NEW ERA OF MOBILE ENERGY
A NEW GREEN PROJECT:
Mobile Autonomous Next-Generation Energy: A Deep-Tech Project with Unicorn Potential in a Growing Market of 170+ Billion Devices
A new way to generate electricity.
No wind. No water. No nuclear. No sun. Energy 24/7/365.
Prototype 5 kW. Ready for mass production in 2027.
Valuation x10 by 2028.
Patented technology (1G + 56PF)


The Problems

Battery Limitations Slow EV Adoption
- Average EV range is under 400 km with charging times up to 10 hours
- Less than 5% of EV batteries globally are recycled properly
- Battery replacement costs $5,000-$20,000 (40% of vehicle price)
- Batteries lose 2-3% capacity yearly, reducing range 25% over 10 years
- Production requires rare metals with severe environmental impact

Half of World Lacks Reliable Power
- 3.5 billion people have unstable or no access to electricity
- Unreliable power reduces developing nations' GDP by 2-5% yearly
- Unstable electricity damages vaccines and medications for 1.5B people
- Over 500M children attend schools without power, limiting education
- Remote areas pay 300-500% more for limited, unreliable electricity

Cables Are Aging Faster Than They Are Repaired
- 60% of power grids in US and Europe exceed 40-year lifespan
- Grid failures cost the US economy $150B annually in lost productivity
- Global grid modernization requires $13+ trillion investment by 2050
- Outdated networks are 70% more vulnerable to cyberattacks
- Outdated networks are 70% more vulnerable to cyberattacks

Power Outages Cost Lives and Data
- 40% of emergency medical facilities lack reliable backup power
- Data center outages cause $10B+ in business losses yearly
- 1-hour hospital power loss increases critical patient mortality by 2%
- Average data center faces 1.6 outages yearly, each costing $750,000
- City blackouts increase crime and emergencies by 30%

Technology Outpaces Energy Solutions
- IoT, 5G, and autonomous systems need flexible, mobile power
- By 2030, demand for distributed energy is expected to triple
- 75B IoT devices by 2025 will increase sector energy usage by 70%
- Computing power doubles every 18 months while battery efficiency improves only 5-8%
- AI data centers consume 10-15x more energy than standard servers

Diesel Generators: Costly & Harmful
- 80% of mobile power systems still depend on diesel generators
- Fuel delivery costs reach 70% of total energy expenses in remote areas
- Each generator produces 2.4kg CO2 per liter of fuel consumed
- Each generator produces 2.4kg CO2 per liter of fuel consumed
- Requires maintenance every 250-500 hours with 20% failure risk otherwise
We Have A Solution
A cutting-edge Ion-pulse generator technology that combines advanced materials, innovative design, and optimization to deliver high efficiency, performance, and sustainability.
- Generating energy without fuel, wind, or sun.
- Working prototypes preparing for certification and scaling
- Energy at €0.009/kWh – 7-50 times cheaper than alternatives
- Works 24/7/365 regardless of external conditions.
- Protected by international patents in key jurisdictions.
- Scales from 100W to 100+ kW.
- Projected 100x+ valuation potential based on market analysis by 2028
- Applicable wherever reliable energy is needed.
- Clean technology without emissions or noise.
- Manufactured at existing OEM facilities without capex.
- Multiple sales channels with gross margins 45-60% depending on segment
- Team with 20 years in precision electronics
How It Works
Scientific Principles & Validation
- Based on plasma physics, high-voltage electronics, and particle acceleration
- Functionality confirmed through multiple working prototypes
- Performance validated in laboratory and simulated real-world environments
- Energy generation follows predictable, reproducible patterns
- Independent tests confirm sustained power output without external inputs
Core Ion-Impulse Technology
- Innovative energy principle using controlled ionized flow patterns
- Converts internal field interactions into usable electrical current
- Operates without external fuels, batteries, or charging infrastructure
- Enables continuous, self-sustaining operation in any environment
- Scalable architecture from small devices to industrial power systems
"Our world is immersed in a vast ocean of energy, we are flying in endless space at an unfathomable speed.
Everything around rotates, moves - everything is energy.We have a huge task ahead of us - to find ways to extract this energy.
