Smartphone for Covid-19 testing

How smartphones could be Covid-19 testing game changers

by | Apr 27, 2020 | Innovation, Smart Devices

Collaborative innovations by smartphone makers and pharma companies could revolutionize Covid-19 testing and douse the pandemic.
Share to lead the transformation

The Covid-19 pandemic has highlighted the inadequacy of our existing healthcare models in performing rapid mass testing to diagnose an active infection. There could be merit in considering smartphones as testing game changers.

Fearing a return of the coronavirus wave, the government is urging healthcare equipment manufacturers to get a simple, efficient and a mass testing diagnosis mechanism. Even better, if the testing could be repeated periodically, a detection could be done incredibly early and thus a potential spread could be contained right away.

It is a well-recognized fact that early-stage testing of potential Covid-19 carriers could play an important role in containing the pandemic’s spread. South Korea is a case in point.  As of 25 April 2020, South Korea, which has a population of 51.6 million, had performed 595,161 tests, as per MOHW. It reported 10,718 positive cases and 240 deaths by the date.

By contrast, as of 25 April, according to Our World in Data, the USA had carried out 5.18 million tests at rates as high as around 200,000 tests per day. It reported 200,000 positive cases and 50,000 deaths, which are 25 times higher than in case of South Korea. The USA has a population six times that of South Korea. Quite clearly, a delayed start in testing cost the USA dearly, despite carrying out tests at breakneck speeds.

How testing works

A polymerase chain reaction (PCR) machine is at the core of testing potential carriers of infectious diseases such as Covid-19 or even SARS or MERS for that matter. A heavy-duty PCR machine such as Cobass6800 could run up to 1,400 tests at a time while the Reverse Transcription-PCR (RT-PCR) machines could take 90 samples at a time. The Indian Council of Medical Research (ICMR) has approved RT-PCR machines for many laboratories in the country.

In the USA, one of the world’s leading pharma companies, Abbott, announced that it had got emergency use authorization for its new portable Covid-19 testing device. “The new Abbott ID NOW COVID-19 test runs on Abbott’s ID NOWTM platform — a lightweight box (6.6 pounds and the size of a small toaster) that can sit in a variety of locations,” said an Abbott press release on 27 March. The release said the device delivered positive results in as little as five minutes and negative results in 13 minutes.

Bill and Milinda Gates Foundation Cofounder and Cochairman Bill Gates, in his recent blog, had discussed the possibility of even simpler and smaller testing kits. He commented, “Another type of test being developed is called a Rapid Diagnostic Test (RDT). This would be like an in-home pregnancy test. You would swab your nose the same way as for the PCR test, but instead of sending it into a processing center, you would put it in a liquid container and then pour that liquid onto a strip of paper that would change color if it detects the virus. This kind of test capability may be available in a few months. Even though it won’t be as sensitive as a PCR test, for someone who has symptoms, it should be quite accurate.”

Smartphones to take the baton

Paris-headquartered French pharmaceuticals major Sanofi has been quick enough to realize that lab-based testing approach, where swabs need to be taken and tested in a center isn’t going to be enough.

Sanofi, in a press release on 16 April, said it has signed an agreement with California-based startup Luminostics to evaluate a collaboration on a unique self-testing solution for COVID-19, using Luminostics’ innovative technology. As part of the agreement, Luminostics would contribute its proprietary technology for consumer-diagnostics for COVID-19 testing while Sanofi would bring its clinical research testing experience and capabilities. The goal is to provide a smartphone-based solution that eliminates the current need for healthcare professional administration or laboratory tests, it noted.

According to Sanofi, the diagnostic platform would be composed of the following three key components:

  • An iOS/Android app to instruct a user on how to run the test, capture and process data to display test results, and then to connect users with a telehealth service based on the results.
  • A reusable adapter compatible with most types of smartphones.
  • Consumables for specimen collection, preparation, and processing.

Luminostics notes its core innovation as “a new type of nanoparticle that is very sensitively detectable using a smartphone’s built-in camera and flash in combination with our proprietary hardware and software.”

