BARKLY LABS
LAAS
LABS AS A SERVICE
DOCUMENT TYPE: Functional Requirements / Technical Architecture / Legal & Intellectual Property Specification SYSTEM: LAAS ORGANIZATION: Barkly Labs VERSION: 0.1 STATUS: DRAFT — FOUNDATIONAL SPECIFICATION YEAR: 2026 CLASSIFICATION: Technical / Legal Framework / Research Documentation
01 — PURPOSE
LAAS, or Labs as a Service, is a technical and organizational system for providing people, organizations, creators, researchers, engineers, educators, and communities with structured access to laboratory infrastructure.
LAAS is designed to allow a person or organization to move an idea through a repeatable research and engineering environment without requiring them to independently construct the entire laboratory infrastructure required to investigate that idea.
LAAS provides a common system for:
idea intake
project creation
research
experimentation
prototyping
engineering
documentation
testing
collaboration
deployment
ownership
licensing
distribution
maintenance
community contribution
reinvestment into laboratory infrastructure
The system is intended to transform laboratory infrastructure from a fixed physical or organizational location into a reusable service architecture.
The fundamental concept is:
THE LAB IS INFRASTRUCTURE. THE INFRASTRUCTURE CAN BE MADE AVAILABLE AS A SERVICE.
LAAS therefore treats the laboratory itself as a system that can be accessed, configured, extended, documented, and reused.
02 — SYSTEM DEFINITION
2.1 Definition
Labs as a Service (LAAS) is a system in which laboratory capabilities are exposed as reusable services that allow external or internal participants to initiate, develop, test, document, and potentially release projects through a shared laboratory infrastructure.
LAAS may provide:
software infrastructure
hardware infrastructure
AI systems
computing resources
research environments
documentation systems
testing infrastructure
development tools
design resources
educational resources
community infrastructure
engineering assistance
project management
deployment infrastructure
manufacturing or fabrication access
media and communication infrastructure
LAAS is not limited to one discipline.
A LAAS laboratory may support:
software engineering
artificial intelligence
computer vision
embedded systems
robotics
hardware
scientific research
creative technology
media
education
accessibility
community technology
experimental systems
03 — CORE PRINCIPLE
LAAS operates according to the Barkly principle:
SHOW THE SHAPE FIRST. REVEAL THE DETAILS WHEN THE HUMAN ASKS FOR THEM.
Every LAAS project must therefore have a discoverable structure.
A participant should be able to determine:
What is this project?
What problem is it addressing?
What exists?
What is being tested?
What resources are being used?
Who owns the resulting work?
What are the project's boundaries?
What is experimental?
What is production-ready?
How can another person contribute?
04 — PROBLEM STATEMENT
Traditional laboratory access often requires a participant to independently obtain:
workspace
equipment
software
compute
technical expertise
documentation
testing infrastructure
collaborators
project management
legal agreements
intellectual-property management
distribution infrastructure
This creates a high barrier to experimentation.
LAAS addresses this problem by separating:
THE IDEA
from
THE INFRASTRUCTURE REQUIRED TO DEVELOP THE IDEA.
Instead of requiring every participant to build an entire laboratory, LAAS provides a reusable laboratory substrate.
05 — SYSTEM OBJECTIVES
LAAS SHALL:
OBJ-001
Provide a standardized mechanism for creating laboratory projects.
OBJ-002
Provide reusable infrastructure across multiple projects.
OBJ-003
Allow projects to progress through defined development stages.
OBJ-004
Maintain project documentation as a first-class system component.
OBJ-005
Track ownership and intellectual-property relationships.
OBJ-006
Track contributors and contributions.
OBJ-007
Allow projects to remain independent from the underlying laboratory infrastructure.
OBJ-008
Allow successful project infrastructure to become reusable laboratory infrastructure.
OBJ-009
Allow participants to contribute improvements back to the laboratory ecosystem.
