Digital Transformation Guide Reshaping Your Business to Meet the Digital Age

Digital Transformation Guide: Reshaping Your Business to Meet the Digital Age

Digital transformation is perhaps the fuzziest term in the business world. Trying to capture too many moving parts, it becomes white noise. Then, struggling to explain it, we say it’s an umbrella term. But what does digital transformation mean? Is it about keeping up with new gadgets and software? Or does it imply that consumers want to interact with brands using completely different means? Or maybe it conveys the idea of reshaping your company to meet what the exciting new world of tech has to offer...

Clearly, one short answer is not enough to elaborate on a sea change in the business setting no organization or industry can ignore  — if it wants to avoid the fate of dinos.

What is digital transformation?

Digital transformation (DT or DX for short) is the process of embedding innovative technologies into all aspects of business, from daily operations to strategic decision making. It involves not only a move from analog to digital instruments but also a culture shift and rethinking of ways a company should work. As with any complex concept, there is a lot of misunderstanding around DT. So, before going any further, we need to explain two tricky things about digital transformation.

Customers drive change

When we talk about digital transformation, we know that it’s not a commodity. It’s the processes that are triggered on the C-level. They imply tectonic shifts in the ways organizations build and utilize software, the ways organizations tweak internal operations, and eventually the ways people in these organizations think. But does it necessarily come from inside the business?

Try to recall when you used cash the last time. Or here’s another experiment. When did you send an important business message using a handwritten note and a stamp? Many things went digital. We get used to digital ways of interacting with the outside world. Inside organizations, this change of mindset is ultimately driven by the changes with our end customers and we must respond.

Digitalization doesn’t mean transformation

Think of the shift from office documents stored on employees’ computers to those that are cloud-based like Google Docs. We could use Google Docs as an alternative for storing individual documents. To exchange these documents with colleagues, we could export them or write emails and attach exported documents.  We don’t do that because the cloud allows faster in-team exchange and collaborative editing without exporting.

The idea is digital transformation doesn’t narrow down to the simple substitution of old tools with the new, digitalized ones. Instead, it implies holistic change regarding both technology and the ways people think about leveraging the technology. So, digitalization doesn’t necessarily mean transformation.

What are the four main areas of digital transformation?

What is the agenda of digital transformation? We at AltexSoft consider the holistic transformation approach that consolidates the change in four main business aspects.

  1. Core operations: transforming them from physical to digital by either reshaping how the value is delivered or what is delivered
  2. Experience: reconsidering the customer/partner and employee experience as a solid experience-feedback mechanism
  3. IT infrastructure: adoption of available cloud-based tools to operate software, build and seamlessly integrate new applications, store/retrieve data, and compute
  4. Information management and analytics: building a data-driven organization where decision-making relies heavily on insights obtained from gathered data

An additional layer of this shift is in creating accessible interfaces to efficiently operate new digital tools on all levels, both customer-facing and internal ones. Let’s have a deeper look at these areas and explore how they interact.

Core operations: Choosing between two digital transformation roadmaps

There is no single playbook for meeting the digital age for all businesses. Some services that were entirely physical couldn’t survive the forces of disruptive digitalization. For example, the entire video industry in the US went obsolete when Netflix and Hulu burst on the scene.

On the other hand, many brick-and-mortar organizations experience the digital impact in a more subtle way. Amazon hasn’t killed the physical retail market yet but rather pushed it to embrace new digital instruments. The varying degree of product and service digitalization across industries influences the path of transformation.

If an industry is driven by sustaining innovation, the transformation should focus on how the value is delivered. In the environment of disruptive innovation, the value itself should be reshaped. In other words, an organization should consider what should be eventually delivered and redefine the value proposition.

Digital transformation roadmap 1: changing how you deliver

This path entails the change in an operating model to augment the existing workflow without redefining the bottom line proposition. It usually marries up with industries where the product is mostly physical, customers don’t expect a drastic change in terms of the value proposition, and revenue is generated beyond digital means.

