Input
Raw requests enter with context, identifiers, documents or structured records.
Teknikal Seni Bina Paper
This paper explains how AINNA routes work through parsing, AI, deterministic validation and action layers. The goal is not to send everything to the largest model, but to keep each step visible, auditable and fit for purpose.
Raw requests enter with context, identifiers, documents or structured records.
Smart routing selects the cheapest safe path before the LLM is used.
Parsers turn messy inputs into versioned structures that can be validated.
The model handles language-heavy or reasoning-heavy work when rules are not enough.
Deterministic business logik executes outside the model to keep repeatable work auditable.
Rule checks, schema checks and business constraints stop unsafe outputs.
Luluskand actions move to downstream systems, workflows or human review.
Every step leaves an audit trail for review, debugging and governance.
| Layer | Peranan | Why it matters |
|---|---|---|
| Input | Capture user request and operational context. | Reduces ambiguity before the model is involved. |
| Penghalaan | Choose parser, rules or model path. | Avoids unnecessary model calls. |
| Validation | Check schema, logik and business rules. | Stops invalid outputs from moving downstream. |
| Tindakan | Trigger workflow, report or human review. | Keeps human authority where required. |
| Logging | Store traceable evidence of each step. | Supports auditability and debugging. |
AINNA's implementation is intentionally practical: input first, routing second, model only when useful, and deterministic checks before action.
NeuralOps is AINNA's operating pattern for smart routing, detached execution and accountable AI-assisted work. It is not a claim that every problem should be solved without a model; it is a claim that the model should not be the only control point.
Main product architecture and service overview.
Why deterministic logik is separated from the LLM.
Suggested citation: AINNA. "NeuralOps Seni Bina." AINNA Penyelidikan, 2026. Canonical URL: https://ainna.bond/research/neuralops-architecture/
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