OBJ-010
Preserve human control over project decisions.
OBJ-011
Support accessibility throughout the project lifecycle.
OBJ-012
Maintain an auditable record of significant technical decisions and project state changes.
06 — LAAS SYSTEM MODEL
LAAS consists of seven primary layers.
┌─────────────────────────────────────────────┐
│ PARTICIPANTS │
│ people / organizations / communities │
└──────────────────────┬──────────────────────┘
│
┌──────────────────────▼──────────────────────┐
│ PROJECT LAYER │
│ ideas / projects / experiments / products │
└──────────────────────┬──────────────────────┘
│
┌──────────────────────▼──────────────────────┐
│ LAB SERVICES │
│ AI / compute / hardware / research / tools │
└──────────────────────┬──────────────────────┘
│
┌──────────────────────▼──────────────────────┐
│ ORCHESTRATION LAYER │
│ workflow / resources / permissions / state │
└──────────────────────┬──────────────────────┘
│
┌──────────────────────▼──────────────────────┐
│ DOCUMENTATION LAYER │
│ specifications / decisions / artifacts │
└──────────────────────┬──────────────────────┘
│
┌──────────────────────▼──────────────────────┐
│ IP + GOVERNANCE LAYER │
│ ownership / licensing / contributors │
└──────────────────────┬──────────────────────┘
│
┌──────────────────────▼──────────────────────┐
│ LAB INFRASTRUCTURE │
│ compute / storage / hardware / facilities │
└─────────────────────────────────────────────┘
07 — PRIMARY ENTITIES
LAAS SHALL represent the following entities.
7.1 Participant
A person or organization interacting with LAAS.
Required fields:
participant_id
legal_name or organizational name
display_name
contact information
authorization status
role
consent status
agreement status
7.2 Project
A unit of work operating within LAAS.
Required fields:
project_id
project_name
owner_id
description
status
creation_date
lifecycle_stage
visibility
license
repository
documentation location
7.3 Experiment
A controlled investigation associated with a project.
Required fields:
experiment_id
project_id
hypothesis
objective
inputs
methodology
expected result
observed result
conclusion
artifacts
timestamp
author
7.4 Service
A capability exposed by the laboratory.
Examples:
compute
AI inference
model training
code analysis
hardware testing
fabrication
storage
documentation
deployment
testing
media production
Required fields:
service_id
service_name
description
capabilities
requirements
availability
cost model
authorization requirements
7.5 Resource
A physical or digital resource consumed by a project.
Examples:
GPU
CPU
storage
laboratory equipment
development board
camera
sensor
software environment
dataset
workspace
7.6 Artifact
A resulting object produced by a project.
Examples:
source code
model
dataset
CAD file
hardware design
document
image
video
prototype
research result
7.7 Contribution
A contribution made by a participant.
Examples:
code
documentation
research
design
hardware
testing
funding
infrastructure
education
08 — PROJECT LIFECYCLE
LAAS SHALL implement the following lifecycle:
IDEA
↓
RESEARCH
↓
EXPERIMENT
↓
PROTOTYPE
↓
COMMUNITY TESTING
↓
ENGINEERING
↓
RELEASE
↓
MAINTENANCE
↓
REINVESTMENT
A project may move backward between stages.
The lifecycle is not required to be strictly linear.
For example:
PROTOTYPE
↓
TEST
↓
FAILURE
↓
RESEARCH
↓
EXPERIMENT
↓
PROTOTYPE
Failure SHALL be treated as valid laboratory state.
09 — FUNCTIONAL REQUIREMENTS
FR-001 — Project Creation
The system SHALL allow an authorized participant to create a project.
The system SHALL generate a unique project identifier.
