Architecture & AI Research Models

Models for trustworthy autonomy and continual learning

AEG and SHIELD explore two architecture boundaries for autonomous systems. PallattuLM is a separate experimental language-model research track exploring whether useful learning can continue without repeatedly updating the entire neural network.

Observation → beliefSHIELDIndependent evidence builds defensible confidence.
Intent → executionAEGIndependent governance determines execution authority.

Relationship

Independent research tracks

AEG can govern actions without SHIELD. SHIELD can establish confidence without AEG. PallattuLM addresses a different question entirely: how a language system might acquire, retain, consolidate, and selectively encode new knowledge after deployment. Each track has its own claims, evidence, and limitations.

Choose where to start

What are you trying to understand?

Each model has its own scope, evidence, versions, and adoption path.

AEGCanonical specification · v1.1

What should the system be allowed to do?

The Agentic–Event–Governed Architecture Model separates autonomous intelligence from execution authority through structured intent, observable coordination, and independent runtime governance.

Boundary
Generated intent → authorized execution
Use when
AI or agents can cause consequential external effects
Current maturity
Specification, technical paper, practical kit, diagrams, and public implementation
SHIELDResearch model · v1.0

What should the system have enough evidence to believe?

SHIELD explores Independent Evidence Reinforcement: building confidence from diverse, genuinely independent observations before progressively stronger remediation is justified.

Boundary
Distributed observation → collective confidence
Use when
Repeated or correlated signals may be mistaken for independent evidence
Current maturity
Canonical model and diagram; public validation remains in progress
PallattuLMExperimental AI research · Alpha

Can a small language model keep learning without retraining everything?

PallattuLM combines a transformer baseline with experiments in persistent memory, semantic consolidation, autonomous pattern discovery, and sparse routed neural plasticity.

Research boundary
New experience → retained and selectively encoded knowledge
Current base
33.9M parameter decoder-only transformer trained from scratch
Latest result
Lab #006 changed 0.0061% of state per learning event while retaining 100% of the earlier routed task

A consistent research journey

From idea to inspectable evidence

The work is published with explicit claims, implementation artifacts, measurements, and limitations.

01

Understand

Start with the problem, central principle, scope, and canonical definition.

02

Evaluate

Use applicability guidance, review questions, and known failure modes.

03

Apply

Follow worked examples, implementation patterns, diagrams, and public code.

04

Verify

Inspect evidence, limitations, version history, and unresolved questions.

Public artifacts

Follow the work from model to implementation