In today’s interconnected world where individuals have embraced a unified global identity, lifestyles and environmental changes have drawn global consciousness around healthcare and personal well-being. The healthcare industry in India is experiencing significant growth backed by technology, particularly with the increasing adoption of electronic health records (EHRs), wearable devices, and the utilization of big data in healthcare analytics.

All the information captured electronically, called ‘data’ comprises basic information like names, addresses, birth dates, blood groups, medical history, and diagnoses of diseases from time to time. This data can be aggregated, analyzed, and used as a premise to predict future health risks, counter situations with better preparedness, and influence public health policy. Consequently, Healthcare Data management and analytics emerge as a vital tool for governments, individuals, and healthcare providers alike, facilitating informed decision-making and delivering improved healthcare outcomes.

There is also increasing awareness of the sensitive nature of health-related data. On another front in the digital era, public health data is captured and used, and misused in countless ways without the concerned individual’s consent or awareness. With the multi-fold growth of the healthcare and Insurance industry, collecting and using health-related data frequency of data breaches is of grave concern and extreme challenge.

According to a report by the National Health Authority, India generated 1.7 billion health records in 2021. This number is expected to grow to 2.5 billion by 2025. To take advantage of the variety of data without being overwhelmed by its volume and velocity requires reliable, extensible data management practices complemented by robust healthcare analytics.

Data management in healthcare shares characteristics with other forms of asset management. It involves knowing what data an organization has, such as patient records, medical images, and insurance claims, and what might be accomplished with it, such as improving patient care, tracking disease outbreaks, and developing new treatments. Then, it determines how best to use data assets to reach organizational goals, such as improving patient outcomes and reducing costs.

Like other management processes in healthcare, it must balance strategic and operational needs. This balance can best be struck by following a set of principles that recognize the key challenges of data management, such as Planning, Data Quality, Metadata Management, and Data Security, and recommendations to overcome those challenges, along with salient features of data management, to guide data management practice in healthcare.

Planning

Challenges: Healthcare data is often complex and distributed across multiple systems. This makes it difficult to begin and manage healthcare Analytics without a plan. For example, an organization might not have a clear understanding of what data it has, where it is stored, or who is responsible for managing it. This can lead to problems such as data silos, inaccurate data, and security breaches.

Recommendations: Healthcare data is often complex and distributed across multiple systems. This makes it important to have a plan for managing data. The plan should include the following:

• The identification of all data sources: This could include patient records, medical images, insurance claims, and electronic health records (EHRs).
• The definition of data standards: This could include standards for data format, data quality, and data security.
• The development of data quality metrics: This could include metrics for accuracy, completeness, timeliness, and consistency.
• The implementation of data security measures: This could include measures such as encryption, access control, and data backup.

Data Quality

Challenges: Data quality is essential for ensuring that patients receive the best possible care. Data that is inaccurate or incomplete can lead to misdiagnoses and other errors. For example, an organization might have data on a patient’s allergies, but the data might be inaccurate or incomplete. This could lead to the patient being given a medication that they are allergic to.

Recommendations

• Healthcare organizations could implement a data quality program to ensure that the data in its EHRs is accurate and complete.
• The program could include steps such as data cleansing, data validation, and data monitoring.
• By ensuring the quality of its data, the organization can improve the accuracy of diagnoses and the effectiveness of treatment.

Metadata Management

Challenges: Metadata is essential for managing healthcare data, as it helps to ensure that data is used correctly and that its quality is maintained. For example, an organization might have metadata on a patient’s medical record. This metadata could include information such as the date the record was created, the doctor who created the record, and the clinical codes that were used.

Recommendations

• A healthcare organization could create a metadata repository to store information about its data, such as the data’s source, format, and usage.
• The metadata repository could be used to track the movement of data through the organization and to ensure that data is used correctly.
• By using metadata, healthcare organizations can improve the efficiency and effectiveness of their data management practices.

Data Security:

Challenges: Healthcare data is a valuable asset, and it is important to protect it from unauthorized access, disclosure, and misuse. Data management practices must include measures to mitigate these risks. For example, an organization might implement encryption to protect patient data in transit and at rest. An organization might also implement access control to limit who has access to patient data.

Recommendations

• The healthcare industry could implement encryption to protect patient data in transit and at rest. This would involve encrypting the data before it is transmitted over a network or stored on a disk drive.
• An organization could implement access control to limit who has access to patient data. This would involve creating user accounts and assigning permissions to those accounts.
• An organization could implement data backup to protect patient data from loss or corruption. This would involve backing up the data to a secure location on a regular basis.

