Standards & Quality

Measurement equipment for mission-critical power systems has to be safe, has to coexist with sensitive environments, and has to produce numbers that hold up. Our approach to each is below. Where a claim describes design intent or work in progress rather than a completed certification, it says so.

Safety and certification

The measurement hardware is designed to certification intent from the start: CAT III measuring inputs, Class I construction, and the IEC 61010 family for measurement, control, and laboratory equipment. Formal listing is pursued through a Nationally Recognized Testing Laboratory (NRTL) engagement. We design to support compliance expectations, and we do not claim a certification until it is formally granted.

Electromagnetic compatibility

EMC is verified in stages. FCC pre-compliance testing on the bench catches issues early and de-risks the formal runs; accredited-laboratory testing follows for the formal result. As with safety certification, pre-compliance is a development step, not a substitute for the accredited result.

Testing

The sensor is exercised with hardware-in-the-loop testing against known signals, so that its behavior is checked against ground truth rather than assumed. The edge and analytics software is covered by automated tests that run in continuous integration before changes merge.

Measurement integrity

Any measurement that feeds a compliance or quality record is backed by calibrated, traceable bench instruments. This is what lets a diagnostic result be defended: every conclusion traces back through the analysis to a specific waveform measurement, and every measurement traces back to a calibrated reference.

Responsible use, security, and data governance

How the platform is engineered for security and responsible use is a first-class part of quality, not an afterthought. The posture in brief:

• Physics-grounded and explainable. AI produces diagnostic hypotheses tied to waveform evidence, with confidence and the next test to run, not opaque verdicts. Humans decide when safety or uptime is at stake.
• Local-first and privacy-respecting. Raw waveforms default to staying on-site. The platform is not for employee surveillance, and customer data is not sold.
• Secure by default. Least-privilege access with audit logging, encrypted communication, minimal open ports, and support for isolated and offline deployment.
• Bounded, authorized control. When EQ Resolve executes control actions, it does so within explicit customer authorization and bounded limits, with manual override and safe-state defaults.

Report a suspected vulnerability to [email protected]; we work with researchers following responsible disclosure.

These are summarized here; the full, current commitments — including data ownership, retention, security roadmap, and responsible-AI practices — are published at eq.systems/responsible-use.