Kettering Company Reportedly Offers Wireless Fiber Optic Power Technology
A company based in Kettering is reportedly offering a technology that provides fiber optic power without the use of physical fiber optic cables, according to the Dayton Daily News.

Dayton, OH, September 24, 2026 — A company located in Kettering is said to be offering a novel technology that reportedly delivers fiber optic power without the need for traditional physical fiber optic cables. This development was noted in a report by the Dayton Daily News.
Details regarding the specific company’s name, the exact nature of this technology, and its operational mechanisms were not provided in the report. The term “fiber optic power” itself, as described, suggests a method of energy transmission that deviates from conventional understanding, which typically associates fiber optics with data transmission rather than direct power delivery.
The advancement, if realized, could signify a significant shift in how power is distributed, potentially eliminating the widespread infrastructure requirements associated with physical cabling. Such a technology could have broad implications across various sectors, including telecommunications, energy, and urban development.
However, without further information on the company behind this reported innovation, the technical specifications of the system, or independent verification of its capabilities, the full scope and feasibility of this offering remain unclear. The Dayton Daily News is cited as the source for this report, but further investigation into the specifics of the technology and its provider is needed to ascertain its impact and authenticity.
Information concerning the timeline for the technology’s rollout, any potential pilot programs, or specific applications being targeted was not available. The report from the Dayton Daily News does not specify if regulatory approvals or industry certifications have been obtained.
The implications of delivering power wirelessly, particularly in a manner described as “fiber optic power,” would warrant close examination. Current wireless power transmission technologies typically operate over short distances and have limitations regarding efficiency and the amount of power that can be transferred. The description provided suggests a potential breakthrough, but the report does not offer details on how these challenges might be addressed.
Further reporting will be necessary to clarify the details of this emerging technology and the company involved, including its operational principles, performance metrics, and potential market adoption.
As of the report’s publication, the contractor’s name was not provided. The fine amount, if any, was not provided. The inspection outcomes were not provided. The permit status was not provided. What happened next was not provided.
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