Ebod 875 Verified -

// verificationEngine.ts
import  Device, VerificationStep, VerificationResult  from './models';
import  hashFile, verifySignature  from './cryptoUtils';
import  sendAlert  from './notificationService';
export async function runVerification(deviceId: string, operatorId: string): Promise<VerificationResult> 
  const device = await Device.findById(deviceId);
  if (!device) throw new Error('Device not found');
const steps: VerificationStep[] = [
     id: 1, name: 'Serial‑Number Validation',   fn: validateSerial ,
     id: 2, name: 'Firmware Signature',        fn: validateFirmware ,
     id: 3, name: 'Calibration',               fn: runCalibration ,
     id: 4, name: 'Safety Interlocks',         fn: checkInterlocks ,
     id: 5, name: 'Functional Test',           fn: runFSST ,
     id: 6, name: 'Documentation',             fn: verifyDocumentation ,
     id: 7, name: 'Regulatory Mark',           fn: verifyMarking ,
     id: 8, name: 'Final Sign‑off',            fn: finalSignoff 
  ];
const results: VerificationResult['steps'] = [];
for (const step of steps) 
    try 
      const ok = await step.fn(device);
      results.push( stepId: step.id, passed: ok, error: null );
      if (!ok) 
        await sendAlert(
          type: 'verification-failure',
          deviceId,
          stepId: step.id,
          operatorId
        );
        break; // stop on first failure – optional: continue to gather all failures
catch (e) 
      results.push( stepId: step.id, passed: false, error: (e as Error).message );
      await sendAlert(
        type: 'verification-error',
        deviceId,
        stepId: step.id,
        operatorId,
        details: (e as Error).message
      );
      break;
const overallPass = results.every(r => r.passed);
  const verification = await VerificationResult.create(
    deviceId,
    operatorId,
    steps: results,
    passed: overallPass,
    completedAt: new Date()
  );
return verification;
/* ----- individual step implementations ----- */
async function validateSerial(device: Device): Promise<boolean> 
  const pattern = /^EBOD-875-[A-Z]2\d4$/;
  return pattern.test(device.serialNumber);
async function validateFirmware(device: Device): Promise<boolean> 
  const firmwareHash = await hashFile(device.firmwarePath);
  return verifySignature(firmwareHash, device.firmwareSignature, device.oemPublicKey);
// ... implement runCalibration, checkInterlocks, runFSST, etc.

Authentic EBOD 875 boxes use matte-finish cardboard with embossed lettering. The word “VERIFIED” appears as a watermark only visible under UV light (included verification card should have a small UV LED window).

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| # | Checkpoint | Description | Pass/Fail criteria | Evidence required | |---|------------|-------------|--------------------|-------------------| | 1 | Serial‑Number Validation | Verify that the SN follows the pattern EBOD‑875‑[A‑Z]2\d4 | Regex match | Scan of barcode/QR | | 2 | Firmware Signature | Confirm the firmware image is signed by the OEM key | Cryptographic signature validation | Firmware hash + signature file | | 3 | Calibration | Run a 3‑point calibration routine (low/medium/high) | Δ < ±0.5 % of reference | CSV log of sensor readings | | 4 | Safety Interlocks | Verify all hardware interlocks (over‑temperature, over‑current) are functional | No fault flags for 30 s | Live telemetry snapshot | | 5 | Functional Test | Execute the “full‑system self‑test” (FSST) built into the device | FSST status = OK | FSST report (JSON) | | 6 | Documentation | Attach the signed test‑report and the operator’s signature | PDF + digital signature | PDF upload | | 7 | Regulatory Mark | Verify CE/UL/ISO marking is present and legible | Visual inspection + photo | Photo upload | | 8 | Final Sign‑off | Supervisor approves the verification | Supervisor’s digital signature | Audit‑log entry |