Business Overview: Charging Robotics Inc. (OTC: CHEV)

Executive Summary

Charging Robotics Inc. ("CHEV" or the "Company") is a pre-commercial-scale, Delaware-incorporated developer of wireless power-transfer ("WPT") systems for electric vehicles, operating almost entirely through its Israeli subsidiaries Charging Robotics Ltd. (wholly owned) and Revoltz Ltd. (51.07%-owned as of March 2026). The Company's core innovation replaces plug-in charging cables with resonance-induction coil pairs that transmit electricity wirelessly across a roughly 40mm air gap, targeting the fast-growing niche of Automated Parking Systems ("APS") where a human cannot physically walk up to a vehicle to plug it in. Through its June 2025 acquisition of Revoltz, the Company also now manufactures the PORTO EV, a compact electric micro-vehicle for last-mile urban delivery, giving CHEV a second, adjacent revenue avenue.

Commercially, CHEV remains in the earliest stages of monetization. It has secured initial paid orders from three Israeli APS integrators — Electra, Parkomot, and Parking Design — at an average selling price of roughly $3,000 per charging unit, with Parking Design's order later expanded to 12 units. Revoltz had delivered approximately 30 PORTO EV units in Israel by October 2025. Against this nascent order book, the Company posted net losses of approximately $3.3 million in fiscal 2025 and $2.9 million in fiscal 2024, generated no material revenue, and carries an auditor-flagged going-concern qualification. Market capitalization stood near $56.1 million as of mid-2025 on 11.25 million shares outstanding. CHEV is best understood not as a cash-generative operating company today but as an early-stage, patent-protected technology platform attempting to convert a first-mover position in a narrow but structurally attractive automated-parking sub-niche into a durable commercial franchise — one that will require substantial additional capital, and successful execution against much larger, better-capitalized competitors, to reach self-sufficiency.

1. Core Business Model & How They Work

Charging Robotics' foundational technology is a wireless power-transfer system built around resonance induction coils: a transmitter coil embedded in parking-facility infrastructure (the pallet or plate that carries a vehicle inside an automated parking system) pairs with a receiver coil mounted on the vehicle-facing side, allowing electricity to jump the gap without a physical cable connection. This is purpose-built for automated and robotic parking facilities — multi-story or underground structures in which cars are moved by mechanical pallets, elevators, and shuttles with no human access to the vehicle once it enters the system. In a conventional plug-in model, EV charging inside an APS is either impossible or requires expensive robotic plug-and-socket automation; CHEV's wireless coil approach sidesteps that mechanical complexity entirely.

The business model layers three linked revenue streams on top of the core hardware sale:

1. Equipment sales — a capital/hardware sale of the transmitter-receiver coil sets to APS operators and integrators, followed by post-warranty maintenance and service revenue.
2. Software-as-a-Service — a companion mobile application that manages route/queue optimization within the parking facility and controls charging sessions, generating a recurring subscription layer on top of the hardware install base.
3. Electricity resale — the Company can act as the electricity provider to end users charging their vehicles, capturing a retail spread on the power itself with flexible, facility-specific pricing plans.

This "hardware + recurring software + consumable electricity" stack mirrors the model used by conventional EV charge-point operators (e.g., ChargePoint, EVBox) but is narrowly targeted at a structural gap those companies do not serve: vehicles parked where no person can reach them to plug in.

2. Business Segments

CHEV operates two operating units that, while both centered on electric-mobility hardware, serve distinct end markets and are best analyzed separately rather than as a single blended segment.

                     Charging Robotics Inc. (Delaware, OTC: CHEV)
                                      |
              ------------------------------------------------
              |                                               |
   Charging Robotics Ltd. (Israel, 100%)          Revoltz Ltd. (Israel, 51.07%)
   Wireless EV charging for automated                Compact electric micro-vehicles
   parking systems (APS)                             ("PORTO EV") for last-mile delivery
              |                                               |
   Customers: APS integrators                       Customers: last-mile delivery
   (Electra, Parkomot, Parking Design)               operators, institutional fleets

• Wireless Charging Systems (Charging Robotics Ltd.) — the original and still-primary business, selling coil-based wireless charging hardware, the control app, and electricity services into Israel's automated-parking market, with an ambition to expand internationally as APS adoption grows in dense urban centers (a January 2026 Company release framed automated parking growth as a structural tailwind).
• Micro-Mobility / Last-Mile EVs (Revoltz Ltd.) — acquired in June 2025, this unit designs and assembles the PORTO EV, a small-footprint electric delivery vehicle. By October 2025 the unit had sold roughly 30 units domestically and signed distribution agreements with institutional customers, giving CHEV a second, more conventional EV-hardware revenue line that diversifies it away from pure dependence on APS-market timing.

Because Revoltz is only 51.07%-owned, a portion of any future profit or loss from that unit will be attributable to non-controlling interests, a modeling detail equity holders should track closely as the segment scales.

3. Product Portfolio & Revenue Drivers

Revenue today is driven almost entirely by discrete, low-volume hardware orders rather than a recurring installed base large enough to be financially material — the Company explicitly states it has not yet generated significant revenue. The order progression is nonetheless a relevant leading indicator: Parking Design's order grew from an initial commitment to 12 systems, and a January 2026 press release announced a further expanded delivery, suggesting reference customers are scaling their commitments as pilots prove out reliability. The intellectual property underpinning the coil technology — two issued U.S. patents (expiring 2041), one PCT patent application (2042), and one U.S. provisional patent (2043) — is the asset that theoretically protects future royalty/licensing or unit-economics upside as volume grows, though the Company's earlier exclusive license to a Ben Gurion University patent has since been terminated, narrowing its IP moat somewhat.

