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From Software to Hardware
Tern provides a comprehensive development kit that includes ternary design systems and tools to bridge the gap between hardware and software.
Our approach combines novel ternary hardware with a dedicated software stack, enabling developers to harness the full potential of three-state computing.
Explore our products designed to facilitate this transition and drive innovation in efficiency and performance.
Tidal
Do more with more
World's First Ternary Software Stack
Tidal serves as an integrated development environment (IDE) specifically designed for ternary programming. It aims to democratize access to ternary computing by providing an intuitive and accessible tool for software engineers to learn, experiment, and innovate with this emerging technology. Tern's mission is to revolutionize computing through ternary-based CPUs, which utilize three-state logic rather than traditional binary two-state logic, offering advantages in efficiency and performance. By addressing the historical lack of reliable resources and the fragmented knowledge landscape surrounding ternary logic, Tidal plays a pivotal role in making this advanced computing paradigm approachable to a broader audience, and ultimately, defining the standards necessary for commercialization.
Sandbox Environment
First and foremost, Tidal functions as an educational emulator that enables developers to write, test, and refine ternary code within a simulated environment. It supports a variety of programming languages, including G, TERN, and BTMC, each designed to build the software stack tailored for ternary logic - addressing different levels of abstraction for user analysis. This hands-on learning experience is crucial for bridging the gap between conventional binary computing and the emerging ternary paradigm. By offering a user-friendly interface and lowering the barriers to entry, Tidal empowers software engineers to explore the unique potential of ternary computing. It provides a practical solution to the challenge of workforce education, fostering a deeper understanding of how ternary logic can enhance computational efficiency and address modern technological demands.
Thriving Community
Beyond being a mere software tool, Tidal acts as a catalyst for a broader computing revolution. It cultivates a collaborative community of developers who are actively shaping the future of ternary technology. Tern has outlined a strategic release plan for Tidal, beginning with a beta version in March 2025, followed by a full release and subsequent updates that will introduce features like hardware simulation and advanced IDE capabilities by 2026. As Tidal evolves, it is poised to facilitate the transition from traditional binary systems to next-generation ternary computing architectures. By encouraging more engineers to adopt ternary logic, Tidal is expected to drive demand for ternary hardware, such as Tern's Cyrus CPU, ultimately contributing to the widespread adoption of this transformative technology and redefining the computing landscape.
Ternac
Play with the future
World's First Ternary Software Computer
Ternac is a pioneering hardware platform developed by Tern, a company dedicated to advancing ternary computing technology. As the world's first general-purpose ternary computer system, Ternac marks a significant leap forward in the evolution of computational systems. Unlike conventional binary computers that rely on two states (0 and 1), Ternac operates using ternary logic, which incorporates three states (-1, 0, and 1). This unique approach allows for more efficient data processing, reduced energy consumption, and enhanced computational capabilities. Powered by the Cyrus 1 Processor, Ternac stands as a concrete realization of Tern's mission to transform the computing industry by introducing a new paradigm that addresses the limitations of traditional binary systems.
A Platform for Proof and Research
The primary purpose of Ternac is to serve as a proof-of-concept for ternary computing, showcasing its practical advantages and real-world feasibility. It provides a physical platform where developers can execute ternary code, effectively bridging the gap between theoretical research and practical application. This enables software engineers to test and optimize their programs on actual ternary hardware, offering valuable insights into the performance and efficiency of ternary logic. Beyond demonstration, Ternac also functions as a research and development platform, allowing Tern to refine its Cyrus 1 Processor designs and explore innovative possibilities in ternary computing. This dual role underscores its importance in validating the technology and fostering confidence among developers and potential adopters.
Bridging the Gap
Ternac is integral to Tern's broader market penetration strategy, acting as a catalyst for the widespread adoption of ternary computing. By presenting a fully functional ternary computer system, it overcomes a key obstacle to market entry: the absence of tangible evidence of ternary technology's superiority. It highlights how ternary computing can surpass binary systems in speed, energy efficiency, and data storage, making a compelling case for its adoption. Additionally, Ternac integrates seamlessly with Tidal, Tern's software platform, enabling developers to write and run ternary code remotely. This synergy between hardware and software creates a robust ecosystem that promotes innovation and collaboration, paving the way for the commercialization of ternary CPUs and positioning Tern as a leader in the next generation of computing.
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