AI research lab building Aligned Autonomous Organizations

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Autonomy and Alignment

Current Human-in-the-Loop frameworks impose theoretical limits on scalability and speed. Senka Labs is researching and building the infrastructure for fully agentic organizations that plan, act, and self-improve independently.

OUR THESIS

We operate on the conviction that by 2030, AI models will possess the agency required to run Aligned Autonomous Organizations (AAOs).

Accordingly, we are researching and building the cognitive infrastructure required to support them. Senka Labs leverages frontier models and agentic frameworks to engineer the recursive systems that make the AAO possible.

The Aligned Autonomous Organization

The Aligned Autonomous
Organization

OUR MISSION

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Aligned

Aligned

Developing technology that prioritizes human safety and ethical alignment above all else.

Autonomous

Autonomous

Building systems capable of long-horizon planning and execution without supervision.

Organizations

Organizations

Architecting entire organizations where every role, from planning to execution, is filled by an autonomous agent.

RESEARCH

Terra-01

Terra-01 is the internal simulation environment where we build and test our Aligned Autonomous Organizations. Acting as a 'glass box' for our research, it allows us to run multi-agent swarms in a contained setting to observe how they organize, interact, and solve problems. We use Terra-01 as a staging ground to monitor behavior and stress-test decision-making, ensuring our agents are stable and aligned.

Terra-01 is the internal simulation environment where we build and test our Aligned Autonomous Organizations. Acting as a 'glass box' for our research, it allows us to run multi-agent swarms in a contained setting to observe how they organize, interact, and solve problems. We use Terra-01 as a staging ground to monitor behavior and stress-test decision-making, ensuring our agents are stable and aligned.

Engineered for Autonomy

AUTONOMY

The Cognitive Stack

Moving beyond flat context windows to deep, multi-layered planning architectures.

Recursive Self-Correction

Agents that critique, refine, and verify their own work to guarantee reliability.

Our Research

Our Research

Our Research

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Verifiability

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Scalability

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Autonomy

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Alignment

GET IN TOUCH

Reach out to us for research
collaboration and information

Collaborate on the Aligned Autonomous Organization

We partner with select academic and safety institutions to test high-stakes agentic architectures.

Get in touch

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Collaborate on the Aligned Autonomous Organization

We partner with select academic and safety institutions to test high-stakes agentic architectures.

Get in touch

background

Collaborate on the Aligned Autonomous Organization

We partner with select academic and safety institutions to test high-stakes agentic architectures.

Get in touch

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