Rapid innovation is need of the hour

Smartphone majors, chip manufacturers, pharmaceutical companies, app developers, governments, and other stakeholders should get together to accelerate the evolution of personal testing kits. The Sanofi–Luminostics initiative is a good beginning, and there could be enough room to use smartphones for Covid-19 testing far more intuitively and accurately, if more companies start assigning R&D brains and budgets towards the target.

For vast countries such as India, where a large part of the population is located in smaller towns and villages that hardly have such testing centers nearby, a lab-based approach would simply be inadequate. However, the ubiquitous presence of smartphones holds the potential of making instant testing possible for the masses.

It could revolutionize affordable testing for a country like India, which could only complete 6,500 tests by 13 March and was able to complete 579,957 tests by 25 April. With a population of 1.3 billion, that adds up to a mere 0.045%. Also, in the 40 days that India was able to add these 573,347 tests, the number of corona-positive people have gone up to 27,109 and 872 people had lost their lives, , as per data published by Ministry of Health and Family Welfare, Government of India. Moreover, the economy has come to a literal standstill.

The situation could have been different, had a mechanism been in place for using smartphones for Covid-19 testing on a mass scale. Hundreds of million people would have gotten tested in a matter of hours and the results would have been uploaded to a central government repository. Quite probably, we would have taken the number of positive cases within three digits, if not less. Best, there would be no lockdown!

That’s where Aarogya Setu fits in neatly

Aarogya Setu has been a timely development and is comfortably placed to be a pivotal cog in the testing-and-containment wheel.

It is no coincidence that ‘setu’ is a vernacular word for ‘bridge,’ as it attempts to serve as a safety bridge for users against the spread. Once smartphone-based testing kits and apps get into play, Aarogya Setu could extend its functionality by doubling up as a big data and AI tool against Covid-19.

The app could not just recommend an affected user to go into self-quarantine but also send alerts to the concerned health authorities in the area. This could lead to very timely and targeted responses by the healthcare officers as well as the local administration.

The PCR and RT-PCR machines could still serve the purpose of further testing for more precise diagnostics before discharging a patient. However, the heavy lifting could be done by the people themselves, using their smartphones.

The smartphones-based approach would also greatly reduce the exposure risk for medical, healthcare, and police personnel. Already, a number of doctors and healthcare workers risk getting infected by coming into contact with positive but untested cases.

MORE FROM BETTER WORLD

How COVID-19 has changed cybersecurity focus for 2021

How COVID-19 has changed cybersecurity focus for 2021

The COVID-19 pandemic – and the unprecedented lockdowns that followed soon after – dramatically changed the way of working for all enterprises. Before COVID-19, many enterprises were halfhearted to adopt the work-from-home concept, even on a trial basis. However, due to the pandemic, they quickly modernized their processes and fortified cybersecurity focus to deliver an effective remote-work environment.

While 2020 has been a year of adjustment to the crisis, 2021 will be a year of more robust digital transformation initiatives to expand the remote workforce capabilities and strengthen corporate resilience. This unparalleled workplace transition also requires businesses to build newer strategies to protect employees’ networks by augmenting their cybersecurity architectures.

In a recent report titled McAfee Threats Report: November 2020, Cybersecurity firm McAffe observed the rise of an average of 419 new threats per minute in the second quarter of 2020, with an astounding 11.5 percent growth of new malware samples.

cybersecurity focus

A tough year from a cybersecurity focus standpoint

During 2020, cybercriminals adopted a range of diverse tactics to target network vulnerabilities and found new opportunities to launch attacks. Companies have witnessed a massive rise in targeted ransomware attacks, large-scale DDoS (distributed denial-of-service) attacks, and malware spread throughout the year.

From the Twitter Bitcoin hack to the temporary halting of the New Zealand stock exchange (NZX), the year impacted diverse industries in a colossal way. In March 2020, hospitality major Marriott International stunned everyone by acknowledging a major hacking incident on its information networks, revealing 5.2 million guests’ data.

