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Tau is a logical AI engine that enables you to create software and AI capable of full mechanized reasoning, representing one of the greatest expansions of capability in Software history.
Build software and AI with the ability to logically think and automatically act, explain its decisions and its behavior, and evolve software seamlessly, according to your requirements.
Create software capable of deducing powerful new discoveries from knowledge, science, human communication and much more, yielding new abilities for software.
Gain full visibility into the behavior and decision making in your software and AI. Bring semantic search abilities into your software and have results explained and backed by logic.
Build software that can be reasoned over, automatically evolving according to rapidly changing information and requirements given, such as security conditions, on the fly.
Focus on what you want the software to be, instead of how to build it. Create and personalize software by simply describing it in logical sentences. With Tau, software has zero bugs and is provably correct according to your description. Software descriptions function as the working software, as they are executable in Tau’s runtime.
Tau bridges the gap between desire and outcome, logically deducing working software from all internal and necessary external information, enabling you to easily scale your development process with complex rule-setting safeguards always in place.
Complexity theory sets the limits of machine learning methods, which inherently cannot handle logical reasoning. ChatGPT and similar code generation tools will always make logical errors, as logic lies beyond their complexity class.
Create guaranteed accurate software with proof of correctness
No bugs, no traditional testing required
Create & model complete complex fully running programs
Multi-user & roles: Allows collaboratively agreed development
Safe AI: Locked to any described AI safety requirements
Secure AI: Undesirable behaviour is automatically rejected
Use domain-specific knowledge & definitions in descriptions
Bugs are always possible and requires coding knowledge to test
Code is often inaccurate, never guaranteed to be correct
Generates basic code snippets, not complex robust programs
Bottlenecks: Limited number of people that can collaborate
Incapable of implementing robust AI safety restrictions
Can't prevent updates or hacking that allow unwanted behaviour
Ignores domain-specific knowledge and ability to define meaning
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The formal specification techniques used by Tau ensure early error detection, increased reliability, and smoother project workflows, resulting in significant time and cost savings in software development.
While effective, these methods have often posed accessibility challenges, but with Tau’s advancements, the benefits of formal specification are now accessible to everyone.
From complex industrial software to common applications, executable formal specifications in the Tau development tool meet the demands for software development that matters.
From complex industrial software to common applications, executable formal specifications in the Tau development tool meet the demands for software development that matters.
Tau ensures timely adherence to industry-specific requirements at every stage of development by allowing you to enforce compliance rules within the software, effectively minimizing the risk of deviations.
Prohibit software manipulation entirely with Tau’s capability to define and enforce complex rules for change.
Tau ensures that the software behaves exactly as intended for a wider range of software than achieved by common formal languages.
Software-as-Sentences™ method allows speeding up the development of enterprise solutions like ERP and BPM, while retaining high quality.
Tau improves decision-making with advanced reasoning over real-world knowledge and complex data.
Tau’s approach eliminates merging conflicts, as specifications from multiple contributors are integrated into the software based on the rules you set.
Bridge the gap between desire and end product with direct transformation of sentences into functioning software. Tau opens new innovative possibilities for various applications, including blockchain networks and smart contracts.
In this post, we are proud to announce the publication of years of dedicated research and development. The NSO and GSSOTC languages, the results of this endeavor, are more than academic accomplishments; they are the very essence of Tau Language.
NSO addresses a long-standing unsolved problem in logic of creating a language capable of consistently referring to its own sentences, while GSSOTC introduces an innovative approach to temporal logic.
Meet our team of world-class scientists and experts, united by a passion for empowering individuals, teams, and organizations to create impactful software.
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Copyright © 2024 – IDNI. All rights reserved.