Then, extracting it from this inexhaustible source, humanity will move forward with giant strides."Nicola TESLA
Competitive Advantages
- Unmatched in global market with proprietary technology.
- Creates entirely new energy paradigm, not incremental improvement.
- Functions anywhere without external power sources.
- Energy at just €0.009/kWh over seven years.
- Scales seamlessly from wearables to industrial systems.
- Delivers reliable power in extreme conditions.
- Integrates with existing infrastructure with minimal integration requirements
- Maintains stable output regardless of environment.
- Offers superior ROI through ultra-low operating costs
- Completely silent with zero thermal signature.
- Democratizes energy access in developing regions.
- Eliminates supply chain vulnerabilities for critical systems.
Competitive Analysis
How the VENDOR Generator Works
Our generator uses an innovative principle of generating electricity without fuel or external power sources. In simple terms:
- Startup: The system starts from a small initial impulse, such as a small battery (this is an important aspect - without the impulse, the generator will not work)
- Self-sustaining: After startup, the generator begins to sustain itself, using part of the generated energy to continue operation.
- Energy extraction: The device extracts additional energy from the surrounding environment through ionization of gas medium (air) and directed movement of charged particles in specially created conditions.
How is this possible? The operation is based on high-voltage ionization (10-100 kV) of the surrounding air between electrodes. Our TRM (Transformer Reactor Mixer) working with dual generators (A and B) creates synchronized electric fields with different potentials. When resonance conditions are achieved through phase synchronization, ionized particles release additional electrons into the electrical circuit, increasing efficiency significantly.
Key Findings
- Autonomy: The Vendor generator offers continuous 24/7 operation without the need for external energy sources, which is a unique advantage compared to alternatives.
- Economic Efficiency: With an energy cost of €0.009/kWh, Vendor significantly outperforms all alternative sources in terms of economy, especially with around-the-clock operation.
- Environmental Impact: Like renewable energy sources, Vendor has zero emissions during operation, but unlike solar and wind installations, it doesn't require large areas and has no visual impact on the landscape.
- Independence from External Conditions: Unlike solar panels and wind generators, Vendor does not depend on weather conditions, time of day, or season, providing stable energy supply.
- Mobility and Flexibility: Due to its compactness and scalability, Vendor can be used in a wide range of scenarios: from autonomous power for electric vehicles to energy supply for remote facilities and critical infrastructure.
- Lifecycle: With a projected service life of 7-10 years without efficiency degradation, Vendor outperforms lithium-ion batteries and is comparable to traditional generators, but requires significantly less maintenance.
The Vendor technology represents a breakthrough solution that combines the advantages of renewable energy sources (environmental friendliness, low operating costs) with the reliability and availability of traditional generators, while eliminating the main disadvantages of both approaches.
"All of physics is either impossible or trivial. It is impossible until you understand it, and then it becomes trivial."
Ernest Rutherford
Next-Gen Energy, Assembled on Today’s Lines
Factory-free production using today’s electronics assembly lines
- VENDOR is an advanced radioelectronic energy generation device based on a unique ion-impulse conversion technology.
- This technology became feasible only with the recent evolution of electronic components. Just 10 years ago, the required signal generation and control modules did not exist. Today, those components are available — enabling real-world implementation at scale.
- The generator is designed for mass production on existing assembly lines — including those used for washing machines, microwave ovens, and other household electronics.
- The only specialized part is a control processor with a precision signal generation system. It is produced using a compact SMD line and does not require complex or costly equipment.
- Mass production can be launched without building a new factory. This enables fast scaling, low capital expenditure, and minimal operational risks.
Product Usage Costs
Calculation of the cost of kWh for an Electric Vehicle, with guaranteed operation of the device for 7 years and maintenance:
Total number of kilowatts generated (max)
662 774 kWh
Cost of an e-generator for an EV
€2500
Cost of 1 kWh generated by the installation for 7 years
€0,009
Amount of energy consumed by a Tesla Model 3 EV (per year)
Maintenance for 7 years
Cost of 1 kWh for a Tesla Model 3 electric vehicle
€0,06
5 Strategic Reasons to Choose VENDOR Over High-Power Battery Systems
NON-STOP DRIVING 24/7
Our Target Market
Investors Data
Market and Trends
What You Gain by Investing in VENDOR:
What You Gain by Investing in VENDOR:
1. Access a €200B+ Market Before Anyone Else → VENDOR addresses untapped segments in autonomous energy where competitors haven’t arrived.
