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We're an AI research lab building the protocols, datasets, and efficient methods that power the next generation of intelligent applications. Most of our work is open.
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Explore our technical deep-dives, official research papers, and open protocol publications.
See how forward-thinking engineering teams leverage LegionEdge secure sandbox environments and AI orchestrations to safely build next-generation tech.
We're an AI research lab focused on the foundational work that makes intelligent applications possible. Most of our research is published openly — because the future of AI should be built together.
Creating standard interfaces for structured AI representations
Generating highly diverse, high-quality tokens for specialized tasks
Studying architecture efficiency and fine-tuning optimized methods
Publishing papers, code, benchmarks, and model weights openly
Designing foundational protocols that enable AI-native applications — from structured UI representations to model context optimization.
Creating high-quality synthetic datasets that improve model performance. Better training data means smarter, more reliable AI systems.
Researching efficient architectures, fine-tuning methods, and inference optimization. Making models smaller, faster, and more capable.
Most of our research is published openly. Papers, datasets, model weights, and protocols — available for the community to build upon.
Our research spans the full stack of AI development — from how models understand context to how agents interact with the world.
How do we give AI models the right context without overwhelming them? We develop protocols that structure information for optimal model comprehension and reduced token usage.
Training data is the bottleneck. We generate diverse, high-quality synthetic datasets for code, UI, reasoning tasks, and domain-specific applications.
Smaller models that perform like larger ones. We research quantization, distillation, and architectural innovations that reduce compute without sacrificing capability.
How should AI agents communicate, plan, and execute? We study multi-agent coordination, tool use, and the protocols that make autonomous systems reliable.
The interface between humans and AI matters. We research how to make AI systems more interpretable, controllable, and aligned with user intent.
Theory meets practice. Our research directly informs the products we build — Nokuva, Tavoc, and Foltrac are testbeds for our protocols and methods.