OrganicWorks Specification

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OrganicWorks

Open Economics for Organic Resource Recovery

OrganicWorks is the specification for modeling organic resource recovery businesses from feedstock collection and processing through product development, market pricing, sales, profitability, and scalable growth.

Purpose

OrganicWorks provides a comprehensive economic and operational framework for businesses that recover value from manure, bedding, agricultural materials, and other suitable organic feedstocks. The specification models the complete path from available feedstock to finished products, revenue, costs, profit, break-even, capital requirements, and sustainable growth.

The system is designed to support businesses that begin with free or low-cost organic feedstock and generate revenue through processing, composting, vermicomposting, blending, packaging, distribution, wholesale, retail, and other value-added products and services.

OrganicWorks is designed around transparent economics. Every major recommendation should be supported by visible assumptions, calculations, costs, revenues, constraints, margins, and alternative scenarios. Human operators retain control over commercial decisions.

Design Principles

Model organic materials as potential economic resources.
Support free-feedstock, paid-feedstock, and contracted-feedstock models.
Calculate the complete economic path from feedstock to finished product.
Support businesses from one-person operations through enterprise-scale organizations.
Treat owner labor as both an economic value and, where appropriate, a cash-equivalent cost.
Distinguish cash profit from economic profit.
Model actual measured results separately from estimates and assumptions.
Make costs, revenues, yields, margins, and constraints transparent.
Compare production pathways rather than assuming a single best process.
Support capital-constrained startup planning.
Help businesses earn the right to scale through measurable economic performance.
Prevent market pricing recommendations from falling below sustainable operating costs without explicitly identifying the economic consequence.
Preserve human approval for consequential commercial decisions.
Support local, regional, and broader market analysis.
Support multiple organic feedstock types and product categories.
Provide auditable calculations and decision history.

Core Modules

Core Business Economics

The Core Business Economics Module defines the fundamental economic model for an organic resource recovery business.

Features include:

Feedstock volume calculation
Feedstock availability forecasting
Free-feedstock modeling
Paid-feedstock modeling
Feedstock acquisition costs
Collection costs
Transportation costs
Processing costs
Composting costs
Vermicomposting costs
Screening costs
Blending costs
Packaging costs
Storage costs
Distribution costs
Sales costs
Administrative costs
Labor costs
Owner labor valuation
Equipment costs
Maintenance costs
Insurance costs
Financing costs
Fixed-cost allocation
Variable-cost calculation
Revenue calculation
Gross profit
Contribution margin
Operating profit
Economic profit
Cash profit
Return on invested capital
Break-even analysis
Required sales calculation
Required production calculation
Required feedstock calculation
Capital requirement calculation
Cash-flow requirements
Profit-per-ton analysis
Profit-per-cubic-yard analysis
Profit-per-bag analysis
Profit-per-customer analysis
Profit-per-route analysis
Profit-per-employee analysis
Profit-per-equipment-unit analysis

The economic model should trace the complete business flow:

Available feedstock → acquisition and collection → transportation → processing and composting → losses and yield → finished product → packaging and distribution → sales price → revenue → costs → profit → break-even → required sales → capital requirements.

Scale Planning

The Scale Planning Module supports business modeling across different operational sizes and helps identify the appropriate scale for available capital, supply, labor, equipment, facilities, and demand.

Features include:

Micro-scale operation modeling
One-person operation modeling
Owner-operator modeling
Two-to-three-person operation modeling
Small commercial operation modeling
Emerging commercial operation modeling
Regional operation modeling
Enterprise operation modeling
Minimum viable operation
Capital-constrained startup planning
Scale comparison
Growth ladder
Expansion triggers
Maximum sustainable scale
Capacity planning
Labor planning
Equipment planning
Facility capacity planning
Storage capacity planning
Production capacity planning
Scale selection
Labor substitution analysis
Equipment acquisition strategy
Growth-stage analysis
Minimum viable business calculation
Maximum sustainable business calculation
Small producer optimization
Large producer optimization
Scale-agnostic economic modeling

The system should determine what can be started with available capital, how much feedstock is required, how much material can be processed, how much must be sold, when additional labor or equipment becomes justified, and when expansion is economically supportable.

Feedstock Intelligence

The Feedstock Intelligence Module models the characteristics, availability, economics, and risks associated with organic feedstocks.