The year saw many cybercrime campaigns being launched with pandemic themes of Covid-19 in a bid to exploit the rising remote workforce. Phishing and malware-driven intrusion has drifted away from the organizational network to end-user devices in the distributed workspace environment. Even with the best of breed tools and resources, many big companies could not predict cybersecurity attacks’ patterns.

Another growing concern is the emergence of deepfakes, where sophisticated technologies such as artificial intelligence are exploited to manipulate audio-visual content, such as cloning the voices of influential people to commit financial crimes. A notable example that made headlines during 2020 was Belgium’s deepfake video release showing Belgium’s prime minister speaking of a pressing need to handle the economic and climate crises. The speech was considered real by many viewers.

Many industry observers have warned that fraudsters could leverage such technologies in the future to bypass voice-recognition systems and access critical data.

New strategies for dealing with emerging threats

Most IT security and data management specialists have been showing concerns around the rising sophistication of attacks and the complex cybersecurity landscape. There is no crystal ball to accurately forecast the IT Security landscape. However, the year 2021 will see enterprises making substantial efforts to deploy real-time solutions that can immediately detect and halt anomalies and suspicious behaviors. (See: Top enterprise cybersecurity trends of 2020).

According to Sophos, a global cybersecurity solutions provider, by 2021 industry could witness more sophisticated cybersecurity attacks, targeting larger organizations with multimillion-dollar ransom demands.

Cybersecurity Ventures, another global security solutions firm, projects that Ransomware attacks will continue to accelerate. And businesses in 2021 will suffer one ransomware attack every 11 seconds. It also predicts that the cost of ransomware to businesses will reach $20 billion and that global damages from cybercrime will reach $6 trillion in 2021.

This emerging threat landscape will push organizations to focus on disruptive technologies and solutions to get real-time security assessments across various endpoints, irrespective of employees’ location or network (See: Combating cyber threats in the new normal).

In the year 2021, a considerable cybersecurity focus will be on reviewing the IT security areas that are too expensive to implement. While risk parameters and the likelihood of data breaches are steadily increasing, organizations would also need to keep financial viability in mind and focus on solutions that could give them a better return on investment.

With the expansion of IoT connected devices shortly, networks will be more vulnerable to large-scale multi-vector cyberattacks. In the second half of 2021, organizations’ cybersecurity focus is likely to revolve around fast-tracking their deployment efforts around advanced solutions to protect their networks and clouds and enhance security controls.

Going ahead, CISOs are expected to focus on technologies that could drive the adoption of secure cloud solutions, align technologies closely with business objectives that can foster innovation and growth (See: Here’s how the new Cyber Security Policy could reshape CISO roles).

There will be a continuous focus on remote monitoring capabilities, automation, and zero-trust models for robust user access patterns (See: CIOs to focus on network transformation for business continuity).

Google Task Mate to unlock new ways of working

Google Task Mate to unlock new ways of working

Google has released the beta version of Task Mate, a new crowdsourced work app to help users earn money by accomplishing tasks through their smartphones. Google Task Mate is presently available to selected Indian and Kenyan users through a referral code system.

The tasks listed in the Google Task Mate seem to be very minuscule, such as writing a pronounced sentence, transcribing sentences displayed by companies, taking photos of a nearby restaurant for google map improvement, or confirming specific local details. The scope, however, is likely to be expanded upon the formal launch of the application.

The Google Task Mate assignments are split into two parts: sitting and fieldwork. The app will allow users to find jobs close by and perform them based on user interests and knowledge. Each task will have pay potential and timelines to be met.

It is an exciting development and can open a new growth opportunity for the world’s leading internet company.

At first glance, the app may resemble the already existing Google Rewards app that lets users earn money by answering survey questions. However, this app is different from Google Reward in an environment where tasks could be diverse in nature. Users will have more opportunities to identify and earn money based on their knowledge and interest. Also, each task’s compensation will be credited via a digital payment platform on user accounts and not necessarily in the form of app store credits.

Creating new possibilities

The recent pandemic has led to massive layoffs, job cuts, and company closures in all sectors and industries. The impact is so significant that many economists predict that the economic recovery may take up to two years.

