In today’s rapidly changing business environment, enterprises are no longer facing challenges from a single dimension, but rather complex uncertain factors from multiple dimensions. With the rapid development of technology, unpredictable consumer preferences, frequent geopolitical turbulence, and systemic risks such as climate change, traditional strategic planning methods are no longer competent. In this context, enterprises need to shift from “predicting the future” to “preparing for multiple possible futures”.
Scenario Planning is increasingly being adopted by businesses in the context of growing uncertainty. It helps organizations simulate different development paths in the future, understand the consequences of different action plans, and extract strategic goals that are applicable in multiple future scenarios.
This article will comprehensively analyze the theoretical basis, specific operational process, and practical application of scenario analysis method in formulating robust strategic goals, aiming to help enterprises build a more resilient strategic system.
Scenario analysis is a forward-looking strategic thinking tool, whose core lies in systematically constructing several “possible but uncertain” future scenarios to help organizations think about how the enterprise will develop, face challenges, and have opportunities under different future conditions. It is not used to predict which future will definitely happen, but to prepare companies in advance for multiple possible future states.
Scenario analysis originated from military strategic planning during World War II and was widely promoted to the field of corporate strategy by Shell Oil Company in the 1970s. Shell successfully predicted the 1973 oil crisis through scenario analysis and adjusted its strategic layout accordingly, standing out first in the industry.
The biggest advantage of scenario analysis compared to linear prediction is that it acknowledges future uncertainty and transforms it into visualized management information. It helps businesses not be locked in by a certain predictive path, but to reserve reaction space for multiple situations.
The scenario analysis method is applicable to enterprises facing highly uncertain markets such as technology, energy, and public policy fields; Organizations that need to develop medium – to long-term development strategies (spanning 5-10 years); Industries facing environmental change, technological substitution, or rapid consumer transformation.
The implementation of scenario analysis method can be divided into the following four main steps:
The first step in building meaningful future scenarios is to identify which factors may affect the organization’s future.
Specific process:
Conduct external environment scanning and use PESTEL model (political, economic, social, technological, environmental, legal) to systematically sort out trends;
Using industry analysis tools such as the Five Forces model or industry lifecycle analysis, identify key variables that affect the competitive landscape of the industry;
Internal interviews and brainstorming to uncover the most sensitive points within the organization regarding the future;
Based on the above information, list the main driving factors that will affect the future of the enterprise and rate their “uncertainty” and “influence”.
Result: A driving factor matrix helps screen out key uncertain variables.
Select the two most critical uncertain variables from the above driving factors and form the horizontal and vertical axes. The combination of different variable states will form four different futures.
For example:
Horizontal axis: Global economic integration (strengthening vs. recession)
Vertical axis: Technological innovation speed (breakthrough progress vs. slow evolution)
The result is a 2×2 four quadrant matrix, with each quadrant representing a scenario.
Build detailed scenario descriptions for each quadrant. These scenarios require logical consistency and imagination, but are based on real-life logic.
The elements of scenario construction include:
Policy and Market Environment
Technological development path
Sociocultural Trends
Location and response of the enterprise
Suggest naming each scenario, such as’ Green Renaissance ‘,’ Technology Division ‘, etc., for internal dissemination and discussion within the enterprise.
Deeply interpret each scenario:
Is the current strategy still valid in this scenario?
What abilities have become more important?
Are there any new risks or opportunities?
The output result is a list of strategic response suggestions for each scenario, providing input for the subsequent development of robust strategies.
Steady strategic objectives refer to goals that are feasible and adaptable in multiple scenarios, not dependent on a definite future, but able to maintain a sense of direction and action in uncertainty.
Method 1: Intersection method
Compare strategic recommendations under different scenarios;
Find their intersection, that is, recommend or default favorable strategies in all scenarios;
Elevate these consensus sections as core strategic objectives.
Application example: If “digitalization” is a key capability in all scenarios, then digital capability building is a strategic priority.
Method 2: Elastic Strategic Path
Design strategic alternative plans for different scenarios separately;
Maintain flexibility in resource allocation (such as adjustable budget, modular product development);
Set clear “switching thresholds” – quickly switch strategic paths when external signals trigger changes.
Application example: Set up two strategic plans, A and B, and automatically switch execution when the market shifts to a certain scenario.
Method 3: Establish an early signal monitoring system
Set “early signals” for each scenario (such as policy changes, technological breakthroughs, competitive dynamics);
Establish a regular monitoring mechanism to assess which scenarios are taking shape;
Adjust strategic direction and achieve dynamic adaptation.
Suggestion: Use BI tools, external intelligence systems, or internal KPI indicators to quantify and track signals.
In today’s world of frequent black swans and gray rhinoceroses, strategies formulated solely based on past experience are no longer sufficient to support the long-term survival and growth of enterprises. The situational analysis method is not only a tool, but also a strategic philosophy that maintains sensitivity to the future and reverence for change.
It builds multiple future scenarios through the system, enabling enterprises to have the ability to “not be caught off guard even if the future is unpredictable”. The essence of a prudent strategy is to lay a strategic foundation of certainty for an uncertain future.
The future does not come suddenly on a certain day, but is forming every day. The situational analysis method helps us capture trends that have not yet taken shape but are quietly brewing, and calmly cope with the unknown tomorrow.
Acloudear is a SAP Platinum Partner, GROW with SAP Certified Partner, and member of the United VARs Global SAP Partner Alliance, specializing in SAP public cloud ERP solutions. Driven by the dual engine of “AI+Global Services”, we have created a “cloud native+scenario based” digital engine for 300+enterprises in 8 industries including Qingdao Huadi and Naiyou Biotechnology, providing a one-stop cloud solution from business process reconstruction to AI innovation applications. We have a large number of successful SAP cloud service cases in industries such as automotive parts, medical equipment, high-tech, e-commerce, equipment manufacturing, discrete manufacturing, and engineering services. As one of the first SAP cloud native service providers in China, we have reconstructed the digital DNA of enterprises with SAP’s best business practices and the “1+X” innovation matrix, empowering enterprises to quickly unlock the core value of SAP public cloud. We have been selected as the “SAP Best Cloud Partner” multiple times.
This article "How to use scenario analysis to develop robust strategic goals for enterprises?" by AcloudEAR. We focus on business applications such as cloud ERP.
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