Validated computation
AI mathematics with validation using a Computer Algebra System (CAS) is implemented.
Live Development Status, June 2026
AI mathematics with validation using a Computer Algebra System (CAS) is implemented.
ExaktAI operates with six independent AI systems: Claude, Codex, Gemini, DeepSeek, Grok, and Mistral; validation can use a chosen engine or cross-check several.
The desktop App accepts multilingual natural-language problems, CAS input, and mathematical notation entered via its palette.
ExaktAI runs from the ExaktAI App and from within a Maple document or a Mathematica notebook.
ExaktAI automatically produces Mathematica notebooks or Maple documents carrying validation status where AI computations can be audited, reproduced, and edited.
ExaktAI in action: a problem validated in eight steps, with the Mathematica notebook generated alongside (Claude + Mathematica).
A 500-problem benchmark covering the undergraduate mathematics curriculum has been run across all AI systems. Analysis of these results is driving improvements to the validation architecture.
A Beta release, opening access to external users (researchers, educators, collaborators and industry), is in preparation.
ExaktAI currently handles the undergraduate mathematics and physics core; extending to graduate physics and advanced differential equations beyond Maple and Mathematica is in progress.
Using the ISED / Innovative Solutions Canada TRL scale:
ExaktAI matches TRL 8: it has been tested against a 500-problem benchmark in its production operating form, running on the user's own machine and performing every computation in the user's own copies of Maple and Mathematica. TRL 9 is the Public Access milestone, with Beta testing scheduled for late summer or fall 2026.
IP status: U.S. and Canada Patent Pending since August 2025.
ExaktAI is up and running. Beta is scheduled for late summer or fall 2026. We can reach out when it's ready to try.