Edge computing is about processing data as close to the source as possible, which reduces both latency and bandwidth use. This concept is seen as critical for furthering the Internet of Things and for driving the development of autonomous vehicles.
What is edge computing?
Edge computing is a decentralized approach to computing applied to networks (the opposite to cloud computing’s centralized approach). The concept relates to how a network stores its information. In edge computing, most data on a network is moved away from physical computers. For businesses, data is moved onto a private server.
Edge computing is especially useful in cases where a lot of data is generated. The approach allows for the successful triage of data locally so that some of it is processed locally, reducing the backhaul traffic to the central data repository. This is very useful in cases where many devices are connected together, as with the Internet of Things.
Edge computing helps to make the Industrial Internet of Things possible. This is an area of great value. McKinsey & Co. calculate that the Industrial Internet of Things will generate $7.5 trillion in value by 2025. The advantages here are to connect people to machine data that accelerate digital industrial transformation.
How can edge computing benefit business?
The advantages of edge computing are that it takes less time to move data and there are fewer are less hardware limitations and that hardware limitations are easily addressed. With conventional storage systems, hardware is normally required, and this can create a bottleneck that places a restriction on how much memory can be moved at any time point. The use of hardware also leads to slower data transfer speeds.
Furthermore, the costs of operating and maintaining the hardware are relatively more expensive.
Security is also stronger with edge computing, making edge computing systems harder for hackers to penetrate. This is because data is continually moving between network modes.
When data are moved throughout a network, they go through different security layers to ensure hackers cannot get into the system, but edge computing goes beyond this. More security layers are used because, instead of the data moving between the network nodes, the data moves from the Internet into the servers and onto the nodes. This provides an opportunity for creating additional firewalls and antivirus scans.
How are businesses using edge computing?
Businesses can derive many advantages from the edge computing concept. The edge process enables analytics and data gathering to occur at the source of the data. This enables companies to leverage resources from devices that are not necessarily continuously connected to a network like laptops, smartphones, tablets and sensors.
Autonomous vehicles and edge computing
Among the more specific examples is autonomous car technology. These are, in a sense, datacenters on wheels, and here edge computing plays a key role. To collect the high volumes of data, edge computing provides an advantage. In terms of data, Intel estimates that autonomous cars, with their many on-vehicle sensors, generate over 40 terabytes of data for each eight hours of driving. Given that this level of data cannot be easily sent to a cloud (and this also presents a safety risk in terms of delayed reactions), the use of edge computing becomes a necessity.
Security cameras and edge computing
A second example is with security systems. If a large complex is served by dozens of high-definition Internet of Things video cameras where data is continuously streaming that signal to a cloud server, these systems can be slow to respond. This is especially so if the security protocol is designed to respond to motion-detection. This set-up places a major strain on the building’s Internet infrastructure, with a high proportion of the bandwidth becoming consumed by a high volume of video footage.
With the edge concept, each camera would have an independent internal computer to run the motion-detecting application and then sent footage to the cloud server as needed. This improves efficiency and lowers bandwidth use.
Fleet management and edge computing
Edge computing also helps to improve the efficiency of fleet management. While a large volume of key performance data needs to be collected – wheels, brakes, battery, electrical – where such data requires a response, such as a potential brake failure, then some of this data needs to be collected and stored locally on the edge in order to minimize the risk of vehicle breakdown or accident.
An example of edge computing applied to fleet management is with trailer temperature. With most fleet monitoring systems, only temperature readings that are outside of a set range are reported back to fleet managers through telematics. The fleet manager then needs to assess whether or not there is a problem. However, with edge analytics, temperature readings can be analyzed onboard a vehicle and notified to the driver, empowering the driver to take steps to mitigate the temperature fluctuation.
Acceleration and AI: The digital transformation of sales in 2020
77% of sales leaders say their digital transformation has accelerated since last year.
When the pandemic started, most industries had to work quickly to adapt to the now-ubiquitous ‘new normal.’ Whether that meant adjusting to work-from-home or using new tools to better reach and respond to customers, agility — and digital transformation — was at the forefront.
And sales departments, no doubt, had a significant shakeup.
According to Salesforce’s recently-released, data-driven Fourth Edition State of Sales report, 72% of sales reps say success metrics have changed in light of economic trends. The report — generated from a survey of almost 6,000 B2B and B2B2C sales professionals from around the world — also found that 58% of sales reps expect their roles to change permanently.
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Reps, are you feeling less confident closing your deals? That’s because selling in ’20 is a new ball game. Enter ➡️ the 4th #StateOfSales report! Visit the link in bio 🔗 for the full report and see how Trailblazers like @McAfee have enabled their reps with Salesforce in challenging times.
When results are narrowed to sales professionals within the technology sector, 55% of respondents say their customer relationships are stronger than in 2019, and 60% say they expect their role to permanently change.
.@salesforce’s fourth edition State of Sales report has up-to-date insights on how sales organizations around the world are adapting to a new selling landscape during a global pandemic: https://t.co/DcsqqImNzC pic.twitter.com/HTL7E6CDN0
— Salesforce News (@SalesforceNews) September 22, 2020
Looking specifically at the state of DX in sales, 77% of sales leaders say their digital transformation has accelerated since 2019. This aligns with the overall trend of DX adoption being expedited as a result of the pandemic — a topic we’ve covered. (See here, here, here, here, and here.)