The project SHALL receive an initial lifecycle state of:
IDEA
FR-002 — Project Intake
LAAS SHALL provide an intake mechanism allowing participants to submit:
project title
problem statement
intended outcome
requested resources
requested services
technical requirements
accessibility requirements
expected participants
desired timeline
ownership expectations
FR-003 — Project Classification
LAAS SHALL classify projects by:
discipline
lifecycle stage
risk level
resource requirements
confidentiality
intellectual-property status
FR-004 — Resource Request
A project SHALL be able to request laboratory resources.
Example:
{
"project_id": "LAAS-0001",
"resource": "GPU_COMPUTE",
"quantity": 1,
"duration": "48h",
"purpose": "MODEL_TRAINING"
}
FR-005 — Service Allocation
LAAS SHALL determine whether a requested service is:
available
unavailable
restricted
requires approval
requires payment
requires an agreement
FR-006 — Workspace Creation
When a project is approved, LAAS SHALL create or provision an appropriate project workspace.
The workspace MAY include:
source repository
documentation repository
experiment directory
artifact storage
issue tracker
task system
deployment environment
FR-007 — Documentation
Every LAAS project SHALL maintain machine-readable and human-readable documentation.
Documentation SHALL include:
project overview
architecture
requirements
decisions
experiments
known limitations
dependencies
ownership
license
contributors
FR-008 — Experiment Tracking
The system SHALL allow experiments to be created and recorded.
An experiment SHALL contain:
QUESTION
HYPOTHESIS
METHOD
INPUT
RESULT
CONCLUSION
NEXT ACTION
FR-009 — Artifact Tracking
LAAS SHALL associate generated artifacts with:
project
creator
contributors
timestamp
version
license
ownership status
FR-010 — Contribution Tracking
The system SHALL record meaningful contributions.
Contributions SHALL be attributable to participants.
The system SHALL distinguish between:
author
contributor
owner
maintainer
license holder
service provider
These roles SHALL NOT automatically be treated as identical.
10 — INTELLECTUAL PROPERTY MODEL
LAAS SHALL treat intellectual property as an explicit project object.
Each project SHALL contain an IP record.
Example:
PROJECT
│
├── OWNER
├── INVENTORS
├── AUTHORS
├── CONTRIBUTORS
├── LICENSE
├── PRE-EXISTING IP
├── GENERATED IP
├── THIRD-PARTY IP
├── OPEN-SOURCE COMPONENTS
└── RESTRICTIONS
11 — PRE-EXISTING INTELLECTUAL PROPERTY
A participant's pre-existing work SHALL remain separately identified.
Examples:
existing code
existing inventions
existing datasets
existing designs
existing patents
existing trademarks
existing documentation
existing research
LAAS SHALL NOT assume ownership of pre-existing participant IP merely because that IP is used within a LAAS project.
Project agreements SHALL identify any rights granted to LAAS.
12 — NEW PROJECT INTELLECTUAL PROPERTY
Ownership of newly created work SHALL be determined by the applicable project agreement.
Possible models include:
MODEL A — PARTICIPANT OWNED
The participant retains ownership.
Barkly receives only the rights expressly granted by agreement.
MODEL B — BARKLY OWNED
Barkly owns specified project IP under an applicable agreement.
MODEL C — JOINT OWNERSHIP
Ownership is shared under a written agreement defining:
ownership percentages
licensing rights
commercialization
enforcement
maintenance
expenses
revenue
transfer rights
MODEL D — OPEN SOURCE
The resulting work is released under a specified open-source license.
MODEL E — CUSTOM
The project receives an individually negotiated IP structure.
13 — INVENTION DISCLOSURE SYSTEM
LAAS SHALL provide an optional invention disclosure mechanism.
A participant SHALL be able to flag an artifact or technical development as:
POTENTIAL_INVENTION
The system SHALL then preserve:
inventor identity
contribution history
technical description
development timeline
relevant experiments
drawings
architecture
implementation details
prototype evidence
dates
prior-art research
public disclosure events
The system SHALL NOT automatically represent an invention as patentable.
