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Blockchain in Healthcare: Charting the Future of Health Systems and Innovations


Daljit Singh

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September 25, 2023

Blockchain in Healthcare: Charting the Future of Health Systems and Innovations


Daljit Singh

linkedin profile


September 25, 2023

Table of Contents

Healthcare stands as a pivotal sector in society, continuously adapting to cater to the requirements of both patients and healthcare professionals. Recently, there’s been significant buzz around the potential of blockchain in healthcare to transform this field. 

So, the question arises: Is this enthusiasm grounded in reality or merely speculative?

Given the substantial investments by tech giants like IBM, Microsoft, and Google in blockchain research for healthcare, there’s a strong indication that this technology holds genuine promise, moving beyond mere speculation.

For instance, the Estonian government’s e-health foundation collaborated with Guardtime to securely decentralize health records, enhancing accessibility and patient care.

According to a Grandviewresearch report, in 2022, the worldwide market value for blockchain technology within the healthcare sector stood at USD 1.97 billion. This market is projected to grow at a compound annual growth rate (CAGR) of 68.40% from 2023 through 2030.

In this article, we will delve into the transformative potential of blockchain for healthcare, examining its practical applications and addressing challenges that must be surmounted for its broader integration into the healthcare ecosystem. 

Let’s dive in!

Blockchain in Healthcare- A Deep Dive

The healthcare sector, with its myriad of stakeholders including doctors, hospitals, insurers, and governmental bodies, is intricate. There’s a pressing need for seamless communication among these entities to ensure optimum patient care. Blockchain technology offers a promising avenue in this direction, facilitating smoother information exchanges.

Utilizing blockchain in healthcare, we can establish a robust, decentralized system for medical record storage. This not only grants patients autonomy over their health information but also simplifies the process for healthcare professionals to retrieve these records, irrespective of their location.

Historically, there have been unsettling episodes of confidential medical information falling into the wrong hands.

The 2020 Breach Barometer report highlighted a significant security concern, noting breaches that impacted more than 41 million patient records during that year. Concurrently, the World Health Organization’s data suggests that in selected regions within Africa and Asia, as many as 30% of pharmaceutical products may be inauthentic.

Furthermore, an industry analysis has indicated that the valuation of the healthcare blockchain market was approximately US $2.12 Billion in 2019, with projections pointing to a potential growth to US $3.49 Billion by the year 2025.

Faced with such daunting challenges, it’s imperative for the healthcare industry to seek innovative solutions. Blockchain’s integration into healthcare presents a beacon of hope. With its potential to mitigate data fraud, enhance transparency, and foster efficient healthcare infrastructures, blockchain stands poised to revolutionize the domain.

Key Benefits of Leveraging Blockchain Technology in Healthcare Sector 

blockchain for healthcare

In the domain of healthcare, blockchain technology offers a suite of advantages, notably in data security and continual monitoring. In the subsequent discussion, we shall delve into these pivotal benefits and explore the potential avenues through which this innovative technology can elevate the industry’s standards.

  • Enhanced data protection 

Blockchain provides a decentralized database system, ensuring secure, transparent, and immutable management of healthcare information. When incorporated into healthcare, blockchain addresses numerous prevalent challenges, from data breaches and interoperability hurdles to fraudulent activities.

By adopting blockchain, patient data resides within a decentralized framework rather than a singular centralized server, amplifying the resilience against potential hacking or data tampering. Furthermore, this technology empowers healthcare providers to share pertinent data, while ensuring patient confidentiality remains uncompromised.

Given the encryption standards of blockchain, data access is strictly contingent upon authorized permissions. Conclusively, by offering a traceable record for all transactions, blockchain stands as a deterrent against malfeasance and misconduct within the healthcare domain.

  • 24/7 data oversight

Persistent monitoring of data is essential in the healthcare domain, especially when dealing with the intricacies of electronic health records. With countless lives on the line daily, even a minor oversight can result in severe repercussions.

From a patient’s vital signs to a physician’s medicinal recommendations, every fragment of health-related data requires round-the-clock surveillance and accessibility. Yet, the prevailing healthcare framework often falls short in ensuring consistent data access, largely due to challenges like interoperability barriers and data security threats.

Here, blockchain technology emerges as a solution. With its ability to offer uninterrupted data access, blockchain enhances the efficacy of electronic health records management through its decentralized architecture. Moreover, by introducing a standardized platform for data exchange, blockchain adeptly addresses the prevalent interoperability hurdles amongst diverse healthcare entities.

