Business continuity plan: key considerations for design and implementation

April 27, 2026

Business disruptions are an inherent part of today’s operating environment. Many of these disruptions stem from operational or technological incidents that affect service availability and business activity, such as infrastructure failures, human error or cyberattacks. Since they cannot always be avoided, the key lies in anticipating them, managing them and restoring business operations quickly.

These factors are compounded by other sources of disruption, such as the growing dependence on third parties, including external suppliers, increased regulatory pressure, rapid technological change and global events such as natural disasters or health crises. All of this creates a complex and uncertain environment that requires organisations to rethink their business continuity strategies from a broader perspective.

This is not a one-off situation. According to Gartner, 62% of experts anticipate a global scenario of uncertainty and increasing disruption in the coming years, reinforcing the need to regularly and continuously review and adapt business continuity strategies.

■ The goal of business continuity plans is to ensure that the organisation can respond, recover and maintain operations within acceptable thresholds.

What does a business continuity plan involve?

A business continuity plan structures this response capability. It brings together analysis, organisational decisions and technological capabilities with a clear objective: to minimise the impact of disruptions, strengthen the availability of critical systems and ensure the recovery of business processes within acceptable timeframes.

This goes beyond isolated solutions. Having enterprise backup or data recovery mechanisms is not enough. It is essential to understand how processes are interconnected, which systems support them and the consequences of their unavailability across different scenarios.

This is why designing a continuity plan starts with a fundamental question: which parts of the business cannot be interrupted?

The starting point: understanding business impact

Answering this question requires analysing the business from an operational perspective. This involves identifying critical processes, the systems that support them and the financial, operational or reputational impact of their disruption.

This analysis, known as Business Impact Analysis (BIA), sets priorities and defines the service levels to be maintained in the event of an incident. From there, business continuity translates into decisions that shape the entire strategy.

This exercise is essential to align the technology strategy with business needs, avoiding both overengineering solutions and underprotecting critical systems. With a phased and structured approach within a business continuity plan, organisations can address analysis, implementation and management in an orderly way:

Phase 1: impact and risk analysis. Critical processes are identified, their business impact is assessed and risks affecting their availability are analysed. This phase establishes priorities and defines the required service levels.
Phase 2: design and implementation of the technology strategy. Based on the defined objectives, the necessary capabilities are designed and deployed (such as backup, replication, high availability or disaster recovery) to ensure continuity of systems and services.
Phase 3: management, validation and continuous improvement. The team defines governance mechanisms, conducts regular testing and updates procedures to ensure the strategy remains effective as the environment or business evolves.

Defining recovery objectives: a business decision, not just a technical one

Once the impact of a potential disruption is understood, the next step is to translate that impact into concrete operational criteria. This is where two key concepts come into play in any business continuity plan: RTO and RPO.

Both represent decisions about the level of risk an organisation is willing to accept in terms of system availability and data loss, rather than purely technical metrics.

The Recovery Time Objective (RTO) defines how long a service can remain unavailable before the impact becomes unacceptable. It is not just about system recovery time, but how long the business can operate without it without compromising critical processes.

The Recovery Point Objective (RPO) defines the acceptable limit of data loss, in other words, how far back data can be recovered without affecting operations.

The prior analysis directly influences both parameters. Not all systems require the same recovery levels. A real-time transactional service will have stricter requirements than a reporting system, and this must be reflected in the defined objectives.

■ RTO and RPO act as a reference framework for designing the business continuity technology architecture.

Designing the technology strategy: aligning capabilities with recovery objectives

With recovery objectives defined, the next step is to design a coherent technology strategy. This is where business continuity becomes tangible: in the ability of systems to respond to disruption and ensure the recovery of services.

As a starting point, RTO and RPO values set the required level of performance. From there, the architecture must support these commitments across different scenarios, from minor incidents to major disruptions.

In this context, technological capabilities must form part of an integrated data protection, business continuity and Cybersecurity strategy.

Backup: the foundation of data recovery. It has evolved beyond periodic copies to include automation, ransomware protection and rapid restore capabilities that reduce recovery times.
Data replication: enables up-to-date copies across different locations, reducing the impact of disruption and supporting stricter RPO targets.
High availability: prevents service interruption and maintains operations in the event of individual component failures. It is essential for critical systems.
Disaster recovery (DRaaS): enables full service restoration in alternative environments when primary infrastructure fails. It is particularly relevant in severe disruption scenarios where data recovery alone is not sufficient and operations must be restored.
Detection and response capabilities (MDR / SOC): complement the strategy by enabling early identification of security incidents and activating response mechanisms before system availability is affected, strengthening business continuity.

■ These capabilities must be integrated with processes, roles and operating models that enable a coordinated response to incidents. This ensures alignment between people, processes and platforms within the continuity strategy.

Validation and continuous improvement: when the plan becomes real

Defining a strategy and deploying the necessary capabilities does not, by itself, ensure that an organisation is ready to respond to disruption. The difference between a valid business continuity plan and an effective one lies in its ability to be executed under real conditions.

For this reason, regular validation of the business continuity plan is essential. This involves verifying that solutions work technically, that defined recovery times are achievable and that procedures can be carried out in a coordinated manner during an incident.

This requires testing the strategy against different scenarios, from controlled validations to full simulations that assess the operational response of teams. These tests often reveal hidden dependencies, bottlenecks or deviations from objectives. Identifying them in a controlled environment makes it possible to adjust the strategy before a real incident occurs.

Another key factor is constant change. Infrastructures evolve, systems transform, cyber threats become more sophisticated and business processes adapt.

A business continuity plan that is not reviewed loses its validity.

A comprehensive approach to business continuity

Business continuity requires a structured approach that combines analysis, strategic design and technological implementation. At Telefónica Tech, we address this discipline through a phased model that supports organisations from risk identification and impact analysis through to the design of the technology architecture and continuous validation of the plan.

This approach integrates capabilities such as backup, high availability, data replication and disaster recovery. It also incorporates processes, roles and testing mechanisms to ensure system recovery and continuity of operations in the event of disruption

Continuity as the foundation of business resilience

Business continuity should be understood as an ongoing process within a broader business resilience strategy. It requires continuous review, updating and improvement to ensure that defined capabilities remain fit for purpose.

In an uncertain and disruptive environment, the ability to withstand, adapt and recover from incidents is essential for organisations to remain sustainable and competitive.

■ At Telefónica Tech, we provide our clients with advanced services and specialist expertise to help them maintain operations and service availability in critical scenarios. Find out more →