As the country is proving hard to recuperate from the pandemic, and businesses are discovering ways to stay profitable amidst uncertainty, many organizations have begun to move from offering full-time traditional jobs to multiple gigs.  The market for temporary assignments and freelancers is growing, and businesses also prefer a project-based workforce to save along the associated benefits and costs.

The rapid digital transformation wave and the growing culture of working remotely have given the self-employed a greater impetus (See: How is the digital transformation shaping the new future? and Tech majors extend work-from-home to keep pandemic at bay)

Apps like Google Task Mate can be an asset in a fast-paced remote-work ecosystem. At present, the app features short-assignments from Google or one of its businesses and offers minimal revenue potential. However, this testing seems to be a plan for a bigger strategy in the future. (See: Online project management tools: Top office suite analysis)

Online independent contractors marketplaces such as Fiverr, Freelancer, and Upwork make great strides due to their global reach and excellent business strategy. With Google’s reach in mind, Task Mate has enormous potential to disrupt the marketplace and facilitate connections between freelancers and organizations for any gig-related requirements. It can provide a new source of income alternative to Google as well. It is unclear when the application will be rolled out in other markets.

 

How will AI impact enterprise ecosystems in 2021?

How will AI impact enterprise ecosystems in 2021?

In early 2020, no one would have expected an unprecedented pandemic this year that would cause significant disruptions to the industry.  The crisis has ushered in a series of radical and sudden changes that have exerted tremendous pressure on companies around the world. This led to many leading-edge technologies and solutions being adopted overnight. In the wake of digital transformation, artificial intelligence (AI) is viewed as a major technological impact that can play an important role in changing the future of work.

Artificial Intelligence enables organizations to make informed, data-driven decisions and forecast the potential outcome of those decisions.

In India, interest in AI has been prioritized by the government and key institutions. The Ministry of Electronics and Information Technologies (MEITY) is actively working on a proposal to implement a national mission for artificial intelligence to increase the use of AI in India. The project is valued at Rs. 2000 crores.

Turbocharge transformation

The experience during the lockdown seemed difficult, but advanced existing digital transformation projects. IT had to rise rapidly to meet the changing business requirements; evolving customer expectations enable everyone to cope up with the crisis. (See: Tech majors extend work-from-home to keep pandemic at bay)

Enterprises that have been slow to embrace digital technologies are realizing the need to fast-track digital transformation initiatives as a result of the increasing uncertainty and closures caused by the pandemic. (See: AI is a must now to speed up digital transformation)

While many organizations have been analyzing AI capabilities and validating concepts for some years, it quickly became a hot topic in boardrooms because of the rise of the remote work environment and the growing amount of ambiguous data.

In 2021, organizations will rely heavily on AI for better resilience, rapid management of IT operations, decision making, maximization of resources, and improvements in supply chain efficiency. Better World expects at least 70 percent of enterprises across all sectors to adopt some form of AI-based technologies and initiate aggressive AI-based production deployments in the next twelve months to establish a competitive edge.

AI will be fundamental to the development of the client experience. In a fast-growing virtual environment, technology leaders would require intelligent models to manage and use the huge amount of data wisely. AI led solutions have the potential to derive concrete insights and help enterprises break down the data intelligently with a tremendous speed (See: AI-driven analytics is CIOs’ mantra in the new normal).

Evolving operating models

The year 2021 will be marked by important business model changes that can help deliver a continuous and exceptional customer experience in a secure and transparent manner.

Businesses in the retail and banking sectors will rapidly launch AI-based conversational chatbots, virtual assistants, fraud detection and face recognition tools to generate a personalized customer experience, strengthen security, compliance and improve their customers’ life-cycle value (See: How artificial intelligence is transforming Indian retail sector and AI in banking now geared for a takeoff)

Similarly, for the health sector, AI is expected to act as a smart intermediary between patients and doctors. The AI-based cloud analytics and fitness monitors will be dynamically deployed to maintain a regular review of a patient’s history and biometric information. This can help experienced physicians monitor their patients remotely even in the most remote regions. For example, a startup called Feebris has been using an AI-powered remote monitoring tool to enable community healthcare workers in India to diagnose respiratory conditions for 10,000 children.

