1. Business continuity management: BCM strategy and IT emergency preparedness
2. Definition: What is business continuity management (BCM)?
3. Importance of business continuity management
4. BCM strategy: Business impact analysis and risk analysis
5. Aspects of IT emergency preparedness
6. Business continuity plan for IT: From concept to implementation
7. Software solution for business continuity management: INDART Professional®
8. Business continuity management: The strategic foundation for crisis resilience
A ransomware attack paralyzes production systems, a power outage shuts down the central data center, a natural disaster tears the supply chain apart – such events are no longer theoretical exceptional cases, but concrete risks for many companies.
A positive trend in a 2025 study by Bitkom shows that an increasing number of companies are taking this topic seriously. Currently, 59% of surveyed organizations state that they have established at least a structured emergency management framework (Bitkom Study on Economic Protection 2025). Older studies, such as those from PwC Germany, reflected a far bleaker scenario. Increased information sharing and transparency, as well as regulatory mandates such as the NIS-2 Directive, are driving a trend toward greater awareness and structured documentation.
Because the fact is: Professional IT emergency preparedness provides a remedy! It defines clear processes, responsibilities, and measures so that companies can act in a structured manner during a crisis and restore business operations quickly and in a controlled way.
Learn what business continuity management means in practice, how to develop a viable BCM strategy, and why IT emergency preparedness is now one of the core tasks of modern IT leadership.
Business Continuity Management (BCM) is a holistic management approach that enables every company and institution to systematically prepare for crises and ensure the continuation of critical business processes. Specifically for them, BCM means proactively identifying potential threats to your infrastructure, processes, specialized procedures, and other critical assets, assessing their impact on business-critical processes, and establishing a strategic framework to remain operational in an emergency.
BCM for IT integrates several core disciplines:
Emergency response: Immediate measures to contain acute threats.
Crisis management: Strategic coordination and communication in crisis situations.
Disaster recovery: The recovery of IT systems and data.
Business continuity: The continuation of critical business processes, if necessary by alternative means.
The strategic importance of BCM is often only recognized when damage occurs. But by then, it is already far too late. Financial losses result not only from direct damage, but primarily from the duration of the business interruption.
Reputational damage often weighs even heavier than financial losses. If critical services fail, data is lost, or falls into the wrong hands, the trust of customers and partners erodes permanently. The resulting damage to image can negatively impact new customer acquisition and customer retention for years.
An effective business continuity management system creates:
Do not view BCM as a static project. Only through regular testing, reviews, and adjustments will your emergency concept remain genuinely effective and practical when crisis strikes.
A BCM strategy is the foundation that links risk analysis, operational planning, and implementation. It defines the framework within which your company responds to disruptions and determines which measures are prioritized to maintain business operations.
The business impact analysis (BIA) is an essential element of any BCM strategy in IT. It systematically identifies which business processes are vital to the company and quantifies the impact of an outage.
Evaluating the criticality of a process occurs across several dimensions: What financial damage occurs in the event of an outage? Which regulatory requirements might be violated? What impact would an outage have on reputation and customer trust? And what operational consequences arise – for instance, through impairments to downstream workflows?
Two key performance indicators (KPIs) are defined for each critical process:
Recovery Time Objective (RTO): The maximum acceptable downtime after which a system or process must be available again.
Recovery Point Objective (RPO): The maximum tolerable data loss, which directly determines backup frequency (e.g., an RPO of 4 hours requires backups at least every 4 hours).
The result of the BIA is a prioritized list of critical processes with concrete recovery objectives. This prioritization is crucial in an emergency, as limited resources must be deployed specifically where the greatest potential damage threatens.
While the BIA highlights the consequences an outage has for the company, risk analysis focuses on potential threat sources and evaluates their probability of occurrence. Various threat types are considered – from technical risks such as hardware defects, software issues, or cyberattacks, to human factors like misconfigurations or staffing shortages, through to external influences like fires or floods.