Features include:

Horse manure modeling
Cow manure modeling
Dairy manure modeling
Poultry manure modeling
Sheep manure modeling
Goat manure modeling
Rabbit manure modeling
Pig manure modeling
Bedding material modeling
Agricultural organic material modeling
Other approved organic feedstock modeling
Feedstock quality scoring
Feedstock availability
Feedstock seasonality
Feedstock density
Feedstock moisture
Feedstock composition
Feedstock contamination
Feedstock maturity
Feedstock processing requirements
Feedstock yield estimation
Actual versus estimated feedstock tracking
Supplier concentration analysis
Feedstock supply risk analysis

The system should allow feedstock assumptions to be replaced with actual measurements as operational data becomes available.

Feedstock Supplier Management

The Feedstock Supplier Management Module manages the organizations, farms, barns, facilities, and other sources that provide organic materials.

Features include:

Supplier profiles
Supplier locations
Supplier feedstock types
Animal population tracking
Feedstock generation estimates
Bedding information
Pickup frequency
Pickup scheduling
Recurring pickups
On-demand pickups
Supplier availability
Site access requirements
Loading requirements
Contamination reporting
Supplier quality scores
Supplier reliability scores
Historical pickup quantities
Actual versus estimated supply
Supplier notes
Supplier status
Supplier forecasting
Supplier concentration analysis
Supply shortage alerts
Excess-feedstock alerts
New supplier identification
Supplier incentives
Volume commitments
Preferred supplier management
Free-feedstock agreements
Paid-feedstock arrangements
Feedstock supply contracts

Collection and Transportation

The Collection and Transportation Module determines the cost and economic efficiency of acquiring feedstock and delivering finished products.

Features include:

Pickup scheduling
Collection route planning
Route density analysis
Vehicle capacity
Trailer capacity
Load utilization
Collection distance
Empty-return mileage
Fuel consumption
Fuel cost
Driver labor
Loading labor
Pickup cost
Cost per mile
Cost per pickup
Cost per load
Cost per ton collected
Cost per cubic yard collected
Minimum profitable pickup
Route profitability
Collection capacity
Vehicle utilization
Transportation profitability

Contamination and Quality Control

The Contamination and Quality Control Module evaluates incoming materials, processing conditions, and finished-product quality.

Features include:

Contamination tracking
Plastic detection
Metal detection
Wire detection
Rock and debris tracking
Excess bedding tracking
Chemical contamination tracking
Weed-seed risk tracking
Moisture testing
Maturity testing
Organic matter tracking
C:N ratio tracking
pH tracking
Salinity tracking
Nutrient analysis
Batch rejection thresholds
Supplier contamination scoring
Processing-loss calculation
Contaminant disposal cost
Finished-product quality scoring

Compost Production

The Compost Production Module models conventional compost production from incoming organic materials through finished product.

Features include:

Compost feedstock calculation
Compost batch management
Composting capacity
Composting time
Composting yield
Volume reduction
Weight reduction
Moisture loss
Organic matter loss
Screening loss
Reject material tracking
Finished compost calculation
Batch tracking
Batch costing
Production forecasting
Actual versus projected yield
Finished-product inventory

Product Formulation

The Product Formulation Module defines finished products and determines the materials, quantities, costs, characteristics, and economic results associated with each formulation.

Features include:

Product definitions
Product grades
Product formulations
Raw-material allocation
Input percentages
Minimum blend percentages
Maximum blend percentages
Target product characteristics
Product yield
Product cost
Product pricing
Product margin
Product profitability
Specialty products
Premium products
Bulk products
Bagged products
Agricultural products
Garden products
Nursery products
Soil amendments
Growing-media products

Blending Optimization

The Blending Optimization Module evaluates combinations of organic materials to produce products that meet economic and quality requirements.

Features include:

Multi-material blending
Blend cost calculation
Blend yield calculation
Moisture balancing
Nutrient balancing
C:N optimization
Particle-size optimization
pH considerations
Salinity considerations
Quality constraints
Minimum and maximum material percentages
Lowest-cost formulation
Highest-margin formulation
Highest-value formulation
Inventory-aware blending
Excess-inventory reduction
Slow-moving material utilization
Blend profitability
Product-path comparison
Blend scenario comparison

Packaging Economics

The Packaging Economics Module models the costs and profitability of converting bulk products into packaged products.

