CERTIFICATION ACCESS · INDEPENDENT ASSESSMENT
Certification Access for VENDOR.Max
Independent Assessment Pathway for Qualified Evaluators
VENDOR.Max implements an Armstrong-type nonlinear electrodynamic oscillator operating in a controlled discharge-resonant regime, within classical Maxwell–Lorentz electrodynamics. It is at TRL 5–6 — pre-commercial validation stage. This page is the coordination entry point for accredited evaluators, certification bodies, and independent laboratories: it defines how a qualified party can assess the architecture at the boundary level and progress the CE / UL certification pathway through structured, independent evaluation.
No certification has been granted by any accredited body at the time of publication, and no evaluator engagement has been confirmed. Certification timing is product-line dependent and currently planned within the 2027–2028 window.
Request Assessment CoordinationREADING FRAMEWORK · WHAT THIS PAGE IS
An Assessment Entry Point, Not a Product Compliance Page
This page is written for accredited institutions that shape how novel technologies are evaluated — notified bodies, testing laboratories, certification consultants, and strategic technical reviewers. It is not a buyer or integrator compliance summary. It addresses one question: how a qualified evaluator engages VENDOR.Max for independent assessment.
At the complete device boundary, classical energy conservation applies at all operational states: P_in,boundary = P_customer + P_losses + dE_stored/dt. The architecture is initialized by a discrete startup impulse, after which the startup port disconnects; the regime-support feedback path is internal redistribution accounted within this boundary balance, not a separate external supply. Identifying and quantifying the flows that cross the complete device boundary is the object of independent boundary metrology under accredited protocol — the defining TRL 6 milestone.
All descriptions refer to design intent and engineering direction at TRL 5–6 (prototype validation stage). No figure on this page is a certified commercial specification, and certification timelines are planning assumptions, not regulatory commitments.
Architecture covered by a patent family with common priority date 05.04.2023, first granted ES2950176B2 (OEPM Spain). Full family documentation on the Patent Portfolio page.
EVALUATION MODEL · BOUNDARY-LEVEL ASSESSMENT
How Independent Assessment Works Here
VENDOR.Max is evaluated at the complete device boundary. Conservation closure — the boundary residual tending to zero within measurement uncertainty — is fully assessable by third-party metrology at the electrical terminals, without requiring access to protected implementation details. This is a black-box, boundary-level evaluation: the principal assessment question is addressable by measurement, not by disclosure of internal construction.
Fully Assessable at the Boundary
The complete boundary-crossing inventory is open to accredited measurement: the discrete startup impulse, optional external instrumentation or monitoring ports where present, customer output power, and thermal, radiative, and field-mediated boundary terms.
Closure is verified against the whole inventory — not against a single port — through a four-outcome falsification framework: closure confirmed; an additional boundary term identified; a measurement artifact identified; or the regime not reproducible. Each outcome is committed to in advance.
Controlled Disclosure
The switching-cell implementation, the regime timing and frequency logic, and the output-conditioning design are protected engineering know-how. They are not required to evaluate boundary closure.
Deeper implementation layers are disclosed progressively to verified parties within the TRL 8 certification pathway, under structured access and confidentiality terms.
The device exchanges heat and field-mediated interactions with its surroundings during operation; air functions as an interaction medium, not an energy source. The BBMS (Battery Boundary Management System) is a control and buffering element — a buffer and equalizer of the regime — not a hidden power source. All boundary and regime-domain descriptions refer to internal electrodynamic behavior within the complete device boundary and do not constitute claims of macroscopic power generation without input or violations of classical conservation.
PATHWAY · TRL PROGRESSION
The Certification Pathway
TRL 5–6 · Pre-Commercial Validation
Current stage. Prototype validation, pre-compliance planning, and dossier development.
The defining milestone of this stage is independent boundary metrology under accredited protocol — the boundary residual tending to zero, assessed through the four-outcome falsification framework.
TRL 7 · Operational Demonstration
System demonstration in an operational environment, with evaluator protocols and measurement methodology matured alongside qualified laboratories.
Coordination initiated at TRL 5–6 reduces the evaluation learning curve before this stage.
TRL 8 · Certification Pathway
Formal conformity assessment across the applicable CE marking, UL / NRTL, IEC, EMC, and ISO route, with controlled disclosure of protected layers under qualified access.
Currently planned within the 2027–2028 window.
VENDOR treats certification as a two-way process.
We bring the architecture, the boundary-accounting methodology,
and the documentation.
Qualified evaluators bring the measurement, the methodology, and
the mandate.
QUALIFIED EVALUATORS · STRUCTURED ACCESS
Who This Pathway Is For
Coordination is selective, structured, and professionally managed. All engagement begins with a verified organizational profile. The following evaluator types are sought through structured qualification.
EU-notified bodies for CE marking conformity assessment and certification bodies operating under UL 508 / NRTL frameworks — organizations such as TÜV, DNV, or UL. Pre-audit dialogue at the design-review stage is preferred.
Independent laboratories accredited for electrical safety, EMC, or environmental testing, with particular interest in experience evaluating novel power-electronics architectures outside the engine-based, battery, or grid baseline.
Consultants and experts active in technical committees for electrical safety, EMC, or energy systems, oriented toward evaluation methodology for architectures not yet addressed by existing standards.
Reviewers conducting independent technical due diligence who require a defined boundary-level verification path rather than a marketing summary.
National bodies responsible for type approval, market surveillance, or certification oversight in target markets: EU member states, the US, Canada, and additional regions as deployment expands.
Infrastructure operators and integrators that require an independent verification path before considering deployment, coordinating on evaluation criteria rather than procurement.
This is not open collaboration, general consulting, or commercial service procurement. It is structured coordination with institutions that hold formal roles in safety evaluation, standards development, or regulatory certification. Disclosure scope is aligned to formal certification milestones and released under structured access.
CURRENT STATUS · COORDINATION CONTEXT
Where We Are Now
- Current stage: TRL 5–6 pre-commercial validation
- CE / UL certification pathway: in preparation
- Pre-compliance planning initiated; technical documentation and dossier development in progress
- No certification has been granted by any accredited body at the time of publication
- No evaluator engagement has been confirmed at the time of publication
- Certification timing: product-line dependent Current planning: formal certification activity in the 2027–2028 window
- Technical materials available to qualified institutions through structured access review
For the safety architecture and hazard classification:
Safety & Compliance
For the TRL roadmap and validation record:
Technology Validation
FREQUENTLY ASKED QUESTIONS · CERTIFICATION ACCESS
Questions About Assessment and Certification
STRUCTURED COORDINATION · REQUEST FORM
Request Assessment Coordination
If your institution operates in safety science, testing and certification, regulatory methodology, or standards development, we welcome structured professional coordination. All requests are reviewed through a structured qualification process, and coordination is limited to qualified and verified institutional partners. No evaluator engagement has been confirmed at the time of publication.
Public Disclosure Scope
Technical documentation and compliance plans are not in the public domain. Materials may be made available to verified institutional partners through a structured access process, with disclosure scope aligned to formal certification milestones.