Companies engaged in the manufacturing sector will invest in automated processes and AI algorithms to monitor and inspect production quality and quality assurance activities. German multinational Bosh, for instance, has been extensively testing deep learning techniques to identify production defects through images of the manufactured products in its industrial units in India.

Many global enterprises are expected to use AI to disrupt their work ecosystems. Back office employees will be replaced with a robotic process automation technology based on artificial intelligence to perform repetitive and time-consuming tasks such as document retrieval, invoice processing, operational audits, and application management. For workers in physical offices, AI will be harnessed to develop biometric and facial recognition tools to enable a safe and pandemic-free environment.

Another area where the AI data models will be widely used is cybersecurity.  According to a recent report by Wipro, titled state of cybersecurity (SOCR), there has been a massive increase in R&D on AI in the field of cybersecurity, with approximately 49% of the world’s cybersecurity patents filed over the past four years focused on AI and machine learning. It is interesting to note that cybersecurity threats are coming forth on such a massive scale that 87% of the organizations surveyed were eager to implement a zero-trust architecture,  an integrated AI and ML-driven security approach for users, applications, data, and networks, in the post-Covid era.

Better support and research for successful AI models

AI’s success also suffers from numerous determinants. Inefficient data, poor data quality, lack of trust, and inadequate support tools make it difficult for many organizations to step up efforts.

Over the next 12 to 18 months, there will be further inroads into AI-enabled smart tools to make them more responsive to varying business needs. Businesses are also expected to invest in these technologies and develop research and development wings to better analyze metrics and improve data response time.

The focus of the enterprises will also be on updating the AI toolkits to look at the behaviors of their users and employees to develop a strong retention strategy.

Twitter hires Zatko to strengthen cybersecurity resilience

Twitter hires Zatko to strengthen cybersecurity resilience

Social media behemoth Twitter hires Peiter Zatko! That’s the big news making waves this week in the cybersecurity circles. Zatko, who is better known as ‘Mudge,’ has been roped in as the security chief by Twitter to further beef-up its cybersecurity architecture. Zatko, aka ‘Mudge‘ is considered one of the world’s top hackers and has held top research positions at Google, Defense Advanced Research and Projects Agency, and Stripe.

Peiter Zatco

Peiter Zatco

In his new role, Zatko will evaluate and make necessary policy changes around Twitter’s cybersecurity, physical security, and platform integrity. Zatko will directly report to Jack Dorsey, the CEO of Twitter. A couple of months back, Twitter also appointed Rinki Sethi, an ex-IBM executive, as its new Chief Information Security Officer (CISO). This position had been vacant since December 2019.  (See: Twitter hires Rinki Sethi as CISO to keep hackers at bay)

Twitter’s new appointments are part of its targeted efforts to enhance its cybersecurity infrastructure and prevent unauthorized access to its systems. The company has been facing severe criticism in the recent past because of its vulnerable IT systems

In July this year, Twitter witnessed a massive cybersecurity breach in its systems that resulted in many high-profile accounts getting hacked and created a massive furor in the digital world.

The infamous hacking incident, also known as the bitcoin hack, involved the widespread hack of several high-profile verified Twitter accounts, including ex-US President Barack Obama, Microsoft co-founder Bill Gates and Amazon CEO Jeff Bezos. The cybercriminals gained unauthorized access to the administrative controls of Twitter and hacked the accounts of famous personalities with millions of followers, and offered forged bitcoin deals.

The COVID-19 pandemic outbreak has forced businesses to enable full remote work environment and has opened the floodgates of security breaches. Threat actors and cyber-criminals are increasingly looking at opportunities to take advantage of cybersecurity loopholes in an organization to gain access and use it for personal gains (See: Top enterprise cybersecurity trends of 2020).

To mitigate the cybersecurity threats, security chiefs across organizations are expected to take a massive overhaul route to enable the best identity and access software and policies that could timely prohibit any unauthorized access.

Will Joe Biden’s victory accelerate India’s IT sector’s growth?

