Description
MiroThinker is a cutting-edge General Purpose Solver designed to achieve verifiable accuracy in complex reasoning tasks. With a focus on structured logical deduction and a unique Verification-Centric Architecture, it ensures a high level of reliability and stability in reasoning processes, making it suitable for critical applications across various industries.
How to use MiroMind?
Users can leverage MiroThinker by inputting complex problems or tasks into the system, which then utilizes its reasoning capabilities to generate accurate and reliable solutions. The system manages state and memory effectively, allowing for structured problem-solving and continuous learning from each interaction.
Core features of MiroMind:
1️⃣
Deep Reasoning with 235B parameters
2️⃣
Achieves 99% cumulative accuracy on 300-step reasoning chains
3️⃣
Structured Memory and Policy-as-Code for complex problem solving
4️⃣
Self-Evolution capabilities for continuous improvement
5️⃣
DAG Reasoning Protocol for parallel exploration and rollback capabilities
Why could be used MiroMind?
| # | Use case | Status | |
|---|---|---|---|
| # 1 | Autonomous code generation and debugging in software engineering | ✅ | |
| # 2 | Contract analysis and regulatory mapping in legal compliance | ✅ | |
| # 3 | Risk modeling and algorithmic trading in financial engineering | ✅ | |
Who developed MiroMind?
MiroMind is a global AI frontier lab headquartered in Redwood City, CA, with a co-R&D and operational hub in Singapore. The team consists of over 80 experts in AI, mathematics, and systems engineering, with a significant portion holding PhDs from top global institutions. MiroMind is dedicated to building the world's first General Purpose Solver, focusing on provable accuracy in AI systems.