2. A Technology That Eliminates All Infrastructure Barriers → No fuel. No grid. No logistics. Maximum reach, minimal limitations.
3. Financial Leverage with Early-Mover Advantage → You claim a stake in exponential growth targeting €6-8B serviceable market.
4. A Front-Row Seat to the Future of Energy → This isn’t just an investment. It’s your strategic position in the new energy paradigm.
Where Billions Have Already Gone — and What Comes Next:
1. EVs, batteries, hydrogen, generators — these segments have received record-breaking funding. But they all rely on fuel, charging, weather conditions, and infrastructure.
2. The market is searching for the next leap — a solution free from logistics and grid dependence. Pain points are clear: high cost, slow scalability, limited use cases.
3. VENDOR represents the next paradigm shift beyond these limitations, but with zero infrastructure reliance and ultra-low energy cost (€0.009/kWh).
4. While capital is overheated in legacy categories, VENDOR opens a new investment frontier.You get in before the crowd — in what will soon become the new standard.
Where Demand Is Growing Fastest — and Why VENDOR Fits Perfectly
1. Autonomous energy demand is surging across mission-critical sectors. Defense, telecom, data centers, healthcare, logistics, construction, electric transport, marine applications — all need power now, not after infrastructure arrives.
2. This isn’t just growth — it’s a wake-up call for outdated tech. Batteries, generators, hydrogen can’t keep up with demands for mobility, uptime, scalability, and independence.
3. VENDOR is the answer across industries. One unit powers a telecom tower, drone, rail system, or mobile hospital — no adaptation needed.
4. Investing in VENDOR unlocks access to multiple high-growth markets. This isn’t niche — it’s a master key to industrial autonomy.
Who’s Already Buying Autonomous Energy — and Why It Matters
1. The market already exists — and it’s highly diversified. Military, telecom, healthcare, logistics, emergency services, and eventually private consumers — this isn’t theory, it’s real demand across real sectors.
2. This is demand confirmation, not a hypothesis. Investors often ask: “Who actually needs this?” — the answer is clear: anyone who can’t rely on the grid or fuel.
3. VENDOR serves the entire spectrum — from governments to the private sector. It’s not just B2B or B2G — it’s B2Everything: one solution for dozens of customer types.
4. This chart isn’t just a pie — it’s a map of opportunity. Each segment = a distinct market VENDOR can enter with little or no competition.
Why VENDOR Solves What Others Can’t
1. Most existing solutions fail to meet core market needs. Limited autonomy, low mobility, weather dependence, complex logistics — the performance gap is real and growing.
2. VENDOR fills that gap — completely and decisively. 24/7 power, weather-proof, ultra-mobile, scalable (100W-100kW+), silent, €0.009/kWh cost. One system. Zero compromise across conditions or use cases.
3. Across every critical metric, VENDOR consistently outperforms legacy technologies. Diesel, solar + batteries, or fuel cells simply can’t match this level of resilience and independence.
4. This isn’t a marginal improvement — it’s a technological leap. For sectors that must operate without infrastructure, VENDOR is no longer a choice — it’s a necessity for survival and performance.
The Numbers Every Investor Wants to See
1. TAM €215-235B by 2030 VENDOR targets a massive, rapidly accelerating autonomous energy market spanning 15+ industries, from defense to telecom to smart infrastructure.
2. SAM €84-104M — SOM €6-8,5M An immediately accessible niche opportunity built on real-world use cases and urgent needs — ready for early scaling.
3. Year 5 Revenue Potential: €780M–1.5B Strong commercial pipeline, recurring B2B/B2G demand, and exponential growth potential across multi-regional markets.
4. EBITDA Margin 25–30% Capital-efficient model combining breakthrough hardware and ultra-low operating cost (€0.009/kWh).
