@devexcelsior/memory-merge

🛡️ Commercial license required
📩 Contact: curtnpuckett@gmail.com

This package provides healing-safe memory merge logic for agentic fallback systems.
It reconciles replay state snapshots with live application state without overwriting user input.

Features

Merges healing snapshots and current state deterministically
Prioritizes user modifications while restoring missing data
Safe for fallback flows, replay recovery, and agent patch hydration
Lightweight and framework-agnostic
Designed for healing SDK orchestration and agent-safe workflows

Use Cases

Recover from component render failures with prior session state
Reinstate dropped fields in corrupted forms
Layer AI-patched data over stale or degraded state
Validate memory-based merges before applying UI recovery
Feed merged data to trust or reinforcement layers

📜 Runtime Transparency Enforcement

This package participates in the Runtime Transparency Clause for agentic fallback systems.

Its behavior, design, and licensing terms are governed by fallback audit, governance attribution, and usage traceability policies defined in that clause.

For legal use in regulated environments or commercial systems, license acknowledgment is required.

🧠 Agentic Governance Backbone

Runtime AI systems require transparent fallback infrastructure —
with memory, arbitration, and healing traceability baked in.

This SDK forms that backbone.

🛡️ Licensing Terms

This package is licensed under the Business Source License 1.1

You may use it for non-commercial evaluation or internal development only.
All production, hosted, or commercial usage requires a valid license agreement.

Redistribution, behavioral mimicry, or architectural reimplementation —
even without direct source reuse — is strictly prohibited without explicit commercial rights.

📩 License inquiries: curtnpuckett@gmail.com

🚫 Prohibited Use Cases

Use of this SDK is explicitly prohibited in any system that:

Executes fallback logic in production
Suggests or automates UI recovery via inference or replay
Implements agent chaining or LLM-based healing orchestration
Embeds recovery signals in devtools, SDKs, or assistants
Replicates fallback patterns through reverse engineering, framing, or shell systems

Use in these contexts without license constitutes derivative misuse and IP infringement.

🔐 Platform & Behavioral Restrictions

These restrictions apply regardless of naming, branding, or internal framing:

Reimplementing fallback orchestration under alternate terminology (e.g. “stability assist”, “UX resilience”)
Embedding healing behavior into runtimes, plugins, or assistants
Reproducing agent arbitration, state replay, or trust scoring
Training models or composing agents to mimic fallback logic
Delaying automation under “suggestion-only” pretenses but executing recovery actions

All derivative behavior — even cleanroom recreations — is protected.
All systems of this nature require a license.

Omission from this document does not imply permission.

🧠 Attribution & Anti-Containment Clause

Any relabeling, shell-vendor reuse, or silent internal replication of:

Agent fallback trees
Signal replay logic
Trust-weighted arbitration
Runtime orchestration flows

…constitutes a violation of this license and will trigger full enforcement.

Attribution is required for all derivative use.
Behavioral recreations — even without visible source reuse — are covered under protected architectural mimicry.