QUAM™ Q7 Series
Compatible with millions of embedded systems
For years, companies have been selecting their own embedded computers from a vast array of solutions to meet their custom needs. However, many of these solutions fall short in terms of cybersecurity. Our tiny secure computers enable companies to enhance the security of their embedded solutions by integrating our secured module with their chosen commercial hardware platforms, which often lack inherent security.
Francisco Ventures®, a cybersecurity firm specializing in the development and manufacturing of innovative technologies, is introducing the new QUAM™ Q7 Series—a powerful, tiny secure computer designed to provide high-level security and attack resilience for embedded systems.
QUAM™ is a state-of-the-art secure computer platform that boasts unique hardware capabilities and exemplary security features, all in a Mini-PCIe form factor with wide compatibility.
The QUAM™ Series is designed to function as a complete and isolated hardware-based secure computer system, making it an innovative platform for developing and designing security applications, running multiple operating systems, storing sensitive information, providing high-level identity protection, creating hardware-based VPN tunnels, and even implementing a complete RISC-V CPU over the Xilinx FPGA Core.
The embeddable QUAM™ Q7 Series integrates a powerful Xilinx® MPSOC Ultrascale+ core for secure, high-performance design flexibility and unique protection, combining physical sensors with top-notch security elements. These rich features create a complete, isolated, and secure embedded computer in a tiny Mini-PCIe module.
Additionally, by utilizing Francisco's hardware, companies can easily transition from one embedded platform to another by simply plugging our module into any embedded board.
QUAM™ Q7 & Gateworks SBC’s
A powerful integrated solution
Francisco Ventures’ products and design philosophy aim to merge the best of both worlds. Developers and engineers using Gateworks platforms can continue working with their Gateworks SBCs without significant changes to their products while dramatically upgrading their protection capabilities.
The QUAM can be integrated with Gateworks SBCs via the Mini-PCIe site to isolate sensitive operations from the main SBC. Francisco Ventures provides a vanilla-based OS for QUAM, while the Gateworks SBC (the embedded host) runs its own operating system.
This design ensures complete isolation between secured and unsecured zones, allowing development teams to focus on application development while security experts concentrate on writing secure APIs and applications within Francisco Ventures' hardware platforms.
Francisco Ventures' tiny secure computers enable companies to secure their embedded solutions atop their own Gateworks SBCs. Additionally, by utilizing Francisco Ventures' hardware, companies can seamlessly transition between various embedded computers by simply plugging the QUAM module into any embedded platform.
QUAM is a state-of-the-art secure computer in a compact Mini-PCIe form factor, providing a powerful solution for the most data-sensitive industries. It is an ideal choice for military or industrial systems and for designers needing a compact and secure platform for mission-critical applications.
Endless Possibilities for Security Applications
Potential Applications
- VPN Tunneling & Advanced Networking
- Multi Factor Authentication
- Cyber Academy & Research Labs
- Medical Security
- Intellectual Property Protection
- Telemetry
- Critical Infrastructures
- IoT & Cloud Security
- Embedded Platforms
- Airborne Systems
- Encrypted Storage
- Secure ML Operation
- ZeroTrust & Strong Identity Protection
- Fintech industry & Cryptocurrency Activities
Francisco Ventures reserves the right to adjust the production detail specifications as may be required to allow for improvements in the design of its products. Features listed on our website are subject to changes. Not all functionality is available in all configurations. Please contact Francisco Ventures for latest product features and specifications.