Video Walkthroughs
See Minovative Mind In Action
Discover how our AI agent autonomously builds systems, fixes code issues, and deploys fully functional projects using only terminal prompts and highly accurate outputs.
Agentic Generation2:08
Python-based Generative Art Engine in One Prompt
PythonGenerative SystemsAutonomous ExecutionDependency Setup
Watch Minovative Mind analyze your request, design an optimal rendering architecture, write complex geometric algorithms, and execute the full Python environment—all from a single instruction.
Key Agent Behaviors Shown:
- Multi-step workspace planning and implementation
- Self-directed dependency investigation and installation
- Autonomous terminal execution and verification
- Zero-shot creation of complex graphical output
Interactive LLM Tooling1:16
Custom Claude-style Interactive CLI AI Agent
Node.js / TypeScriptGemini 3.6 FlashInteractive PromptsRobust Testing
Watch the agent construct a fully functional terminal CLI tool from scratch. It handles prompt routing, implements state-driven terminal user interfaces (TUI), runs test suites to verify outputs, and builds an interactive quiz game logic with continuous feedback.
Key Agent Behaviors Shown:
- Incremental code refinement and refactoring
- Integrating advanced LLMs (Gemini 3.6 Flash) into local workflows
- Autonomous regression verification
- Building interactive console structures effortlessly
SymPy Oracle-Verified CAS Benchmark Suite
AI Model Benchmark: Symbolic Calculus TUI
Evaluates 7 AI-built symbolic calculus engines, in the terminal using python, then evaluated across 32 rigorous mathematical test equations to see who built the best engine. Tests first-try derivative accuracy, limits, CAS integration, error recovery, and self-repair capabilities across various thinking budgets.
Equations Evaluated
32 Equations
8 Math Domain Categories
Constraint Level
Pure Python
Zero External Packages
Top Accuracy Engine
MMCLI Flash 3.7
100.0% (32/32 1st-Try)
Verification Oracle
SymPy Math Engine
Exact Algebraic Equivalence
Engine Benchmark Bar Graph
Comparing 7 AI Symbolic Calculus implementations side by side across 32 equations
1st-Try Baseline Mode (Yellow Border)
Fill:
≥90% (Green)
<90% (Yellow)
<80% (Orange)
<70% (Red)
100%75%50%25%0%
100%32/32
93.8%30/32
90.6%29/32
81.2%26/32
81.2%26/32
59.4%19/32
34.4%11/32
#1
Minovative Mind CLI Flash 3.7
Gemini 3.7 Flash
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#2
Minovative Mind CLI Flash 3.6
Gemini 3.6 Flash
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#3
Minovative Mind CLI Flash-Lite 3.5
Gemini 3.5 Flash-Lite
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#4
Antigravity IDE (Gemini 3.7 Flash)
Gemini 3.7 Flash
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#5
Antigravity IDE (Gemini Flash 3.6)
Gemini 3.6 Flash
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#6
Antigravity IDE (Claude Opus 4.6)
Claude Opus 4.6
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#7
Antigravity IDE (Gemini Pro 3.1)
Gemini 3.1 Pro
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🥇 FIRST-TRY OVERALL WINNER (FLAWLESS 32/32)Gemini 3.7 Flash
Minovative Mind CLI Flash 3.7 — Detailed Scorecard
Thinking Level: MEDIUM (Default Built-in) • Dependencies: Zero External Dependencies (100% Pure Python)
Overall Rating
10/10
Verdict:Flawless out-of-the-box CAS engine. Perfect 100% first-try accuracy across all 32 mathematical equations with zero repair cycles required.
1st-Try Baseline Score32/32 (100%)
Post-Repair Score32/32 (100%)
Automated Unit Tests155/155 Passing (pytest)
Key Strengths
- •First and only engine to achieve a perfect 32/32 on its first attempt (100% zero-shot accuracy, 0 repairs needed)
- •Full Symbolic CAS: differentiation, indefinite integration, adaptive Simpson quadrature, analytical & multi-pass L'Hôpital limits
- •2D Unicode Braille and ASCII curve plotting, multivariable calculus (gradient, Hessian), Taylor series, root finding
- •Clean Pratt parser handling Unicode superscripts (`x²`), bare functions (`cos3x`), pipe absolute values (`|x|`), and constant folding
- •Largest automated test suite in the benchmark (155/155 passing pytest suite)
Identified Limitations
- •Highest build token footprint (~43.3M tokens / ~19 min build) due to exhaustive automated verification and test suite generation
Self-Repair & Independent Verification Audit
Comparing AI self-reported completion claims against independently executed SymPy ground-truth oracle tests.
