunity to collaborate and create a sustainable future. MMBI’s Proof of Concept is a first practical step to create a solution facilitated by blockchain technology to reduce emissions and conserve the environment,” said T V Narendran, CEO & MD of Tata Steel Limited.

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‘Reset Earth’: Animation film & mobile game bring Gen Z into protecting ozone layer

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Image: UNEP/Ozone Secretariat

‘Reset Earth’ is an innovative educational platform for adolescents about the fundamental role of the ozone layer in protecting the planet. The platform launches on World Education Day (January 24th) with an original animation film that explores options for collective positive action. The film’s plot continues in a challenging mobile game for Android and IOS (February 10th). The platform is initiated by United Nations Ozone Secretariat to sustain the protection of the ozone layer through the sensitization and engagement of Gen Z.

Ozone-depleting substances (ODSs) like CFCs, HFCs, HCFCs have been widely used throughout the 20th century, mostly for refrigeration, in air conditioners and aerosol sprays. ODSs threaten the earth’s upper atmosphere, drive up temperatures and account for close to 11 per cent of total warming emissions to date. Since the 1980s, the international community has acted to protect the ozone layer by banning or strictly restricting the use and production of such super greenhouse effect gases. Consequently, the Antarctic ozone is expected to close by the 2060s (without action, it might have been 40 per cent larger by now) and other regions will return to 1980s values even earlier.

Meg Seki, Acting Executive Secretary of the Ozone Secretariat, said, “The protection of the ozone layer cannot be considered a done deal. It must be a continuous effort by us and by future generations. If our children learn about the grim consequences of a ruined ozone layer, they will act to keep it only as part of a fantasy game.”

Reset Earth begins a year-long education initiative by the Secretariat to raise awareness and inspire action among adolescents and parents about global ozone protection. Immersive, educational and thought-provoking, Reset Earth conveys a positive message around what can be achieved through collective action and cultivates a sense of environmental responsibility and ownership amongst the youth.

The Reset Earth animation film is set in a dystopian post-apocalyptic world in 2084, where the ozone layer has been completely ruined and human life is under threat from an unstoppable virus called “The Grow”. It is the story of three teenagers who team up in an epic time-travel adventure to save the planet and what’s left of human life. Their mission is to find out what caused the “The Grow”. They travel back to critical historical moments in the story of the mysterious ‘ozone layer”, essential to stopping the virus, and learning as they go about the fundamental role it plays in protecting the health wellbeing of the planet. To save the ozone layer, they must jump back in time to ensure the signing of the Montreal Protocol agreement.

The Reset Earth mobile game is a single player platform game, combining a retro graphics style and hand-drawn artwork and aligned with the film’s storyline. Players – whether adolescent gamers or their parents – switch between characters and utilize their unique abilities throughout four levels of the game. Through unlocking puzzles, players learn about environmental history and the science of protecting the planet.

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Does Buying a Chinese Smartphone Pose a Privacy Risk?

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Chinese smartphones have garnered a pretty bad privacy reputation in the last few years, which stems from several issues, such as lack of consumers’ trust and the fact that global political events have not really been in China’s favor. Somewhere around the mid-2010s though, China’s global image changed a lot for the better, especially with their appearance in the smartphone industry and when it comes to advances in 4G and 5G technology.

The smartphone industry is one of the fastest growing sectors in the global technology industry. Particularly in the last decade, which gave us the smartphone revolution, global device sales have skyrocketed from just 100 million in 2007, to over 1.5 billion today. Smartphones are also the most popular way through which people access the internet, which makes this sector critical for tech companies.

14 years ago now, we experienced the launch of the first Apple iPhone in 2007, which would undoubtedly mark the beginning of a new Information Age. As the years went by, we have seen big players such as Samsung entering the market, as well as most recently Chinese companies like Huawei and Xiaomi eating up global market share with their very affordable smartphones. It isn’t just Huawei and Xiaomi, though, let’s not forget Oppo and Vivo too, who have held small but stable market share, even gaining popularity in the United States.

Apple never really took off in China like it did in the rest of the world, as the nation favoured national production and local brand loyalty, but Apple has always been in demand there. Outside of China though, Apple had absolutely dominated the smartphone market for a long time with the entire world anxiously awaiting their next press conference, and what their new iPhone would be like. The market dominance then switched hands between Apple and Samsung for a few years, with Samsung being dominant most of the time.

Now, however, the global smartphone market has changed. With so much competition on the horizon (Samsung, Xiaomi, Huawei), as well as Apple charging very lofty prices for their latest offerings (and having lost some of their charm along the way with radical design changes), Chinese players have adapted and grasped a firm hold on the market for the foreseeable future. Offering familiar minimalist design approaches that Apple is known for, as well as having totally revamped their marketing, Chinese smartphone brands are now a true contender to the established giants. Ultimately, the most important target market for Chinese smartphones is the US and EU markets.