The probability of occurrence and extent of damage are evaluated for each scenario. This is typically represented in a risk matrix with categories such as low, medium, high, and critical. Critical risks demand immediate action: high risks are addressed through targeted mitigation measures, while medium risks are continuously monitored.
IT emergency preparedness forms the technological backbone of every BCM strategy. Specifically, BCM for IT relies here on three pillars: data backup, redundancy, and documented recovery processes.
Regular and verified backups represent the fundamental protective measure of IT emergency preparedness. The 3-2-1 rule has established itself as best practice:
Redundant architectures eliminate single points of failure (SPOFs) and aim to proactively prevent outages:
Server clusters: Critical servers run in high-availability clusters.
Load balancers: Distribute requests across multiple instances.
Network redundancy: Multiple internet carriers protect against loss of connectivity.
Geographic redundancy: Mirroring of critical systems across multiple data centers.
Deploy redundancy strategically where extremely low RTOs require it. Costs increase disproportionately here.
The third pillar of IT emergency preparedness is detailed, documented recovery processes. Even the best backups and redundant systems are of little use if no one knows how recovery actually works in an emergency.
Document the following for every critical system:
Step-by-step instructions: Precise procedures for recovery that can be reliably applied even under high pressure.
Dependencies: Which systems must be restored in which order?
Access credentials and contacts: Where passwords are stored, who is responsible, and which external service providers must be contacted.
Verification steps: How to verify whether the recovery was successful.
This documentation should exist not only digitally, but also in printed hard copy form in case IT systems are unavailable.
The business continuity plan for IT translates the BCM strategy into concrete, actionable instructions. It is the operational playbook that must be readily available in an emergency, guiding the crisis team step-by-step through crisis management.
For IT, a well-structured business continuity plan includes the following aspects:
Objectives and scope: Which scenarios are covered? Which systems and locations are included?
Roles and responsibilities: Defined crisis team with a clear leadership structure and designated deputies.
Contact lists: All relevant contacts with redundant accessibility details.
Escalation processes: Clear criteria for when, how, and to whom issues are escalated.
Restart processes: Detailed runbooks for each critical system.
Communication plans: Prepared templates for internal and external communication.
These steps of the IT business continuity plan must be detailed enough to be executed under pressure by external specialists or less experienced staff.
An IT business continuity plan is only as valuable as its currency and practicality. Conduct regular, tiered tests: from tabletop exercises where the crisis team walks through a scenario theoretically, to simulations under realistic time pressure, all the way to full disaster recovery tests.
Use the PDCA cycle (Plan-Do-Check-Act) for continuous improvement: plan measures for the BCM strategy, implement them, check their effectiveness through testing, and derive optimizations from the findings. This cycle ensures that your IT business continuity plan keeps pace with changing requirements and the threat landscape.
Both the GRC Suite and the Suite from i-doit provide the perfect support for systematically planning, implementing, and managing your BCM strategy. The software solutions offer a structured framework for BCM-relevant processes and facilitate compliance with standards such as ISO 27001, ISO 22301, or BSI 200-4.
With the capabilities of the i-doit GRC Suite or the i-doit GRC Suite+, you cover all essential requirements for a BCM:
Business Continuity Management is a vital lever for greater resilience, adaptability, and competitiveness. A well-conceived BCM strategy ensures that companies remain operational even in unforeseen situations. While comprehensive IT emergency preparedness guarantees technical recoverability, the business continuity plan provides concrete, operationally actionable measures across the entire organization.
Companies and institutions that implement BCM consistently and proactively benefit from shorter downtimes, tangible cost savings, higher trust among customers, partners, and authorities, and robust compliance.
Would you like to sustainably strengthen your BCM strategy? With the i-doit GRC Suite or the i-doit GRC Suite+, the i-doit group supports you in planning, implementing, and continuously developing your Business Continuity Management.