Physical fitness has increasingly moved beyond traditional gyms, with connected equipment and digital platforms enabling consumers to shift towards home-based physical activities and digitally supported exercise over the past decade.
Peloton operated within this connected fitness market, combining hardware, software, instructor-led content, and performance tracking.
Founded in 2012 and led by CEO and President Peter C. Stern, the company operates within the broader connected fitness market.
Interactive and technology-enabled fitness
Peloton’s connected fitness model combines hardware, software, instructor-led content, and performance data. A Harvard Business School article by Lane Lambert, drawing on a case study by Robert Dolan, examines Peloton’s growth during this period and the challenges that followed as pandemic-driven demand eased.
As competition increased from platforms such as NordicTrack through iFit, Tonal, Lululemon Studio, and FightCamp, Peloton also used patents to protect parts of its technology stack. Its portfolio includes intellectual property covering interactive displays and user interfaces, real-time performance tracking, and content delivery, showing how the company has sought to protect systems that connect hardware, software, workout content, and user activity.
Partnerships extend Peloton’s reach
Peloton has increasingly used partnerships to distribute its content beyond customers who own its exercise equipment. In April 2026, the company announced a global partnership with Spotify that made selected Peloton fitness and wellness content available to Spotify Premium subscribers in most markets where Spotify operates. The agreement gives Peloton exposure to hundreds of millions of potential users without requiring the company to launch its complete hardware and subscription offering in each country.
Peloton is also expanding into gyms and other high-use locations. In March 2026, it introduced commercial versions of its Bike and Tread, using the manufacturing, service, and commercial relationships of Precor, which Peloton acquired in 2021. The initiative extends Peloton’s connected platform into gyms, hotels, residential buildings, and corporate facilities, while its commercial business recorded 14% year-over-year revenue growth in the third quarter of fiscal 2026.
Peloton’s “connected fitness”
Peloton’s patent portfolio shows how the company is extending connected fitness through augmented reality, voice-enabled interactions, and gaming features that make workouts more personalized and interactive.
A cushioned treadmill deck designed for comfort and durability
Treadmill users repeatedly strike the moving surface while walking, jogging, or running. Although the deck beneath the belt or slats supports this activity, a rigid deck can provide limited impact resilience. Adding cushioning presents its own engineering challenges because the underlying materials must withstand friction, repeated loading, and heat generated by the moving surface.
U.S. Pat. App. No. 2025/0001244 describes a treadmill deck that incorporates multiple layers beneath its moving surface. The deck can include a cushioning layer that provides impact resilience, a thermal layer that helps dissipate heat, and a wear layer that protects the cushioning material from abrasion caused by the moving belt or slats.
In one configuration, the thermal layer is positioned above the cushioning layer, while the wear layer sits between the thermal layer and the moving surface. These layers are intended to create a more cushioned running or walking surface while limiting heat buildup and material degradation. The technology could also be used in other equipment with a moving surface, including conveyor systems and moving walkways.
The application, titled “Treadmill Having a Cushioned Deck,” was filed on June 28, 2024, and published on January 2, 2025. The listed inventors are Dee Pond, Harrison King, and Andrea Fox.
Actionable voice commands for connected fitness platforms
Connected fitness platforms allow users to participate in live and recorded classes through exercise equipment, mobile devices, and wearable technology. Live classes can include thousands of participants interacting through leaderboards, performance metrics, and instructor commentary. However, when an instructor verbally recognizes a participant by username, conventional platforms may treat the acknowledgment only as part of the audio stream rather than as information that can trigger personalized digital interactions for that specific member.
U.S. Patent No. 12,558,605 describes a connected fitness platform that can identify when an instructor or event leader verbally recognizes a specific member and automatically performs actions in response. The system can process spoken usernames, tokenize them, and compare the resulting information with a semantic database to determine which member is being addressed. Once the member is identified, the platform can trigger personalized actions associated with that recognition, allowing an instructor’s spoken acknowledgment during a live class or event to become an actionable interaction within the digital fitness environment.
The patent, titled “Actionable Voice Commands Within a Connected Fitness Platform,” was filed on December 19, 2023, and was granted on February 24, 2026. The listed inventors are Ashay Khandelwal, Kiran Hemaraj, Kenny Kang, Michael Lai, Nelson Nguyen, and Sunil Patil.
Connected fitness gaming controlled by exercise activity
Connected fitness systems increasingly combine exercise with interactive digital experiences to make workouts more engaging. Users may exercise on stationary bikes, treadmills, rowing machines, strength equipment, or participate in activities such as running, hiking, and yoga while viewing content on an integrated display, mobile device, or wearable. Traditional fitness interfaces can show classes, leaderboards, and performance metrics, but they do not always make the user’s physical effort an active part of a game or virtual environment.
U.S. Pat. App. No. 2024/0269516 describes a connected fitness gaming platform that uses a person’s exercise activity to control actions within video games, virtual games, and other interactive experiences. The system can link changes in workout performance or exercise difficulty to events inside the game, allowing physical actions performed during a workout to function as game inputs.
For example, adjustments to resistance, speed, cadence, or another exercise parameter can influence what occurs in the digital environment. This approach integrates workout intensity and game mechanics so that exercise performance becomes part of how the user interacts with and progresses through the experience.
The application, titled “Connected Fitness Gaming Platform,” was filed on June 3, 2022, and was published on August 15, 2024. The listed inventors are David Packles, Bud Intonato, and Benoit Dion.
Peloton: Patenting Activity
Peloton’s patent filings increased through 2018, during the expansion of its connected fitness portfolio, including the Peloton Tread, and the beginning of its international expansion. Patent activity also accompanied the launch of Bike+, the redesigned Tread, and the acquisition of Precor in 2021.
Peloton: Top Law Firms
Peloton’s patent filings between 2015 and 2025 were supported by a diverse network of intellectual property and legal representatives. AMPACC Law Group and Haynes and Boone handled the largest share of filings, followed by Redbrick IP, Gowling WLG, Shook, Hardy & Bacon, and Murgitroyd & Company. Other notable representatives include Madderns and Spruson & Ferguson.
The distribution of legal representatives reflects Peloton’s use of multiple external firms to support its patent portfolio across different jurisdictions and areas of intellectual property practice.
Peloton: Top Technology Areas
Peloton’s patent portfolio is primarily focused on technologies for physical training and exercise, with the largest share of filings classified under apparatus for physical training, gymnastics, swimming, climbing, or fencing (A63B). Significant activity is also seen in electrical digital data processing (G06F), reflecting the company’s emphasis on software-enabled fitness equipment, performance tracking, and digital exercise platforms.
Other notable technology areas include traffic control systems (G08G), transmission of digital information (H04L), radio direction-finding and navigation (G01S), pictorial communication (H04N), and systems for controlling or regulating non-electric variables (G05D).
Additional areas include healthcare informatics (G16H), conjoint control of vehicle sub-units (B60W), and wireless communication networks (H04W). Together, these technology areas demonstrate Peloton’s patent activity across connected fitness equipment, digital processing, communications, sensing, and health-related technologies that support interactive exercise experiences.