While many businesses are talking about the need to transform
for the Digital Age, the roadmap for transformation is unclear. This is not a surprise. Few organizations have done it
successfully. While there are several "native-born" digital age success stories, the
transition from industrial age business to digital age business requires fundamental
changes in business systems, structures, and culture. Where to start your transformation depends
upon the current status of your business technology, the industry you are in,
and the level of commitment and support from the executive management
team. One of the most difficult
challenges in starting the transformation is to create a vision of what "digital" means for the business.
Porter’s Model for Business Value Chain
Let me help you create your vision by applying digital age technologies
and management practices to a well-known and accepted industrial age business
model. In 1985, Michael Porter, the
Harvard Business School professor, published the seminal book, "CompetitiveAdvantage." Porter’s theories on
competitive advantage became the foundation for business strategy around the
world. In that book, he articulated a
model for the business value chain. The
effectiveness of a company’s strategy is based upon the strengths and
weaknesses of each of the elements of the business value chain as compared to those
of its competitors.
The value chain model had five primary activities which were
associated with acquiring customers and fulfilling sales. These activities are directly associated with
the transaction that provides the product or service to the customer, which means these activities lead to revenue,
and the effectiveness of these lead to gross profit. These activities often operate in a chain or
series of steps. Removing waste from the
series of steps and increasing customer satisfaction increases competitive
advantage. The Primary Activities in
Porter’s business value chain are:
- Inbound logistics – the receipt and inventory management of inputs to the business processes.
- Operations – the transformation of raw materials and components into products, services, and systems for sale to the customers.
- Outbound logistics – the shipment and delivery of products and services to the customers.
- Marketing and Sales – the interactions with the customer to convince them to purchase the products or services. In retail businesses this primary activity normally occurs after the inbound logistics, operations, and outbound logistics steps. In Build-to-Order businesses, this step is normally the first of the primary activities.
- Service – the delivery of services to the customer, either supporting a product or as the market offering. Some industries are exclusively service industries (airline) and other industries have almost no service component (retail paper goods).
However, the effectiveness of the Primary Activities depends
upon four Supporting Activities. These
activities are enablers for competitive advantage from the primary activities. They provide the foundational process capability
and culture that guide the execution of the primary activities. The Supporting Activities in Porter’s business
value chain are:
- Firm infrastructure – not only the facilities, but the overhead and management functions of the business
- Human Resources management – the hiring, training, and employee management policies of the business
- Technology deployment – product and process technology used throughout the organization, its products and services
- Procurement – the network of suppliers, contractors, and service providers who perform key functions for the organization or provide materials and services
These four activities supported the Primary Activities, which
are the ones leading to transactions with customers. The effectiveness of these Support Activities
improves the effectiveness of the Primary Activities.
Digital Age Enablers
Now let us consider the four technologies whose intersection
has been the genesis for the digital age.
Some of these technologies have been available for many years. However,
the integration of these has transformed more than products or services. These have changed the way companies interact
with customers, the role of employees, and how businesses manage their processes.
Internet of Things (IoT)
The widespread integration and use of digital WIFI
technology allows almost anyone and anything in the world to establish a
connection with other people or things.
Whether it is in a home, in a factory, at retail store, or entertainment
venue, there are numerous devices connected via WIFI. And the devices on the network are growing
every day. This opens up totally new
channels of communication between the customer and the seller. It also opens up new channels of
communication within an organization or operation for providing status and
control of what is happening.
Big Data
All of these devices are collecting and transmitting data
which leads to the creation of enormous data sets that are changing in real
time. The tools and techniques used with
big data can analyze these data sets for trends, patterns and associations that
provide insight about the ecosystems represented by the data set. Without the tools and techniques of Big Data,
the information created by the IoT would be practically worthless. Big Data brings
insight and clarity from the confusion of data overload.
Cloud Computing
Processing the Big Data created by the IoT requires a great
deal of computer processing power. However,
building and operating data centers is expensive overhead for many companies. Especially when the data center must be sized
for the worst case computational load. That
means that much of the functionality is sitting idle most of the time. Cloud Computing overcomes this challenge by
spreading the computation and memory requirements over many computers and data
centers that are connected via the internet cloud. This allows virtually any company to now have
instant access to huge amounts of processing capability at low cost.
Artificial Intelligence/Machine Learning
Artificial intelligence (AI) is the use of computer systems
to perform tasks or activities that normally require the insight and understanding
of a person. Machine learning is a current
application of artificial intelligence that provides enormous amounts of data
to AI machines, letting them extract patterns and discover cause and effect
relationships. A characteristic of AI is
that the systems assess a situation and takes an action based upon that
situation without any intervention from a human operator. Thanks to the integration of IoT, Big Data,
and Cloud Computing, AI has become feasible for numerous applications.