Instead, it SHALL mark the invention:
PATENT_REVIEW_REQUIRED
14 — PATENT DOCUMENTATION RECORD
LAAS SHALL maintain a technical invention record capable of supporting later review by qualified patent counsel.
The record SHOULD include:
Technical Problem
What technical problem exists?
Existing Approaches
How is the problem currently addressed?
Limitation
What limitation exists in existing approaches?
Proposed System
What does LAAS do differently?
Mechanism
How does the system technically accomplish this?
Components
What components are required?
Interaction
How do those components interact?
Result
What measurable technical result occurs?
Alternatives
What alternative implementations are possible?
Experimental Evidence
What prototypes or tests demonstrate the system?
15 — PUBLIC DISCLOSURE CONTROL
The system SHALL record potentially relevant public disclosures.
Examples:
public repository commits
public demonstrations
conference presentations
websites
publications
product releases
public videos
public documentation
offers for sale
public use
The disclosure record SHALL contain:
DISCLOSURE ID
DATE
DESCRIPTION
LOCATION
PARTICIPANTS
MATERIAL DISCLOSED
CONFIDENTIALITY STATUS
This is particularly important for inventions that may later be evaluated for patent protection.
16 — SECURITY
LAAS SHALL enforce project-level security boundaries.
Projects SHALL support:
public
private
restricted
confidential
security-sensitive
Resources SHALL require authorization appropriate to their classification.
17 — ACCESS CONTROL
LAAS SHALL support role-based access control.
Minimum roles:
PARTICIPANT
CONTRIBUTOR
RESEARCHER
ENGINEER
MAINTAINER
PROJECT_OWNER
LAB_ADMIN
LEGAL_REVIEWER
SECURITY_REVIEWER
A user MAY have multiple roles.
18 — AUDIT LOG
LAAS SHALL maintain an append-only audit record for significant actions.
Examples:
PROJECT_CREATED
PROJECT_APPROVED
RESOURCE_ALLOCATED
EXPERIMENT_CREATED
ARTIFACT_CREATED
CONTRIBUTION_RECORDED
OWNERSHIP_CHANGED
LICENSE_CHANGED
DISCLOSURE_RECORDED
PROJECT_RELEASED
PROJECT_ARCHIVED
Each event SHOULD contain:
{
"event_id": "evt_000001",
"event_type": "PROJECT_CREATED",
"actor": "participant_001",
"project": "LAAS-0001",
"timestamp": "2026-09-27T00:00:00Z",
"metadata": {}
}
19 — API REQUIREMENTS
A reference LAAS implementation SHOULD expose an API.
Minimum endpoints:
POST /projects
GET /projects
GET /projects/{id}
PATCH /projects/{id}
POST /projects/{id}/experiments
GET /projects/{id}/experiments
POST /projects/{id}/artifacts
GET /projects/{id}/artifacts
POST /projects/{id}/contributors
GET /projects/{id}/contributors
POST /projects/{id}/resources
GET /resources
POST /projects/{id}/ip
GET /projects/{id}/ip
POST /projects/{id}/disclosures
GET /projects/{id}/disclosures
GET /projects/{id}/audit
20 — REFERENCE DATA MODEL
Participant
│
├── Contribution
│
└── Project
│
├── Experiment
│
├── Artifact
│
├── Resource
│
├── Documentation
│
├── IP Record
│
├── Disclosure
│
└── Audit Events
21 — SERVICE ORCHESTRATION
LAAS SHALL provide an orchestration layer capable of translating project requirements into available laboratory capabilities.
Example:
PROJECT REQUEST
↓
REQUIREMENTS ANALYSIS
↓
RESOURCE MATCHING
↓
AUTHORIZATION
↓
RESOURCE ALLOCATION
↓
WORKSPACE PROVISIONING
↓
EXPERIMENT
↓
RESULT
↓
DOCUMENTATION
The orchestration layer SHALL maintain a record of why resources were allocated.
22 — LAAS SERVICE CATALOG
Each laboratory capability SHALL be represented as a service.
