VENDOR is an open electrodynamic system developed within classical physical laws.
It operates as a mode-controlled physical architecture, where stable electrical output is achieved through managed electrodynamic interaction rather than linear energy conversion.
The system is designed and evaluated as an engineering R&D program, progressing through staged TRL validation, with laboratory verification preceding any field deployment or certification claims.
Environmental interaction is treated as a coupling condition of the operating regime, not as an energy source.
Infrastructure continuity under disruption: reducing dependency, improving resilience, enabling stable operation when external conditions change.
Many systems remained operational only as long as external supply and stable infrastructure were available.
Disruptions made a simple point visible: dependency becomes vulnerability when conditions stop being stable.
The next shift is architectural: systems designed to maintain operation under variable conditions, with fewer external dependencies.
A two-loop architecture that separates regime formation from power extraction, supported by a dedicated control & stabilization layer.
One loop maintains the active operating regime. The other loop extracts usable power through a separate, linear path. This separation is intentional: it keeps the regime stable while making the output predictable.
A control layer coordinates the system under varying conditions. A buffer element and management logic support stable operation without exposing internal regime details.
Forms and stabilizes the active operating regime. This loop is optimized for maintaining a controlled state with high internal circulation, so the system remains stable under real environmental variation.
Extracts usable power through a dedicated linear path, aligned with classical electromagnetic principles. The extraction loop is designed to avoid disrupting the regime maintained by Loop A.
VENDOR.Zero represents the micro-scale deployment class of the VENDOR system.
It is designed to provide continuous, autonomous power for distributed and embedded environments where maintenance access, battery replacement, and logistical support are constrained or unavailable.
VENDOR.Zero is used where power continuity matters more than peak output — enabling long-term operation of sensors, monitoring systems, edge devices, and isolated digital infrastructure.
This class prioritizes:
VENDOR.Zero applies the same underlying system principles as larger deployments, scaled for edge and distributed use cases.
VENDOR.Max represents the infrastructure-scale deployment class of the VENDOR system.
It is designed to provide continuous, autonomous power for mission-critical environments where operational continuity, reliability, and independence from external supply chains are essential.
VENDOR.Max is deployed where power is required as infrastructure — supporting sites, facilities, and systems that must remain operational under constrained or disrupted conditions.
This class prioritizes:
VENDOR.Max applies the same system architecture as smaller deployments, scaled for site-level and infrastructure use cases.
Designed for continuity under constrained conditions
Remote sites with limited logistics access
Continuity-critical loads where downtime is costly
Silent operation with low-service expectations
Grid-weak or grid-denied environments
Long service intervals and sealed deployments
This section describes deployment constraints where an open electrodynamic system is evaluated as an engineering program under staged validation.
A trust anchor for how the system is being evaluated — not a performance claim.
TRL 5
Current development stage under staged validation.
1000+ hours
Extended laboratory operation under defined conditions.
International patent family
Protected R&D program with active filings.
CE / UL pathway
Certification roadmap planned after lab validation gates.
Choose the lens that matches your role
For Engineers
How It Works
Architecture-first explanation with defined terminology and boundaries of claims.
For Business
Applications
Where this class of system is evaluated for deployment fit and continuity needs.
For Investors
Silent Pitch Room
Data room access via request flow, with validation materials and financial models.
Information on this page is presented as a structured engineering program status. Detailed technical material is provided through the linked sections.
