Strengthening cyber resilience in healthcare

Cyber resilience is an organization’s ability to anticipate, recover, and adapt before and after cyberattacks and other disasters. It means being able to plan for the future, using proactive and offensive security measures. In fact, IBM’s 2025 Cost of a Data Breach Report indicates that 49% of breached organizations surveyed have plans to increase their security investment and infrastructure for resilience.

Healthcare organizations have long struggled with utilizing technologies successfully and dealing with financial constraints, but the cyber landscape has changed, and providers need to figure out how to stay ahead with cyber resilience. It requires a shift from traditional cyber solutions to integrated, proactive, and long-term solutions that can adapt while maintaining operational efficiency.

Additional info: HIPAA compliant email: The definitive guide (2026 update)

HIPAA compliance and cybersecurity

HIPAA compliance occurs when healthcare organizations adhere to the Health Insurance Portability and Accountability Act (HIPAA) and demonstrate protected health information (PHI) protection with strong cybersecurity. A HIPAA compliant organization fulfills HIPAA’s requirements by making a concerted effort to safeguard patients and itself from data theft. Providers must be HIPAA compliant to ensure that sensitive patient information is safeguarded from unauthorized access and data breaches.

Cybersecurity is a fundamental part of HIPAA compliance. The idea is for healthcare organizations to prioritize security and avoid HIPAA violations and the penalties that come with them. Consequences of a data breach include large financial penalties, reputation damage, loss of business, and negative publicity.

Moreover, a PHI breach could result in a lengthy class-action lawsuit, as we have seen recently against Integris Health and Morris Hospital & Healthcare Centers. HIPAA compliance reduces cyber risks and compliance penalties and keeps patient data secure with rigorous controls. There are numerous types of security tools to implement, and organizations must find the right mix that suits their needs.

Learn more: The complete guide to HIPAA violations

The ever-growing threat landscape

The healthcare industry is still a major focus of cyberattackers, who exploit unsecured systems and untrained staff to blackmail or steal PHI from a provider. In fact, in 2025 alone, over 700 large-scale breaches resulted in the loss of over 500 records. The continued existence of healthcare-related cyber incidents can be attributed to several factors:

1. The increasing value of PHI
2. Outdated systems and software
3. The proliferation of medical technology and unsecured, connected devices
4. Insufficient cybersecurity measures
5. Unprotected attack surfaces
6. Tired and stressed employees

Patient data is highly valuable to cyberattackers. Health information is highly lucrative on the Dark Web and can make a cybercriminal a lot of money when the information is sold or held for ransom. Criminal marketplace pricing shows the demand clearly; a driver’s license could reportedly sell for about $20, while a complete identity package could sell for $1,000.

Sadly, given the constant strain put on hospitals and their staff, healthcare organizations are more likely to comply with ransom demands. To combat growing threats and mitigate the long-reaching consequences, healthcare organizations must adopt a proactive and layered approach to defense. They must look toward the future with long-term, resilient security strategies.

What is cyber resilience?

According to Health Tech Magazine, “Cyber resilience refers to an organization’s ability to manage people, processes and technologies aimed at withstanding and adapting to adverse events, including cyberattacks, natural disasters and operational failures. It also encompasses a broad range of proactive measures designed to minimize the impact of disruptions while maintaining baseline operations and services.”

The idea is to use proactive measures, strategies, and practices to exercise cyber-preparedness and minimize the impact of breaches. Successful cyber resilience involves strong governance with proper policies and procedures, risk management, and an understanding of incident-response management, along with strong technical and physical measures. For cyber resilience, the focus should be on building a strong but adaptable security strategy to block and mitigate risks.

Building cybersecurity resilience requires an approach that addresses the technology, processes, and people that are a part of a network. This includes implementing backup and recovery systems, developing incident response capabilities, and creating security awareness programs specifically tailored to an organization’s environment.

See also: NIST glossary: cyber resiliency

Benefits of cyber resilience in healthcare

Short-term fixes lead to short-term solutions where risk is reduced temporarily, but such fixes aren’t employable or sustainable for the future. Forward (long-term) thinking allows healthcare organizations to address cybersecurity risk in a structured, strategic manner that aligns the adoption of modern tools with operational goals. The Health Tech Magazine article on cyber resilience lists several reasons why cyber resilience is essential for proper healthcare cyber management.

For a healthcare organization, cyber resilience could help:

• Build patient safety and trust
• Ensure regulatory compliance
• Create operational continuity
• Manage reputation
• Control financial concerns
• Offer competitive advantage
• Foster compliance with HIPAA and state regulations

For healthcare organizations, success with cyber resilience will require a realignment of cybersecurity budgets, the implementation of up-to-date technical controls, the building of security awareness for all staff, and the establishment of strong business associate management procedures. Most importantly, it will require a recognition that cybersecurity is not a cost but a fundamental enabler of safe and reliable patient care.

Adopting emerging technologies in healthcare

As institutions strive to heighten cyber processes and detect breaches and fraud more effectively and efficiently, emerging technologies, such as advanced analytics, machine learning, and artificial intelligence (AI), need to be adopted. For example, generative AI allows organizations to utilize advanced data analysis, predictive modeling, and automation.