Example:
{
"service_id": "svc_compute_001",
"name": "GPU COMPUTE",
"category": "COMPUTE",
"capabilities": [
"MODEL_TRAINING",
"INFERENCE",
"SIMULATION"
],
"authorization": "PROJECT_APPROVAL",
"availability": "SCHEDULED"
}
This permits LAAS infrastructure to evolve without changing the project model.
23 — BILLING / ECONOMIC MODEL
LAAS MAY support multiple economic models.
FREE
No charge.
COMMUNITY
Subsidized access.
SPONSORED
A third party funds laboratory access.
SERVICE
Participant pays for laboratory services.
CONTRACT
Custom engineering or research engagement.
MEMBERSHIP
Recurring access model.
GRANT
Access funded through grants.
REINVESTMENT
Revenue generated through LAAS is partially or wholly reinvested into laboratory infrastructure.
The economic model SHALL be recorded independently from technical ownership.
24 — PROJECT EXIT
A project MAY exit LAAS as:
ARCHIVED
OPEN SOURCE
INDEPENDENT PROJECT
COMMERCIAL PRODUCT
BARKLY SYSTEM
COMMUNITY PROJECT
RESEARCH PUBLICATION
FAILED EXPERIMENT
CONTINUED RESEARCH
A project leaving LAAS SHALL retain its documented ownership and licensing state.
25 — REINVESTMENT LOOP
One of the defining properties of LAAS is the ability for successful projects to improve the laboratory itself.
PROJECT
↓
VALUE
↓
REVENUE / KNOWLEDGE / INFRASTRUCTURE
↓
REINVESTMENT
↓
LAB CAPABILITY
↓
MORE PROJECTS
Therefore:
THE LAB BUILDS PROJECTS. PROJECTS CAN BUILD THE LAB.
This creates a recursive laboratory ecosystem.
26 — ACCESSIBILITY REQUIREMENTS
Every LAAS service SHALL consider:
cognitive accessibility
physical accessibility
sensory accessibility
communication accessibility
economic accessibility
documentation accessibility
interface accessibility
scheduling flexibility
Accessibility requirements SHALL be captured during project intake rather than added only after implementation.
27 — HUMAN OVERSIGHT
LAAS SHALL not make final legal, ownership, safety, financial, or high-impact project decisions solely through automated systems.
Automation MAY:
classify
recommend
validate
provision
document
notify
analyze
Human authorization SHALL remain available for consequential decisions.
28 — AI REQUIREMENTS
AI systems used by LAAS SHALL be treated as tools within the laboratory.
AI-generated output SHALL be attributable to the process that generated it.
Where practical, LAAS SHALL record:
model
version
prompt or task
input
output
human reviewer
modifications
final decision
AI SHALL NOT automatically determine ownership or inventorship.
29 — DOCUMENTATION REQUIREMENTS
Every production LAAS component SHALL have:
README
ARCHITECTURE
REQUIREMENTS
API
DATA MODEL
SECURITY
DEPLOYMENT
TESTING
LIMITATIONS
LICENSE
OWNERSHIP
CHANGELOG
Barkly Docs MAY be used to generate structural documentation.
30 — TESTING REQUIREMENTS
Each LAAS component SHALL have appropriate tests.
Minimum categories:
unit tests
integration tests
API tests
security tests
permission tests
failure tests
accessibility tests
Experimental systems MAY use reduced testing requirements when clearly labeled as experimental.
31 — FAILURE MODEL
LAAS SHALL explicitly distinguish:
UNKNOWN
EXPERIMENTAL
PROTOTYPE
DEGRADED
FAILED
STABLE
PRODUCTION
DEPRECATED
ARCHIVED
The system SHALL NOT represent experimental functionality as production-ready.
32 — TECHNICAL DIFFERENTIATION RECORD
For potential patent evaluation, LAAS SHALL maintain a separate technical differentiation record.