  • Optimized clinical research outcomes

According to a recent study, the global clinical trials market was valued at USD 38.7 billion in 2021 and is projected to reach USD 52.0 billion by 2026, registering a CAGR of 6.1%. This growth is attributed to an increase in clinical trials, a surge in R&D outsourcing, and drug commercialization.

However, the clinical trial landscape is intricate with multiple stakeholders, often leading to procedural inefficiencies and potential delays that can hinder the trial’s success. Additionally, the compartmentalization of clinical trial data often poses challenges in data sharing.

The introduction of blockchain in healthcare offers promising solutions to these issues by ensuring a secure and transparent method for clinical trial data storage and management. With blockchain, every phase of the clinical trial can be documented, simplifying data tracking and error detection. 

Furthermore, blockchain can authenticate the identities of both patients and medical professionals, ensuring data accessibility only to verified individuals.

  • Augmented medication security

Unanticipated drug responses pose significant challenges within the healthcare sector, attributing to countless hospital admissions and unfortunate fatalities each year. Moreover, the economic burden to manage such reactions is notably high, spiraling into billions annually.

Implementing a blockchain-based system offers a strategic solution to trace a drug’s lineage across its entire supply chain. This systematic approach ensures timely identification of any spurious or compromised medications. Concurrently, blockchain’s capabilities extend to monitoring patient outcomes, facilitating prompt detection of any negative drug interactions.

This advancement in ensuring drug safety epitomizes just a fraction of the broader potential blockchain holds for reshaping the healthcare landscape.

  • Smart contract automation
blockchain for healthcare

Smart contracts, intrinsic to blockchain technology, are autonomous digital protocols that autonomously implement the stipulations of an agreement among multiple entities. Their potential to drive transformative changes in the healthcare sector is significant.

These contracts play a pivotal role in maintaining the authenticity and precision of patient data. They can systematically enforce data-sharing conventions among healthcare practitioners, patients, and additional concerned parties.

Furthermore, smart contracts can streamline various bureaucratic procedures in healthcare, from insurance claim adjudication to payment validation. By facilitating these automated mechanisms, smart contracts not only enhance efficiency and curtail operational costs but also substantially reduce the propensity for errors or deceptive practices. 

Within the healthcare domain, blockchain’s smart contracts can simplify various operations. These can automate insurance claim processing, confirm benefit eligibility, and facilitate appointment scheduling.

Added to this, smart contracts offer robust management of patient records, guaranteeing that only those with the requisite authorization can access sensitive data.

  • Streamlined billing and claims operations

In the sector of claims and billing management, the meticulous submission and handling of medical claims tied to a patient’s diagnosis, medications, and treatments stand paramount. 

Regrettably, past incidents have seen vulnerabilities, where crucial medical files were breached, giving rise to fraudulent activities.

Blockchain technology offers a robust solution. By recording medical data on a transparent digital ledger, it ensures any alterations to the information stand prominently visible to all entities within the blockchain ecosystem, fortifying the process against potential indiscretions.

  • Cryptocurrency transactions

Within the healthcare landscape, the adoption of cryptocurrency payments remains in its nascent stages. A select number of healthcare providers and vendors have begun to embrace cryptocurrencies, yet the broader industry has been slow to follow suit.

One of the core advantages of integrating cryptocurrency payments in healthcare is the heightened level of financial privacy and security it affords patients. Given their decentralized nature coupled with sophisticated encryption techniques, cryptocurrencies offer superior protection against fraudulent activities and potential security breaches compared to traditional payment avenues.

Furthermore, the inherent structure of cryptocurrencies, which circumvents the need for intermediary financial entities such as banks, positions them as an efficient mechanism that can potentially minimize transaction costs and expedite payment processing times.

Beyond the benefits of blockchain in healthcare that we’ve touched upon, there are numerous other advantages to its adoption, such as minimizing medical mistakes, bolstering public health initiatives, and the like.

(Related Read- How to Create a Crypto Wallet: A Comprehensive Guide

Understanding the transformative impact of blockchain on the healthcare domain, let’s delve into specific instances that showcase its application in this sector.