By analyzing datasets in real time, such innovative technologies can enable faster and more accurate breach detection, leading to substantial savings in time, money, and staff resources. Moreover, under HIPAA, advanced access controls and monitoring systems can safeguard PHI while enhancing resilience. Upholding HIPAA compliance requires a comprehensive approach that maintains the confidentiality, integrity, and availability of patient data.

Implementing emerging strategies can help healthcare organizations use the benefits of these advanced technologies without compromising patient privacy or system security. Healthcare organizations need to invest in technologies for the development, monitoring, and assessment of PHI protection.

See about: Underestimated cybersecurity risks

Proper risk management in healthcare

Cyber resilience and cyber-preparedness can be achieved with a risk-based strategy to protect healthcare organizations from cyber threats and minimize the impact of potential cyber risks. The idea is to use risk management, the process of identifying, evaluating, and mitigating risks to an organization’s operations, to implement a strong cyber strategy. There are essentially four main methods to properly manage risks in healthcare.

Identify risks so that organizations can more quickly evaluate their impact and mitigate potential issues.

Assess risks with risk assessments to help organizations tailor their policies, procedures, and safeguards to block the most harmful risks.

Implement appropriate protections, such as physical, technical, and administrative safeguards, once risks are identified and assessed to properly protect PHI.

Monitor and evaluate after putting a program into place to keep practices up to date and to ensure the use of appropriate safeguards.

Risk management secures PHI from cyberattackers and protects an organization from potential harm through cyber resilience.

Related: How to perform a risk assessment

Offensive strategies for HIPAA compliance

HIPAA compliance and cyber resilience involve endlessly updating security measures to protect sensitive health information and avoid breaches. While defensive measures are important, there are several offensive, proactive tactics that could be implemented to fully execute a cyber-resilient strategy.

1. Keep employees in the know with up-to-date policies and procedures
2. When creating a business associate agreement (BAA) with third parties, address their proactive measures as much as your own
3. Employ identity access management (IAM) systems to ensure the right people get the right access at the right time
4. Incorporate microsegmentation into device security, along with least privilege access into network security
5. Categorize data based on sensitivity and confidentiality and apply the correct controls
6. Monitor systems with behavioral analyses
7. Ensure proper technological safeguards, such as data encryption
8. Utilize strong access controls like mandatory passwords and multifactor authentication
9. Perform risk assessments and penetration tests regularly
10. Have an incident response plan ready in case it is needed

HIPAA compliance regulations aim to protect health information. Adhering to HIPAA standards with a cyber-resilient strategy helps providers protect privacy, leading to stronger systems and better patient outcomes.

Investing in and strengthening healthcare cyber resilience

Healthcare organizations often operate under tight budgets, leading to short-term fixes, such as patching individual vulnerabilities, isolating individual devices from a network, or applying temporary workarounds. Cyber resilience involves a combination of technological, procedural, and educational programs designed to strengthen resilience against cyberattacks. While fleeting measures may reduce cyber risks temporarily, they are not sustainable.

Over time, technical and breach issues can accumulate and cause more harm, as long as unsupported systems remain online, outdated equipment continues to operate, and staff ignore cyber issues. Building cybersecurity resilience requires an approach that addresses complications with technology, processes, and people.

Future success requires a multifaceted approach that realigns security budgets with actual risk exposure by implementing proper controls and building security awareness across healthcare workforces. Planning cybersecurity using cyber resilience ensures that healthcare organizations properly respond to today’s threats and prepare for tomorrow’s.

Essential tools that IBM lists online for organizations’ cyber resilient strategies:

• IAM systems
• Security information and event management (SIEM) systems
• Zero-trust architecture
• Cloud security platforms
• Disaster recovery solutions
• Continuous monitoring platforms
• Cyberattack simulation tools
  
  

FAQs

Are smaller healthcare facilities at the same risk level as large hospitals?

Yes, often more so, due to fewer resources and less robust IT infrastructures.

What does it mean to view cybersecurity as a “value creator”?

Instead of treating cybersecurity as a cost to meet regulatory obligations, organizations that invest strategically see returns through operational stability, patient trust, and innovation readiness.

How do I start improving my organization’s cyber-preparedness?

Start by conducting a risk assessment to identify critical assets and vulnerabilities. Develop a comprehensive cybersecurity plan that includes incident response, regular employee training, and implementation of security technologies like firewalls and multifactor authentication.

What is the difference between offensive and defensive cybersecurity strategies?

Defensive strategies focus on preventing and detecting attacks (like encryption, access controls, and monitoring). In contrast, offensive strategies test systems through ethical hacking and penetration testing to identify weaknesses before criminals exploit them.

Which security measures help reduce risk without slowing clinical work?

Approaches that operate in the background tend to work best. Automatic encryption, strong authentication, early detection of suspicious access, and closer oversight of connected vendors protect sensitive information while allowing clinicians and staff to continue working normally.

Why is long-term planning vital for healthcare cybersecurity?

Long-term planning allows healthcare organizations to address vulnerabilities in legacy systems, allocate resources effectively, and align technology upgrades with patient safety goals. It ensures cybersecurity efforts are proactive rather than reactive.