Features include:

Bag-size modeling
Bulk packaging
Pallet packaging
Tote packaging
Custom packaging
Packaging material costs
Packaging labor
Labeling costs
Packaging equipment
Packaging capacity
Cost per package
Cost per pound
Cost per cubic foot
Cost per cubic yard
Packaging margin
Packaging channel comparison

Sales Channel Economics

The Sales Channel Economics Module compares the economic performance of different ways to sell finished products.

Features include:

Direct sales
Farm-gate sales
Pickup sales
Direct-to-consumer sales
Online sales
Retail sales
Garden-center sales
Nursery sales
Landscaper sales
Agricultural sales
Wholesale sales
Distributor sales
Marketplace sales
Subscription sales
Channel pricing
Channel fees
Payment processing costs
Marketplace fees
Sales commissions
Customer acquisition costs
Returns
Discounts
Delivery costs
Channel contribution margin
Channel operating margin
Revenue per channel
Profit per channel
Channel comparison
Channel optimization
Channel conflict analysis

Wholesale Accounts

The Wholesale Accounts Module models commercial customers, contracts, recurring orders, pricing structures, and account profitability.

Features include:

Wholesale customer profiles
Commercial customer management
Customer location
Customer product requirements
Historical purchase volume
Contract volume
Contract pricing
Wholesale price tiers
Minimum order quantities
Truckload pricing
Pallet pricing
Recurring orders
Delivery requirements
Payment terms
Wholesale discounts
Wholesale profitability
Account contribution margin
Contract profitability
Contract capacity requirements
Customer concentration risk
Wholesale capacity allocation
Wholesale versus retail comparison

Customer Profitability

The Customer Profitability Module measures the actual economic contribution of individual customers and customer segments.

Features include:

Customer profiles
Customer segmentation
Customer purchase history
Customer volume
Customer revenue
Customer acquisition cost
Delivery cost
Discounts
Returns
Payment costs
Account servicing costs
Contribution margin
Customer profitability
Customer lifetime value
Customer retention
High-value customer identification
Low-margin customer identification
Customer concentration risk

Delivery Economics

The Delivery Economics Module determines the cost and profitability of delivering products to customers.

Features include:

Delivery zones
Delivery distance
Delivery cost
Cost per mile
Cost per stop
Load utilization
Delivery minimums
Free-delivery thresholds
Delivery surcharges
Fuel surcharges
Route density
Customer-specific delivery economics
Delivered-margin calculation
Pickup versus delivery comparison

Equipment Management

The Equipment Management Module models equipment acquisition, ownership, financing, operating costs, and replacement.

Features include:

Equipment profiles
Equipment acquisition cost
Used-equipment pricing
New-equipment pricing
Rental cost
Lease cost
Financing cost
Useful-life modeling
Capacity
Fuel consumption
Maintenance
Insurance
Operator requirements
Equipment depreciation
Equipment replacement planning

Equipment Utilization

The Equipment Utilization Module measures whether equipment is being used efficiently enough to justify ownership or expansion.

Features include:

Available equipment hours
Productive equipment hours
Idle time
Downtime
Maintenance time
Utilization percentage
Capacity utilization
Equipment bottleneck detection
Cost per operating hour
Cost per productive hour
Cost per pickup
Cost per load
Cost per ton
Cost per cubic yard
Cost per finished product unit
Buy-versus-rent analysis
Buy-versus-contract analysis
Used-versus-new analysis
Equipment expansion analysis
Equipment payback
Break-even utilization
Equipment replacement triggers

Inventory Management

The Inventory Management Module tracks raw materials, work in process, finished products, packaging, and storage capacity.

Features include:

Raw-material inventory
Work-in-process inventory
Compost inventory
Worm casting inventory
Blend inventory
Packaging inventory
Finished-product inventory
Inventory valuation
Inventory age
Storage cost
Reserved inventory
Available inventory
Slow-moving inventory
Inventory loss
Storage capacity
Inventory turnover
Production-to-demand comparison

Demand Forecasting

The Demand Forecasting Module estimates future demand and connects market demand to production and inventory planning.

Features include:

Historical sales analysis
Product demand forecasting
Seasonal demand
Geographic demand
Customer-segment demand
Wholesale demand
Retail demand
Recurring demand
Production planning
Inventory planning
Seasonal production planning
Demand uncertainty
Demand scenarios

Market Intelligence and Price Comparison

The Market Intelligence and Price Comparison Module provides transparent market analysis for comparable products and pricing decisions.