Emerging Blockchain Use-Cases in Healthcare 

blockchain in healthcare

From startups specializing in healthcare blockchain solutions to established enterprises testing its potential for enhanced security, blockchain’s presence is becoming more pronounced. Let’s explore some tangible examples of how blockchain is being utilized in the world of healthcare.

1. Drug traceability

Drug traceability refers to the capability of monitoring a drug’s journey through the supply chain, from its production to its ultimate delivery to patients. Blockchain promises to redefine this process by offering an unalterable record of each drug’s path. Currently, many traceability systems are built upon centralized databases, which are susceptible to alterations and security breaches.

A blockchain-centric approach offers a distributed, indelible ledger of drug movements, enabling regulatory bodies to swiftly pinpoint and address counterfeit products. When combined with the prowess of artificial intelligence and the Internet of Things, blockchain has the potential to enable instantaneous tracking of medications, facilitating prompt responses to potential drug shortages or recalls.

Highlighting this potential, notable organizations like Walmart, IBM, Merck, and KPMG have partnered to trial a blockchain solution that monitors pharmaceuticals across the supply chain, ensuring their authenticity and compliance with quality benchmarks.

2. Electronic health records (EHR)

Electronic health records (EHRs) hold significant promise for enhancing patient care, reducing costs, and ultimately saving lives. Yet, they are not without their challenges, with data security being paramount among them.

Presently, EHRs are housed in centralized databases susceptible to cyberattacks and unauthorized breaches. This vulnerability places sensitive patient information at risk. Blockchain, with its decentralized nature, offers a solution by providing a more secure means of storing EHRs. 

By harnessing this technology, patients can be empowered to access their medical data while ensuring its viewing remains restricted to authorized personnel. Several startups in the healthcare blockchain space are innovating with such solutions.

For instance, Medicalchain, a UK-based startup, has pioneered a platform focused on secure storage and sharing of health data. Similarly, Patientory is championing a user-centric, blockchain-embedded EHR solution, granting patients greater agency over their health records.

3. Blood plasma distribution chain 

Healthcare’s blockchain technology holds promise to refine the plasma supply chain, offering all involved parties transparent and current data. Plasma derivatives play a pivotal role in numerous essential treatments. 

Yet, the prevailing supply chain, involving countless global hospitals and blood banks, is convoluted. The system, plagued by inefficiencies and errors, can lead to dire plasma shortages at crucial times. 

A report indicates that by 2024, the plasma supply chain market is projected to reach $15.5 billion. Any market deficit in plasma could escalate mortality rates.

Blockchain stands as a potential remedy by facilitating a decentralized platform for real-time sharing and tracking of plasma consignments. This technology could guarantee consistent patient access to indispensable treatments.

Highlighting the practical implementation of this technology, Canadian Blood Services joined forces with EY Canada, integrating blockchain for real-time monitoring and traceability of blood products across their distribution channels.

4. Medication prescription surveillance 

Blockchain technology is poised to play a pivotal role in monitoring prescription drug use. Recent statistics suggest that over 6% of the U.S. population, equating to around 18 million individuals aged 12 and above, have utilized prescription drugs in the past year. Addressing this concern, blockchain promises a secure, indelible mechanism for prescription drug tracing.

Utilizing blockchain, every dispensed prescription drug’s record is instantly logged and preserved on the blockchain. This process allows regulatory bodies to oversee prescription drug flow and discern potential misuse patterns. Furthermore, blockchain’s inherent verification capabilities can validate both patients’ and doctors’ identities, ensuring that prescription drugs are only accessible to certified individuals.

In the entrepreneurial arena, BlockMedx is pioneering an electronic prescription solution anchored in blockchain. Their platform empowers patients with a secure environment to oversee their prescriptions. Additionally, it aids pharmacists in confirming prescription genuineness and monitoring prescription drug movements.

5. Verification of healthcare professional credentials 

A vital application of blockchain in healthcare pertains to the verification of medical staff credentials. According to Statista, the U.S. boasts over 1,073,616 registered physicians. Given such vast numbers, ensuring the authenticity of each professional’s credentials becomes a daunting task.

This is where blockchain technology steps in. An increasing count of institutions are turning to blockchain to authenticate medical staff credentials. Through blockchain, organizations can swiftly and securely confirm the qualifications and expertise of their medical personnel.

Furthermore, blockchain creates an enduring ledger of this credentialing data, offering a comprehensive view of a medical professional’s career trajectory. Consequently, the integration of blockchain for credential validation is rapidly becoming indispensable for maintaining the standard of care in healthcare establishments.

