Pharma
Verifiable trust infrastructure for pharmaceutical operations
Pharmaceutical companies operate under the most demanding data integrity requirements in any regulated industry. GxP compliance, supply chain verification, and clinical trial data authenticity all require verifiable trust that extends across organisational boundaries.
Discuss pharmaceutical trust infrastructurePharmaceutical operations face three converging integrity mandates: GxP data integrity requirements under ALCOA+ principles, supply chain verification under the EU Falsified Medicines Directive, and clinical trial data authenticity under EU Regulation 536/2014. Each demands cryptographic proof of data provenance across organisational boundaries. The architectural approach proven in Swiss healthcare applies directly to pharmaceutical data exchange, batch verification, and regulatory submission integrity.
Regulatory drivers
GxP Data Integrity (ALCOA+)
Attributable, Legible, Contemporaneous, Original, and Accurate data integrity requirements governing all pharmaceutical manufacturing, distribution, and clinical operations.
100% of pharma operations subject to GxP
EU Falsified Medicines Directive
Mandatory serialisation and verification system requiring end-to-end supply chain authentication from manufacturer to dispensing point across EU member states.
27 EU member states with mandatory verification
Clinical Trials Regulation (EU 536/2014)
Harmonised clinical trial framework requiring verifiable data authenticity, audit trails, and cross-border trial data exchange between sponsors, sites, and regulators.
4,000+ clinical trials registered annually in EU
Solution overview
Verifiable trust infrastructure for pharmaceutical operations means every data exchange -- batch records, supply chain events, clinical trial submissions -- carries cryptographic proof of origin, integrity, and chain of custody. This is not a compliance overlay. It is an architectural capability that makes data provenance verifiable by design across manufacturing sites, distribution partners, regulatory authorities, and clinical trial networks.
See how it works →Proven at scale
Healthcare proved the architecture at scale. HIN -- operator of Switzerland's health information network -- processes over 800,000 verified messages per month through 850+ gateways serving 30,000+ healthcare institutions. The same infrastructure that verifies healthcare communications applies to pharmaceutical data exchange: organisational boundary trust, data provenance verification, and compliance attestation operate identically whether the payload is a patient record or a batch release certificate.
800,000+
verified messages per month
850+
gateways across Swiss healthcare
30,000+
GP offices and healthcare institutions
The ALCOA+ principles that govern pharmaceutical data integrity -- attributable, legible, contemporaneous, original, accurate -- map directly to the cryptographic properties of verifiable trust infrastructure: every data point carries proof of who created it, when, and whether it has been altered.
Reference architecture
Click to expand diagram
How to engage
Work with Vereign directly
For organisations that want to scope and deploy trust infrastructure with Vereign's engineering and advisory team. Ideal for first movers and organisations with in-house technical capacity.
Explore services →Work through a partner
For organisations that prefer to work with a consultancy already trained on Vereign's trust infrastructure. Partners provide sector expertise alongside deployment capability.
See the partner programme →Team voices
We designed this architecture for pharmaceutical operations because GxP data integrity and supply chain verification share the same fundamental requirement: every data exchange must carry cryptographic proof that it is authentic, unaltered, and attributable to its source.
Scope a trust infrastructure deployment for pharmaceutical operations
Whether you are addressing GxP data integrity, supply chain verification, or clinical trial data authenticity, we can help you define the right trust architecture.