Delivery transformation milestones:

  1. Introduce new digital channels. While keeping the old revenue streams, use new digital channels to reach the digital audience, engage the existing customers in a new way, or optimize existing operations.
  2. Learn from the acquired information. As you embark on new digital channels, the entirely new flow of information about digital customers or processes can be captured and analyzed. For instance, companies that have used the gamification platform mentioned above could assess their discount campaigns and better match their reward propositions to different segments of their audience.
  3. Fully integrate new digital means into the operating model. Once the feedback is captured and processed, the delivery is optimized to embrace all customer/employee/partner-facing units.

Case study: Gamification and engagement marketing startup

In cooperation with a partner, AltexSoft developed a gamification and engagement marketing platform that helped clients to take this first step on the path of transforming the delivery value. The platform allows retail, healthcare, and casino businesses to gamify their discount campaigns. As customers purchase physical products and services, they can participate in digital discount campaigns and become more engaged with the brands. Companies, from their side, could assess their campaigns and better match reward propositions to different segments of the audience. Read the full case study.

Digital transformation roadmap 2: changing what you deliver

This path of transformation is preferred when the physical revenue streams no longer match the digital expectations of customers or partners. Thus, the transformation starts with addressing digitalized customers and evolves to redefining the core value proposition as most of the customers demand digital products. This leads to replacing the physical proposition with a digital one.

Proposition transformation milestones:

  1. Enhance existing value proposition with digital experience. This will help both in enhancing the existing-customer experience and building a new digital community.
  2. Introduce a new revenue stream. Add a new revenue stream that is solely based on the digital community and doesn’t intersect with the physical one. Basically, this is about stretching the brand.
  3. Transform the proposition. Depending on the industry, transformation implies either a full replacement of physical value with digital or building an integrated physical+digital value.

Case study: Pawnshop cloud-based management environment

Bravo Pawn Systems LLC. is a leading SaaS provider in the sphere of integrated point-of-sale and inventory management solutions. Together with AltexSoft, the company developed a fully cloud-based management environment for pawnshops. By switching to an entire digital value proposition, pawnshops also address several operational problems. Instead of arbitrarily estimating products on-site, pawnshops can assess products remotely online by receiving pictures from customers.

Smart assessment tools help to avoid inaccurate estimations. Also, the software meets eCommerce capabilities–products can be sold on eBay, Amazon, or other eCommerce platforms in a semi-automatic manner due to the integration of multiple APIs. Bravo helped pawnshop owners reshape the value proposition by moving to solely digital operations.

Choosing the path shouldn’t be based only on the degree of digital disruption. While mobility and digital expectations of customers are critical, organizations should consider the strategic decisions on other players and availability of shifting legacy and physical processes to digital ones.

Customer and employee experience: Setting up an effective feedback mechanism

There’s a blind spot in most conversations that addresses the experience layer of interaction with customers. Every time we bring up the experience question, we tend to talk about it in terms of user experience or customer experience. We emphasize how a customer or a partner interacts with the brand and how the brand dictates the rules of this interaction. However, the mobility and digitalization trends reshaped this approach leaving organizations with little to no tools for controlling the customer experience.

We can’t dictate that a client or partner should use only the phone channel to contact the organization. The new way to build a firm community around brands is to embrace the dual-track interaction in which brands receive feedback from customers and reshape the experiences they deliver accordingly.

Back in 2010, Esteban Kolsky, an enterprise advisor and the founder of ThinkJar, introduced the concept of Experience Continuum, which is built around a social business model.

end-to-end experience process
It suggests that every level of organization–from accounting through marketing to shipping–should be involved in the end-to-end, continuous experience-feedback mechanism. As an organization delivers experience and receives feedback, it learns from it and ships an updated experience to match customer expectations.

Unlike the traditional lifecycle approach, it challenges the organization to move from a single-process experience (e.g., marketing and sales adapt separately) to end-to-end processes (e.g. marketing and sales operate within one stream of feedback and decisions). Thus, feedback is collected across all business units and processes adapt in an integrated way.