Why VENDOR Outperforms Every Modern Tech Investment
1. Target IRR 40-60% — among the highest in tech sectors VENDOR beats AI, Software, Clean Energy, and ClimateTech with exponential upside + real-world demand. Based on industry analysis of venture returns 2019-2024.
2. It sits at the intersection of DeepTech and Clean Energy Two of the most attractive sectors — now fused into one scalable opportunity.
3. Unlike hype-driven segments, VENDOR delivers proven impact with hard assets No noise. No burn. Just patents, traction, and industrial-scale use cases.
4. This is the “unicorn moment” before the world catches up While others are chasing trends, you get early access to what’s next.
- €1.2B – €2.5B expected company valuation
- IRR: 40–60% based on financial model
- Potential Exit Multiple: x67-x139+ (for SAFE cap €18M)
- Strategic Acquisition (Mobility, Energy, Telecom, Defense)
- IPO (EU/US Market) after positive EBITDA and traction
- Secondary Buyout by Climate-Tech or Infrastructure Funds
- Scalable across 10+ verticals
- No manufacturing capex – licensing model
- €0.009/kWh energy cost – disruptive advantage
- Patent-protected core & OEM traction
Min investment: €25K | Max investment: €500K | Total round: €1M
Our Economy
PLANNED PRODUCTION COSTS vs MARKET PRICES
VENDOR
Model F1
Production costs for 2.4 kW device:
Selling price:
2,4 kW

VENDOR
Production costs for 4.8 kW device:
€950
Selling price:
€3990
4,8 kW

VENDOR
Production costs for 9.6 kW EV device
€1175
Selling price:
€4990
9,6 kW

VENDOR Traction
PCT-based patent expansion initiated across 30+ jurisdictions, incl. EU, China, India, USA
Our intellectual property is secured through an extensive network of patent applications, strategically filed across key global markets. This ensures legal protection of core technology and confirms global scalability. IP strategy supports licensing, partnerships, and long-term competitive advantage in deep-tech energy solutions.
Functional MVP at TRL 5-6 successfully tested in controlled lab environment
A fully functional lab-tested prototype demonstrates the core capability of our ion-impulse generator to operate independently of batteries or traditional fuel. Testing was conducted in a dedicated facility, confirming key performance metrics. These results form the foundation for industrial adaptation and upcoming pilot programs.
International expert team with proven track record in energy, electronics, and strategic growth
Core team includes CEO, CTO, and System Architect. Supported by two senior engineers with 20+ years in energy systems and FPGA development, two software developers, and strategic advisor Yaroslav Belkin (17+ years in crypto marketing and investment, with 100+ high-profile clients including OKX, Bitget, ICP, and others).
Clear market demand validated through interviews and industry-specific use cases
We’ve conducted over 15 in-depth interviews with potential clients and identified 10+ high-impact use cases across electric vehicles, telecom infrastructure, data centers, medical systems, and industrial sites. Results confirm strong interest and alignment with urgent energy mobility and reliability challenges.
EIC Accelerator grant application preparation is underway for EU market scaling
The project is currently undergoing structured preparation for submission to the European Innovation Council (EIC) Accelerator. This program supports breakthrough technologies with high market impact. Engagement with EU advisors is in progress to ensure compliance and competitiveness of the application package.
Ongoing negotiations with manufacturers in EU and China for pilot deployment
We are in active discussions with production facilities in the European Union and China for pilot integration. These partnerships aim to adapt the core generator technology into real-world applications through established manufacturing lines in household and industrial energy equipment sectors.
Ready To Become A Patent Owner In Your Country?
Our History
Our VIDEO
If you are interested in receiving a demonstration video of the generator in operation, please submit a request using any button on this page. Your inquiry will be carefully reviewed, and the relevant materials will be provided individually upon consideration.
The VENDOR Core Team

Oleg K.
CTO, CO-FOUNDER, INVENTOR20+ years in project management across construction, energy, and telecom sectors. Led development of power converters from 5 kW to 1 MW and deployed energy systems at critical infrastructure sites, ex Texas Instruments,

Oleg G.
