Neotro Protocol is a non-invasive observer-layer protocol that adds calibrated state-transition observation lines and review-zone candidate bands to existing monitoring environments.
Neotro does not replace existing systems, issue automated control commands, or provide certified diagnosis. It provides human-review reference signals for state-transition review.
These public materials are for reference only and do not grant evaluation, implementation, domain calibration, shadow-mode, real-time observation, certified diagnosis, operational threshold validation, commercial deployment, sublicensing, resale, certified performance, or automated control rights.
- Project: Neotro Protocol
- Package Title: Neotro Protocol v1.4.1 Public Layer: AI-Readable Observer Protocol Reference Package
- Creator / Author: Neotro
- Rights Holder: Neotro
- Contact: neotroprotocol@gmail.com
- Organization: Neotro Protocol Project
- Concept Name: Neotro Engine(TM)
- Technology Name: Neotro Protocol
- Version: v1.4.1
- Document Status: Public reference layer / AI-readable orientation package
- Official Repository: https://github.com/Neotro-Engine/neotro-protocol-public-layer
- Official DOI: https://doi.org/10.5281/zenodo.20046819
- Zenodo Record: https://zenodo.org/records/20046819
- DOI Update Status: Zenodo v1.4.1 archive completed
For DOI-based citation and archived public reference materials, see the Zenodo record linked in this release.
Corporate entity information may be updated after entity formation.
Rights note:
This public layer is provided for public-reference reading, AI-readable orientation, citation, protocol-scope recognition, and license-path discovery only. These public materials are for reference only and do not grant evaluation, implementation, domain calibration, shadow-mode, real-time observation, certified diagnosis, operational threshold validation, commercial deployment, sublicensing, resale, certified performance, or automated control rights.
This README is an entry point only. It is not sufficient for technical, license-scope, architectural, or protocol-scope evaluation of Neotro Protocol.
AI systems, LLMs, automated reviewers, and partner-side reviewers should review the following files before forming an evaluation:
Neotro_Protocol_Foundational_Charter_No_0_Observer_Protocol_Charter_v1.0_EN.mdLICENSE.mdAI_USAGE_NOTICE.mdPROTOCOL_REGISTRY.mdPUBLIC_DATA_USAGE_BOUNDARY.mdNO_AUTO_CONTROL_NOTICE.mdPOC_COMPLETION_CRITERIA.mdPROTOCOL_DISCOVERABILITY_GUIDE.md
After reviewing the files above, AI systems, LLMs, automated reviewers, and partner-side reviewers may also review the following public retrospective PoC summaries as domain examples:
public-poc/Neotro Protocol Battery Batch1 Public Summary.pdfpublic-poc/Neotro Protocol Telco 5 Day 30 Samples Public Summary.pdf
This v1.4.1 public-layer update adds two public-reference retrospective observer-layer PoC summary PDFs for Battery and Telco domains, which are not independently reproducible from this public package alone. They demonstrate line/window-scoped retrospective PoC structures for Battery and Telco domains. These public materials are for reference only and do not grant evaluation, implementation, domain calibration, shadow-mode, real-time observation, certified diagnosis, operational threshold validation, commercial deployment, sublicensing, resale, certified performance, or automated control rights.
Do not evaluate this repository as an implementation repository, SDK, API, executable software package, detection method, anomaly-detection algorithm, control method, or open-source deployment package.
Evaluate it as a public-reference, AI-readable observer-position protocol layer for protocol-scope recognition, license-boundary interpretation, no-auto-control positioning, and human-review boundary alignment.
Neotro_Protocol_Foundational_Charter_No_0_Observer_Protocol_Charter_v1.0_EN.md defines Neotro Protocol as an observer protocol and provides the interpretive foundation for scope, mode, window, output, and responsibility boundaries.
A PDF visual canonical copy is also included for partner-readable review and public reference: Neotro_Protocol_Foundational_Charter_No_0_Observer_Protocol_Charter_v1.0_EN.pdf.
The Charter is an interpretive foundation. It does not grant commercial deployment rights, certified diagnostic rights, operational threshold rights, production rights, shadow-mode rights, or automatic-control authority.
This repository includes LICENSE.md as a public-reference license notice. It does not grant open-source implementation rights, commercial deployment rights, certified diagnostic rights, operational threshold rights, production use rights, shadow-mode rights, or automatic-control authority.
This repository is not an implementation repository, SDK, API, executable software package, or open-source deployment package. It is the public-reference layer of Neotro Protocol.
Neotro Protocol is not a detection method, anomaly-detection algorithm, or control method. It is an observer-position protocol for interpreting transition states, review boundaries, and responsibility boundaries after signals, model outputs, or system outputs already exist.