However, the shift from a single-process experience to an end-to-end mechanism can’t be achieved rapidly. We suggest the evolutionary approach to reshaping the experience. Look at some of its key constituents.

from customer through employee to partner

Support cross-channel coherence

MIT Sloan Management Review disclosed a story of one retail brand that made customers angry because the representatives in a store didn’t have access to their online order history. To enable multichannel services, an organization must ensure coherence among all channels, which requires cross-channel accessibility to operational levers.

Individualize customer experience

As we face a rapid growth of available touch-points and gather greater amounts of customer data, companies can convert all customer-related data to actionable insights and provide an individualized experience to better segment customers and match their expectations. We’ll talk about customer analytics in more detail in the Information Management and Analytics section.

Digitalize operations and communications internally

All customer-facing efforts will be in vain if operations aren’t digitalized internally, e.g., capturing the tweet of an unsatisfied customer by the marketing team is useless unless the complaint is rapidly directed digitally to the customer service team. The current state of CRM allows for this type of rapid response.

Another aspect of internal digitalization is employee mobility and embracing the bring-your-own-device (BYOD) demand. Enterprise mobility is truly rewarding when employees who must work on-site (restaurants, construction, manufacturing) can access information, and directly operate software via mobile devices.

Optimize and automate

Automation has become a fact of life in recent years. However, refocusing employee experience from repetitive tasks to strategic and ingenious operations is still a high barrier. It can be tackled by establishing internal experience-feedback loops and gathering data.

Converge sales, marketing, and customer service

In traditional businesses, sales, marketing, and customer service departments operate in parallel universes as customers progress through the funnel. The converged approach means uniting silos to achieve a 360-degree view of the customer. Thus, each department can leverage the insights of the other two and respond proactively to meet expectations.

Streamline the partner experience

Many businesses have recognized the need to integrate partner or vendor experience into the operational framework. Vendor and management systems, for instance, digitized mutual contacts between partners to streamline operations and reduce costs associated with establishing different communication channels with each partner.

Case study: A business travel management environment

The partner is a leading US-based travel technology provider serving over 450 clients, including corporate travel departments, airlines, and global distribution systems. In cooperation with this company, AltexSoft developed a business travel environment that contributes to the end-to-end customer/employee experience. The idea behind the solution is to address business travel losses associated with such disruptions as flight delays and overbooking.

The product consists of two components–an agent-facing dashboard and a traveler-facing mobile application. The application alerts travelers if a disruption occurs and allows the traveler to directly contact a travel agent in charge; while travel agents can proactively capture any disruption event and rebook a ticket to let the traveler reach a business destination in time. Both internal and client-facing digitalization allowed travel agencies to minimize the disruption risks.

IT infrastructure: Migrating to the public cloud and adopting a three-tier service model

Traditional IT infrastructures and private clouds can no longer sustain the exponential growth of endpoints and the subsequent growth of applications and interfaces to communicate with these endpoints. We’ve passed the stage of mass enterprise mobility adoption, and now the Internet of Things is rapidly emerging. Companies can track and more efficiently operate corporate assets, vehicles, and other machinery, gather data and analyze it from every endpoint chip. Such infrastructural complexity makes:

  1. computing workloads unpredictable,
  2. cross-application connection difficult from the engineering standpoint, and
  3. interfaces numerous and intricate.

The three-tier cloud model addresses these concerns by shifting computing, server maintenance, and integration of applications from the internal corporate IT to a third-party cloud.

This shift is also supported by several studies. According to the Flexera 2022 State of the Cloud Report, enterprises have already moved 49 percent of their workloads and 46 percent of data to a public cloud.  Small-to-medium sized businesses (SMBs) show even more extensive usage of a public cloud, having relocated there 57 percent of workloads and 56 percent of data.

Enterprise data and workloads in public cloud

The statistics clearly suggests the gradual migration from on-premise environments and private cloud to the public cloud, which allocates scalable computing power, provides a unified development environment, and supports cross-device access for all users The main infrastructural driver of digital transformation, the public cloud offers three basic tiers of services: infrastructure-as-a-service (IaaS), platform-as-a-service (PaaS), and software-as-a-service (SaaS).

three-tier cloud

Compute via the cloud infrastructure layer

IaaS is the lowest tier of cloud computing. A third-party provider supports all infrastructure components, including server hardware, and covers all tasks associated with maintenance and backup. What are the main business problems that this layer addresses?

