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This paper aims to theoretically and empirically demonstrate the role played by business continuity management (BCM) to address risks such as trade conflicts and natural disasters. This paper also answers whether compliance with international standards such as the International Organization for Standardization (ISO) 22301 is adequate.

A case study of Chinese telecommunications giant Huawei is conducted to examine how a robust end-to-end BCM system has been established in two decades and in what way it has helped Huawei to efficiently maintain growth under pressure, such as being added to the “Entity List” and the pandemic.

Huawei case contributes to BCM theory in its approach to establishing the BCM system and its well-established BCM model. Huawei establishes and continually improves its BCM system by applying the Plan (establish), Do (implement and operate), Check (monitor and review) and Act (maintain and improve) cycle. Characterized as 4Ps: BCM policy, BCM process, incident management plan and business continuity plan, Huawei BCM system is shaped into a loop with end-to-end BCM process, covering all steps along its value chain – from suppliers and partners to Huawei itself and then on to its customers – with key initiatives for all domains such as R&D, procurement, manufacturing, logistics and global technical services. In practice, implementing international standards such as ISO 22301 enables Huawei to develop business continuity but not enough. Optimizing the BCM system is an ongoing effort, and BCM maturity is ever present: continually improving Huawei’s own BCM system and benchmarking against best practices available worldwide.

Apart from the case study, other methods such as counter-factual analysis can be used to further test whether Huawei’s BCM system is cost-effective. Another direction for future study is whether suggested BCM maturity levels should be supplemented into ISO 22301. In the digital age, how to use digitalization to ensure business continuity is a current issue not just for practitioners such as Huawei but also for researchers worldwide.

In practice, implementing international standards such as ISO 22301 enables Huawei to develop business continuity but not enough. Optimizing the BCM system is an ongoing effort, and BCM maturity is ever present: continually improving Huawei’s own BCM system and benchmarking against best practices available worldwide.

To the best of the authors’ knowledge, this is one of the first studies to focus on how an organization continually improves the suitability, adequacy and effectiveness of its BCM system, with special attention to standards compliance.

This work aims to present existing management system standards (MSSs) published by the International Organization for Standardization (ISO) through a bibliometric analysis, thereby outlining their academic research status and highlighting their relation to the Sustainable Development Goals (SDGs) as well as to environmental, social and governance (ESG) themes.

The study firstly retrieves a preliminary set of MSSs standards from ISO and filters it in accordance with certain exclusion/inclusion criteria. Secondly, a bibliometric search is performed in the database Scopus. Thirdly, performance analysis is conducted to quantitatively measure the scientific output in academia, and science mapping of co-occurrences of keywords is applied to identify related topics. Thereby, the standards’ relationships to sustainability are outlined. Eventually, the work discusses future research opportunities.

The findings reveal that whereas research on MSSs focuses predominantly on only a few standards by now, there are actually numerous further standards that address sustainability-relevant topics, which are getting increasing attention among scholars as measured by the number of publications. Therefore, an action plan for future research is derived. Moreover, the findings support the argument of integrating MSSs to cover a broad range of corporate sustainability issues.

The paper connects the concepts of MSSs and sustainability, an upcoming research branch yet characterized by shortage of academic studies (given that research continues to focus on a few standards such as ISO 9001, ISO 14001 and ISO 45001). The work therefore opens up the line for more in-detail research on less known but nevertheless sustainability-relevant ISO MSSs.

This paper aims to find a suitable structure for a practitioner's handbook that addresses the structural elements of the business continuity (BC) practice.

The case study using the mixed method, quantitative with a questionnaire and conceptual research approach was what has been chosen. The four steps to the research process are outlined: one, choosing the topic, two, collecting relevant literature, three, identifying specific variables and four, generating a structure. The design brought on by years of experience, should be put into an organised system and handbook that can be reused, without having to reinvent the wheel.

A BC handbook should be as relevant to the executives and management as to their employees. By adopting a BC practice in a government department, state-owned entity, agency or municipality. Assurance will be ascertained for reliable, improved service delivery and reputation with much less interruption. Therefore a handbook with a “cradle to the grave” BC approach should outline, with examples of standards, awareness, policy, BC programme plan, BC structures, business impact and risk analysis, strategy, budgets, scorecards, monitoring and evaluation, recovery and BC plans, together with the audit and an International Standards Organization (ISO) 22301 certification process.

The research was limited to literature, questionnaires and identified variables pertaining to BC management (BCM) in the South African Government.