This record SHALL answer:
What is technically new?
What existing systems were considered?
What specific technical mechanism is being introduced?
What components cooperate to produce the result?
What technical limitation is solved?
What measurable improvement occurs?
What alternative implementations exist?
Which portions are conventional?
Which portions are believed to be novel?
What evidence supports the distinction?
The purpose is to distinguish:
BUSINESS CONCEPT
from
TECHNICAL INVENTION.
33 — NON-FUNCTIONAL REQUIREMENTS
NFR-001 — Reliability
Core project data SHALL be persistently stored.
NFR-002 — Auditability
Significant state changes SHALL be auditable.
NFR-003 — Portability
Projects SHOULD be exportable without requiring continued use of LAAS.
NFR-004 — Interoperability
LAAS SHOULD expose standards-based APIs.
NFR-005 — Security
Project boundaries SHALL prevent unauthorized access.
NFR-006 — Accessibility
The primary interface SHALL conform to appropriate accessibility standards.
NFR-007 — Maintainability
Components SHALL be independently maintainable where practical.
NFR-008 — Observability
Services SHALL provide appropriate logs, metrics, and health information.
34 — ACCEPTANCE CRITERIA
A minimum viable LAAS implementation is considered functional when a participant can:
Create a project.
Describe the project's problem.
Request laboratory services.
Receive an approved resource allocation.
Obtain a project workspace.
Record an experiment.
Produce an artifact.
Record contributors.
Record ownership information.
Record licensing information.
Record a technical decision.
Export project documentation.
Record a public disclosure.
Archive the project.
Reopen or continue the project later.
35 — REFERENCE PROJECT FLOW
PERSON
│
▼
IDEA
│
▼
LAAS INTAKE
│
▼
PROJECT CREATED
│
▼
REQUIREMENTS
│
▼
RESOURCE MATCHING
│
▼
LAB SERVICES
│
▼
EXPERIMENT
│
▼
PROTOTYPE
│
▼
TEST
│
├───────────────┐
│ │
▼ ▼
SUCCESS FAILURE
│ │
▼ ▼
ENGINEERING RESEARCH
│ │
└───────┬───────┘
▼
RELEASE
│
▼
VALUE CREATED
│
▼
REINVESTMENT
│
▼
STRONGER LAB
36 — LEGAL AGREEMENT FRAMEWORK
Each LAAS engagement SHOULD have an applicable written agreement before work begins where ownership, confidentiality, payment, licensing, liability, or other legal rights require contractual treatment.
The agreement SHOULD identify:
Parties
Who is participating?
Scope
What work is being performed?
Services
What laboratory services are being provided?
Deliverables
What is expected to be produced?
Existing IP
What intellectual property existed before the project?
New IP
Who owns newly created work?
Licensing
What rights are granted?
Confidentiality
What information must remain confidential?
Publication
Who may publish results?
Patent Rights
Who controls patent filings and prosecution?
Open Source
Which components may be publicly released?
Payment
What fees or compensation apply?
Expenses
Who pays for external costs?
Liability
What limitations and responsibilities apply?
Termination
How can the engagement end?
Data
How is project data stored, exported, retained, and deleted?
Dispute Resolution
What legal process applies?
37 — INVENTION OWNERSHIP CLAUSE TEMPLATE
The following is a structural drafting template and SHALL be reviewed by qualified legal counsel before being used as a binding contract.
Inventions and Intellectual Property.
Each party retains ownership of intellectual property owned or controlled by that party before commencement of the applicable project (“Background IP”).
Ownership of intellectual property first created during the project (“Project IP”) shall be determined according to the ownership schedule or project-specific agreement executed by the parties.
No party receives rights in another party's intellectual property except as expressly granted in writing.
Any patentable invention shall be identified through the project's invention disclosure process. Inventorship and ownership shall be determined according to applicable law and the executed agreement governing the project.