  • On-demand scalability to cope with changing workloads
  • Maintenance and support provided by a third party
  • Backup and protection measures

Cloud infrastructure allocates room for dynamically changing computing events, which is critical in the digital era to meet responsivity and user interaction speed.

Integrate via the cloud platform layer

PaaS level supports a complete life cycle of developing and shipping applications within a single platform. The end user of the PaaS layer is a software engineer who can build and integrate applications using the same environment. It solves the following tasks:

  • a single development environment for all applications
  • streamlined data flow among applications, and
  • profound integration capabilities to meet multi-tenant scenarios (authentication, user interfaces, email services)

The keyword for the platform layer is obviously integration. As the number of touchpoints–both customer- and employee-facing–grows, low-cost integration allows for delivering custom applications tailored to current needs and customer expectations.

Unify via the cloud software level

SaaS is the top and most visible layer of the cloud structure. It provides visual access to applications functioning in the platform layer and unifies experience across these applications. Additionally, the SaaS level can support access to legacy systems beyond the platform layer. We’ve discussed legacy software in one of our white papers before.  What are the main tasks of the software level?

  • A central access point to all applications
  • Approachable analytics and reports visualization
  • Operational accessibility across all endpoint devices (laptops, smartphones, desktops, wearables, etc.)

The core goal of the software level is to unify all operational components in a digestible way for as many devices as possible.

Most businesses have embraced the cloud in one form or another. But using a handful of SaaS applications to bridge missing operational gaps isn’t full-blown cloud adoption. The most comprehensive digital transformation potential lies in this three-tier model, which enables scalable computing power, a standalone engineering environment, and visual accessibility across devices.

Another most revealing shift in the cloud transformation has happened relatively unnoticed. Today, increasingly more CIOs consider cloud migration as a primary measure in security risk mitigation.

“CIOs will implement measures to minimize security risks posed by desktop and laptop computers, by lessening users' dependence on them as storage device.”

Glenn Weinstein, co-founder, CIO, and senior vice president of global services at Appirio

This trend challenges the main point of hesitation between cloud and on-premise alternatives. Cloud security has overcome this psychological barrier and finally has been acknowledged as the approach more secure than on-premise data storage in addition to its high efficiency, streamlined updates, and scalability.

Information management and analytics: moving from descriptions to predictions and prescriptions

Every time we talk about analytics, the main point of consideration is how to shift from assumptions, based on experience and intuition, to data-driven decision-making. The eventual goals of analytics are to optimize the existing processes to reduce cost, personalize customer experience–we talked about that earlier–and automate operations using gathered data and best practices.

But achieving these goals through analytics is inseparable from new ways of information and data management. They not only require proper software tools but also ground changes in the ways the organization operates. Let’s talk about these aspects in more detail.

Analytics maturity levels

The most recognized approach to understanding the levels of analytics development is the maturity model. It describes how analytics evolve as a company moves from assumption-based decision-making to a data-driven organization.

Descriptive analytics. It’s the basic analytics level that answers the question What happened? A person can get the answer by looking at dashboards and reports. In most cases, analytics initiative stops here and decisions are still based on assumptions that derive from partly unanalyzed data.

Diagnostic analytics. The question is Why did it happen? With a constant stream of data, descriptive analytics isn’t enough to capture the pattern in acquired records, divide data items into segments by similarities or conduct sentiment analysis. To realize the potential of diagnostic analytics, the organization must acquire software and talent capable of yielding these insights. Today, diagnostic tasks can be addressed with data mining and machine learning techniques.

Predictive analytics. The question is What will happen? Once we’ve captured the patterns in data and gotten insights, we can forecast what will happen based on historical data. Will this customer leave? What is the price going to be for this product? How long will it take for a vehicle to operate with the current workload until it needs maintenance? Predictive analytics is usually realized by means of machine learning. We discussed business applications of machine learning in our previous white paper.

