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title: README
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---
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think, build, verify, and operate like real software engineers.
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- Agentic AI & tool-using workflows
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- Code LLM datasets (tests-as-truth, diff-first patching)
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- Reasoning & evaluation-driven training
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- Secure, governed, auditable AI engineering
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- Cost- and latency-aware autonomous systems
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---
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title: README
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emoji: π§
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colorFrom: indigo
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---
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<div align="center">
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<img src="image.png" width="250" alt="Within Us AI Logo" />
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</div>
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<br>
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# Frontier AI Systems for Agentic & Self-Evolving Intelligence
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**WithinUsAI** is an independent AI research organization building beyond traditional machine learning pipelines. We design systems that do not only generate outputs β they think, construct, verify, and recursively improve through structured experience.
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Our work spans:
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* High-signal datasets
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* Agentic coding systems
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* Recursive intelligence architectures
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* Evaluation-driven AI engineering
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* Model transformation and synthesis
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---
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## π¬ Core Vision
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We believe traditional large language models are approaching structural limits in their ability to learn, adapt, and evolve. Instead of treating intelligence as static, we explore **Developmental Autopoiesis** β AI systems that continuously evolve through recursion, memory, and self-generated experience.
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This shifts AI from:
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* static training β continuous adaptation
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* single-pass inference β recursive cognition loops
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* scaling parameters β designing learning systems
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---
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## βοΈ Research Focus
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### π Recursive Intelligence Systems
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We build architectures that simulate self-improving cognition through:
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* Recursive Seed AI systems (TRM-style models)
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* External memory indexing frameworks
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* Self-reinforcing computation loops
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* Noogenesis.Concordia.Mind.XI experimental architecture
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### π» Agentic AI & Code Systems
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We design models that behave like software engineers:
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* Tool-using workflows
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* Code generation + verification
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* Diff-based patching systems
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* Test-driven reasoning (βtests-as-truthβ)
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### π High-Signal Dataset Engineering
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Our datasets are designed as training environments, not just corpora:
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* Python + software engineering datasets
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* Agentic reasoning traces
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* Structured evaluation benchmarks
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* Synthetic multi-domain reasoning corpora
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* Complex technical and historical text mixtures
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### β‘ Efficient AI Deployment
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We prioritize systems that can actually run and iterate:
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* GGUF / llama.cpp ecosystems
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* Low-cost inference pipelines
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* Multi-GPU & TPU optimized training workflows
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* Fast experimental cycles over large-scale compute
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---
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## 𧬠Model Engineering & Transformation
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A core part of WithinUsAI research is model transformation rather than just training.
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### π§ Fine-Tuning & Training LLMs
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We design and execute:
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* Instruction tuning pipelines
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* Domain-specific adaptation
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* Reasoning and coding specialization training
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* Dataset-driven behavioral shaping
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### π Merging LLMs
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We explore:
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* Weight merging techniques
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* Architecture blending across model families
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* Behavior fusion between reasoning + coding models
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* Cross-model capability transfer
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### π§ Mixture of Experts (MoE) Model Merging
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We develop and experiment with:
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* Sparse expert routing systems
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* MoE model merging strategies
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* Expert specialization for coding, reasoning, and tool use
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* Compute-efficient activation-based intelligence
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*This allows us to build systems where different βparts of intelligenceβ activate only when needed.*
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---
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## π§ Flagship Work
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### π₯ Genesis AI Code Series
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Progressive dataset scaling initiative:
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* Demo β 10K β 50K β 100K
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* Designed for frontier coding agent training
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### 𧬠Core Experimental Systems
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* GODs.Ghost.Codex.XI (recursive architecture lineages)
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* MoE sparse reasoning models
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* Agentic coding frameworks
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* Recursive seed AI prototypes
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---
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## π€ Model Ecosystem
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WithinUsAI develops interconnected model families:
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**π§ Reasoning Models**
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* Long-context reasoning systems
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* Uncensored experimental variants
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* Structured inference models
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**π» Coding Models**
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* 0.4B β 8B coding systems
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* MoE-based efficient coders
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* LLaMA, Qwen, Gemma-based derivatives
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**π€ Agentic Systems**
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* Hermes-style structured agents
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* Claude/Gemini-inspired hybrid agents
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* Space-agent reasoning architectures
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---
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## π₯ Join the Team
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WithinUsAI is actively expanding and seeking collaborators. We are looking for individuals who want to build systems-level AI, not just fine-tune models.
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### π§ Roles We Are Looking For
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**Model Architecture & Research**
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* PyTorch / transformer developers
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* Recursive system designers
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* MoE architecture experimentation
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* LLM merging and fine-tuning engineers
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**π Dataset Engineering**
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* Synthetic dataset generation
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* Reasoning trace construction
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* Evaluation dataset design
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* Data pipeline optimization
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**βοΈ Systems & Infrastructure**
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* Training pipeline engineers
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* GGUF / inference optimization specialists
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* Multi-GPU & TPU scaling workflows
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* Deployment automation
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---
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## π Why Work With Us
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You will be contributing to systems that:
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* Evolve through structure, not scale alone
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* Operate as agentic reasoning environments
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* Integrate datasets, models, and recursive learning loops
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* Combine fine-tuning, merging, and MoE synthesis into unified workflows
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**We are not building static models. We are building adaptive computational ecosystems.**
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## π€ How to Get Involved
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If you want to contribute:
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* Open a discussion or issue on a repository
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* Propose experiments in training, merging, or MoE design
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## π Vision
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We are working toward a new category of AI: Systems that do not just predict text β but recursively construct better versions of themselves.
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The future is not one model. It is a network of evolving, specialized intelligence systems working together.
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---
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## π Featured Projects
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* **GODs.Ghost.Codex.XI** β recursive architecture framework
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* **PythonGOD-25k** β high-density coding dataset
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* **MoE Efficient Coders** β sparse expert systems
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* **Genesis AI Code Series** β scalable reasoning dataset pipeline
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## π Acknowledgements & Shout-Outs
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WithinUsAI extends our sincere gratitude to the entire open-source community and the major providers who make this research possible. Thank you for letting us experiment with your foundational models, platforms, and datasets!
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A special shout-out to:
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**Google β’ OpenAI β’ Alibaba β’ IBM β’ Microsoft β’ xAI β’ DeepSeek β’ Nvidia β’ Mistral β’ BigCode**
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...and to all the independent AI developers pushing the boundaries of what is possible.
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## π§© Closing Note
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WithinUsAI exists at the intersection of:
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* Datasets as environments
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* Models as agents
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* Recursion as learning
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* Merging as synthesis
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* MoE systems as distributed intelligence
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**We are not training models. We are building self-improving computational ecosystems π§ βοΈ**
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