The implications of the case study is that out of the variables identified and the relevant literature and standards, a structure for a relevant post-COVID-19 government practitioner's handbook could be made available.

The use of a BCM handbook for government would assist in the continuation of services through manmade and natural disasters. The service to the citizen, including but not limited to water, electricity, sanitation, medical and health services, and the food supply chain are just a few areas that can be positively impacted upon by good BCM. By implication the reliance of government structure are treated most in time of disasters as experienced through the two year period of the COVID-19 pandemic.

The government departments in South Africa do not have or have not implemented BCM due to the lack of clear guidelines. The COVID-19 pandemic however had accelerated the requirement for a top down BCM approach. To ensure that the scope of BCM is not limited, the possibility of having a set handbook for the government practitioner will ensure that service quality remains intact. Such a handbook related to government BCM practice is long outstanding.

This paper aims to minimize the mean-risk cost of sustainable and resilient supplier selection, order allocation and production scheduling (SS,OA&PS) problem under uncertainty of disruptions. The authors use conditional value at risk (CVaR) as a risk measure in optimizing the combined objective function of the total expected value and CVaR cost. A sustainable supply chain can create significant competitive advantages for companies through social justice, human rights and environmental progress. To control disruptions, the authors applied (proactive and reactive) resilient strategies. In this study, the authors combine resilience and social responsibility issues that lead to synergy in supply chain activities.

The present paper proposes a risk-averse two-stage mixed-integer stochastic programming model for sustainable and resilient SS,OA&PS problem under supply disruptions. In this decision-making process, determining the primary supplier portfolio according to the minimum sustainable-resilient score establishes the first-stage decisions. The recourse or second-stage decisions are: determining the amount of order allocation and scheduling of parts by each supplier, determining the reactive risk management strategies, determining the amount of order allocation and scheduling by each of reaction strategies and determining the number of products and scheduling of products on the planning time horizon. Uncertain parameters of this study are the start time of disruption, remaining capacity rate of suppliers and lead times associated with each reactive strategy.

In this paper, several numerical examples along with different sensitivity analyses (on risk parameters, minimum sustainable-resilience score of suppliers and shortage costs) were presented to evaluate the applicability of the proposed model. The results showed that the two-stage risk-averse stochastic mixed-integer programming model for designing the SS,OA&PS problem by considering economic and social aspects and resilience strategies is an effective and flexible tool and leads to optimal decisions with the least cost. In addition, the managerial insights obtained from this study are extracted and stated in Section 4.6.

This work proposes a risk-averse stochastic programming approach for a new multi-product sustainable and resilient SS,OA&PS problem. The planning horizon includes three periods before the disruption, during the disruption period and the recovery period. Other contributions of this work are: selecting the main supply portfolio based on the minimum score of sustainable-resilient criteria of suppliers, allocating and scheduling suppliers orders before and after disruptions, considering the balance constraint in receiving parts and using proactive and reactive risk management strategies simultaneously. Also, the scheduling of reactive strategies in different investment modes is applied to this problem.

Agile project management methods are on the rise compared to linear approaches. The demand for the demonstrable resilience of enterprise processes is likewise strongly increasing in many domains. This paper explores the potential contribution of agility within the domain of agile project management to the resilience of the operating model of an organization.

The article builds upon case studies and semi-structured interviews at selected larger Danish enterprises.

Responding to disruptions favors adaptive and flexible approaches, which are more achievable with agile methods. By exploring the patterns of agility and resilience throughout case studies, the authors derive at a 7-step approach for considering the potentials of agility to ensure the resilience of the operating model from the top level of leadership to the foundational level of technology.

This article seeks to contribute to a more profound understanding of the impact, potential and actionability of agile project management in the light of operational resilience.

It is demonstrated that agile methods are attractive for ensuring the constitutive elements of the resilience of the operating model in terms of conscious contingencies and choices involving (rapid) changes.

During the COVID-19 period, agility has been a key instrument in ensuring business survival, e.g. by switching markets, products or sales channels.

Agility has the potential to build a strategic dimension of resilience, a synergistic relationship, which is linked to the responsiveness of an organization to change promptly, with a view toward renewal and transformation.

The paper aims to present a framework for integrating the concepts of business continuity and business resilience with the aim of developing a concept of always-on business.

Literature review, conceptual and case-based.

A conceptual model for integrated “always-on business” solution based on continuous comouting technologies, business continuity, disaster recovery, IT/business resilience and several organational frameworks.

Presented framework can be used for integrating business continuity and business resilience in modern digital age; and transforming business systems into “always-on business”.