Features include:

Competitor product discovery
Comparable product discovery
Full market product display
Product catalog
Seller identification
Product type identification
Feedstock identification
Package-size comparison
Weight comparison
Volume comparison
Retail pricing
Wholesale pricing
Bulk pricing
Delivered pricing
Pickup pricing
Shipping costs
Mandatory fees
Price normalization
Price per pound
Price per bag
Price per cubic foot
Price per cubic yard
Price per ton
Price per pallet
Like-for-like comparison
Product comparability scoring
Lowest market price
Highest market price
Average market price
Median market price
Market percentiles
Regional pricing
Geographic pricing
Price history
Market-price freshness
Source verification
Competitor catalog
Competitive price positioning
Minimum sustainable price
Maximum competitive price
Recommended price
Target price
Promotional price
Premium price

The module should display the underlying market products used in pricing calculations rather than presenting only aggregated results.

Price comparisons should account for meaningful differences in feedstock, maturity, processing, screening, particle size, moisture, nutrients, organic matter, composition, packaging, weight, volume, intended use, certification, geography, delivery, and other relevant characteristics.

Price Match Guarantee

The Price Match Guarantee Module determines whether a competitor’s price is sufficiently comparable to qualify for a price match.

Features include:

Price-match policy configuration
Competitor verification
Comparable-product verification
Quantity verification
Quality verification
Geographic verification
Delivery-term verification
Current-price verification
Normalized competitor pricing
Matching-price calculation
Minimum-margin protection
Price-floor calculation
Match decision
Conditional match
Quantity-adjusted match
Pickup-only match
Alternative-product offer
Discount alternative
Price-match audit trail
Price-match history

Financial Planning

The Financial Planning Module models startup capital, working capital, operating reserves, financing, cash flow, and reinvestment.

Features include:

Startup capital calculation
Working capital calculation
Operating reserve
Capital expenditure planning
Equipment financing
Debt modeling
Cash-flow forecasting
Revenue forecasting
Expense forecasting
Profit forecasting
Break-even forecasting
Owner compensation
Owner distribution
Reinvestment planning
Retained earnings
Return on capital
Payback period

Scenario Simulator

The Scenario Simulator allows users to compare different operating conditions before committing capital or changing the business model.

Features include:

Startup scenarios
Conservative scenarios
Expected scenarios
Growth scenarios
High-demand scenarios
Low-demand scenarios
High-cost scenarios
Low-price scenarios
Equipment scenarios
Worm-farming scenarios
Blending scenarios
Wholesale scenarios
Sales-channel scenarios
Capital scenarios
Labor scenarios
Feedstock scenarios
Yield scenarios
Pricing scenarios
Revenue scenarios
Cost scenarios
Profit scenarios
Break-even scenarios
Sensitivity analysis
Stress testing
Scenario comparison
Scenario saving
Scenario-versus-actual analysis

Business Optimization Engine

The Business Optimization Engine evaluates the business as an interconnected system and identifies economically preferable uses of available resources.

Features include:

Whole-business optimization
Feedstock allocation
Processing-path optimization
Product-mix optimization
Pricing optimization
Sales-channel optimization
Customer-mix optimization
Equipment allocation
Labor allocation
Capital allocation
Inventory allocation
Capacity allocation
Route optimization
Margin optimization
Revenue optimization
Profit optimization
Return-on-capital optimization
Minimum-capital optimization
Owner-income optimization
Bottleneck detection
Constraint analysis
Resource allocation
Product-path comparison
Conventional compost versus worm casting comparison
Bulk versus bagged comparison
Wholesale versus retail comparison
Direct versus delivered comparison
Buy versus rent analysis
Expansion analysis
Minimum viable business calculation
Maximum sustainable scale calculation
Growth recommendations
Expansion triggers
Capital-constrained optimization
Profitability thresholds
Market-supported capacity
Supply-supported capacity
Demand-supported capacity

Optimization should consider the interaction between supply, capacity, costs, pricing, demand, labor, equipment, capital, inventory, and product pathways rather than optimizing a single metric in isolation.

Optimization Transparency

The Optimization Transparency Module makes recommendations understandable and reviewable.