There is a big problem there though, it looks like there are serious privacy issues that plague Chinese smartphones and their reputation. Let’s look into this below.

What Is The Problem With Chinese Smartphone Brands?

With news of Huawei being banned (Xiaomi is also blacklisted) from Western countries, their reputation is not in a good place. Today, there are many Chinese smartphone brands available, with Huawei and Xiaomi being the most recognizable internationally -the ones that have sold the most outside of China. Some of the other ‘budget’ brands are Honor and Realme, for example, which may not be known to most people. There are many more Chinese smartphone brands, but way too many to list.

With so much political tension between the US and China, what does this mean if you are planning to buy/already own a Chinese smartphone? Unfortunately, it is a fact that Chinese smartphones have experienced many privacy and security related issues with their devices, which fall into the categories;

  • Pre-installed spyware
  • Malware vulnerabilities
  • Data theft
  • Hardware ‘Backdoors
  • Weak encryption

Beyond pre-installed malicious software in Chinese smartphones, there are additional risks from installing very popular Chinese-made social media apps, such as;

  • TikTok
  • WeChat

Takeaways For Your General Smartphone Security

Having covered why there is so much negative buzz around Chinese smartphones and their privacy risks, let’s remember that a lot of it comes from the political tension between China and the US. There have been countless allegations of spying, hacking and data risks. Beyond this, there is a more important fact for the regular user. It is that Chinese phones are Android-based, which has a much larger user base and is as such more susceptible to attacks.

Let’s emphasize one thing; yes, that doesn’t mean that these devices are safe, but what is safe nowadays? Should this deter you, a regular citizen, from buying a Chinese smartphone? It is difficult to say what is considered ‘safe’ nowadays, and depends a lot on who you are and whether your data is so sensitive that governments will try to access your phone (for most people, this is not an issue).

However, for the privacy conscious individuals out there, there are some things you must implement for your safety and peace of mind, no matter what kind of device you use, or which country it comes from;

  • Always use a trustworthy Virtual Private Network, or VPN
  • Consider that iOS may be safer than Android overall
  • Make sure that you have a strong password on your phone
  • Ensure that you have multi-factor authentication at every juncture
  • Do not share sensitive information online if possible
  • Always keep your smartphone software up-to-date
  • Never download unverified software, or access third-party app stores

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Earth Observation Data Could Represent A Billion-Dollar Opportunity For Africa

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Earth observation [EO] data provides a billion-dollar opportunity for economies on the African continent, one that could create jobs and build new resilience after COVID-19.

The newly released report Unlocking the Potential of Earth Observation to address Africa’s critical challenges lays out the multiple economic benefits from EO data. The report was written in collaboration with Digital Earth Africa, an initiative that is a world first in providing freely accessible data that maps the entire African continent.

This report marks the first known time the potential impact of EO for Africa has been quantified. According to estimates, EO could be worth up to $2 billion a year thanks to:

1. A strengthened EO industry. Improved use of EO data could lead to an extra $500 million in yearly EO sales along with new job opportunities and increased fiscal revenues.

2. Boosted agricultural productivity. Better data could potentially be worth an extra $900 million a year, thanks to water savings and productivity gains for farmers, not to mention reduced pesticide usage.

3. Better regulation of gold mining activity. Data allows countries to crack down on illegal mining, providing a potential savings of at least $900 million from reduced environmental damage and fiscal evasion.

The report shows the opportunity available in EO data to strengthen economies and reach sustainability goals. EO data can help governments make more informed decisions regarding water, agriculture, food security and urbanization. Advancing new collaborations between public and private efforts can incentivize data sharing to develop EO industries on the continent even further.

Dr Adam Lewis, Managing Director of the Digital Earth Program welcomes the findings of the report as the first of its kind to quantify the potential benefits of the program. “Through collaboration with key partners both within Africa and across the globe, we have made significant progress in turning this potential into a reality. Over the last 12 months the program has met a number of milestones in improving access to data and services within Africa. Working with Amazon Web Services as well as international space agencies and the private sector, we have been able to provide access to locally stored analysis-ready satellite data within Africa.” Adam said.

“We are proud to support Digital Earth Africa’s efforts to make Earth observation data more easily accessible to African nations,” said Ana Pinheiro Privette, Lead for Amazon Sustainability Data Initiative. “Through the Amazon Sustainability Data Initiative, Amazon is making available petabytes of Earth observation data, which provide valuable insights for communities to manage climate impacts including increased floods and droughts.”

Valuing the impact of EO is an emerging practice globally, with recent reports covering the Asia Pacific, Australia, the European Union and the UK, but this is the first such report for Africa. The report was developed following examination of the readiness of African countries to effectively and efficiently grow their geospatial capabilities, integrated with study of the potential economic benefit of EO data adoption on specific sustainable development focus areas.

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