Digitizing Porter’s Business Value Chain
Now it is time to apply the four enabling digital technologies
to the Business Value Chain activities.
This will create a vision for the impact of digital transformation on
that aspect of a business. When you
understand that vision in a generic sense, you can translate it into your
specific business realities. I’ll start
with the support activities.
- Firm infrastructure – all four enabling technologies will have a significant impact on these activities. Business analytics are growing exponentially in many organizations and these are built using the enabling technologies. In addition, the IoT is changing the nature of physical infrastructure requiring networks or WIFI throughout the operation.
- Human Resources management – IoT and AI will have the biggest impact in this area. Through IoT, employees and operators will be able to connect with equipment, systems and team members anywhere at any time. The application of AI will change the content of many positions. AI is likely to take over many lower-end manual or repetitive tasks. This will eliminate some positions and change the content of others into the role of problem solver.
- Technology deployment – from a transformation perspective, this activity is likely to be the least affected. Many organizations already have processes and practices in place to upgrade and enhance both product and process technology. That activity will continue. One likely change will be a greater reliance on sourced technology deployment such as the use of the Cloud Computing.
- Procurement – the change in this area will be one of timing and flexibility which means it leverages IoT, Big Data, and Cloud Computing. The pace of change in the digital age is much faster than the pace in the industrial age. Windows of opportunity in the market open and close within months not years. Therefore, the network of key suppliers, contractors and service providers will likely need to change quickly also. There will be more emphasis on procurement partners who have already transformed to digital age business processes and less emphasis on "low cost" providers who are still operating in the industrial age.
The impact of the digital age technologies on Porter’s business
value chain supporting activities is integrative and reinforcing. As technology deployment makes the IoT, Big
Data, Cloud Computing, and AI available, the other three supporting activities
utilize that capability. They soon rely
on it and will demand that technology deployment accelerate the implementation
of improvements in each of those areas.
For instance, the IoT leads to better connect people and systems. This leads to better management using real-time
data in the infrastructure layer. This
also allows the procurement layer to partner in real-time with suppliers and
service providers anywhere in the world opening up new opportunities. However, this demands that the HR layer
provide people with the technical skills to use the technology and the
leadership skills to form, lead, and facilitate constantly evolving diverse
global teams. All of these will lead to
a demand for the technology deployment layer to provide better IoT performance
in terms of bandwidth and security.
Let’s turn our attention now to applying the four enabling
digital technologies to the five primary activities from Porter’s business
value chain model. These activities are
the ones directly supporting a customer transaction.
- Inbound logistics – the IoT will improve the speed and accuracy of this activity. If the supply chain is large and complex, Big Data and Cloud Computing can help to manage the logistics to ensure optimal performance for either cost or cycle time.
- Operations – the transformation in this area is likely to use all four technologies. In manufacturing operations, many companies already rely on IoT and limited AI in their factory automation. In addition, many field service based operations rely on IoT to stay connected with their operators and equipment in the field. The expansion of IoT in operations systems has exponentially increased the data collected leading to the use of Big Data and Cloud Computing to monitor system status and predict system performance and the need for maintenance.
- Outbound logistics – IoT, Big Data, and Cloud Computing are already changing this activity. Amazon is an example of a business that is built upon using the digital technologies to transform this business activity. The digital technologies allow Amazon to find and ship almost anything to almost anywhere overnight.
- Marketing and Sales – Big Data, Cloud Computing and AI are transforming the Marketing and Sales processes. Big data and Cloud Computing can segment customers and provide personalized product and service offerings based upon this segmentation. The AI "bots" are now taking orders and answering questions from customers. This area is growing fast, and capabilities are expanding almost daily.
- Service – again all four technologies, IoT, Big Data, Cloud Computing, and AI are having an impact in this area. The connectivity of products and services allows expanded data collection and the use of Big Data analytics. The Cloud Computing can analyze and predict performance and service needs. AI is problem solving and in some cases automatically fixing issues. Consider your automobile. It knows when something is wrong, it informs you of the diagnostics, it can schedule a service call or identify the closest service center to your current location, and connect you with someone in an emergency. And coming soon, it will actually do the driving also.
The digital age technologies are transforming industrial age
industry. If you wait until the transformation is
complete before you start to change, you will go the way of shipwrights for sailing
ships and buggy manufacturers. But you
don’t want to haphazardly throw resources at the technologies and hope that
something works. Many of us tried that during
the dot.com bubble and watched as millions of dollars and years of time were wasted. You need a strategy for your transformation.
I suggest you start with the Porter business value chain model. Consider your industry, your organization’s strengths and weaknesses and then begin to apply the digital age technologies. Your strategy for competitive advantage will dictate what changes are needed and when.
I suggest you start with the Porter business value chain model. Consider your industry, your organization’s strengths and weaknesses and then begin to apply the digital age technologies. Your strategy for competitive advantage will dictate what changes are needed and when.