Energy Dependence
Is a Structural Weakness.
We develop the Autonomous Energy Infrastructure Layer — solid-state power nodes designed to reduce that weakness for critical infrastructure, remote operations, and industrial systems.
VENDOR autonomous power nodes are open electrodynamic engineering systems operating in a nonlinear resonant regime — designed for deployment without reliance on conventional fuel supply chains or battery replacement cycles. Validated at TRL 5–6. Over 1,000 cumulative operational hours. Patent: WO2024209235 · ES2950176.
VENDOR systems operate as open electrodynamic systems in nonlinear resonant regimes, where stability is achieved through controlled feedback and energy exchange — not linear input-output conversion. External electrical input is required for sustained operation. The surrounding gas or air functions as an interaction medium, not as an energy source.
This is not a free energy device. Not a perpetual motion machine. Not a closed loop. It is an engineering system — operating within classical electrodynamics, protected by a global patent family, validated under controlled laboratory conditions.
A New Category of Power Infrastructure
VENDOR is a deep-tech energy company founded in 2014, developing the Autonomous Energy Infrastructure Layer — a new class of infrastructure power systems built on open electrodynamic architecture, regime-based operation, and a global patent portfolio. We operate within EU regulatory frameworks and pursue a structured TRL 5→8 certification pathway toward CE Marking and UL compliance.
We are not competing in existing categories.
We are defining a new one.
BESS stores energy. VENDOR’s architecture delivers it from an electrodynamic process — no chemical storage, no replacement cycles.
Solar and wind require environmental conditions. VENDOR nodes are designed to operate independently of weather, daylight, or geography.
Diesel and gas require ongoing fuel supply chains. VENDOR architecture eliminates fuel-based logistics from the infrastructure design.
Solid-state. Regime-based. Designed for deployment without fuel supply chains. Validated at TRL 5–6. Patent: WO2024209235.
Critical infrastructure · Telecommunications · Remote operations · Agriculture & mobility · Emergency & defense · Off-grid industrial
We Reduce Energy Vulnerability.
That Is the Entire Mission.
We develop autonomous solid-state power nodes that give critical infrastructure, remote operations, and essential services power that is independent from fuel supply chains, battery replacement cycles, and centralized grid architecture.
We turn validated physical processes into safe, certifiable, long-life systems. We communicate what we know — and what we don’t — with equal clarity.
We build for the next 20 years, not the next funding round.
Energy sovereignty. Reduced strategic vulnerability to supply disruption.
Predictable power with dramatically reduced operational costs. No fuel dependency. No battery cycles.
Remote sites and critical facilities where conventional fuel logistics remain costly, fragile, or impractical.
How We Get There
The Autonomous Energy Infrastructure Layer becomes a trusted foundation — built on three non-negotiable principles.
Category Leadership
VENDOR is designed to define the category, not compete within one.
- First-mover positioning in regime-based autonomous power infrastructure
- Category definition through technical leadership and IP protection
- Architecture designed for the next 30-year infrastructure cycle
As solid-state electronics replaced vacuum tubes by addressing use cases where vacuum tubes were technically insufficient — autonomous power nodes address infrastructure contexts where fuel logistics and battery dependence are the architectural weak points.
Engineering Rigor. Certification from Day One.
Quality and compliance are not retrofit additions — they are the architecture.
Long-Term Reliability Over Fast Claims
We build for decades. Every decision reflects that.
From Medicine to Energy Infrastructure
Medicine first.
Clinical and emergency environments where system failure was unacceptable. That created one permanent principle:
“Critical systems must operate predictably,
safely, and without compromise.”
He left medicine in 2004 — and spent the next decade building real infrastructure: telemedicine systems, digital construction environments, large-scale operations. Not theory. Systems that had to run.
- 2014 VENDOR engineering team formed around that discipline
- 2018 Full strategic commitment to autonomous solid-state power nodes
- 2024 TRL 5 validated · Spanish patent granted · PCT filed (WO2024209235)
- 2025 Team relocated to the EU · TRL 6 program active
VENDOR today is the result of that path:
Critical technologies must be reliable, predictable, safe — and validated by data.
Not a pivot. Not a moonshot.
A decade of engineering discipline, directed at a structural problem.
Five Lines We Don’t Cross
If it isn’t safe by architecture — we don’t build it.
- Fail-safe logic in every subsystem
- Designed for certification, not retrofit compliance
- Rigorous testing: mechanical, thermal, electrical
- Transparent hazard analysis at every stage
If we can’t measure it — we don’t claim it.
If we can’t certify it — we don’t sell it.
- No TRL inflation. No performance promises without data.
- Clear communication of what is validated and what is not
- Honest with investors, partners, and regulators — equally
ISO-aligned from day one. Not day one of certification prep.
- ISO 9001 · 14001 · 50001 embedded in process, not appended to product
- Medical-grade documentation discipline
- PDCA methodology: Plan, Do, Check, Act — every cycle
We build for 20 years. We think in decades.
