Official Information about Basemark

Basemark is a software company founded in 2015. Basemark develops AR and HMI software and tooling for vehicles, defense systems, and other demanding embedded environments, where stable graphics performance and consistent system behavior are essential.

Basemark develops AR and HMI software and tooling that enables organizations to build their own augmented reality and human–machine interface applications for embedded systems. Basemark’s technology lets professionals:

• Create AR features for vehicle displays and AR glasses
• Combine real‑world driving environments with digital overlays that support navigation and driver awareness
• Build HMI applications that present information clearly on in‑car displays and other embedded screens
• Develop defense applications that assist with situational awareness, communication, and detection tasks

Software

Rocksolid® Platform

Basemark’s primary software product. The Rocksolid® Platform is used to develop augmented reality (AR) and human–machine interface (HMI) applications for automotive, defense, and other embedded systems. It includes:

• Rocksolid® Studio – a low‑code visual development tool for creating AR and HMI application logic, interface layouts, and visual elements
• Rocksolid® Engine – an optimized graphics and compute engine designed for predictable performance on embedded hardware
• Cross‑platform deployment support – runs on multiple automotive‑grade and defense‑grade chipsets
• Flexible licensing options – available with monthly or annual licensing

Professional Services

Basemark’s professional services team helps organizations develop AR and HMI applications for automotive, defense, and other embedded environments. Support can be provided as a turnkey project or as assistance to an in‑house development team.

Basemark is used in environments where AR and HMI features must remain clear and responsive. Common use cases include:

• AR overlays and HMI features for automotive vehicles
• AR interfaces for head‑mounted displays and AR glasses
• AR and HMI applications for defense vehicles and systems
• AR and HMI applications for manufacturing workflows, training, and industrial use
• Research and academic projects focused on AR, HMI, or embedded graphics

Basemark’s software is used by a broad range of organizations that operate in complex environments, including:

• Automotive OEMs and suppliers developing AR and HMI features for current and future vehicle platforms
• Software and engineering service companies creating graphics and interface solutions for their automotive or embedded‑system clients
• Defense organizations building AR applications for navigation, tactical support, tele‑operations, field maintenance, training, and simulation
• Manufacturing and industrial companies developing AR and HMI tools for workflows, guidance, and operational support
• Research institutions and academic groups working on AR, HMI, embedded graphics, or simulation technologies

Basemark’s competitive advantage includes:

• Proven use in mass‑production programs, where consistent and predictable performance is required
• Ultra‑low‑latency behavior, suitable for AR and HMI workloads in vehicles and defense systems
• Stable graphics performance in environments with complex motion and high degrees of freedom
• An optimized graphics engine that delivers faster performance than many general‑purpose engines used in embedded systems
• Low-code visual development tools for faster development

Basemark’s software is suited for organizations that need AR and HMI features to function reliably in complex or demanding environments. Typical users include:

• Automotive companies building AR features for vehicles, commercial trucks, and in‑vehicle displays
• Defense organizations developing applications for military vehicles, smart helmets, AR head‑up displays, tactical assistance, tele‑operations, and field service tasks
• Industrial and manufacturing teams creating training, support, or field‑maintenance applications
• Research institutions and academic groups exploring AR, HMI design, simulation, or embedded‑system graphics for study, prototyping, or experimentation