May 17, 2020

Special Report: 5G, the key to a smart city future

Smart cities
Harry Menear
6 min
In this special report, Gigabit Magazine investigates the relationship between 5G and smart cities via exclusive interviews with leading experts across the sector
All of human history has been defined - more than war, revolution and technological invention - by the movement and migration of populations. From the f...

All of human history has been defined - more than war, revolution and technological invention - by the movement and migration of populations. From the first homo sapiens sapiens to leave Africa in the mists of prehistory, to the influx of Europeans to the Americas, Indians to Pakistan following the fall of the Raj, the Zionist movement, and the exodus of more than a million Vietnamese citizens following the fall of Saigon. Not all migrations are defined by wars or their ends, however. The past century has been defined by sustained migration on an intense scale, driven by an arguably more powerful force: urbanisation. 

In 1950, just over 751mn people lived in cities. Today, the global urban population exceeds 4.2bn. The United Nations predicts that the proportion of humanity living in and around cities will reach as high as 68% by 2050, adding a further 2.5bn people to urban environments around the globe as more than 1.5mn people move and are born into cities every day. Our cities are getting bigger, more crowded and more numerous. Right now, more than 120 new cities are under construction in over 40 countries. In previous features, we’ve spoken about the challenges facing the cities of the future: congestion, pollution, longer food supply chains, crime, climate change, income inequality, siloed and unwieldy government bureaucracy, corruption, lack of access to healthcare, housing and education. 

There’s no one silver bullet solution to the hulking werewolf of urban misery, but the power of breakthrough technology solutions to make cities of the future more interconnected and provide greater insight into an increasingly tangled web of public and private infrastructure may stand the best chance. Smarter cities are safer, more responsive to the needs of their citizens, and more resistant to disruption. “The development of smart cities is becoming a focus for societies across the world, from Hull (with its new operating system that centralises data management), Stockholm (dubbed the first European Green Capital thanks to developing smart solutions around sustainability), and Johannesburg (just one example includes the development of its smart security, using a centralised, highly adapted CCTV system),” says Chairman of VXFIBER Mikael Sandberg. In order for dreams of urban utopia to become a reality, however, there are some big problems to solve. “The goal for smart cities is to integrate masses of data sets from different silos, which are gleaned from infrastructure in the energy sector, buildings management, mobility and transport systems or air-quality monitoring, then leverage this information to make a city more efficient, sustainable and better for its residents,” says Paul Brodrick, Business Development Director for Digitalisation, at Siemens. “With IoT-type sensors placed everywhere to collect useful data, the massive amount of information generated has to be communicated, analysed and fed back to the infrastructure to affect changes in how smart cities operate.” 

As cities become increasingly saturated IoT, generating vast quantities of data on an hourly basis, it’s becoming clearer that 5G will play a pivotal role in handling these oceans of information and turning them into a shorter wait at the traffic lights, or less water wastage. “5G heralds the arrival of ultra-low latency – the ability for a machine or device to respond instantly with our 5G network – and advances in mobile edge computing to bring critical business and healthcare services much closer to our customers,” notes Scott Petty, CTO of Vodafone UK. “It also opens up a whole host of new smart city applications such as drivers being guided to available parking spaces, to buildings that intelligently manage their own energy consumption, from smart street lighting to bins that report when they need emptying.” Eric Law, Vice President, Europe, at Commscope agrees, adding: “Most people still think of 5G as a new wireless service for faster smartphones, but it is also the technology that enables a city to become smarter. In the future, cities will use new applications and the IoT to enrich the lives and safety of their residents and visitors. In fact, we can expect to experience new technologies such as virtual reality (VR), augmented reality (AR), and autonomous vehicles all on our doorsteps.”


The possibilities that 5G opens up for improving and introducing new services for smart city residents are numerous. According to Professor Jie Zhang, the Chair of Wireless Systems at Sheffield University and Founder, Chief Scientific Officer and Chairman of the Board at Ranplan Group, there are “three new service categories envisioned for 5G: enhanced mobile broadband (eMBB), ultra-reliable and low latency communications (URLLC) and massive machine type communications (mMTC).” Zhang notes that mMTC has the potential to support millions of IoT nodes across a city that can, as Petty said, collect and transmit data concerning temperature, pressure, humidity and pollution to control centres and authorities to make the city smarter. The applications and service range from smart homes and commercial buildings for energy saving and waste monitoring for environment protection, to critical infrastructure such as water, electricity, gas, bridges and roads. Collaboration between the public and private sectors will, Zhang argues, be essential. “City councils normally own a lot of street furniture, some of which will be very useful for 5G network deployment and be used to provide smart city applications. In particular, lampposts will play a central role in the future of the smart city,” he says. “For example, 5G small cell base stations and antennas can be installed on lampposts. Many smart city leaders in Singapore, for example, have started to deploy a new type of lamppost, the so-called smart lamppost that integrates 5G, Wi-Fi, video cameras for road traffic condition monitoring and sensors for air quality and noise. The EU also has plans to replace 10 million out of some 90 million lampposts with smart lampposts.” Benoit Jouffrey, Vice President of 5G Expertise at Thales, agrees. “The successful deployment and integration of 5G into our cities will not materialise without frictionless co-operation between the public and private sectors.”