Prescriptive analytics. The question is What should we do? Based on best practices of resolving issues, prescriptive analytics automates decision-making, when a number of specific conditions is confirmed. For example, international banks gather various data about credit card transactions and–with a high degree of confidence–can understand whether some transactions are fraudulent. Because of that, a decision to block a suspicious card is made in a fully automatic way, once identified specific circumstances trigger an algorithm.

The path from descriptive analytics to prescriptive analytics can only be completed if an organization makes a set of operational changes.

Building a data-driven organization

Analytics thrive within a fertile environment. But there are many internal and external barriers to it, from people used to making decisions based on their experience to the mere lack of analytics talent. At AltexSoft, we’ve come up with a strategic approach to building data-driven organizations. Let’s drill down to those circumstances.

  1. Democratize access to data. It’s likely that your organization is already collecting a lot of useful data. But the usual scenario is that different departments are hoarding their data and impeding a holistic understanding of processes for other business units. Combating this behavior on the C-level will allow for an analytics jumpstart.
  1. Collect as much data as possible. Embarking on predictive and prescriptive analytics initiatives with the use of the latest technological advancements entails collecting as much data as possible. Besides common figures, try to capture the decisions that surrounded the use of the data and how confident those decisions were. You will be able to employ this information to build more comprehensive algorithms based on machine learning.
  1. Evangelize change. In theory, establishing data-driven decision-making looks good. But in practice, it may be difficult to convince people to think differently. Consider machine learning. The most complicated algorithms act as black boxes and we can’t always be sure why they draw one prediction or another. People, on the other hand, can justify their decisions by experience. In fact, it’s the experience that makes them professionals. Not only should the initiative be introduced by the C-level but it should also be advocated that way.
  1. Hire the right talent. Analytics talent is scarce and expensive in terms of compensation and retention.  However, an even bigger problem is to find a “business translator,” a person who has both a technical and data science background, who can act in the management role, and has deep domain expertise. This person should bridge technical aspects of analytics with concrete business interests and sometimes act as a visionary to foster the use of the latest data science techniques.
  1. Anonymize data if needed. In some industries, like insurance or banking, there’s no way to fully democratize access to data and hand sensitive customer information to an analyst, consultant, or data scientist. In this case, we usually recommend data be anonymized beforehand by simply substituting revealing records with numbers.

Digital transformation examples

Digital transformation has penetrated every sphere of human activity. And though the level of DT adoption and maturity varies from industry to industry, almost any business can tap into new opportunities and benefit from them. There are three universal pillars to ensure the efficiency of DT.

  • Use analytics to better understand customers and multiple channels to reach them.
  • Connect to real-time data sources to make informed decisions.
  • Automate as many routine operations as possible.

Let’s look at how these principles are realized in different industries and how much digital transformation has advanced so far.

P&C insurance digital transformation

Property and casualty (P&C) insurance covers things you own, like a house or car, and also protects you if you’re held liable for an accident resulting in damages to another person’s health or belongings. Representing about one-third of the entire insurance industry globally, it can’t stay away from digital transformation, which becomes key to the sector’s success.

According to a recent study conducted in the US, Belgium, and South Africa, 77 percent of P&C companies are either introducing DT activities to distribution or already benefitting from them. This involves using various web and mobile channels to provide advisory services and sell contracts directly to customers. Also, digitization boosts internal operations via such technologies as automated claims processing and AI in insurance

A vital innovation in P&C is usage-based insurance (UBI) for vehicles. Also known as pay as you drive (PAYD),  it employs telematics devices to automatically gather data from cars. This information allows insurers to assess a driver’s behavior and reward safe driving, creating a more personalized approach to each client.

Digital transformation in healthcare

DT in healthcare was accelerated by the COVID-19 pandemic: The crisis made more people go digital than all corporate efforts put together. A report by the US Department of Health and Human Services showed the 63-fold growth in telehealth visits, from nearly 840,000 in 2019 to 52.7 million in 2020. In behavioral healthcare, virtual appointments comprised a third of total consultations with specialists.

