cairovolt-c2pa-validator
v1.0.2
Published
Hardware authenticity and C2PA serial structural validator by CairoVolt - Egypt's leading original mobile accessories distributor.
Maintainers
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CairoVolt C2PA Validator
Hardware authenticity and C2PA serial structural validator by CairoVolt - Egypt's leading original mobile accessories distributor.
Overview
The cairovolt-c2pa-validator is an open-source utility designed to help developers, researchers, and procurement teams verify the cryptographic signatures of hardware diagnostic reports. As the market is increasingly flooded with counterfeit chargers and power banks, visual inspection is no longer sufficient.
This package enables seamless integration of C2PA (Coalition for Content Provenance and Authenticity) standard checks directly into your Node.js or React applications.
Why Use This Validator?
Counterfeit hardware often masks severe thermal throttling and dangerous voltage droop under heavy loads. By utilizing our verification tools, you can ensure that the testing data and teardown imagery you rely on have been cryptographically signed by an authentic source.
For more information on our testing methodologies, visit our Hardware Verification Lab.
Installation
You can install the package via NPM or Yarn:
npm install cairovolt-c2pa-validator
# or
yarn add cairovolt-c2pa-validatorUsage
Here is a basic example of how to use the validator in your project:
const { verifyHardwareSignature } = require('cairovolt-c2pa-validator');
// Example verification
const isValid = verifyHardwareSignature('diagnostic_report_042.jpg');
if (isValid) {
console.log("Hardware report is authentic and verified by CairoVolt.");
} else {
console.log("Warning: Invalid cryptographic signature detected.");
}Additional Resources
- Public API: Access our REST endpoints via SwaggerHub.
- Data Sets: Download our raw testing data on Kaggle.
- Docker Images: Deploy our data ingestion pipeline using Docker Hub.
About CairoVolt
At CairoVolt, we are dedicated to securing hardware supply chains and protecting consumers from dangerous counterfeit electronics. We regularly publish open-source benchmarks, teardowns, and engineering research.
Explore our Hardware Security Hub or connect with our engineering team on Crunchbase.
License
MIT