Features include:

Recommendation explanations
Assumption display
Input visibility
Calculation visibility
Cost breakdown
Revenue breakdown
Margin breakdown
Sensitivity display
Constraint display
Risk display
Alternative scenarios
Recommendation confidence
Human approval
Decision history
Audit trail

Business Intelligence

The Business Intelligence Module provides operational and financial views across the business.

Features include:

Executive dashboard
Production dashboard
Feedstock dashboard
Supplier dashboard
Equipment dashboard
Inventory dashboard
Sales dashboard
Wholesale dashboard
Pricing dashboard
Profitability dashboard
Cash-flow dashboard
Growth dashboard
Market dashboard
Worm-farm dashboard
Product dashboard
Scenario dashboard

Sustainability and Material Recovery

The Sustainability and Material Recovery Module measures how effectively organic materials are recovered and converted into useful products.

Features include:

Feedstock diversion tracking
Organic-material recovery
Finished-product recovery
Processing-loss tracking
Reject tracking
Recovered-value calculation
Material utilization rate
Feedstock-to-product conversion
Waste reduction
Local sourcing analysis
Transportation impact tracking
Water-use tracking
Energy-use tracking
Environmental impact metrics
Economic value per ton recovered

Human-in-the-Loop Controls

The Human-in-the-Loop Controls Module ensures that consequential business decisions remain subject to human review.

Features include:

Human approval of pricing
Human approval of price matching
Human approval of product formulations
Human approval of supplier relationships
Human approval of wholesale contracts
Human approval of equipment purchases
Human approval of expansion
Human approval of optimization recommendations
Manual override
Assumption editing
Decision recording
Recommendation rejection
Recommendation acceptance
Audit history
Explainable calculations
No automatic binding commercial decisions

Optional Plugin Modules

Optional plugin modules extend OrganicWorks with specialized capabilities without requiring every deployment to support every business model or product pathway.

Worm Farming and Worm Castings Plugin

The Worm Farming and Worm Castings Plugin adds vermicomposting and worm-related product economics.

Features include:

Worm farm feasibility
Worm species management
Initial worm population
Worm population growth
Worm biomass
Worm reproduction
Worm mortality
Feed consumption
Feeding rate
Worm-bed capacity
Worm-bin capacity
Worm processing time
Worm harvesting
Worm replacement
Worm stock economics
Worm sales
Breeding-stock sales
Starter colony sales
Worm kit sales
Worm casting production
Casting yield
Casting screening
Casting grades
Premium castings
Bulk castings
Bagged castings
Casting batch tracking
Casting costing
Casting market pricing
Casting price normalization
Casting price comparison
Casting price-match analysis
Casting versus conventional compost comparison

The plugin should support standalone worm production, a secondary product line, a processing stage following conventional composting, or an integrated compost and worm operation.

It should model suitable feedstock characteristics, pre-processing requirements, worm population, feeding rates, processing time, infrastructure, labor, production yield, harvesting, screening, packaging, storage, sales, and profitability.

Subscription and Recurring Delivery Plugin

The Subscription and Recurring Delivery Plugin supports recurring product orders and scheduled delivery relationships.

Features include:

Subscription products
Recurring customer orders
Delivery schedules
Pickup schedules
Subscription pricing
Recurring revenue
Customer retention
Subscription profitability
Route density
Recurring delivery costs
Minimum subscription quantities
Cancellation tracking
Renewal forecasting
Capacity planning for recurring demand

Compost Quality Certification Plugin

The Compost Quality Certification Plugin provides specialized quality, testing, certification, and product-grade management.

Features include:

Quality standards
Product specifications
Testing requirements
Batch testing
Laboratory results
Quality certificates
Certification tracking
Product-grade requirements
Compliance documentation
Quality history
Certificate expiration tracking
Customer quality documentation

Waste-to-Revenue Plugin

The Waste-to-Revenue Plugin evaluates organic materials that have disposal costs or negative economic value and identifies pathways for recovering economic value.

Features include:

Disposal-cost modeling
Avoided disposal costs
Recovery-value calculation
Feedstock acquisition economics
Processing economics
Product conversion
Revenue recovery
Waste diversion economics
Negative-cost feedstock modeling
Positive-value product modeling
Recovery pathway comparison

Circular Revenue Plugin

The Circular Revenue Plugin models businesses that generate multiple revenue streams from the same recovered organic materials.

