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NaTo1000/chaimera3sp-series
chaimera3sp-series is a machine learning model from NaTo1000. Use it for the machine learning task on the model card, and read the license before you ship it in a product.
The CHAiMERA3sp series is a highly advanced 3X3X3 clustered leveraged orchestrated AGI system. It features the TWINBRAIN architecture, where specialized cognitive hemispheres are bridged by a digital Corpus Callosum f…
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Updated Jul 17, 2026
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From the Hugging Face model README
The CHAiMERA3sp series is a highly advanced 3X3X3 clustered leveraged orchestrated AGI system. It features the TWINBRAIN architecture, where specialized cognitive hemispheres are bridged by a digital Corpus Callosum for real-time deliberation. Designed for high-bandwidth, dynamic workflows, it uses the Switch n Shift logic to transition seamlessly between serial and parallel processing, supporting up to 60 parallel AI models.
| Feature | Description |
|---|---|
| 3X3X3 Cluster | A 9-node primary cluster (3 sectors x 3 layers x 3 agents) scaling to 60 parallel models. |
| TWINBRAIN Architecture | Hemispheric specialization (Logic vs. Creativity) for balanced AGI reasoning. |
| Corpus Callosum | Real-time deliberation bridge ensuring alignment with build specifications. |
| Switch n Shift | Dynamic workload management for serial depth and parallel bandwidth. |
| AI Council | Meta-deliberation layer for continuous self-correction and scientific validation. |
| NayDoeV1Chatbot | Integrated super coder tutor for intuitive user interaction and guidance. |
from chaimera3sp import InternFlowMaster, SwitchNShiftController, AICouncil
# Initialize the system
controller = SwitchNShiftController(max_parallelism=60)
council = AICouncil()
flow_master = InternFlowMaster(controller, council)
# Execute orchestrated workflow
tasks = ["Complex Logic Task", "Parallel Data Processing"]
build_spec = "Develop a self-correcting AGI infrastructure."
result = flow_master.orchestrate(tasks, build_spec)
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