Analysing the data collected from these massive networks of IoT nodes, however, will be no small feat. “The key challenge for cities will be managing the data complexity that will come with 5G, particularly when we think about the impact of mMTC,” says Allen Johnston, VP of Sales at EXFO. “One influential technology will be automation—cities and operators alike simply won’t have the time or resources to connect, collect, analyse and correlate network performance information. They’ll therefore need to rely on automation tools to analyse network data in real-time, and ensure they can measure the actual validity and accuracy of what they’re monitoring and how it impacts the smart cities services they deliver.” 

As we enter a new decade, the services that we use on a daily basis (both in and out of cities - just look at the FCC’s $9bn rural 5G connectivity fund) are going to need faster connections to enable greater data gathering and insight generation. Sarah Mills, Director for Mobile Network Operators at SSE Enterprise Telecoms, concludes: “At the rate cities are growing, the automation of a number of public services from buses, taxis and cars, through to traffic lights and street lighting, must occur. 5G will enable those services.” Trials and large scale initiatives are already beginning to get underway around the world, but 2020 will be the year that adoption hits a critical tipping point. We’re all about to see just what 5G can do.

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Jun 21, 2021

Tech Corporations Fight for Alternative ESG Filings

Elise Leise
3 min
In a letter to the SEC, Alphabet, Amazon, and Intel pushed back against ESG disclosures in 10ks—asking for more flexible timelines and reporting standards

In 2021, almost a third of global equity inflow went into ESG funds, according to the Bank of America. In April alone, ESG assets hit US$1.4tn, growing at 3x the rate of non-ESG funds. And although it seems like solar panel and electric car firms should take the cake for sustainable investment, it’s actually the world’s largest tech firms that command the market. 


The Wall Street Journal reported that the most commonly held S&P 500 stocks in actively managed sustainable equity funds include Microsoft, Alphabet, and Apple. So it struck many as odd that in a June 11th letter to the Securities and Exchange Commission (SEC), Alphabet requested that ESG information not be disclosed in annual 10k filings.


Who Signed The Letter? 

Only some of the most influential tech giants in the world...



To be fair, these companies aren’t against ESG and sustainable business. ‘Collectively, we purchase more than 21 gigawatts of clean energy and many of us are members of the UN Race to Zero and America is All In campaigns’, the joint letter to the SEC stated. ‘Each company has an individual goal to procure 100% renewable energy’. 


Then Why Protest? 

According to the tech companies, filing ESG information might open them up to legal risks. After all, sustainability reporting relies on estimates and assumptions that involve uncertainty—and governance issues such as fair labour are much harder to track than annual financial data. ‘It is important not to subject companies to undue liability’, the companies wrote


Instead of reporting ESG data in their annual 10k filings, Alphabet et. al suggest that the SEC should allow for new climate-related reporting outside of the current annual or quarterly schedules. By adjusting the reporting frequency and timing, they argue, companies can provide a better and more accurate measure of how they’re doing with ESG. 


Who Opposes Alternative ESG Reporting? 

For the most part, asset managers aren’t thrilled. Pimco, Invesco, and other major asset funds want ESG information disclosed—the standard way. As of right now, the SEC still intends to make ESG 10k filings mandatory. ‘[Alphabet] positions itself as a sustainability leader’, said Josh Zinner, CEO of the Interfaith Centre on Corporate Responsibility. Added Molly Betounray, Director of Shareholder Advocacy at Clean Yield Asset Management: ‘While it’s great to see corporate ESG leaders advocating for climate disclosure standards, we disagree with their assertion that these disclosures should fall outside current standard SEC filings’. 


What’s the Verdict? 

Maybe Alphabet, Amazon, and Intel are honestly trying to frame ESG reporting in a new light. As Patrick Flynn, Vice President for Sustainability at Salesforce said: ‘[ESG disclosure] is a new process for companies to go through, and they’ll need to establish new procedures. Allowing for some sort of safe harbour from liability…[allows] companies to push in willingly and not just do the bare minimum’. 


In their letter to the SEC, these companies chose to recommend several concrete actions: 



In short: before we mandate ESG reporting, the SEC should at least think twice about how to design it.



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