System Architect, CO-FOUNDER, INVENTOR20+ years in high-precision electronics development. Deep expertise in FPGAs, power supply systems, and high-speed interfaces. Background in industrial electronics and telecom hardwares, ex Texas Instruments, ex LeCroy
Strategic Outreach to Global Leaders
Strategic Outreach to Global Leaders
We have initiated formal outreach to leading players across automotive, logistics, and mobility sectors.
Introductory materials and executive briefings have been submitted to innovation and strategy teams at global organizations including:
Mercedes-Benz, Toyota, Hyundai, Tata Motors, Mahindra Logistics, FedEx, Amazon, UPS, DHL, and others.
This proactive engagement reflects VENDOR’s cross-industry relevance — and our readiness to partner with future enablers of autonomous, infrastructure-free energy.












Frequently Asked Questions
Technology And Physical Principles
How does the device comply with the law of conservation of energy? Doesn’t it contradict classical electrodynamics?
The VENDOR device does not violate the law of conservation of energy. It operates based on lesser-known but physically valid mechanisms of energy conversion and redistribution within a conductive or ionized medium. It does not create energy from nothing — it triggers and amplifies internal energy flows through precisely controlled impulses and feedback cycles.
The system works with energy differentials across materials and fields, similar to effects used in high-frequency converters, impulse radio circuits, and electrostatic generators — all of which comply with classical physics.
We are not bypassing physical laws — we are working within them using advanced architectures that were previously impossible to realize due to limitations in electronic components.
To explore the physics behind the process in detail, please request our scientific overview and documentation under NDA.
Examination And Proof Of Performance
What is the actual efficiency (or COP) of the system under standardized lab conditions?
At this stage, the VENDOR system has undergone multi-stage lab testing on proprietary benches, using certified measurement tools. Results confirm significantly higher output energy relative to the initial input pulse, demonstrated on 3W, 100W, and 5kW prototypes.
However, since the COP (Coefficient of Performance) is dependent on the specific energy cycle model, and the VENDOR device does not fit the framework of classical thermodynamic machines, we do not publish fixed COP values without specifying load, mode, and boundary conditions.
We are open to independent verification at certified EU labs (e.g., TÜV SÜD, Germany) and are ready to conduct full measurement audits under standardized procedures.
Detailed test logs and preliminary COP models are available under NDA.
Intellectual Property And Protection
What protects the intellectual property beyond patents? Do you hold trade secrets, algorithms, or proprietary design features?
Yes. In addition to patents, the VENDOR technology is protected by a multi-layered intellectual property management strategy, including:
• Trade secrets: unique engineering methods, circuit designs, tuning parameters, excitation techniques, and material configurations. These details are not disclosed publicly and shared only within a secure engineering environment.
• Algorithms: the proprietary control algorithms used to generate, time, and modulate the impulses are implemented in software and protected as trade secrets.
• System architecture: the internal topology, feedback loops, and diagnostic mechanisms are the result of long-term development and are not publicly described.
This approach ensures competitive advantage even with published patents, and supports strategic control over licensing, audits, and technical collaboration.
To review architectural documentation and IP structure, please request access under NDA.
Team And Competences
Who on the team has deep expertise in physics and energy systems? What is their background?
The VENDOR team includes seasoned professionals with advanced expertise in radioelectronics, physics, power systems, FPGA design, and digital signal control.
Core team members:
• System architect — 20+ years in designing high-precision electronics, power supply units, high-speed digital interfaces, and FPGA solutions.
• Power electronics expert — experience in converters from 5 kW to 1 MW, load management systems, and industrial energy infrastructure.
• Control algorithm designer — specialized in high-frequency pulse modulation, resonant circuits, and digital phase synchronization.
• External technical advisors — experts with academic and practical backgrounds in theoretical physics, applied electronics, and energy systems.
This team structure ensures a strong foundation in energy generation and control, capable of passing technical audits and scientific validation.
Profiles, technical portfolios, and team credentials are available under NDA.
Who is responsible for building sales channels and business development?
Sales strategy and business development are handled by the core team and industry-specialized advisors, with defined roles for different market phases:
1. Strategic marketing and partnerships
– Led by Yaroslav Belkin, a global marketing and business advisor with over 17 years of experience in crypto, PR, and deep-tech. He has worked on 150+ projects including OKX, Bitget, ICP, and Forward Protocol.
