CPAC Systems AB has announced a strategic partnership with RideController, Inc. aimed at transforming the way modern boats integrate electrical systems, digital controls, and user interfaces. The collaboration centers around CPAC Systems’ premium marine integration platform, Marivue, which will now incorporate RideController’s advanced solid-state power distribution and LED lighting technologies. Together, the companies seek to create a unified digital and electrical architecture that improves automation, diagnostics, and the overall boating experience for next-generation watersports and recreational vessels.
The partnership marks a significant step forward for the marine industry, which has traditionally relied on separate systems for electrical switching, lighting control, and onboard digital interfaces. By integrating these components into a single ecosystem, CPAC Systems and RideController aim to simplify system design for manufacturers while delivering a more seamless and intelligent experience for boat operators.
Building a Unified Marine Technology Ecosystem
At the heart of the collaboration is Marivue, CPAC Systems’ advanced integration platform designed to serve as the digital backbone for modern marine vessels. The platform provides a digital helm interface, cloud connectivity, and integration capabilities that allow multiple onboard systems to operate together seamlessly.
Through this new partnership, RideController becomes an Integrated Experience Partner within the Marivue ecosystem. This designation enables RideController’s technologies to integrate directly into the platform, ensuring compatibility with Marivue’s software, hardware, and connectivity architecture.
Rather than treating switching systems and lighting controls as separate subsystems—an approach commonly used in traditional boat design—the partnership creates a cohesive digital and electrical infrastructure. RideController’s distributed power modules and LED control systems will work in harmony with Marivue’s digital dashboard and automation capabilities.
This integrated architecture allows boat builders and operators to control electrical components, lighting environments, and system functions from a unified interface. The result is a smarter and more responsive onboard environment, where technology works together rather than functioning as isolated modules.
Advanced Power Distribution and Lighting Control
RideController has developed a reputation in the marine industry for its innovative approach to digitally switched power distribution and intelligent LED lighting control. The company’s technology replaces conventional mechanical switching systems with advanced solid-state power modules that enable precise control, enhanced diagnostics, and increased reliability.
Through the partnership, these capabilities will be embedded within the Marivue platform. RideController’s Power Distribution Module (PDM) architecture and LED control technology will integrate with Marivue’s user interface and digital infrastructure, enabling unified system management.
According to Håkan Stigeberg, Director of the Marine Segment at CPAC Systems, the collaboration reflects a shared commitment to pushing the boundaries of marine technology.
“RideController represents best-in-class innovation in marine power distribution and lighting control,” Stigeberg said. “By integrating their PDM and LED architecture directly into Marivue, we are creating a seamless experience where electrical control, lighting scenes, and digital dashboard functionality operate as one unified system.”
This unified approach allows boat operators to control lighting modes, system power, and other onboard functions through a single digital interface. Instead of managing multiple panels and control points, users can interact with an integrated digital helm that simplifies operation and enhances usability.
Simplifying Boat Design for OEM Builders
Beyond improving the onboard experience for end users, the partnership is expected to deliver significant benefits for original equipment manufacturers (OEMs) that design and build recreational boats.
One of the most important advantages is reduced system complexity. Traditional marine electrical systems often require separate wiring harnesses, control modules, and switching mechanisms for various onboard systems. Integrating these components can be time-consuming and costly during production.
By embedding RideController’s technology into the Marivue platform, OEM boat builders gain access to a standardized interface architecture that simplifies system integration. The platform’s defined connectivity framework allows electrical distribution, lighting control, and digital dashboard functions to operate within the same environment.
This approach can significantly reduce installation time during vessel assembly while minimizing the number of components required. Fewer modules and simplified wiring structures lead to more efficient manufacturing processes and lower overall system complexity.
In addition, unified diagnostics built into the Marivue platform enable easier troubleshooting and maintenance. Boat technicians and service providers can access detailed system data and diagnostics through a single interface, helping identify and resolve issues more quickly.
Improved serviceability is particularly important for premium recreational boats, where reliability and ease of maintenance are key considerations for owners.
Enhancing Automation and Smart Boat Features
Another important outcome of the collaboration is the advancement of intelligent automation capabilities for recreational boats. As marine technology evolves, many vessels are incorporating features similar to those found in modern automobiles and smart homes.
With RideController’s digitally controlled power distribution integrated into Marivue, boat systems can be automated based on operating modes or user preferences. For example, specific lighting scenes and electrical configurations could be automatically activated when the boat enters different operational modes such as cruising, docking, or watersports.
These automated scenarios improve convenience and safety while enhancing the overall user experience. Instead of manually adjusting multiple settings, operators can rely on preconfigured modes that optimize system behavior for specific activities.
Andrew Miller, Founder and President of RideController, emphasized the potential for intelligent boat design that the partnership unlocks.
“Marivue’s digital helm and cloud architecture unlock the full potential of the advanced features we have designed into our digitally switched power and lighting systems,” Miller said. “Together, we aim to advance intelligent boat design, improving system operation, reliability, safety, and human-machine interaction.”
Human-machine interaction is a critical element of modern marine design, particularly as vessels incorporate more sophisticated digital technologies. A unified interface reduces complexity for operators and allows intuitive control of advanced features.
Initial Focus on Premium Watersports and Recreational Boats
The partnership will initially concentrate on premium watersports and recreational boat manufacturers. These segments often serve as innovation leaders in the marine industry, adopting advanced technologies that later become standard across broader markets.
Joint validation programs between CPAC Systems and RideController are already being planned in alignment with upcoming model years. These programs will test and refine the integrated systems in real-world boating environments, ensuring reliability and performance before full-scale commercial deployment.
By working closely with OEM partners during this validation phase, the companies aim to tailor the integrated technology to the specific needs of boat builders and end users.
Watersports boats, in particular, require highly coordinated electrical and digital systems. Features such as advanced lighting setups, automated wake controls, and digital dashboards play a significant role in enhancing the recreational experience.
The integration of RideController’s technology with Marivue could help manufacturers deliver new levels of customization and automation for these vessels.
Expanding the Marivue Partner Ecosystem
The collaboration with RideController also highlights CPAC Systems’ broader strategy of expanding the Marivue ecosystem through partnerships with technology innovators.
Rather than building every component internally, the company is creating an open platform where specialized partners can integrate their technologies into a unified digital environment. This ecosystem approach accelerates innovation by combining expertise from multiple companies.
One example of this strategy is Marivue’s collaboration with Savvy Navvy, a provider of digital navigation solutions designed specifically for recreational boating.
By integrating navigation services, power distribution, lighting control, and other onboard technologies within a single platform, Marivue aims to deliver a comprehensive digital experience for modern boat owners.
The growing network of partners reflects a shift in the marine industry toward platform-based architectures similar to those used in automotive and consumer technology sectors.
The Future of Connected Marine Systems
As recreational boats become more technologically advanced, the need for integrated digital infrastructure continues to grow. Modern vessels often include navigation systems, entertainment features, lighting controls, engine monitoring, and cloud connectivity—all of which require seamless coordination.
The partnership between CPAC Systems and RideController represents a step toward a more connected and intelligent marine ecosystem. By combining digital helm technology with advanced power management and lighting control, the companies are creating a foundation for smarter, more automated boats.
This integrated architecture not only enhances the user experience but also supports improved reliability and safety. Real-time diagnostics and digital monitoring capabilities can help detect issues early, allowing operators to address potential problems before they become critical.
Additionally, cloud connectivity opens the door to remote monitoring, software updates, and data-driven insights that can further improve vessel performance over time.
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