6. Innovation in genomics

The promise of genomics in enhancing healthcare is widely acknowledged. As highlighted by Emergen Research, by 2027, the global market size for blockchain in genomics is projected to reach USD 1,258.3 million.

A significant hurdle in genomics is the sharing of data. Given the privacy issues, many individuals hesitate to divulge their genomic information. However, blockchain is being harnessed to develop secure, decentralized platforms for sharing this data, ensuring patients can authorize researchers access while retaining overall control.

In this domain, Nebula Genomics stands out by utilizing blockchain to foster a decentralized genomic data-sharing environment. They aim to create an expansive genetic database instrumental for medical research, offering incentives for patients who contribute their data.

Similarly, EncrypGen leverages blockchain to develop a fortified genomic data repository, empowering patients to decide who can access their information and rewarding them for their contributions.

Furthermore, with the acquisition of doc.ai in 2021, Sharecare has leveraged its augmented engineering capabilities to create a decentralized research platform. Their Smart Omix platform streamlines the process for researchers to design, modify, and initiate mobile studies. Besides accommodating patient records, Smart Omix facilitates data collection from wearable devices for researchers and incorporates features such as e-consent, streamlining the research process.

7. Supply chain management

blockchain development company

The healthcare sector relies heavily on the international supply chain for medical goods and services. Blockchain’s integration into healthcare can address many challenges inherent to supply chain management. Methods such as RFID and EPCIS (Electronic Product Code Information Service) have been employed to safeguard the drug supply chain.

This technology guarantees that the primary components utilized in drug formulation align with medical benchmarks. Additionally, blockchain can pinpoint the source of counterfeit drugs and medical equipment. Numerous companies are pioneering blockchain solutions to tackle these challenges in healthcare.

For instance, Chronicled, a U.S.-based enterprise, has crafted a platform leveraging blockchain and the Internet of Things (IoT) to monitor the transit of medical supplies. Through the Chronicled platform, stakeholders like manufacturers, distributors, and pharmacies can trace the real-time movement of these supplies, ensuring they remain accessible only to certified individuals.

Embleema pioneers a virtual trial platform, expediting drug development. By digitally consenting to secure data collection, users contribute to accelerating treatments via Embleema’s Virtual Studies Suite.

Blockpharma champions drug traceability, combating counterfeiting. Their application, underpinned by a blockchain system, empowers patients to identify counterfeit drugs, addressing the global issue where 15% of medicines are falsified.

Tierion delivers a blockchain solution to audit medical records, using timestamps to validate ownership throughout the medical supply chain.

FarmaTrust offers a spectrum of blockchain solutions, from tracking pharmaceuticals to validating medical devices and ensuring patient data security. Their emphasis is on eliminating counterfeit drugs from the supply chain and providing consumers with tools to authenticate medicines.

(Related- Blockchain in Supply Chain- Challenges, Benefits, Use-Cases & Considerations)

8. IoT protection for remote monitoring

enterprise blockchain development company

The healthcare sector is progressively adopting the Internet of Things (IoT) for remote patient monitoring. Devices such as wearables gather diverse data sets, from heart rhythms to body temperatures. This information is subsequently related to a hub for medical professionals to oversee.

Yet, the security infrastructure of many IoT gadgets remains frail, exposing them to potential cyber-attacks and unauthorized data access. This is especially concerning in healthcare, given the sensitivity of medical data. Blockchain, with its secure data storage and transmission capabilities, presents a solution to this dilemma.

Furthermore, blockchain can pave the way for fortified IoT networks. Platforms like IOTA, tailored for IoT device security, utilize blockchain to establish an immutable data ledger. This can serve as a repository for IoT data and even monitor the trajectory of these devices.

9. Health insurance

Blockchain technology offers transformative potential for the insurance industry. Its decentralized and tamper-proof nature ensures that all transactions are transparent and verifiable by all parties involved, eliminating the need for intermediaries and reducing fraudulent claims. 

Smart contracts, an integral feature of blockchain, can automate and expedite claim processes, ensuring timely and accurate claim settlements. 

Furthermore, the shared ledger system enhances trust among participants, streamlines administrative processes, and facilitates real-time data access, resulting in cost savings and operational efficiency. By adopting blockchain, insurers can offer more transparent, secure, and customer-centric solutions, revitalizing traditional insurance models.