– He oversees global communication, partner channels, early adopter onboarding, and strategic media presence.
2. B2B sales and OEM partnerships
– At TRL 7–8, we focus on pilot-based collaborations with industrial players (hardware, telecom, logistics).
– A dedicated Business Development Lead is already identified and will be brought in post-funding to build the sales team.
3. Fundraising and institutional channels
– Managed by the CEO, covering VCs, grant programs, accelerators, and public funding frameworks (e.g. EIC Accelerator, Horizon Europe).
In short: GTM is already covered by seasoned professionals, with sales roles scaling in sync with product maturity.
Investment, Scaling And Sense Of Entry Into The Project
Why do you need an investor?
We don’t need an investor to “test the idea” — the technology already works. Working prototypes (including a 5 kW model) exist, and real-world applications have been mapped. We’ve gone from a physical principle to a working engineering solution.
What we need now is a partner to accelerate global deployment — while the opportunity window is still wide open.
Funding will support:
• EU certification and pilot projects with manufacturing partners in Europe and China;
• Launch of commercial-grade units for transport, telecom, and off-grid applications;
• Global IP protection in key markets (US, EU, China, India, etc.);
• Scaling through licensing and OEM deals — without building our own factory.
VENDOR isn’t just a product — it’s a new category of energy systems that can reshape how mobile, autonomous, and off-grid energy is delivered.
The right investor has the opportunity not just to invest — but to become part of a technological leap that simply couldn’t be built 10 years ago, before today’s components and processors even existed.
Our investment plan, use-of-funds, and roadmap are available under NDA.
What is the realistic timeline for EU certification and release of the first commercial units?
We are following a clearly defined roadmap, with technical and operational foundations already in place for certification and production.
Current timeline:
• Months 0–6 — finalize pre-production prototype, prepare documentation, design final housing and interfaces. In parallel: select manufacturing site and pilot partners.
• Months 6–12 — undergo full EU certification under CE (EMC, LVD), RoHS, with testing at an independent lab (e.g., TÜV SÜD, Germany).
• Months 12–18 — start pilot deployment and field trials with selected partners in the EU and Asia (energy, transport, off-grid systems).
• Months 18–24 — launch the first commercial batch, customized for key sectors and early adopters.
The system is designed for manufacturing without building a proprietary factory, which ensures a faster, capital-efficient path to market.
A detailed roadmap, partner list, and milestone targets are available under NDA.
What are the key technological risks at TRL 6–7, and how are you mitigating them?
At TRL 6–7, the main technological risks include:
1. Lack of third-party validation
→ Mitigation: We are fully prepared for independent testing in certified EU labs (e.g., TÜV SÜD), with full access to the prototype and all measurement protocols under NDA.
2. Deviation between lab performance and real-world load
→ Mitigation: The system is already adapted for various load types (resistive, inductive, pulse), using digital correction and feedback loops — to be further verified during pilot integration.
3. EMC and safety compliance
→ Mitigation: The design already includes shielding, filtering, and thermal protection. The system is being developed in compliance with CE, EMC, and LVD standards.
4. Scalability to stable serial production
→ Mitigation: Modular architecture enables step-by-step scaling, supported by experienced productization experts and access to established manufacturing lines (EU, China).
5. Component risks and supply chain stability
→ Mitigation: All parts are standard, mass-market components with multiple sourcing options and validated procurement channels.
We maintain an active risk management system and can provide a full risk matrix and mitigation roadmap.
The “Risk Register + Control Points” document is available under NDA.
How do you plan to go to market? Do you have a clear Go-to-Market strategy?
Yes, we have a structured Go-to-Market strategy tailored to different sectors and partner types. The focus of the first stage is on pilots, partner integration, and licensing.
GTM phases include:
1. Pilot integrations
– Joint trials with production sites (e.g., appliances, energy systems);
– Technical adaptation for transport, telecom, and off-grid applications.
2. OEM and licensing partnerships
– Embedding our technology into existing manufacturers’ products;
– Scaling via partnerships without building our own factory.
3. Early adopters & controlled deployments
– Small-batch production for niche use cases (e.g., off-grid systems);
– Feedback collection, documentation, and version 1.0 refinement.
