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 Maple document generated alongside (Claude + Maple).
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.
ExaktAI is up and running. Beta is scheduled for late summer or fall 2026. We can reach out when it's ready to try.