Blockchain is a decentralized, secure ledger that ensures data integrity. In healthcare, it manages patient records, supply chains, clinical trials, and billing, enhancing transparency, privacy, interoperability, and data control.
We empower healthcare providers with blockchain solutions that secure data, streamline operations, and enhance patient trust.
50+
Global Clients
100+
Successful Projects
25+
Dedicated Blockchain Experts
5+
Years of Industry Experience
Future-ready blockchain development to power secure, efficient, and patient-centric healthcare ecosystem.
Analyze healthcare workflows, security gaps, and compliance demands to identify blockchain's most impactful integration points.
Craft a blockchain architecture tailored to data privacy, interoperability, scalability, and healthcare-specific operational requirements.
Connect EHRs, claims systems, and third-party services to blockchain nodes for seamless, real-time data exchanges.
Conduct end-to-end testing with simulated healthcare data to ensure performance, accuracy, and smart contract stability
Execute the rollout with live monitoring, user training, documentation handoff, and compliance audits to ensure long-term success.
Store patient histories securely on a blockchain ledger that can’t be altered, ensuring long-term data integrity.
Empower patients to manage access to their personal health data using private keys and permissioned sharing.
Automate processes like insurance claims, approvals, and billing with pre-coded, self-executing blockchain smart contracts.
Digitally track issued prescriptions, reduce forgery, and verify authenticity using blockchain-based prescription records.
Monitor clinical trial phases, participant data, and results using blockchain for accountability and trust.
Automatically record data access and handling to support HIPAA, GDPR, and medical regulation audits seamlessly.
Reduce billing fraud, identity misuse, and fake claims with blockchain’s transparent and auditable transaction history.
Log and verify patient consent across procedures, trials, and data sharing via tamper-proof blockchain contracts.
Enable hospitals, labs, and insurers to securely exchange health records through blockchain-compatible infrastructure.
Secure, decentralized storage of patient health data ensures privacy, interoperability, and tamper-proof medical history access.
Records trial data transparently, ensuring authenticity, reducing fraud, and enabling secure, real-time access for stakeholders.
Automates and secures patient consent processes, ensuring ethical data usage and compliance with regulatory frameworks.
Reduces fraud and administrative costs by verifying transactions, automating processes, and ensuring transparent audit trails.
Secures transmission of patient data, enables authentication, and ensures tamper-proof remote diagnostics and consultation records.
Blockchain is a decentralized, secure ledger that ensures data integrity. In healthcare, it manages patient records, supply chains, clinical trials, and billing, enhancing transparency, privacy, interoperability, and data control.
Blockchain encrypts and decentralizes patient data, preventing unauthorized access and tampering. Each record is immutable and accessible only through permissions, ensuring data privacy, traceability, and compliance with global healthcare regulations like HIPAA.
Yes, blockchain provides transparent, tamper-proof records of all transactions and processes. This visibility deters fraudulent billing, identity misuse, and counterfeit medications, significantly reducing fraud across claims, payments, and pharmaceutical supply chains.
Yes, when designed properly, blockchain solutions can comply with HIPAA and GDPR by using encryption, access controls, and off-chain data storage to maintain confidentiality, audit trails, and user data rights protections.
Blockchain timestamps and secures trial data entries, ensuring authenticity and preventing alterations. Researchers, sponsors, and regulators can transparently access data, enhancing trust, efficiency, and ethical compliance in the clinical trial lifecycle.
Yes, blockchain can be integrated with EHRs, insurance systems, and IoT devices using APIs and middleware, enabling real-time, secure data exchange without disrupting existing workflows or requiring complete infrastructure overhauls.
Blockchain automates claims processing, verifies transactions, and creates immutable records. This improves accuracy, speeds reimbursement, and reduces administrative overhead and fraud risks, benefiting providers, payers, and patients across the entire billing ecosystem.
Blockchain tracks each drug from manufacturer to patient, ensuring authenticity and preventing counterfeits. Every transaction is recorded immutably, increasing accountability and transparency across pharmaceutical supply chains and enhancing patient safety.
Hospitals, clinics, research institutions, pharmaceutical companies, insurers, and telemedicine providers all benefit. Blockchain enhances data security, compliance, operational efficiency, and stakeholder trust across diverse healthcare services and workflows.
Implementation timelines vary based on scope but typically range from three to nine months. This includes assessment, customization, integration, testing, training, and launch, with continuous support for maintenance, scaling, and upgrades.