4. Industry partnerships
– Telematics, IoT firms, energy operators;
– Fleet and infrastructure integrators.
5. Global licensing model
– Expansion through partner facilities in the EU, China, US, and Latin America.
Full GTM strategy with milestones, partner profiles, and channel details available under NDA.
Why is your project valuation high at this stage?
Our valuation is based on three concrete pillars, not assumptions:
1. Unique technology
– This is not just another battery or solar product. VENDOR represents a new class of energy source, requiring no fuel or charging. There are no direct market equivalents.
2. Massive global scalability
– The technology applies across transport, off-grid systems, data centers, mining, telecom — a total addressable market worth hundreds of billions of euros annually.
3. Deep IP protection
– Patent applications filed in 30+ countries, including the EU, US, China, and India.
– Core architecture is protected both by patents and as trade secret know-how.
Additionally:
• The project does not require a factory — we scale through existing partner lines (e.g., Midea, Haier).
• We’ve already reached TRL 6–7 with validated prototypes.
Valuation model, LCOE breakdown, and market data are available under NDA.
What risks do you see at this stage, and how are you managing them?
At TRL 6–7, we are fully aware of the key risks in any deep-tech development. We have identified, mapped, and begun mitigating all major areas of concern.
Key risks and mitigation steps:
1. Independent third-party validation
→ We have test protocols ready and are in discussions with TÜV SÜD and other certified EU labs.
2. EMC and safety compliance
→ Shielding, filtering, and protection circuits are built to comply with CE, EMC, and LVD.
3. Component durability under load
→ Ongoing stress testing for thermal, mechanical, and electrical stability.
4. Scalability and serial production
→ Modular architecture; planned production through OEM and industrial partners.
5. IP ownership and freedom to operate (FTO)
→ Preliminary FTO analysis completed; 30+ countries covered by our patent portfolio.
We maintain an active Risk Register with mitigation plans, triggers, and responsibilities — available under NDA.
Are you open to staged (milestone-based) funding?e
Yes. From the outset, we designed the project to support staged funding with clearly defined milestones and KPIs — a model well-suited to deep-tech investments.
We propose the following funding structure:
1. Stage 1 – Pre-production prototype & independent testing
▸ TRL 7: Final engineering adjustments, EU lab tests, certification prep
▸ Milestone: validated functionality, third-party test report, pilot readiness
2. Stage 2 – Certification & pilot projects
▸ TRL 8: Full CE/EMC/LVD certification, pilot deployments with partners
▸ Milestone: field data, performance reports, partner feedback
3. Stage 3 – First commercial batch & OEM integration
▸ TRL 9: First units shipped, OEM adoption, early revenue
▸ Milestone: signed contracts, revenue generation, scalable go-to-market
We are flexible on the funding model — from convertible notes to equity rounds, including options for performance-based equity triggers.
Milestone roadmap, KPIs, and use-of-funds plan are available under NDA.
How soon will you generate revenue, and at what scale?
We expect to generate first revenue within 12–18 months after funding, through pilot integrations and initial production runs.
Revenue roadmap:
1. 6–9 months – certification finalized, production documentation ready, OEM adaptation completed.
2. 9–12 months – delivery of first pilot devices (EV, telecom, off-grid use cases).
3. 12–18 months – early adopter sales and pre-orders (100–300 units).
4. 18+ months – scaling via licensing and larger B2B partnerships.
Revenue potential:
• First batch (e.g., 200 units at €4,000) = ~€800,000 in gross revenue
• With scaling in 2026+, B2B licensing model projects €10M+ in annual potential
• Estimated breakeven point: 300–400 units/year, depending on the deployment scenario.
Our full financial model with phased revenue forecasts is available under NDA.
Do you already have specific early adopters or letters of intent (LOIs)?
Yes. We’ve conducted 15+ in-depth interviews with stakeholders across key sectors and collected 10+ use-case scenarios, including:
• electric and commercial vehicle manufacturers,
• telecom infrastructure operators,
• data center managers,
• mining operations,
• medical and off-grid facilities.
Some parties have expressed preliminary interest in pilots and field testing on their infrastructure. LOIs are currently in preparation, pending certification milestones and internal reviews.