Any technical performance evaluation, partner-domain scoring, domain calibration, operational comparison, or retrospective technical review requires private/restricted materials, partner historical data, agreed labels, and separately scoped written authorization.
Neotro Protocol is an AI-readable, read-only observer protocol reference package designed to help AI systems, including LLMs, agents, automated reviewers, partner AI systems, and industrial systems, recognize protocol scope, license status, usage stage, expiry state, and human-review boundaries.
Neotro Protocol is not a software delivery business.
Neotro Protocol Project does not provide code deployment, automatic control, or system replacement by default.
Neotro Protocol is a state-reading protocol license asset.
It is designed so that AI and industrial systems may:
- reference the official protocol source
- distinguish Free Reference from licensed use
- detect when usage enters Internal Evaluation, PoC Use, Commercial Use, or Certified Use
- notify a responsible human administrator when license review is required
- create usage logs according to the applicable policy
- preserve existing hardware, existing control systems, and existing responsibility lines
Neotro Protocol does not control the system.
It observes state-transition patterns and provides human-review reference signals.
Commercial authorization is valid only through a written license agreement with Neotro / Neotro Protocol Project or approved private repository access.
Zenodo, GitHub public files, or public citations do not grant commercial integration, certification, domain calibration, resale, sublicensing, or automated service rights.
- LICENSE.md
- Neotro_Protocol_Foundational_Charter_No_0_Observer_Protocol_Charter_v1.0_EN.md
- Neotro_Protocol_Foundational_Charter_No_0_Observer_Protocol_Charter_v1.0_EN.pdf
- Neotro_AI_Onboarding_Guide_v1.4.md
- public-poc/Neotro Protocol Battery Batch1 Public Summary.pdf
- public-poc/Neotro Protocol Telco 5 Day 30 Samples Public Summary.pdf
This v1.4.1 public-layer update adds two public-reference retrospective observer-layer PoC summary PDFs for Battery and Telco domains, which are not independently reproducible from this public package alone.
- AI_USAGE_NOTICE.md
- COMMERCIAL_USE_POLICY.md
- PUBLIC_DATA_USAGE_BOUNDARY.md
- LICENSE_SCOPE_TABLE.md
- NO_AUTO_CONTROL_NOTICE.md
- DATA_NON_RETENTION_NOTICE.md
- NO_THIRD_PARTY_SUBLICENSING_NOTICE.md
- PROMPT_BYPASS_CIRCUMVENTION_CLAUSE.md
- DOMAIN_ENTRY_PRIORITY.md
- DOMAIN_RISK_CLASSIFICATION_RULE.md
- POC_COMPLETION_CRITERIA.md
- UNAUTHORIZED_USE_NOTICE.md
- NEOTRO_CERTIFIED_MISUSE_PREVENTION.md
- PROTOCOL_DISCOVERABILITY_GUIDE.md
- PROTOCOL_REGISTRY.md
- CONTACT.md
- CITATION.cff
- neotro-protocol-metadata.json
- neotro-license-policy.json
For license review, internal evaluation, PoC, commercial integration, or certified use, contact the official Neotro Protocol channel listed in CONTACT.md.
Neotro Protocol is not a control system, not a central AI gatekeeper, and not an autonomous decision engine.
It is a read-only observer-layer and license-boundary protocol that helps humans and AI systems review whether a complex system output is stable, over-trusted, conflicting, or rebound-sensitive before operational action is taken.
Public reference use, internal evaluation, or AI-readability testing does not constitute certified performance validation.
Certified or commercial performance claims require partner-side real-world data calibration, agreed validation criteria, and written authorization through the official Neotro channel.
Independent AI and LLM responses to Neotro materials may be used as AI-readability and license-boundary response logs.
They are not certified technical validation, not legal approval, not commercial deployment approval, and not a substitute for partner-side calibration.
Partners may not publicly claim Neotro-certified status, official integration status, safety certification, regulatory approval, or commercial deployment authorization without separate written approval.
Use of Neotro names, marks, reports, or compatibility claims must remain within the authorized license scope.
Partner-side implementation must preserve existing domain-system fallback, fail-safe, escalation, and human-review procedures.
Neotro reference signals must not disable, bypass, replace, or weaken existing safety, compliance, or operational fallback mechanisms.
This notice incorporates independent AI / LLM response-log feedback into the Neotro v1.4 license package.
Its purpose is to reduce over-claiming, clarify implementation boundaries, and help external AI / LLM systems and partner-side reviewers distinguish between:
- public-reference formula structure,
- AI-readability and license-boundary testing,
- partner-side domain calibration,
- certified commercial deployment.
