US Army soldiers train on the LG-RAID artificial intelligence decision-making system at Joint Base Lewis-McChord, Washington. Photo: Staff Sgt. Cayce Watson/DVIDS
(Representative only.) US Army soldiers train on the LG-RAID artificial intelligence decision-making system at Joint Base Lewis-McChord, Washington. Photo: Staff Sgt. Cayce Watson/DVIDS

Nevada-based AI developer Galiark is betting defense organizations need artificial intelligence that goes beyond generating answers, launching Mobius, a deterministic reasoning AI engine built for consistent and traceable decision-making.

The engine connects data, evidence, rules, events, and relationships over time to determine what happened, why it happened, and what could happen next.

Galiark said Mobius follows the same reasoning path when given the same evidence, rules, and system state. It can also analyze causes and test how changing conditions could affect an outcome.

Beyond defense, the company is targeting high-consequence sectors, including government and critical infrastructure, where decisions may need to be explainable, auditable, and reproducible.

AI That Can Escalate to Humans

Mobius can defer a decision to a human when the available evidence or rules do not support a conclusion, according to the company.

Galiark co-founder Jason Scott said this helps keep human oversight at the center of AI-supported decisions, explaining that the engine “reasons from evidence and rules, shows how the outcome was reached, and ensures accountability remains with people, not the system.”

Working Alongside Existing AI

Mobius is designed to operate alongside large language models and machine-learning systems rather than replace them.

Those systems handle tasks such as interpreting information, extracting data, identifying patterns, and supporting natural-language interaction, while Mobius models relationships, applies rules, and reasons through cause, time, and consequence.

For defense organizations integrating multiple AI capabilities, the architecture could provide a deterministic reasoning layer for decisions where understanding how an outcome was reached is critical.

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