If you’re an investor seeking access to the use case registry or early adopter summaries — we’re ready to provide them under NDA.
Who is your ideal strategic partner, and how will you reach them?
Our ideal strategic partner is a company that has:
1. Access to scalable manufacturing (OEM/ODM),
2. Established market channels in key verticals (energy, EV, telecom, appliances),
3. Resources and motivation to co-develop and scale a disruptive energy technology.
Examples of such companies:
• Midea, Haier, Schneider Electric, ABB, Siemens, Panasonic, BYD, Huawei Energy, Foxconn — as potential manufacturers and system integrators;
• Tier-1 automotive suppliers interested in next-gen energy platforms for EVs;
• Telecom operators and data center providers for autonomous power solutions.
Our pathway to them:
• We are already in discussions with EU and Asian manufacturing sites.
• Through European grant frameworks and accelerators (e.g. EIC Accelerator), we are engaging with consortia and pilot networks.
• Via strategic investors, industry advisors, and technical consultants, we are building a targeted partner list for pilots and joint integrations.
We’re not looking for just capital — we’re looking for a partner to redefine the way autonomous energy works.
What is your step-by-step roadmap from TRL 7 to the market?
We are currently at TRL 6–7. Moving forward, the project will evolve in three phases, with added buffer for certification, logistics, and partner alignment:
Phase 1 — TRL 7 → TRL 8 (8–12 months)
Goal: Final engineering and certification.
Key steps:
• Pre-series design optimization;
• Validation by third-party labs (e.g., TÜV SÜD, Eurofins);
• CE / EMC / LVD / RoHS certification;
• Manufacturing package preparation.
Outcome: certified device ready for pilots and initial B2B deliveries.
Phase 2 — TRL 8 → TRL 9 (8–14 months)
Goal: Field pilots and early sales with industry partners.
Key steps:
• Pilot programs with OEM/ODM sites (EU, Asia);
• Technical iteration based on real-world data;
• Start of small-batch production and early contracts.
Outcome: validated performance and first commercial traction.
Phase 3 — TRL 9 → Market Scale (14–24 months)
Goal: Licensing, full-scale manufacturing, global rollout.
Key steps:
• Licensing and production partnerships;
• Team expansion (R&D, bizdev, operations);
• Building partner sales channels across EU, US, and Asia.
Outcome: market-ready product with validated business model.
Timeline, milestones, and investor use-of-funds plan available under NDA.
Power Revolution Benefits
CONTINUOUS POWER SUPPLY
VENDOR provides uninterrupted power generation without external charging or refueling. This eliminates downtime for all applications - from electric vehicles to remote infrastructure, ensuring operations continue without interruption in any environment
OPERATES 24/7
ZERO MAINTENANCE DESIGN
The ion-pulse generator requires minimal service intervention (annual inspection only). With no moving parts and self-diagnostic capabilities, VENDOR eliminates costly maintenance cycles and battery replacements common to conventional power solutions.
UNIVERSAL DEPLOYMENT
VENDOR functions effectively across all environments from -20°C to +60°C, regardless of weather, altitude or location. This ensures reliable operation for remote telecom towers, off-grid facilities, and transportation in even the most challenging conditions.
WORKS EVERYWERE
ADVANCED SAFE TECHNOLOGY
Our patented ion-pulse technology operates without harmful radiation or emissions. The system complies with international safety standards and electromagnetic compatibility regulations, making it safe for use in sensitive environments.
ZERO HARMFUL EMISSIONS
ECONOMIC EFFICIENCY
With an operational lifespan of 7-10 years and energy cost of just €0.009 per kWh, VENDOR delivers exceptional return on investment. The elimination of fuel costs, battery replacements, and charging infrastructure creates substantial long-term savings.
SUPERIOR ROI PERFORMANCE
ENVIRONMENTAL LEADERSHIP
VENDOR produces zero emissions during operation, contains no harmful chemicals, and operates silently. This technology enables true sustainable power solutions for markets and applications where green alternatives were previously impractical.
TRULY GREEN SOLUTION
"The further the experiment is from theory, the closer it is to the Nobel Prize"
Frédéric Joliot-Curie