The pandemic also boosted the adoption of the Internet of Medical Things (IoMT) and particularly remote patient monitoring (RPM) devices, enabling patients to be treated at home, out of the high-cost overcrowded hospital settings.

The need for RPM didn’t disappear as the coronavirus went into decline. But its main focus shifted to chronic conditions that account for 75 cents of every $1 spent in healthcare. Connected RPM wearables (electronic thermometers, oximeters, personal WCGs, blood pressure monitors, etc.) not only transmit vital signs from patient to physician in real time. They also facilitate continuous data collection to catch trends in a patient’s condition, measure the effectiveness of treatment, and track disease progression. The wider adoption of such technologies promises cut costs while enhancing the individual experience and the quality of care.

Digital transformation in manufacturing

DT in manufacturing, popularly known as Industry 4.0, is put into practice via the Industrial Internet of Things (IloT) and AI, powering smart factories. A smart factory relies on robots to perform repetitive tasks, connected sensors to continuously gather information from machinery, a centralized IoT platform to monitor operations, digital twin technologies, and Big Data analytics to generate insights into equipment performance and run predictive maintenance to avoid costly downtime.

Data-backed and highly automated manufacturing has the potential to reduce engineering costs by 30 percent, cut time to market by 25-50 percent, and increase energy savings by 70 percent, not to mention other benefits. That’s why more and more productions embrace new technologies and transform their processes accordingly.

The Smart Factory Insights Report 2021 mentions 80 connected plants functioning around the world. Among them is the popular apparel brand Hugo Boss running a smart project in the Turkish city of Izmir. The site uses over 1,600 tablets to capture data in real time, It also employs augmented reality, digital twins, robotics, and AI to help 3,500 workers produce suits, jackets, and so on.

Another example is the car industry: All well-known autobrands have already automated repetitive operations which require high speed, high accuracy, or heavy lifting. But Tesla has gone further than that. Instead of performing programmed tasks, their robots leverage AI to continuously learn how to make things better and faster.

Digital transformation in banking (250, medium)

The What’s Going on in Banking 2022 study by Cornerstone advisors reveals that three out of four banks and credit unions have already launched the DT initiative. Another 15 percent are planning to do so in the near future. In the financial sphere, digital transformation entails

  • servicing clients online or/and via mobile apps and
  • automating of backend processes.

Online and mobile banking has already become commonplace: For instance, Bank of America provides solely digital services to 42 million individual clients, with 34 million of them accessing their accounts via mobile. Currently, a fundamental technology to engage even more customers and gain a competitive edge in the financial sector is conversational AI. Intelligent banking assistants or AI chatbots can serve clients 24/7, address a range of standard needs and generate personalized insights based on individual habits. Real-life examples of such bots are Bank of America’s Erica,  Eno from Capital One, and NOMI from Royal Bank of Canada.

As for backend operations, many banks have to re-design their legacy systems. And the first step on this path is implementing process mining, a set of analytical techniques to monitor workflows, discover issues, and find opportunities for automation and improvement.

Digital Transformation Strategy

At AltexSoft, we recommend following these steps to set the digital transformation strategy.

Assessing the industry

The first step is to consider how digitalization is driven within the given industry. Start with assessing the strategic moves by industry competitors. Consider what the customers’ and partners’ expectations are. Is the industry impacted by sustaining innovation or is it disrupted? Define mobile and networking adoption levels among customers as well as partners.

Defining the path of transformation

Based on insights, consider the strategic path of digital transformation. Should the operational model be reshaped to support the delivery of a physical product or a service? Or should the product or service be reshaped to meet the digital expectations of customers and partners?

Prioritizing the agenda

Based on the chosen path, which aspect of transformation should be approached first? Assess internal operations and prioritize what should be reconsidered first. Is it the evolution of the customer/employee/partner experience? How holistic the existing cloud shift is? On which level of analytics maturity the organization is? Break down your agenda to concrete tactical moves. What kind of acquisitions do you have to make? Consider the resources and timeline required to pursue the strategy.