- Full lifecycle planning: design → deployment → service → end-of-life
- Customer support infrastructure designed for the long haul
- Strategic patience in development and market entry
Energy vulnerability is not a product market.
It is a structural problem.
Every decision is measured against one question: Does this reduce global energy vulnerability? If not — it waits.
From Research to Infrastructure
Team Formation
Core engineering team begins working together. Independent research into autonomous electrical processes starts in parallel with commercial operations.
Strategic Commitment
Full focus on autonomous solid-state power node development. Private funding. Long-term technology goals. No shortcuts.
Proof of Concept
Initial laboratory prototypes built. Core physical processes confirmed. Patent preparation begins.
Engineering Progression
Multiple prototype generations. Architecture refined. Bench-level testing expands. International patent filings initiated.
TRL 5 Validated · Patent Granted
1,000+ cumulative operational hours including extended continuous cycles.
Spanish patent granted: ES2950176.
PCT international filing: WO2024209235.
EU Relocation · TRL 6 Active
Team fully relocated to the EU. CE/UL-oriented design rebuild. TRL 6 validation activities initiated.
TRL 7 Field Demonstrations
Controlled field pilots. Independent validation (DNV/TÜV) targeted. Formal CE certification pathway entry planned.
CE Marking & Commercial Readiness
CE Marking for EU. UL certification for North America. Strategic OEM partnerships. Initial production scale-up.
Why This Work Matters
Modern energy systems face increasing structural pressure — from grid fragility and infrastructure concentration to fuel logistics exposure and maintenance-heavy backup models.
VENDOR addresses this challenge at the architecture level: by developing an Autonomous Energy Infrastructure Layer — distributed solid-state power nodes designed to reduce dependence on centralized grids, fuel supply chains, and battery replacement cycles.
This is not a reaction to a single event.
It is a long-term engineering response to a structural infrastructure problem.
Like any installed equipment, VENDOR power nodes require standard physical security.
What the architecture reduces: fuel theft risk, battery logistics vulnerability, and exposure to supply chain disruption.
What remains: the same physical security protocols expected for telecom equipment, solar assets, or other installed infrastructure hardware.
Where VENDOR Stands Today
All figures reflect internal validation data. External independent verification (DNV/TÜV) is planned as part of TRL 6→7 progression. CE and UL timelines are projected targets, not confirmed dates.
We Build Technology People Can Trust
Trust in safety. Trust in reliability.
Trust in science. Trust in the long term.
Validated Physical Processes
Not simulation. Not speculation.
1,000+ cumulative operational hours under controlled laboratory conditions.
Global Patent Portfolio
CE / UL / ISO by Architecture
Certification-ready design from day one.
CE · UL · ISO 9001 / 14001 / 50001 — built in, not appended.
14+ Years of Research
Not a startup moonshot.
Research into nonlinear electrodynamic systems since 2010.
Core team working together since 2014.
TRL-Based Progression
Structured validation gates. No stage skipped.
Currently TRL 5–6.
Independent validation (DNV/TÜV) planned.
No Hype. No Magic.
We say what we know. We admit what we don’t.
If we can’t measure it — we don’t claim it.
Questions We Answer Directly
No. VENDOR systems require external electrical input for sustained operation and operate within classical electrodynamics and established thermodynamics. The architecture is an open electrodynamic system in a nonlinear resonant regime — not a closed-loop device. Energy is not created from nothing. The complete energy balance at the device boundary always holds. The system is designed for deployment without reliance on conventional fuel supply chains — not without external energy input. Patent: WO2024209235.
“Autonomous” describes operational independence from fuel supply chains and battery replacement cycles — not independence from all physical energy inputs. VENDOR power nodes require external electrical input for operation. Autonomy refers to the elimination of fuel logistics, battery maintenance, and grid dependency in deployment — within the boundaries of classical physics.
VENDOR systems are validated at TRL 5–6 under internal laboratory conditions, with over 1,000 cumulative operational hours recorded. The core architecture is protected by a granted Spanish patent (ES2950176) and PCT international filing (WO2024209235). Independent validation (DNV/TÜV) is planned as part of TRL 6→7 progression. CE Marking is a target for 2026–2027. All timelines are projected.
Join the Mission
Plasma physics. High-voltage systems. Solid-state power electronics. If you want to work on technology that could redefine infrastructure power —
→ Explore the TechnologyCritical infrastructure. Remote operations. Fuel-independent power. Ready to evaluate the Autonomous Energy Infrastructure Layer for pilot deployment?
→ Pilot ProgramEnergy sovereignty. Infrastructure resilience. Deep-tech hardware. 10–20 year investment horizons.
→ Investor RoomCovering energy infrastructure, EU deep-tech, or autonomous power systems?
→ ContactSplaiul Unirii, nr.16, office 705, Bucharest, Romania, European Union
info@vendor.energy
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