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
  • Industry Use Cases
    • Industry Use Cases - Overview
    • Clinical Trials
    • Medical Devices
    • Public Health
    • Pharma Supply Chains
    • Research and Academia
Powered by GitBook
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 1 month ago