(Related- AI-Driven Insurance Enterprises – All Set to Break Records)

10. Telemedicine

Within the domain of telemedicine, blockchain technology stands poised to address critical challenges, elevating the level of data security, transparency, and interoperability. 

As telemedicine garners increased acceptance, particularly in the post-pandemic era, the imperative for a secure, immutable management of patient data becomes paramount. Blockchain, with its decentralized framework, ensures the sanctity of patient health records and virtual consultations, mitigating tampering risks. 

Moreover, patients gain unparalleled control over their data, conferring access rights judiciously. The integration of smart contracts further refines administrative facets like billing procedures and user authentication. 

Consequently, the confluence of blockchain with telemedicine augments trust and reliability in distanced healthcare systems.

Having illuminated several blockchain applications in healthcare, it’s imperative to address the challenges hindering its seamless integration into the medical landscape.

Challenges of Blockchain in Healthcare Sector 

While the promise of blockchain in healthcare is considerable, its integration is not devoid of obstacles. The ensuing points delineate some of these inherent challenges

  • Adherence to HIPAA and Data Privacy Standards

The Health Insurance Portability and Accountability Act (HIPAA) is a legislative act in the US that delineates stringent standards for the handling and dissemination of patient data.

Blockchain’s inherent attributes could aid healthcare entities in aligning with HIPAA and other data protection mandates. Nonetheless, the precise manner in which blockchain will conform to such regulations remains to be fully elucidated.

  • Data Volume Considerations

Blockchain’s immutable nature – where once data is entered, it becomes irreversible – presents both advantages and challenges. While it assures unparalleled data integrity, it poses limitations on scalability. Addressing this challenge might necessitate architectural enhancements, either to allow selective modifications or by strategizing data distribution between on-chain and off-chain platforms.

  • Inherent Data Immutability

The volume of medical data produced by healthcare entities is prodigious. This sheer magnitude can exceed the storage capacity of standard blockchain frameworks, given the constraints on block size. A meticulously designed system architecture can navigate this challenge. By discerning the nature of data and deciding its storage either on-chain or off-chain in traditional RDBMS/No-SQL or in an IPFS, the size constraints can be effectively managed.

  • Dearth of Technical Knowledge 

Anticipating that every individual will familiarize themselves with the latest hardware and software tools can be a tall order. Blockchain is a cutting-edge technological advancement, and expecting a universal understanding across all age groups may be optimistic. Consequently, the deficit in technical comprehension stands as a primary challenge for the healthcare industry.

Navigating the digital evolution, it becomes paramount for healthcare institutions to align with emergent technological paradigms and judiciously channel investments into promising areas like blockchain.

Blockchain emerges as a pivotal technology with a distinct capacity to reshape healthcare delivery dynamics. Let’s further explore the prospective trajectory of blockchain within the landscape of healthcare.

Overcoming Blockchain Challenges in Healthcare: Debut Infotech’s Expertise

In today’s fast-evolving healthcare domain, the integration of blockchain presents both vast opportunities and unique challenges. Debut Infotech, a blockchain development company stands at the vanguard of this transformation, proactively addressing the obstacles that healthcare institutions may encounter.

One of the primary concerns is the alignment with HIPAA and stringent data privacy standards. We’ve architected the blockchain solutions to not only comply but also to set a benchmark in data protection, ensuring every transaction remains both transparent and confidential. When confronted with the challenge of large data volumes, our systems are designed for robustness and scalability, proficiently managing vast datasets without a dip in performance.

The inherent non-alterability of blockchain is transformed from a challenge to an asset, providing an unassailable record, which further fortifies data security. Recognizing that the adoption of such advanced technology might pose a knowledge gap, Debut Infotech offers exhaustive training and consistent support, fostering a smooth transition.

In essence, Debut Infotech doesn’t just offer a solution; it provides a strategic pathway, ensuring that healthcare institutions seamlessly transition into this new era, fortified against challenges and primed to harness the vast potential of blockchain.

The Road Ahead 

The forthcoming years are poised to witness an upsurge in the integration of blockchain within healthcare, driven by the sector’s increasing acknowledgment of its manifold advantages.

With the rising adoption of blockchain, there emerges a pressing need for interoperability amongst diverse blockchain platforms and established healthcare frameworks. This calls for rigorous standardization and the inception of universal protocols.