Will Joe Biden’s victory accelerate India’s IT sector’s growth?

The selection of Joe Biden as the United States’ next President is likely to be a new starting point for India’s information technology industry. Under Biden’s leadership, industry onlookers hope that restrictions around H1-B visa will be relaxed soon, enabling many Indian technology professionals to work in the US.

While the policy matters may not change immediately, Biden’s presidential campaign statements reflect his strong will toward a more focused approach in strengthening US-India bilateral economic relationship. Looking back at 2017,  the outgoing Donald Trump’s government squeezed the US immigration policy, making it challenging for Indian tech companies to send their staff to their US offices for training and work.

According to NASSCOM, the industry association for the IT and IT-enabled products and services sector in India, since 2005, the bilateral trade between India-US increased by over 400%, with a total increase in value US $37 billion from 2005 to US $149 billion in 2019. NASSCOM states that the technology sectors of both countries have played a critical role in driving this bilateral trade.

Major enterprises in India and the US focusing on digital transformation and immersive technologies as part of their growth strategy. In view of this, the IT Services are sitting on a hotbed of opportunities to help businesses harness digital channels and modernize their IT infrastructure to innovate faster and reimagine the business landscape. (See: Salary hikes at IT firms on cards as COVID disruption eases)

In Joe Biden’s regime, the favorable trade ecosystem could also encourage American technology companies such as Microsoft, Amazon, Google, HP, IBM, Facebook, and Uber to make further investments in India and develop their outsourcing centers to leverage the Indian talent. (See: Tech Cos take M&A route for digital transformation supremacy)

India as an emerging IT power

India’s IT industry is currently experiencing tremendous growth due to the rapid demand for cloud-based remote-working and transformative solutions. There is an enormous rush to upgrade digital infrastructure, leveraging technologies such as big data, artificial intelligence, and automation. And numerous Indian IT companies such as TCS, Infosys, HCL, and Wipro are broadening their horizons across the US to accelerate their growth. (See: Growth of Indian IT sector set for revival in 2021 )

Over the last few years, the Indian technology industry has made a more profound presence in the US economy, driving local investments, job creation, community services, and upskilling their US employees. For instance, TCS has been ranked among the top two US recruiters of IT services talent. The company has hired over 21,500 employees in the last five years, taking its total US workforce strength to about 40,000 employees.

The Mumbai-based company has also mentored more than 25,000 students across the US and Canada, enabling them to learn new-age technology skills.

Similarly, India’s second-largest IT company, Infosys, is also betting big on its US expansion plans. During the last three years, Infosys has unveiled six technology and innovation centers in the US across Indiana, North Carolina, Connecticut, Rhode Island, Texas, and Arizona. The Bangalore based IT firm has plans to hire 12,000 American workers by 2022 to support the growing client base, who are modernizing their IT infrastructure in the wake of increasing remote-work trend.

Wipro, too, is not far behind when it comes to expanding to the US. The company is setting up new offices of its strategic design arm, Designit, outside of conventional presence in Silicon Valley and New York City. Through its design arm, the company works with leading enterprises such as BMW, Cisco, FedEx, and GM to design innovative business offerings and processes.

Another tech major, HCL is also beefing up its capabilities in the US to build information security and cyberthreat intelligence solutions.

Additionally, there are many American technology companies such as Microsoft, Amazon, Google, HP, IBM, Facebook, and Uber that continue to make substantial investments in India and develop their outsourcing centers to leverage the Indian talent

Opportunity to address the talent gap in the US

According to Nasscom, one of the significant challenges being confronted by the US economy is the lack of STEM (science, technology, engineering, and mathematics) professionals in the country. The US has millions of STEM sector jobs that remain vacant as it doesn’t have enough workforce to fill those positions.

NASSCOM says that it looks forward to working together with the new US Administration, finding solutions to the STEM skills gap, and enabling America to be more competitive, grow, and create more jobs.

The US government is increasingly facing demand and skills gaps in several IT sector branches, and under Biden’s leadership, the US is anticipated to call for concrete steps to bridge those gaps. And given India’s strong talent pool in this area, this will certainly offer more opportunities for the country.

