Public verification layer
Tamper-evident hashes and verifiable credentials form an auditable trail that authorized reviewers can validate independently.
Bioelectrum Innovations Pvt Ltd
Verifiable data infrastructure for life sciences, built for auditability and trust.
Rex Ledger Technologies is a web3-native DLT for life sciences: public verifiability with private data. On-chain proofs, off-chain data, and zero raw PHI on the ledger, with MedRex as the first hospital workflow.
Designed for hospitals, life-sciences partners, grant reviewers, and long-term investors.
- RLT core
- Public proofs, private data
- Assurance
- Tamper-evident audit trail
- Identity
- Self-sovereign, ZK-biometric
- Compliance
- ABDM-aligned, DPDP-compliant
Platform scope
What we do
Rex Ledger Technologies provides verifiable-data infrastructure for life sciences with public auditability while private clinical data remains off-chain.
Privacy-preserving architecture
Raw PHI and biometrics remain off-chain and encrypted; the ledger stores proofs and attestations only, never source records.
Life-sciences infrastructure
Identity, consent, provenance, and k-anonymous public-health statistics operate as shared infrastructure across clinical and research partners.
Platform
Rex Ledger Technologies (RLT)
RLT is a web3-native DLT for life sciences and a Digital Public Infrastructure for life sciences. It delivers public verifiability with private data via on-chain proofs and off-chain data, built for ABDM-aligned, DPDP-compliant, consent-native workflows.
Design principle
On-chain proofs. Off-chain data. Zero PHI on the ledger.
Six-part system
Executive view of the RLT stack
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rex-core
Cryptographic core coordinating the permissioned/hybrid ledger and protocol integrity.
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RexID
Self-sovereign identity with ZK-biometric verification and consent-native authorization controls.
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Drex
Verifiable clinical credentials with evidence-based issuance, rapid revocation, and audit-grade traceability.
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MedRex
medrex.ioFirst clinical vertical; blockchain-anchored HIS with tamper-evident hashes and auditable workflows.
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Rexon
Compliance-bounded incentive and credit rail for verified actions and accountable program outcomes.
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Rexus
K-anonymous public-health statistics with content-addressed provenance and consent guardrails.
Featured vertical
MedRex — institutional hospital workflow layer
MedRex is a blockchain-anchored hospital information system where raw PHI never touches the chain and only tamper-evident hashes and proofs do. It enables consent-gated access, auditable clinical AI, and a verifiable workflow layer while PHI remains private off-chain.
Flagship introduction
Assurance-grade controls for hospital operations
A verifiable layer for clinical and administrative workflows, engineered for consent-native access and auditable evidence without exposing PHI.
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Tamper-evident encounter and discharge trails across care teams.
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Consent-gated access with verifiable credentials and identity controls.
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Auditable clinical AI pipelines with on-chain proofs and off-chain data.
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PHI remains private off-chain; only hashes and proofs are anchored.
Pilot focus: oncology and teaching-hospital workflows in India.
Roadmap
Verticals roadmap
A structured expansion plan for verifiable-data infrastructure in life sciences, anchored in validated hospital workflows.
Roadmap logic
Each vertical extends Rex Ledger Technologies (RLT) with domain-specific proofs, consent patterns, and auditable workflow traces. Raw PHI never touches the chain; only hashes and proofs do.
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01 Live
MedRex
Hospital information workflows with tamper-evident audit trails.
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02 Roadmap
Genomics / omics provenance
Content-addressed lineage for datasets and workflows.
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03 Roadmap
Clinical-trial integrity
Verifiable protocol, event, and document trails.
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04 Roadmap
Pharma / vaccine cold-chain provenance
Auditable movement and condition evidence.
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05 Roadmap
Public-health surveillance
Privacy-preserving aggregation with k-anonymous public-health statistics.
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06 Roadmap
Medical-device signal provenance
Verifiable source and transformation lineage for device data.
CREDIBILITY & COMPLIANCE
Governance-aligned by construction.
Rex Ledger Technologies (RLT) is ABDM-aligned and DPDP Act 2023–compliant by design. It is consent-native and structured as a permissioned, hybrid Digital Public Infrastructure for life sciences. Raw PHI never touches the chain; only hashes and cryptographic proofs do, enabling verifiability without data exposure.
Mission: Make life-sciences data verifiable without making it public.
✓
Policy-grounded assurance
Structured for regulatory review with explicit data boundaries, consent verification, and evidence-grade audit controls.
Governance view
Integration map and governance diagram for compliance review.
Public verifiability with private data
On-chain proofs with off-chain data support independent validation while keeping sensitive clinical or research data off-chain.
Content-addressed provenance
Artifacts are anchored to verifiable hash lineage for provenance, traceability, and audit-ready reporting.
Tamper-evident audit trails
Operational workflows generate time-sequenced hashes and tamper-evident trails suitable for compliance review.
About Bioelectrum Innovations
Founder-led, clinically informed, and engineered for verifiable life-sciences data.
Bioelectrum Innovations Pvt Ltd is a deep-tech company incorporated in Uttar Pradesh, India, with operating presence in Meerut and Bareilly. Established in 2026 by Dr. Abhinav Goyal, a physician and engineer, the company builds infrastructure that enables public verifiability while preserving privacy. Raw PHI never touches the chain; only hashes and proofs do.
Mission
Make life-sciences data verifiable without making it public.
CONTACT
Institutional partnerships & research collaboration.
We engage with hospitals, life-sciences institutes, grant programs, and investors to deliver verifiable-data infrastructure for clinical and research environments. Raw PHI never touches the chain; only hashes and proofs do, enabling public verifiability with private data.
General contact: [email protected]
For institutional reviews and funding: Please include program scope, evaluation criteria, and expected timelines.
Mission: Make life-sciences data verifiable without making it public.
Contact form
We respond within 2–3 business days.