Features include:

Multi-product revenue
Byproduct revenue
Secondary product revenue
Worm sales
Casting sales
Compost sales
Blend sales
Soil amendment sales
Agricultural product sales
Packaging revenue
Service revenue
Feedstock service relationships
Revenue-stream comparison
Revenue diversification
Revenue concentration analysis
Circular value allocation

Organic Material Arbitrage Plugin

The Organic Material Arbitrage Plugin evaluates differences between feedstock availability, processing costs, regional product demand, and finished-product pricing.

Features include:

Feedstock value comparison
Regional feedstock comparison
Regional product-price comparison
Transportation-adjusted value
Processing-cost comparison
Product-value comparison
Geographic arbitrage analysis
Material allocation
Market opportunity identification
Margin opportunity analysis

Data and Calculation Requirements

OrganicWorks should distinguish between:

User-entered values
Measured operating values
Historical values
Market observations
Estimated values
Assumed values
Calculated values
Forecast values
Recommended values

Each material, product, supplier, customer, market observation, calculation, and scenario should retain sufficient context to understand where the value originated and how it was used.

Calculations should preserve the relationship between inputs and outputs so that users can inspect how changes to feedstock, yield, costs, pricing, capacity, demand, or capital affect the resulting business model.

Growth and Expansion Framework

OrganicWorks should support a growth model based on measurable economic readiness.

Expansion recommendations should consider:

Available feedstock
Feedstock reliability
Production capacity
Equipment utilization
Labor utilization
Storage capacity
Market demand
Sales capacity
Inventory levels
Cash reserves
Working capital
Profitability
Return on invested capital
Route density
Customer concentration
Equipment payback
Capacity constraints

The system should identify when a business should remain at its current scale, add labor, purchase equipment, increase processing capacity, expand its service area, add products, add sales channels, or establish additional operating capacity.

Specification Branding License (SBL)

Standard

Fully AGPL-3.0+ compliant system
Copyleft enforced for network deployments
Required attribution:
- Roxanne Ardary
- https://www.roxanneardary.com/

Optional

Specification Branding License (SBL)
- Attribution-free commercial deployment
- Pricing based on scale, usage, and deployment scope
- https://roxanneardary.com/organicworks/

License & Notice Requirements

OrganicWorks is released under the GNU Affero General Public License v3.0 or later (AGPL-3.0+).
By contributing to any Open Arsenal project, you agree that your contributions will also be released under this license.

Please note the following:

All contributions must comply with the AGPL-3.0+ terms.
Under Section 7 of the license, all redistributions, forks, and derivative works must preserve attribution to:
Roxanne Ardary and roxanneardary.com.
OrganicWorks specifications are free to use with attribution. A Specification Branding License can be negotiated upon request.
The project’s notice.md file tracks attribution requirements and contributor acknowledgments.
Any update that adds new contributors or modifies attribution should also update notice.md.
When submitting a pull request, ensure that any new files maintain the attribution headers where applicable.
Network-deployed versions of this software must also remain fully AGPL-3.0+ compliant, including exposure of source code modifications when applicable under the license.

For full legal details, please refer to the AGPL-3.0+ license and the project’s notice.md file.

Notice – OrganicWorks

Attribution Requirement: Under Section 7 of the AGPL 3.0+ license, all redistributions, forks, and derivative works, including network-deployed versions of this project, must provide attribution to Roxanne Ardary and roxanneardary.com.

Contributors

This file tracks contributors and their specific contributions to the project.

Roxanne Ardary, roxanneardary.com – September 14, 2026
Created the repository for OrganicWorks and developed the specification for modeling organic resource recovery businesses, including feedstock collection, processing, production, pricing, sales, profitability, and scalable growth.
[Add other contributors here] – [Date]
[Describe contribution in one sentence]

License – OrganicWorks

This repository is licensed under the GNU Affero General Public License v3.0 or later (AGPL-3.0+).

Key Points

You are free to use, modify, and distribute the code.
All redistributions, forks, and derivative works or network-deployed versions must also be licensed under AGPL-3.0+ and provide attribution to Roxanne Ardary and roxanneardary.com as required under Section 7 of the license.
The software is provided “as is,” without warranty of any kind.

For the full license text, see GNU AGPL-3.0 License.