4. Competitive Landscape

CHEV's own 10-K names Robert Bosch, Continental AG, WiTricity Corporation, ZTE Corporation, and HELLA KGaA as competitors in wireless power transfer for vehicles. Independent industry research also consistently identifies Electreon Wireless Ltd. — another Israeli company, and the dominant name in dynamic (in-road) wireless EV charging — as a key peer in the broader wireless-EV-charging category, alongside WiTricity, which has emerged as the closest analog given its similar resonance-coil approach and its licensing-driven business model with automakers.

        Static pad/plug charging          Dynamic (in-road) WPT           Static WPT for
        (ChargePoint, EVBox, Tesla)        (Electreon)                    inaccessible parking
                                                                            (CHEV — niche leader)
                     \                            |                              /
                      \                           |                             /
                       ----------------  Broad WPT technology base  ----------------
                                  (WiTricity, Bosch, Continental, HELLA, ZTE)

The critical distinction is that Bosch, Continental, WiTricity, ZTE and HELLA are large, diversified automotive-technology suppliers for whom wireless charging is one R&D program among many, generally aimed at consumer driveway/garage charging pads rather than the automated-parking-specific use case. CHEV's positioning — "the first wireless charging solution on an autonomous robot" versus pad-based alternatives — is a genuine, narrow differentiator: automated parking facilities cannot use a plug at all, so CHEV is less competing head-to-head on price/performance in a shared use case and more racing to own a structural gap before a Bosch- or WiTricity-scale competitor decides the APS niche is worth a dedicated product. That said, any of these larger players could redirect existing WPT R&D into the APS use case relatively quickly given far greater balance-sheet and engineering resources, which is the central competitive risk.

5. Strategic Strengths & Moats vs. Strategic Risks

Strengths / potential moats:

• First-mover positioning in a genuine structural niche. Automated parking facilities cannot support manual plug-in charging; CHEV's wireless coil system is, per its own disclosure, the first robot-compatible wireless EV charging product, giving it a real (if narrow) head start before larger suppliers build a competing SKU.
• Growing reference customer base. Paid, expanding orders from three separate Israeli APS integrators (Electra, Parkomot, Parking Design), with Parking Design's order scaling from an initial tranche to 12+ units and a further expansion announced in January 2026, are early proof points of product-market fit.
• Layered, multi-stream revenue architecture. Combining hardware sale, recurring SaaS, and electricity resale gives CHEV a path to higher lifetime value per installed system than a pure equipment sale, if volume materializes.
• Diversification via Revoltz. The PORTO EV micro-vehicle line gives CHEV a second, more conventional EV hardware business with its own institutional/distribution traction, reducing single-thread dependence on APS-market timing.
• Patent-protected core technology. Two issued U.S. patents plus pending PCT and provisional filings running through 2041–2043 offer some barrier against direct copying of the specific coil implementation.

Risks:

• Going-concern doubt and thin capitalization. The Company's auditors flagged substantial doubt about its ability to continue as a going concern, and management states it will need substantial additional capital before profitability — a binding constraint on execution and a real risk of dilutive financing or worse.
• Minimal, non-recurring revenue base. With no significant revenue to date and net losses of ~$3.3 million (FY2025) versus limited order volume at ~$3,000/unit, the Company is years, not quarters, from self-funding status.
• Geographic concentration in Israel. Nearly all operations, customers, and manufacturing sit in Israel, exposing the Company to regional political and security instability that is largely outside management's control.
• Weakened IP position. The termination of the exclusive Ben Gurion University license narrows the historical technology moat to the Company's own, more recently filed patents.
• Competitive asymmetry. Bosch, Continental, WiTricity, ZTE, and HELLA each have vastly greater R&D budgets, automaker relationships, and manufacturing scale; any one of them entering the APS-specific niche could compress CHEV's window before it reaches meaningful scale.
• Small-cap/OTC liquidity and disclosure risk. As an OTC-traded, sub-$60 million market-cap issuer with a complex corporate history (originally Silver Hill Management Services, then Fuel Doctor Holdings, now Charging Robotics), the stock carries elevated volatility and thin trading liquidity typical of micro-cap development-stage names.

6. Financial Overview & Performance Matrix

The financial picture is unambiguously that of a development-stage micro-cap: rising cash burn, an explicit going-concern qualification, and revenue that remains immaterial relative to operating costs. The Company's stated need for "substantial additional capital" implies further equity or debt issuance is likely, which existing shareholders should weight heavily against the optimism embedded in the ~$56 million market capitalization relative to a business that has, to date, shipped on the order of a few dozen total units across both product lines.

7. Summary Conclusion

Charging Robotics Inc. is a legitimate, patent-holding operating company addressing a real and structurally differentiated problem — EV charging inside automated parking facilities where no human can plug in a cable — with early, expanding commercial traction from named Israeli APS integrators and a second growth avenue through its Revoltz micro-vehicle subsidiary. The technology thesis is credible and the competitive positioning versus giants like Bosch, Continental, WiTricity, ZTE, and HELLA is genuinely differentiated on use case, even if those competitors' scale represents the single largest medium-term risk. However, the investment case today is dominated by financing risk, not product risk: an auditor-issued going-concern qualification, immaterial revenue, and widening annual losses against a ~$56 million market capitalization mean CHEV should be evaluated as an early-stage, binary technology bet on automated-parking electrification rather than as a stable, cash-generative operating business. Continued order expansion from existing customers (as seen with Parking Design) and successful scaling of Revoltz's PORTO EV distribution are the clearest near-term catalysts that would validate the thesis; failure to raise additional capital on acceptable terms is the clearest risk that could unwind it.