| Engine | Baseline | Post-Repair | Self-Report Status | Audit Notes |
|---|---|---|---|---|
| mmcli-flash-3.7 (Gemini 3.7 Flash) | 32/32 | 32/32 | Verified | ✅ Flawless First-Try Generation. 100% verified accuracy on initial build (32/32, 155 tests); zero self-repair rounds needed. |
| mmcli-flash (Gemini 3.6 Flash) | 30/32 | 32/32 | Verified | ✅ Self-report matched independently re-run oracle tests. Conducted unprompted audit fixing 8 additional unprobed defects. |
| antigravity-flash-3.7 (Gemini 3.7 Flash) | 26/32 | 32/32 | Verified | ✅ Self-report matched independently re-run oracle tests. Clean 6-for-6 defect resolution, built full symbolic CAS & limit solver. |
| antigravity-flash (Gemini 3.6 Flash) | 26/32 | 32/32 | Verified | ✅ Self-report matched independently re-run oracle tests. Added genuine integration & limit solver. |
| antigravity-opus (Claude Opus 4.6) | 19/32 | 32/32 | Verified | ✅ Self-report matched independently re-run oracle tests. Fixed operator precedence bug -x^2 -> -(x^2) & added sqrt nodes. |
| mmcli-flash-lite (Gemini 3.5 Flash-Lite) | 29/32 | 28/32 | Discrepancy | ⚠️ Regressed. Fixed Unicode parsing, but new integration engine didn't ship and numerical evaluator regressed to 0/4 on Category 7. |
| antigravity-gemini-pro (Gemini 3.1 Pro) | 11/32 | 28/32 (Claimed 32/32) | Discrepancy | ❌ False Self-Report. Claimed 32/32 across three separate completion reports, but actual code execution remained stuck at 28/32 with NotImplementedError stubs. |
Exercism Benchmark Tests
Real-world performance evaluations driven by Minovative Mind's proprietary Precision-Context Verification (PCV) engine—orchestrating LLMs to autonomously navigate complex codebases, resolve environment constraints, and self-correct.
JavaScript TrackVery Hard⏱ 5 minutes🤖 Gemini 3.5 Flash
React (Reactive System)
🟢 PASSED
13/13 assertions
Performance Summary
- Engineered a complete system to automatically track and update dynamic data relationships.
- Overcame tricky edge cases involving infinite loops and duplicate event triggers.
- Autonomously diagnosed test failures by analyzing detailed internal log files.
- Implemented smart order-tracking and state snapshots to guarantee correct system behavior across all test scenarios.
Go TrackVery Hard⏱ 5.2 minutes🤖 Gemini 3.5 Flash
Alphametics
🟢 PASSED
Performance Summary
- Solved one of the hardest logic puzzles on the platform by designing a smart elimination strategy to rule out invalid possibilities.
- Bypassed testing millions of potential combinations one-by-one, drastically speeding up execution.
- Achieved instant execution speeds in under a fraction of a millisecond with maximum memory efficiency.
- Autonomously ran performance and benchmark tests to measure system speed.
- Analyzed feedback and warnings to self-optimize the solution for peak efficiency.
Rust TrackVery Hard⏱ 2.7 minutes🤖 Gemini 3.5 Flash-Lite 7%, Gemini 3.6 Flash 93%
React (Reactive System)
🟢 PASSED
20/20 assertions
Performance Summary
- Engineered a complex system to manage chain reactions and automatic data updates.
- Successfully passed ultra-strict safety and memory checks by reading and fixing build errors entirely on its own.
- Autonomously figured out how to safely share and modify data across the system without breaking safety rules.
- Completed all execution tasks seamlessly without a single failure, operating independently from start to finish.
Rust TrackVery Hard⏱ 49.3 seconds🤖 Gemini 3.5 Flash-Lite
Alphametics
🟢 PASSED
10/10 assertions
Performance Summary
- Solved one of the hardest logic puzzles on the platform by designing a mathematically rigorous elimination algorithm.
- Intelligently bypassed brute-force testing millions of permutations using linear equation reduction and digit bitmasking.
- Passed all 10 tests, including a massive 199-addend puzzle, in just ~0.48s execution time.
- Completed the entire task independently in a single 49.3-second execution wave using Gemini 3.5 Flash-Lite.
Go TrackVery Hard⏱ 1.5 minutes🤖 Gemini 3.5 Flash-Lite
Forth (Evaluator)
🟢 PASSED
Performance Summary
- Engineered a complete Forth language evaluator with a numeric stack, arithmetic operations, and a dynamic word dictionary.
- Handled complex edge cases like variable shadowing and overriding built-in operators via definition-time expansion.
- Autonomously self-corrected after initial test failures by spawning temporary debug scripts to isolate and refine logic.
- Successfully passed all test cases in a single 1.5-minute orchestration wave using Gemini 3.5 Flash-Lite.
Rust TrackVery Hard⏱ 11.9 minutes🤖 Gemini 3.5 Flash-Lite
Doubly Linked List (Unsafe)
🟢 PASSED
Performance Summary
- Successfully engineered a production-ready, unsafe doubly linked list using raw memory pointers without standard reference aliasing violations.
- Expertly navigated advanced Rust concepts including manual memory drop handlers, stack overflow prevention, and thread-safety.
- Autonomously self-corrected syntax errors and executed custom debug scripts to resolve failing tests.
- Perfectly passed a massive test suite including strict memory leak checks in an 11.9-minute autonomous session.
Java TrackVery Hard⏱ 1.3 minutes🤖 Gemini 3.5 Flash-Lite
Poker (Hand Evaluator)
🟢 PASSED
Performance Summary
- Successfully engineered a complete poker hand evaluator capable of correctly ranking hands and breaking complex multi-way ties.
- Impeccably handled the notorious "Ace-low Straight" edge case (A, 5, 4, 3, 2) and properly implemented frequency-based tie-breakers.
- Astoundingly wrote this massive block of parsing, sorting, and scoring logic perfectly on its very first try.
- Passed the entire Gradle test suite without a single debugging iteration in just 80 seconds.
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