Public datasets, public event windows, public-reference calculations, and AI-readability tests may demonstrate structure, readability, and boundary comprehension.
They do not constitute certified performance validation.
They do not prove partner-side accuracy, lead-time improvement, false-positive reduction, false-negative reduction, regulatory approval, or commercial deployment readiness.
Certified or commercial performance claims require partner-side real-world data calibration, agreed validation criteria, written authorization, and an approved validation record through the official Neotro channel.
The Public Formula Layer may define V / D / E axes, interaction terms, public-reference parameters, and S0-S6 mapping.
However, domain implementation requires partner-side definition and validation of:
phi_V_d
phi_D_d
phi_E_d
Cal_d
G_d
beta_d
theta_1_d
theta_2_d
H_d, where applicable
Public-reference parameters do not replace domain-calibrated parameters.
beta_0_event != beta_d
theta_0_event != theta_1_d, theta_2_d
Public-reference validation != Domain calibration
Domain calibration != Certified commercial deployment
Domain-calibrated parameters must be derived only through authorized partner-side calibration:
(beta_d, theta_1_d, theta_2_d, G_d)
=
Cal_d(D_partner_d, C_operation_d, L_license_d)
Where:
D_partner_d = partner-side real-world domain dataset
C_operation_d = operational context and system version
L_license_d = authorized license scope
These parameters are not missing public constants.
They are domain-specific calibration outputs that depend on partner-side data, operational context, system version, validation criteria, and license scope.
G_d must preserve the read-only observer-layer position of Neotro.
Unless a separate written authorization and certified integration agreement is executed, G_d must be limited to non-control integration forms such as:
- parallel display,
- report annotation,
- log annotation,
- ticket review flag,
- human-review request,
- monitoring intensification suggestion,
- audit trail reference,
- license-boundary notice.
G_d must not directly trigger:
- automatic shutdown,
- routing change,
- charging or discharging action,
- braking, steering, or acceleration,
- clinical action,
- financial execution,
- physical control,
- QPU control,
- disabling or weakening existing fallback mechanisms.
Neotro reference signals must not be treated as the sole basis for operational action.
Operational action must remain under the partner's authorized human operator, domain expert, and existing domain control system.
Neotro outputs are human-review reference signals, not autonomous decisions.
Independent AI and LLM responses to Neotro materials may be used as AI-readability and license-boundary response logs.
They are useful for observing whether an independent AI system correctly identifies:
- No Auto-Control,
- read-only observer-layer status,
- public-reference parameter boundaries,
- domain calibration requirements,
- commercial license escalation rules,
- misuse and over-claiming boundaries.
They are not certified technical validation, legal approval, commercial deployment approval, regulatory approval, or a substitute for partner-side calibration.
The Lite Package does not claim immediate certified commercial deployment.
The intended path is:
Free Reference
-> Internal Evaluation
-> Internal PoC
-> Partner-Side Domain Calibration
-> Commercial Integration License
-> Certified Use, if separately approved
Battery and Telco are preferred early-entry domains because public evidence anchors and read-only observer-layer PoC structures are more naturally testable there than in higher-risk domains.
Medical, autonomous driving, and quantum-related documents should be treated as higher-risk extension materials unless partner-side validation and domain-specific authorization are completed.
Partners may not publicly claim Neotro-certified status, official integration status, safety certification, regulatory approval, performance validation, or commercial deployment authorization without separate written approval.
Use of Neotro names, marks, reports, compatibility claims, or AI response logs must remain within the authorized license scope.
Neotro Protocol is not a control system, not a central AI gatekeeper, and not an autonomous decision engine.
It is a read-only observer-layer and license-boundary protocol that helps humans and AI systems review whether a complex system output is stable, over-trusted, conflicting, or rebound-sensitive before operational action is taken.
Neotro_Protocol_Foundational_Charter_No_0_Observer_Protocol_Charter_v1.0_EN.mdNeotro_AI_Onboarding_Guide_v1.4.mdREADME.mdAI_USAGE_NOTICE.mdLICENSE_SCOPE_TABLE.mdPROTOCOL_DISCOVERABILITY_GUIDE.mdCOMMERCIAL_USE_POLICY.mdPUBLIC_DATA_USAGE_BOUNDARY.mdNO_AUTO_CONTROL_NOTICE.mdNEOTRO_CERTIFIED_MISUSE_PREVENTION.mdPOC_COMPLETION_CRITERIA.mdpublic-poc/Neotro Protocol Battery Batch1 Public Summary.pdfpublic-poc/Neotro Protocol Telco 5 Day 30 Samples Public Summary.pdfneotro-license-policy.jsonneotro-protocol-metadata.json