No contribution, employment relationship, use of laboratory infrastructure, payment, or participation in a project shall by itself alter ownership of intellectual property except to the extent expressly provided by an applicable written agreement.
38 — CONFIDENTIALITY CLAUSE TEMPLATE
Confidential Information.
Each party shall protect confidential information received from another party and shall use such information only for purposes authorized under the applicable project agreement.
Confidential information shall not include information that is publicly available without breach of the agreement, independently developed without use of confidential information, lawfully received from a third party without confidentiality restriction, or required to be disclosed by law.
The parties may establish project-specific confidentiality requirements for research results, technical information, source code, designs, datasets, inventions, prototypes, business information, or other sensitive materials.
39 — OPEN SOURCE CLAUSE TEMPLATE
Open Source Components.
Project components may be released under an open-source license only when the applicable owner or authorized project governance process has approved such release.
Third-party open-source components shall remain subject to their applicable licenses.
LAAS shall maintain a record of material third-party licenses and required notices.
40 — PATENT REVIEW POLICY
LAAS SHALL NOT represent that a project is patentable merely because it is technically interesting or commercially valuable.
Potential patent candidates SHALL undergo:
INVENTION IDENTIFIED
↓
TECHNICAL DISCLOSURE
↓
INVENTOR IDENTIFICATION
↓
PRIOR-ART SEARCH
↓
PUBLIC DISCLOSURE REVIEW
↓
PATENTABILITY REVIEW
↓
LEGAL COUNSEL / PATENT PRACTITIONER
↓
FILE / DO NOT FILE
Where patent protection is being considered, LAAS SHOULD preserve the technical disclosure before public release.
41 — PATENT-READY TECHNICAL DISCLOSURE STRUCTURE
A potential LAAS invention disclosure SHOULD contain:
TITLE
FIELD
BACKGROUND
TECHNICAL PROBLEM
LIMITATIONS OF EXISTING SYSTEMS
SUMMARY
SYSTEM ARCHITECTURE
COMPONENTS
DATA FLOW
CONTROL FLOW
RESOURCE ALLOCATION
ORCHESTRATION
SECURITY MODEL
IMPLEMENTATION
ALTERNATIVE IMPLEMENTATIONS
EXPERIMENTAL RESULTS
DRAWINGS
FIGURES
INVENTORS
CONTRIBUTORS
PUBLIC DISCLOSURES
PRIOR ART
DISTINGUISHING FEATURES
CLAIM CANDIDATES
The technical disclosure should be detailed enough for patent counsel to determine whether a patent application is appropriate.
42 — REFERENCE ARCHITECTURE
┌─────────────────────┐
│ PARTICIPANT │
└──────────┬──────────┘
│
▼
┌─────────────────────┐
│ LAAS API │
└──────────┬──────────┘
│
┌────────────────┼────────────────┐
▼ ▼ ▼
PROJECT ENGINE SERVICE ENGINE IP ENGINE
│ │ │
▼ ▼ ▼
WORKFLOW ENGINE RESOURCE ENGINE AUDIT ENGINE
│ │ │
└────────────────┼────────────────┘
▼
┌─────────────────────┐
│ LAB INFRASTRUCTURE │
└─────────────────────┘
43 — SECURITY BOUNDARY
The architecture SHALL separate:
USER DATA
PROJECT DATA
LAB INFRASTRUCTURE
SECRET MATERIAL
PUBLIC ARTIFACTS
CONFIDENTIAL ARTIFACTS
IP RECORDS
AUDIT RECORDS
No project SHALL automatically receive access to another project's private resources.
44 — PORTABILITY
A participant SHALL be able to export their project in a documented format.
Minimum export SHOULD include:
/project
/source
/documentation
/experiments
/artifacts
/decisions
/ip
/licenses
/contributors
/audit
The purpose is to prevent unnecessary technological lock-in.
