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Data Portability Redefined
Testing is Only Half the Value If the Data Stays Locked in a Lab
In today's fast-paced hardware design and manufacturing cycles, laboratory data must not remain siloed. PROMOV offers premium testing-as-a-service backed by a state-of-the-art, CNAS-accredited laboratory. What sets us apart is our commitment to data integration: we seamlessly return your product test data directly to your own cloud infrastructure.
This architectural choice ensures your engineering and quality assurance teams retain full custody, preserve permanent records, and perform custom analysis on your own terms. By removing intermediate gatekeepers, we embed true data portability into the very core of our testing workflows.
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CNAS Accredited Testing
Rigorous physical validation of components.
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Secure Encrypted Pipeline
Automated data transfer via secure APIs.
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Your Enterprise Cloud
Instant custody, dashboard integration, and analysis.
Testing as a Service: PROMOV's CNAS External Testing
Global recognition and rigorous verification backed by world-class laboratory standards.
1,100+
Square Meters Facility
Advanced CNAS & ILAC-accredited testing footprint.
17025
ISO/IEC Standard
Strict adherence to international laboratory competence.
100%
Global Acceptance
"One test, global recognition" via ILAC and APAC.
PROMOV operates a highly specialized 1,100+ square-meter CNAS and ILAC-accredited laboratory (ISO/IEC 17025:2017). As a full member of the International Laboratory Accreditation Cooperation (ILAC) and the Asia Pacific Accreditation Cooperation (APAC) mutual-recognition arrangements, our testing outputs carry global weight.
Beyond validating our own production runs, we offer our comprehensive testing infrastructure as an external service. This allows customers to secure independent, highly credentialed verification of their products. Whether verifying surge protective devices (SPDs) or validating complex electrical components, our certified results provide the definitive proof required by regulatory bodies worldwide.
Where the Test Data Comes From
Our data pipeline aggregates telemetry from laboratory instruments, production lines, and active field installations.
1. CNAS Laboratory
Generates formal compliance and type-testing data. These highly controlled tests validate design limits, environmental tolerances, and structural integrity under stress.
2. Production-Line Equipment
Real-time quality assurance via devices like the SPD Component Base Test Box. This setup registers local manufacturing records that are instantly exportable to your system.
3. IoT Monitoring Systems
Field-deployed, IoT-enabled lightning protection systems stream real-time operational data, device health status, event alarms, and environmental conditions straight to the cloud.
Cloud Data Hand-off Architecture
Secure, automated transfer protocols bypass third-party databases to put data assets back in customer hands.
{
"origin": "PROMOV_CNAS_LAB",
"destination": "CLIENT_CLOUD_BUCKET",
"encryption": "AES_256_GCM",
"payload": "secure_test_telemetry_data"
}
Total Ownership
Customer-Cloud Data Custody
We believe that test data generated for your product is your intellectual property. Our operational model is built around this principle of client-side custody:
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Data Returned to Your Own Cloud: You select the target cloud environment (AWS, Azure, Google Cloud, or private servers), and we deliver the data packages through a secure, automated hand-off.
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✓
Saved and Analyzed on the Client Side: With raw data residing in your own cloud, your engineering team can run failure-mode trend analyses, benchmark production batches, populate internal quality dashboards, and retain permanent validation records.
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✓
Customer-Owned and Controllable: You define access policies, retention rules, and compliance boundaries. PROMOV acts as your trusted testing partner, never as a gatekeeper to your data.
The Onboarding Journey in Practice
How we establish a secure data pipeline from our laboratory directly to your enterprise cloud environment.
Step 01
Define Scope
Establish test scope, specify performance parameters, and align with global testing standards (IEC, UL, GB).
Step 02
Establish Pipeline
Agree on the target cloud destination, data formatting schemas, and configure secure API keys or storage endpoints.
Step 03
Execute Testing
Run comprehensive tests in our CNAS laboratory or interface directly with production line testing equipment.
Step 04
Transfer & Validate
Stream the resulting data directly to your cloud environment and validate system integration with your QA team.
Enterprise Grade Security
Security by Design & Global Compliance
Moving critical engineering data across borders and between networks demands high-level security controls. PROMOV treats your data as a highly controlled asset from the moment it is generated by our sensors to its final arrival in your cloud storage.
Encrypted Data Hand-off
All data transfers utilize TLS 1.3 encryption in transit and support AES-256 encryption at rest. Access control is managed through role-based permissions, ensuring only authorized engineers can interact with the data payloads.
Cross-Border & Regional Compliance
For international customers, cross-border transfers must align with local regulations. We structure our data delivery pipelines to comply with your IT security policies, regional data localization mandates, and strict privacy laws.
Data Formats & Usability
Tossing a static, flat PDF over an email is an outdated way to handle testing records. We deliver raw structured data designed for programmatic consumption.
JSON
Ideal for web application dashboard ingestion.
CSV
Perfect for quick tabular analysis in Excel or Python.
Parquet
Optimized for large-scale data lake queries.
No manual retyping, no OCR errors. Just clean, actionable data ready for your analysis tools.
Case Study
A Practical Example: Remote Quality Acceptance
How a global customer leveraged PROMOV's cloud data pipeline to optimize quality control without onsite inspections.
The Challenge:
An overseas customer shipping Surge Protective Devices (SPDs) to multiple highly regulated markets needed to run batch-level quality verification. Traditionally, this required flying in a third-party inspector to witness testing, adding significant travel costs and project delays.
The Solution:
The client integrated their AWS cloud bucket with PROMOV's testing workflow. We ran batch testing in our CNAS laboratory and immediately streamed the structured test results (including leakage current measurements and clamping voltage thresholds) directly to their secure cloud environment.
The Result:
The customer's quality team monitored the batch trends in real time. They caught a slow upward drift in leakage current before it hit critical contract limits, resolving the underlying issue at the production stage. The insights remained safely stored in the client’s own data systems.
Frequently Asked Questions
Get answers to common questions about our cloud-based test data architecture.
Who owns the test data?
The customer. We deliver all generated test results directly to your cloud; you retain sole ownership, define access privileges, and set retention policies.
What format is the data delivered in?
We support standardized, machine-readable formats such as JSON, CSV, and Parquet. During onboarding, we align output formatting with your existing databases and quality dashboards.
How do we connect our cloud to PROMOV?
Connection is established through a secure integration process (e.g., IAM roles, encrypted SFTP, or API endpoints). Our engineering and IT support teams will scope out this connection with you during onboarding.
How does this support cross-border compliance?
We review and structure data transfer protocols according to your localized compliance policies (such as GDPR or regional data residency laws) to ensure data remains secure and legally compliant.
Why Data Custody Matters
Test data for safety-critical components like Surge Protective Devices (SPDs) is a vital part of your intellectual property and quality control record. By keeping this history inside your own cloud, you retain the long-term context needed to make informed engineering, warranty, and liability decisions.