(Image via Salesforce)
In addition, “81% of respondents say sales technology needs have changed significantly since last year, and that they’re implementing changes faster than in 2019.” Among sales operations, 84% say DX has accelerated since 2019.
One technology that’s seeing increased adoption in sales is AI. Its use has grown by 76% since 2018, the report found. According to Salesforce’s summary, “salespeople consider AI’s most significant impact to be improved understanding of customer needs — which speaks to the speed of change and importance of insight into customers’ evolving situations.” Among high-performing sales organizations, 57% report using AI to “improve internal processes and customer experience.”
Digital transformation is vital for COVID crisis recovery in Latin America and Caribbean
“The crisis has created the momentum for long-overdue reforms that can help spread the benefits of digital transformation to achieve inclusive and resilient growth,” says OECD Secretary General.
A new report from the Organisation for Economic Co-operation and Development (OECD) shows digital transformation is the key to quicker recovery from the COVID-19 crisis for Latin America and the Caribbean.
Produced jointly with the United Nations Economic Commission for Latin America and the Caribbean (UN ECLAC), the Development Bank of Latin America (CAF), and the European Union (EU), the report details the harsh impact of the pandemic on marginalized populations.
Titled Latin American Economic Outlook (LEO) 2020: Digital Transformation for Building Back Better, the report found that microenterprises were hit especially hard — 2.7 million are likely to close, at a loss of 8.5 million jobs.
“The socioeconomic crisis makes a new development model more urgent than ever,” said Alicia Bárcena, Executive Secretary of ECLAC. “Digitalisation could be a powerful tool to overcome the structural challenges of the region, only if it is considered as a comprehensive way to foster progressive structural change, through policies for the generation of new sectors, quality jobs, the development of capacities and innovation.”
According to Ángel Gurría, Secretary General of the OECD, “the crisis has created the momentum for long-overdue reforms that can help spread the benefits of digital transformation to achieve inclusive and resilient growth.”
“It also highlights the urgent need to bridge the digital divides between territories, families, students, workers, and firms.”
The role of DX
How can digital transformation help Latin American and Caribbean communities?
“By stimulating business innovation and new consumption models, transforming production systems and value chains, re-organising economic sectors, and introducing new conditions of competitiveness,” the report found.
— OECD_Centre (@OECD_Centre) September 25, 2020
One way digital tools can help is providing support for better access to services, such as healthcare and education, in addition to putting the people at the center of policymaking.
— OECD_Centre (@OECD_Centre) September 27, 2020
As Luis Carranza, Executive President of CAF added, “digital transformation offers a unique opportunity to boost productivity and to provide better public services in Latin America and the Caribbean. With Covid-19, the region has accelerated its digital processes, but there is still a long way to close the gap with advanced economies.”
“A rough road ahead”
There are certainly challenges in the way of advanced digital transformation acceleration.
Take internet access. In 2018, 68% of the population in LAC used it regularly, behind the OECD average of 84%. Inequality is also evident here. 75% of the richest population in Latin America use the internet compared to only 37% of the poorest population.
In terms of digital transformation, over 20% of jobs in some countries are likely to be automated in some fashion. As a result, investment in education and training in digital skills is crucial.
In order for the digital transformation agenda of the region to be successful, the report details recommendations for better coordination of efforts, and how these need to align with National Development Plans. There’s also an emphasis on the importance of international partnerships to the success of DX efforts.
Accenture Cloud First launches with $3B investment
New business unit is designed to help clients rapidly become ‘cloud-first.’
While not a cloud technology company, Accenture is known as a leading partner of most major cloud providers around the world. This investment will form Accenture Cloud First, described in the company’s press release as:
“a new multi-service group of 70,000 cloud professionals that brings together the full power and breadth of Accenture’s industry and technology capabilities, ecosystem partnerships, and deep commitment to learning and upskilling clients’ employees and to responsible business, with the singular focus of enabling organizations to move to the cloud with greater speed and achieve greater value for all their stakeholders at this critical time.”
Cloud First will be led by Karthik Narain, a tech industry veteran who most recently headed up Accenture Technology in North America.
Announcing @Accenture Cloud First, a new team of 70,000 backed by $3B investment – bringing our clients the full set of capabilities they need to become cloud leaders at speed and scale. https://t.co/Bxwmukdrzk
— Paul Daugherty (@pauldaugh) September 17, 2020
(Paul Daugh is Group Chief Executive – Technology & CTO at Accenture)
Cloud computing has seen a massive increase in demand — especially with the surge in remote working and need to cut costs, both as a result of COVID-19. Numbers from Gartner show that the worldwide public cloud services market is forecast to grow by 6.3% in 2020. The total in dollars? $257.9 billion, up from $242.7 billion in 2019.
As Accenture CEO Julie Sweet is quoted in Fortune’s CEO Daily newsletter, “today we are 20% in the cloud. We are moving to 80%…instead of happening in a decade, it is going to happen in five years.”
“This is the Henry Ford moment of the digital era,” she added.
In Accenture’s press release, Sweet emphasized how the pandemic has brought to light the importance of accelerating digital transformation across all organizations and industries.
“COVID-19 has created a new inflection point that requires every company to dramatically accelerate the move to the cloud as a foundation for digital transformation,” she says, “to build the resilience, new experiences and products, trust, speed, and structural cost reduction that the ongoing health, economic and societal crisis demands — and that a better future for all requires.”
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