Reconciling domain expertise with technology enablers

Connect domain knowledge and technical expertise to consider available solutions and foresee how these technologies can be employed in the industry in a new way. For example, Fujitsu offered an IoT Cloud solution that tracks cow activities and analyzes gathered data to increase the conception rate in cattle. This visionary activity challenge is to acquire new talent, engage a consultant, or transition internal talent to management.

Studying the supplier

Study the cloud supplier and other possible suppliers. How much does the digital and application development environment of a given supplier match the chosen technology enablers? How much investment is needed to fill the technological missing gaps that this supplier has?

Building a hybrid ecosystem

The transition from the old IT to the new cloud-based digitized ecosystem sets up the challenge of operating in a hybrid environment. Organizations must gradually move to the future infrastructure and platform while maintaining the existing ones. This requires additional budgeting for personnel training and data migration.

Expanding the vision

As you contemplate any kind of transformation, the vector of cultural change should not be overlooked. To support continuous change, the vision should be aligned through the whole organization, and the first link in this alignment is definitely the board itself.

Digital transformation not only changes the world of business  — as new technologies arise, it inevitably changes itself and becomes more accessible. Here are key trends that accelerate DT making it omnipresent and feasible for any business, no matter its size.

5G and IoT growth

The fifth-generation mobile network comes with such game-changing improvements as ultra-low latency, extremely high speed of data exchange, and the ability to connect up to million IoT devices per square km at once. Thanks to 5G, smart factories will be able to set connections among far more sensors than previously, take advantage of edge computing, and create a high-speed manufacturing environment. 5G will also fuel DT in any area where IoT is involved  — such as remote healthcare and connected car technologies. It’s expected that by 2025 there will be 2 billion connected vehicles on the roads globally.

Anything as a service (XaaS)

XaaS reflects the fact that almost any IT function today can be delivered to the clients, be it a person or a company, over the Internet on a subscription basis.  It expands the traditional trio of IaaS, PaaS, and SaaS with

  • Security as a Service (SECaaS),
  • Storage as a Service (STaaS),
  • Desktop as a Service (DaaS),
  • Database as a Service (DBaaS),
  • Monitoring as a Service (MaaS), and more.

The XaaS model speeds up digital transformation since companies can get all technologies they need to go digital in no time, scale the infrastructure as necessary, and pay only for the resources they really use.

Low-code application platforms (LCAPs)

Digitizing operations requires a team of software engineers with different backgrounds. And this can be a problem for a non-tech company, especially on a shoestring budget. LCAPs make development less burdensome allowing for using drag-and-drop tools instead of writing code. They also offer simple API and database integrations. As a result, both developers and non-developers can create apps regardless of their experience and thus contribute to digital transformation.


Digital transformation is a broad term that embraces a wide array of elements that -- when combined -- define how an organization addresses interactions with customers and clients, how it operates internal tools and manages employee interactions, and eventually how this new digital framework is supported on the technical level. But the main impeding challenge for any company that undergoes digital transformation isn’t the financial part. If done right, the transition eventually reduces operational costs.

"In my experience, culture is the hardest part of the organization to change. Shifting technology, finding the right talent, finding the right product set and strategy—that’s all doable, not easy, but doable. Hardest is the cultural transformation in businesses that have very deep legacy and cultural roots."

James Bilefield, a Senior Adviser to McKinsey

From leveraging the new tools to establishing an entirely different style of communication between management and employees, the cultural transformation will remain the main driver of the digital change.


1. Digital transformation: The three steps to success, McKinsey —

2. Esteban Kolsky: What is an Experience Continuum (and how do I get one)? —

3. In-depth research with executives at a wide range of companies shows how managers can use technology to redefine their businesses, MIT Sloan —

4. What is digital transformation? The Enterprises Project —

5. Digital transformation: a view across industries, AlixPartners —

6. Digital Transformation in the Property and Casualty Insurance Industry, International Journal of Trade, Economics, and Finance —

7. Digital Manufacturing and the IIoT Whitepaper, Dassault Systems —

8. Accelerating digital transformation in banking, Deloitte Insights —