Regulatory Compliance HIPAA, NIST, and HITRUST

• These regulations and standards help to ensure that healthcare data is protected and that data management practices are effective.
• The Health Insurance Portability and Accountability Act (HIPAA)
• The National Institute of Standards and Technology (NIST) Cybersecurity Framework
• The Health Information Trust Alliance (HITRUST) Common Security Framework

Other salient features of data management in healthcare include:

Data Lifecycle Management

Data has a lifecycle, and managing data requires managing its lifecycle. This includes the following:

• The collection of data: This could include collecting data from patients, providers, and other sources.
• The storage of data: This could include storing data in electronic health records (EHRs), data warehouses, and cloud-based systems.
• The processing of data: This could include processing data for clinical decision support, research, and population health management.
• The analysis of data: This could include analyzing data to identify trends, patterns, and risk factors.
• The disposal of data: This could include disposing of data in a secure manner, such as shredding or deleting it.

Leveraging Healthcare Analytics for Cross-Functional Data Management

To establish effective data management practices, healthcare organizations can foster cross-functional collaboration through the creation of a dedicated data management team. Comprised of clinical staff, IT professionals, and data stewards, this team takes on the responsibility of developing and implementing robust data management policies and procedures.

Recognizing the significance of data security, the organization can further enhance its data management efforts by providing comprehensive training on data management to all staff members. This training equips employees with a clear understanding of the importance of safeguarding patient data and empowers them to actively contribute to data protection initiatives.

To ensure the seamless implementation of data management practices across the organization, the establishment of a data governance committee proves invaluable. This committee, comprising representatives from all departments within the healthcare organization, assumes the crucial role of overseeing and guiding data management activities. By fostering collaboration and accountability, the committee reinforces a holistic approach to data governance and drives continuous improvement in healthcare analytics-driven decision-making processes.

Mitigating Data Risks through Effective Healthcare Analytics Strategies

To safeguard patient data, healthcare organizations can adopt proactive measures to manage data risks efficiently. One essential step is conducting a comprehensive data risk assessment, enabling the identification of potential threats, vulnerabilities, and potential impact on patient data.

To minimize risks and ensure data protection, organizations can implement a robust data security plan. This entails deploying various security measures, including encryption, access control, and regular data backup protocols. Encryption safeguards sensitive information, access control restricts unauthorized access to data, and data backup ensures data availability and recovery in case of any unforeseen incidents.

Additionally, organizations can develop a data breach response plan to establish a well-prepared framework for addressing data breaches. This plan includes procedures for promptly notifying affected patients, conducting thorough investigations into the breach, and implementing measures to recover compromised data. By proactively planning for data breaches, healthcare organizations can effectively respond to incidents, mitigate potential harm, and maintain patient trust.

It is crucial for healthcare organizations to prioritize the inclusion of cyber insurance in their risk management strategy. This proactive approach significantly aids in mitigating the potential financial and operational impact of data breaches. By leveraging cyber insurance, organizations can enhance their preparedness to address such incidents, ensuring timely and effective responses while safeguarding their financial stability.

By integrating these comprehensive risk management strategies into their healthcare analytics framework, organizations can strengthen data security, protect patient confidentiality, and ensure compliance with relevant regulations.

Data is an Asset with Unique Properties

In healthcare, data is an especially valuable asset. It can be used to improve patient care, track disease outbreaks, and develop new treatments. However, healthcare data is also sensitive, and it must be managed carefully to protect patient privacy.

The Value of Data Can and Should be Expressed in Economic Terms: The value of healthcare data can be measured in terms of the cost savings it can achieve. For example, data-driven decision-making can help organizations to reduce readmission rates, which can save millions of dollars each year.

Data Management Must Account for a Range of Perspectives

Healthcare data is used by a variety of stakeholders, including patients, providers, payers, and researchers. Data management must take into account the needs of all of these stakeholders.

By taking these steps, healthcare industries can ensure that data management is aligned with the organization’s overall goals and that the risks to patient data are mitigated. The premise of ScikIQ is based on the global standard of today and tomorrow in handling the technology needs pertaining to data in the healthcare industry. The platform is the brainchild of Industry veterans designed to minimize efforts by the organization with optimum output and maximize ROI.

Healthcare analytics stands at the forefront of driving transformative change in the healthcare industry. By harnessing the power of data, healthcare organizations can make informed decisions, enhance patient care, and influence public health policies. Robust data management practices, including risk assessment, security measures, and cross-functional collaboration, are crucial to protecting patient data and mitigating data breaches.

Furthermore, the integration of cyber insurance adds an extra layer of protection. Embracing healthcare analytics unlocks the potential for improved healthcare outcomes, cost savings, and advancements in medical research. Together, these efforts paved the way for a data-driven future in healthcare.

References

The DAMA Guide to the Data Management Body of Knowledge (DMBoK), Technics Publications Basking Ridge, New Jersey, ISBN, print ed. 9781634622349.

Evren Eryurek, Uri Gilad, Valliappa Lakshmanan, Anita Kibunguchy, Jessi AshdownData Governance: The Definitive Guide. People, Process and Tools to Operationalize Data Trustworthiness. March 2021.

Henderson, J.C., H Venkatraman, H. “Leveraging information technology for transforming Organizations.” IBM System. Journal. Volume 38, Issue 2.3, 1999. [1993 Reprint]