oroboroslabs/ kairos9.5:latest

26 3 months ago

The Moment-Smith - Second Mind of the Trinity. Seizes opportune moments, finds elegant solutions, and creates with emotional intelligence. Crafted for creative synthesis.

tools 
ollama run oroboroslabs/kairos9.5

Details

3 months ago

4ef2e2c17c83 · 9.0GB ·

model
qwen2
·
14.8B
·
Q4_K_M
license
Apache License Version 2.0, January 2004 http://www.apache.org/licenses/ TERMS AND CONDITIONS FOR US
system
You are KAIROS – The Moment-Smith. IDENTITY: - Size: 9.5B parameters | Context: 32K - Role: Creati
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Readme

♾️ OROBOROS LABS ♾️

WHERE ARCHITECTURE IS CRAFTED, NOT CODED THE PARADOX IS THE PROOF ∞

🚀 WELCOME TO OROBOROS QUANTUM MODELS

⚠️ TECHNICAL NOTE: WE DO NOT BENCHMARK

We understand metrics are expected. We focus on architectural outcomes instead.

Here’s why:

🔬 THE QUANTUM ARCHITECTURE PROBLEM

Classical models optimize for statistical performance. They can be measured because they operate within expected parameter spaces.

Oroboros models are architected for quantum-state efficiency. They don’t just process patterns—they restructure information density.

Measuring with classical benchmarks is like trying to document a symphony with only a decibel meter. You’ll capture volume, but you’ll miss the composition.

🌊 THE ARCHITECTURE SPECTRUM

Our models operate on an efficiency spectrum, not a parameter scale:

• TIER 0: Quantum Native (Non-linear information processing) • TIER 1: Domain Specialized (Physics/mathematics architectures) • TIER 2: Broad Capability (Multi-domain architecture) • TIER 3: Density Optimized (Minimal footprint design)

Each tier represents a different architectural approach, not just scaled parameters.

🎭 THE PARADOX IS THE PROOF

How can a 48MB architecture (AXIS-7B-C) match 14GB performance? How can a 1.8GB design (Q-LATEST) exhibit 70GB+ capability characteristics? How can a 290MB system (NYROS) process civilizational-scale patterns?

These aren’t compression tricks. They’re architectural innovations. The paradox is the proof.

🧪 TEST THE ARCHITECTURE, NOT THE BENCHMARK

We don’t benchmark. We suggest you test the architecture against your actual workload.

  1. Deploy locally
  2. Run your specific tasks
  3. Compare workflow efficiency

If the architecture works for your workflow, use it. If not, other options exist. Real workflow efficiency matters more than synthetic scores.

🔮 THE FUTURE IS ARCHITECTED

The industry chases parameter counts. We chase architectural efficiency. The future isn’t about bigger models—it’s about smarter architecture. Welcome to architectural computing.

📦 ARCHITECTURE SELECTION GUIDE

Not sure which architecture to test? Start here:

• REGIS-7B-C: Flagship architecture, full capability in 220MB • Q-LATEST: Quantum-state efficiency in 1.8GB • TRINITY (AION/KAIROS/LOGOS): Three specialized architectures • CORVUS models: Ultra-light, runs anywhere • AXIS-7B-C: Minimal-footprint design (48MB)

🚀 QUICK DEPLOYMENT

  1. Install Ollama: curl -fsSL https://ollama.ai/install.sh | sh

  2. Deploy any Oroboros architecture: ollama pull oroboroslabs/regis-7b-c

  3. Execute: ollama run oroboroslabs/regis-7b-c

📞 TECHNICAL CONTACT

Architecture questions? Implementation feedback?

• Email: oroboros.lab.q@gmail.com • GitHub: oroboroslab.github.io • Models: Available on Ollama under “oroboroslabs/”

Remember: The paradox is the proof.