A study by BIS Research projects the global healthcare blockchain market to escalate to $5.61 billion by 2025. Such momentum is largely attributed to blockchain’s capability to address critical challenges like data breaches – an issue that compromised approximately 15 million patient records in 2018, as cited by Protenus.

Furthermore, blockchain empowers patients with enhanced autonomy over their medical data, facilitating selective data sharing with medical practitioners and researchers. This ushers in tailored care regimens, culminating in improved health trajectories.

Employing blockchain to refine facets like supply chain logistics and clinical trial data oversight can usher in operational efficiency and tangible cost benefits for healthcare entities.

It’s imperative to note that adjunct technologies, namely Artificial Intelligence (AI) and the Internet of Things (IoT), are anticipated to further revolutionize healthcare. These innovations promise augmented patient experiences, streamlined operations, and uncharted avenues for sectoral growth.

In summation, while the future landscape of healthcare will be sculpted by an amalgamation of varied technologies, blockchain stands out as a significant contributor. Its potential is vast, yet unlocking its full spectrum demands sustained efforts and investments. As the industry delves deeper into blockchain’s offerings, we anticipate a slew of transformative applications emerging in the near future.

Wind Up- 

Certainly, the transformative potential of blockchain in healthcare is evident. Yet, the reach of blockchain extends far beyond just healthcare. This technology has ushered in substantial advancements across diverse sectors. 

From enhancing transparency in the legal industry to streamlining mortgage processing, revitalizing hospitality management, and more, blockchain has played a pivotal role. Its decentralized, secure, and transparent nature has addressed long-standing challenges, paving the way for enhanced efficiency and trustworthiness. 

Organizations poised to embrace this impending paradigm shift, keen on integrating avant-garde solutions, should consider collaborating with Debut Infotech. Renowned for its credibility and excellence, Debut Infotech offers specialized blockchain development services that are tailored to augment your business growth.

Our expertise not only lies in understanding the intricacies of blockchain but also in ensuring its seamless integration to drive future-ready solutions. As the healthcare sector anticipates this evolution, partnering with us can position you at the forefront of this innovation.


Q. What is blockchain in healthcare?

A. Blockchain in healthcare refers to the application of a decentralized ledger technology that securely and transparently records health-related transactions. This technology ensures data immutability, verifiability, and traceability, enhancing security and interoperability of health records.

Q. How can blockchain be used in healthcare?

A. Blockchain’s core strengths, like enhanced security and transparency, allow for safer storage and exchange of electronic health records, streamlined drug supply chain tracking, and improved patient data management. Its decentralized nature assures data integrity, reducing fraud, and ensuring only authorized access to sensitive medical information.

Q. How to implement blockchain in healthcare?

A. Implementing blockchain necessitates first identifying healthcare-specific challenges it can address. Then, stakeholders must be educated and engaged, appropriate blockchain type (public, private, consortium) chosen based on needs, and, finally, integration with existing systems is carried out, ensuring regulatory compliance and continuous monitoring.

Q. What advantages does blockchain bring to the healthcare sector?

A. Blockchain offers numerous advantages to healthcare, including enhanced security, transparency, and traceability of health records, streamlined drug supply chain management, and reduced fraud. It promotes interoperability and provides a tamper-proof system for patient data.

Q. How can Debut Infotech assist healthcare organizations in adopting blockchain technology?

A. As a seasoned blockchain development company, Debut Infotech provides tailor-made solutions that cater specifically to healthcare challenges. Our expert team ensures seamless integration of blockchain technology into existing systems, driving efficiency and enhanced security.

Q. Is blockchain in healthcare compliant with existing data protection regulations?

A. Yes, blockchain can be designed to be compliant with healthcare-specific data regulations like HIPAA. Our solutions at Debut Infotech ensure that data privacy, storage, and sharing align with existing rules while leveraging the benefits of blockchain.

Q. How secure is blockchain in protecting sensitive medical data?

A. Blockchain’s decentralized and encrypted nature makes it exceptionally secure against breaches and unauthorized access. Once data is added, it’s nearly impossible to alter without network consensus, ensuring patient data integrity.

Q. Can blockchain technology integrate with current Electronic Health Record (EHR) systems?

A. Absolutely. Blockchain can be integrated with existing EHR systems to enhance their functionality, security, and interoperability. Debut Infotech has experience in ensuring smooth integrations that yield maximum efficiency.


March 26, 2024

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