45 — GOVERNANCE
LAAS governance SHALL distinguish:
LAB GOVERNANCE
from
PROJECT GOVERNANCE.
Barkly Labs may control laboratory infrastructure while individual projects may retain independent ownership, governance, licensing, or organizational structures.
This separation is fundamental to the LAAS model.
46 — PRINCIPLE OF NON-CAPTURE
LAAS SHALL avoid requiring every project to become permanently dependent upon the laboratory.
Where technically and legally practical:
projects should be exportable
source should remain portable
documentation should remain available
ownership should remain explicit
licenses should remain explicit
contributors should remain identifiable
project infrastructure should be replaceable
The laboratory provides infrastructure.
It does not need to own every outcome.
47 — LAAS AS A PLATFORM
LAAS SHALL therefore be treated as a platform consisting of:
LAB CAPABILITIES
+
SERVICE INTERFACES
+
PROJECT ORCHESTRATION
+
RESOURCE MANAGEMENT
+
DOCUMENTATION
+
IP MANAGEMENT
+
GOVERNANCE
+
AUDITABILITY
+
COMMUNITY
The platform may be implemented by Barkly Labs and later implemented by independent laboratories.
48 — ECOSYSTEM MODEL
The long-term LAAS ecosystem is:
BARKLY LABS
│
▼
LAAS
│
┌────────────────┼────────────────┐
▼ ▼ ▼
LAB A LAB B LAB C
│ │ │
PROJECTS PROJECTS PROJECTS
│ │ │
└────────────────┼────────────────┘
▼
SHARED KNOWLEDGE
│
▼
NEW SERVICES
│
▼
STRONGER LABS
LAAS is therefore intended to support the creation of laboratories, not merely the operation of one laboratory.
49 — VERSIONING
This document SHALL be versioned.
Version format:
MAJOR.MINOR
Example:
0.1
0.2
0.3
1.0
Changes affecting system architecture SHALL increment the minor version during pre-release development.
A major version SHALL indicate a substantial change to the LAAS model.
50 — LIVING STANDARD
LAAS is a living system.
This specification SHALL evolve as Barkly Labs:
builds
experiments
fails
learns
researches
collaborates
deploys
receives feedback
The standard SHALL therefore be treated as infrastructure rather than permanent doctrine.
51 — SUCCESS CONDITION
LAAS succeeds when a person can arrive with an idea and, without independently constructing an entire laboratory:
UNDERSTAND THE LAB
↓
SUBMIT AN IDEA
↓
RECEIVE RESOURCES
↓
BUILD
↓
EXPERIMENT
↓
DOCUMENT
↓
TEST
↓
RELEASE
↓
OWN / LICENSE / SHARE
↓
BUILD SOMETHING NEW
The system should make this process understandable to the human using it.
52 — FOUNDATIONAL STATEMENT
LAAS turns laboratory capability into infrastructure that people can access, use, understand, extend, and contribute back to.
The laboratory is not merely a place where things are built.
The laboratory is a system for making building possible.
53 — LEGAL STATUS
This document is a technical and organizational specification and is not, by itself, a binding contract, patent application, assignment, license, employment agreement, partnership agreement, or legal opinion.
Binding rights SHALL arise only from properly executed agreements and applicable law.
Before relying on this specification for:
intellectual-property assignment
patent ownership
patent filing
inventor determination
licensing
employment classification
revenue sharing
confidentiality
liability
commercialization
Barkly Labs SHOULD obtain review from an appropriately qualified attorney or registered patent practitioner.
54 — DOCUMENT CONTROL
Organization: Barkly Labs System: Labs as a Service Abbreviation: LAAS Document: Functional Requirements / Technical Architecture / Legal & IP Specification Version: 0.1 Status: Foundational Draft Year: 2026
Core Principle:
TECHNOLOGY SHOULD ADAPT TO HUMANS.
LAAS Principle:
THE LAB SHOULD ADAPT TO THE PEOPLE BUILDING WITH IT.