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

Medical Devices

The Problem

The global medical device market is projected to exceed $800 billion by 2030, yet many manufacturers continue to rely on outdated, manual systems to track product data, compliance testing, and regulatory submissions. This introduces major risks:

  • Inconsistent documentation across design, testing, and manufacturing systems

  • Gaps in QA traceability that delay audits or trigger recalls

  • Difficulty proving conformity with ISO 13485, MDR/IVDR, and FDA requirements

  • Manual logs and spreadsheets that lack integrity, versioning, or secure signatures

For regulators, missing data or unverifiable records make post-market surveillance difficult. For manufacturers, each compliance failure risks millions in product holds, reputation loss, or denied market entry.

Circular's Solution

Circular creates a cryptographically verifiable compliance layer for medical devices from design to deployment:

  • Immutable certification of design history files (DHF), risk files, and technical documentation

  • Anchor QA and production test logs to the blockchain for traceability

  • Certify software and firmware updates, including SaMD/AI modules

  • Real-time audit logs for conformity assessments, inspections, or notified body reviews

  • Compatible with ISO 13485, ISO 14971, MDR, IVDR, and FDA 21 CFR Part 820

Every change is time-stamped, signed, and linked to authorized personnel or systems—eliminating ambiguity during audits or in the event of product failures.

How It Works (Example Flow)

  1. Engineer uploads a new DHF revision or device log

  2. Circular certifies and timestamps the file, storing the hash on-chain

  3. QA or compliance team reviews and signs off with their digital ID

  4. Full audit log and version trail is available for regulators or notified bodies

Outcomes

  • Accelerates audit readiness and reduces inspection preparation time

  • Prevents recall-related fines by enabling instant traceability and compliance logs

  • Reduces documentation errors and version mismatches across large teams or OEM suppliers

  • Strengthens global regulatory compliance, simplifying CE mark, FDA 510(k), or MDR approval

Benefits by Stakeholder

  • QA/Compliance Teams: Real-time traceability, fewer audit disruptions

  • Regulators: Faster, clearer access to immutable evidence

  • Manufacturers: Reduced risk, faster product clearance, stronger market access

  • End Users: Higher assurance of product safety and accountability

Circular gives the medtech industry the modern compliance infrastructure it urgently needs—without disrupting existing tools or QMS platforms.

PreviousClinical TrialsNextPublic Health

Last updated 17 days ago