Circular Documentation
  • Getting Started
  • Introduction
    • Introducing Circular
  • Circular's Mission
  • Circular's Technology
    • Certificates & Data Anchoring
    • Multi-Chain Architecture
    • Certified Nodes & Jurisdictional Deployment
    • HyperCode & GPU Accelerated Processing
    • Proof of Reputation Consensus Mechanism
  • Certified Intelligence
  • Developer Tools
    • Enterprise APIs
      • Javascript
        • CEP_Account.open()
        • CEP_Account.setNetwork()
        • CEP_Account.setBlockchain()
        • CEP_Account.update()
        • CEP_Account.submitCertificate()
        • CEP_Account.getTransactionOutcome()
        • CEP_Account.getTransaction()
        • CEP_Account.close()
      • Node.JS
        • CEP_Account.open()
        • CEP_Account.setNetwork()
        • CEP_Account.setBlockchain()
        • CEP_Account.update()
        • CEP_Account.submitCertificate()
        • CEP_Account.getTransactionOutcome()
        • CEP_Account.getTransaction()
        • CEP_Account.close()
      • PHP
        • CEP_Account.open()
        • CEP_Account.setNetwork()
        • CEP_Account.setBlockchain()
        • CEP_Account.updateAccount()
        • CEP_Account.submitCertificate()
        • CEP_Account.getTransactionOutcome()
        • CEP_Account.getTransaction()
        • CEP_Account.close()
      • Python
        • CEP_Account.open()
        • CEP_Account.set_network()
        • CEP_Account.set_blockchain()
        • CEP_Account.update_account()
        • CEP_Account.submit_certificate()
        • CEP_Account.get_transaction_outcome()
        • CEP_Account.get_transaction()
        • CEP_Account.close()
      • Java
        • CEP_Account.open()
        • CEP_Account.setNetwork()
        • CEP_Account.setBlockchain()
        • CEP_Account.updateAccount()
        • CEP_Account.submitCertificate()
        • CEP_Account.getTransactionOutcome()
        • CEP_Account.getTransaction()
        • CEP_Account.close()
  • SDK
  • CLI & Tooling
  • Core Concepts
    • Overview
    • Certificates
  • Accounts
  • Private Chains
  • Data Management
  • Fees
  • Nodes
  • Private Keys
  • Recovery Phrases
  • Tutorials & Examples
    • Circular Connect Guide
      • Create an Organisation Account
      • Create a Blockchain Account
      • Purchase Certificates
      • Using the Explorer & Viewing Certificate Details
    • Create Your First Certificate
  • Industry Use Cases
    • Industry Use Cases - Overview
    • Clinical Trials
    • Medical Devices
    • Public Health
    • Pharma Supply Chains
    • Research and Academia
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On this page
  • The Problem
  • Circular's Solution
  • How It Works (Example Flow)
  • Outcomes
  • Benefits by Stakeholder
  1. Industry Use Cases

Pharma Supply Chains

The Problem

The global pharmaceutical supply chain is a complex, high-stakes ecosystem involving multiple manufacturers, distributors, logistics providers, and regulatory bodies. Despite billions invested in ERP and serialization systems, major challenges persist:

  • Counterfeit drugs account for up to 10% of global pharmaceutical sales, according to the WHO

  • Lack of unified traceability across APIs, intermediates, and finished goods

  • Fragmented QA documentation, often paper-based or siloed across systems

  • Cold chain failures, which can ruin high-value biologics without clear accountability

  • Cross-border compliance barriers, especially for high-risk therapies and biologics

Regulatory bodies like the FDA, EMA, and TGA demand increasing transparency and post-market traceability, yet many pharma players still rely on spreadsheets and manual audit trails.

Circular's Solution

Circular provides a verifiable certification layer that spans the entire pharmaceutical supply chain—from raw ingredients to final dispensing.

Key capabilities include:

  • Certify every step of the supply chain, including production, QA, transport, storage, and handoff

  • Anchor batch-level data to the blockchain, including temperature logs, lab tests, and packaging events

  • Trace and verify serialization data (e.g., GS1/2D barcodes) with embedded provenance

  • Immutable proof of compliance with GMP, GDP, DSCSA, and EU FMD requirements

  • Cross-border interoperability, enabling visibility across multinational partners and regulators

This infrastructure ensures that no batch moves without a certified record—creating a shared source of truth across the entire chain of custody.

How It Works (Example Flow)

  1. API manufacturer certifies production lot with attached QA reports

  2. CDMO and packaging partner certifies processing and labeling

  3. 3PL provider anchors temperature and GPS logs during transport

  4. Distributor and pharmacy verify batch integrity at point of receipt

Outcomes

  • Mitigates counterfeiting and diversion risk with end-to-end visibility

  • Reduces recall scope and liability through instant batch-level traceability

  • Simplifies compliance audits by consolidating verifiable logs and reports

  • Strengthens trust with regulators and supply chain partners

Benefits by Stakeholder

  • Manufacturers: Real-time traceability from plant to patient

  • Distributors/3PLs: Fewer disputes and simpler compliance

  • Regulators: Instant access to tamper-proof supply chain records

  • Pharmacies and Hospitals: Confidence in source, storage, and safety of all received medications

Circular empowers pharmaceutical supply chains with the transparency, traceability, and trust they’ve long needed—but never had at this level.

PreviousPublic HealthNextResearch and Academia

Last updated 17 days ago