What Is LASO(f)-AG?

LASO(f)-AG extends the LASO(f) framework into the realm of AI-initiated behavior.

Where LASO(f) governs language, LASO(f)-AG governs decisions—evaluating whether AI actions meet organizational, ethical, or regulatory expectations before they take place.

It serves as a gatekeeper between AI intent and real-world execution.

🎯 Why It Matters

As AI systems evolve from conversational agents to autonomous decision-makers, the risks shift from misstatements to missteps.

Whether it's submitting a record, sending a command, or triggering a process—LASO(f)-AG ensures actions are screened, validated, and aligned with human oversight before execution.

In regulated domains, it prevents liability. In emerging AI systems, it defines trust.

Toward Superintelligence,
Safely

LASO(f)-AG is not just a tool for enterprise AI.

It represents a core architectural approach for governing intent and behavior in increasingly capable systems.

As AI approaches autonomy at scale, deterministic action validation becomes essential for safe alignment—not as a theory, but as enforceable infrastructure.

LASO(f)-AG is designed to operate at that frontier.

Use Cases

  • Autonomous Systems — Validate decisions before physical or digital actions occur
  • Enterprise AI Agents — Prevent unauthorized tasks in high-trust environments
  • Compliance Automation — Enforce domain-specific rules in regulated pipelines
  • AI Alignment R&D — Model corrigibility and behavioral containment in powerful models

The LASO(f) Governance Stack

LASO(f): The Language Constitution for AI

Govern what AI says. LASO(f) enforces linguistic precision, compliance integrity, and structural alignment across AI-generated and legacy text.

Explore LASO(f)

LASO(f)-AG: Deterministic Action Validation

Govern what AI does. LASO(f)-AG applies tiered decision validation to AI-initiated actions—blocking, modifying, or approving them based on policy alignment.

Coming Soon

Patent Pending

The LASO(f)-AG system is protected under U.S. provisional patent application, reflecting FERZ's original approach to deterministic behavioral governance.