Nevertheless, a lot will be dependent upon the transition process to the newly elected government, local sentiments of people, and the dollar to rupee currency stability in value.

 

 

It’s time to invest in a Chief Transformation Officer!

It’s time to invest in a Chief Transformation Officer!

In the current VUCA (Volatile, uncertain, complex and ambiguous) times, most organizations are under constant pressure to innovate and transform themselves to compete well and offer exceptional client service. This has intensified the importance of employing a specialist executive, Chief Transformation Officer, who can supervise the change in real-time and enable organizations to deal with the shift and changing dynamics.

Any transformation program entails risk around existing processes, technology and culture. A well-supported transformation leader at the executive table can play a pivotal role in reducing the risks and successfully executing a digital transformation initiative.  (See: How is digital transformation shaping the new future?)

While such roles have been in existence for some time, their demand has grown recently. This may be primarily due to the massive expansion of digital transformation programs by various organizations at all levels.

Chief Transformation Officer

According to a recent report by EY , the CEO and Chief Strategy Officer are traditionally charged with formulating strategy. But executives now indicate that a broader group is joining them, including the Chief Growth Officer, Chief Transformation Officer, and Chief Sustainability Officer. The report notes that this may sign the pace of change and the importance of non-financial measures, such as environmental and regulatory factors in a company’s market value.

Why do firms need transformative leaders?

When the coronavirus pandemic confronted enterprises, not many were well-equipped to manage the crisis. The pandemic’s outbreak pushed enterprises of all scales to control cost, find a workaround for business continuity, integrate various digital technologies in their business ecosystem, and remain innovative.

At the beginning of the pandemic, several organizations had a hard time managing the turbulent business environment and sought expert advice to drive change. After all, creating healthy balance sheets and maintaining relevance in an ecosystem of significant change requires a targeted approach that can only be carried out by a specialist. The disruptions caused by the pandemic were no different from a global war-like situation. And events like these have far-reaching economic repercussions than we think. (See: Online project management tools: Top office suite analysis)

Tech leaders were trying to catch up with the growing uncertainty and interrupted cash flows. In addition to allowing a thriving remote work environment and protecting their workforce from the pandemic’s impacts, there was also a blur around political and economic agendas, testing the mettle of businesses, and technology leaders. Most small- and medium-sized businesses were concerned about shutting down soon.

In this context, the importance of Transformation Leader or Chief Transformation Officer has been widely relayed through numerous leading companies’ executive committees. Businesses have increasingly realized that someone must take responsibility for leading change because transformation requires strength, attention, collaboration, and clear accountability.

The Transformation Leader’s role is to lead the transformation program and enable all employees, external stakeholders, or customers to drive change. This is about guiding the organization through the disruption and getting buy-in from all stakeholders.

A paradigm shift

A few years ago, not many organizations had this role, and it was also short-lived. The main reason was that the transformations were relatively infrequent and that companies were afraid of investing money in a temporary role. However, today, in growing complicated circumstances, businesses realize the importance of developing a consistent goal-oriented transformative strategy that can bring both short- and long-term value to their stakeholders while keeping operational costs under check.

The Chief Transformation Officer is responsible for analyzing the customers changing behavioral patterns and continually look at the market dynamics to help organizations stay competitive. They work in partnership with the company’s technology, human resources, and financial leadership, improving processes and metrics.

As transformation programs move forward, the Chief Transformation Officer will focus on the evidence-based perspective and a managing behavior resistant to change. They play a crucial role in enabling employees to embrace new changes through training and necessary information sharing.

Given that in 2021, technologies such as robotic process automation and the internet of things (IoT) will take center stage to drive productivity, new age models, and standardization, investing in the role of Chief Transformation Officer will help enterprises accelerate their business strategy. (See: RPA-led tools helping enterprises sail safely through a storm)

 

1 Comment

  1. Hi nice website

    Hi nice website.

    Reply

Submit a Comment

Your email address will not be published. Required fields are marked *

Join to get the latest updates from Better World.

You have Successfully Subscribed!