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How it works

AUTOSAD in a Nutshell

AUTOSAD Design Canvas

Our intelligent AI recommends the architecture of your system based on requirements. You can select from the following.

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Monolith Application Architecture

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Micro-Services based Architecture

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SalesForce High Level Design

Comprehensive Models
all in one place

Efficient model generation with minimal user effort

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Accurate predictions for all domains

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Workflow automation for system design tasks

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Integration with software engineering processes

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User-friendly interface for all team members

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Scalability to handle large datasets

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Real-time collaboration and version control

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Functional Requirements

Functional requirements define what the system should do. They outline specific features, behaviors, and interactions expected from AUTOSAD.

1. Clarity: Ensure requirements are clear and understandable.
2. Consistency: Avoid conflicts and redundancies.
3. Stakeholder Involvement: Engage users and stakeholders early and continuously.
4. Prioritization: Rank requirements by importance and feasibility.
5. Traceability: Maintain links between requirements and their origins.
6. Flexibility: Be open to changes and updates.
economically viable.
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Non-Functional Requirements

Non-functional requirements address system qualities like performance, security, and usability. AUTOSAD ensures a robust and reliable experience.

1. Clarity: Define non-functional requirements clearly and precisely.
2. Measurability: Ensure they can be measured or quantified.
3. Realism: Set achievable and realistic goals.
4. Prioritization: Determine which non-functional requirements are most critical.
5. Consistency: Maintain consistency with functional requirements and each other.
6. Documentation: Keep well-organized records of non-functional requirements.
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Use Case Models

Use case models depict system interactions from a user’s perspective. Autosad covers scenarios like model creation, parameter tuning, and result analysis.

1. Clarity: Ensure use cases are understandable and unambiguous.
2. Completeness: Cover all scenarios, including alternate and exception paths.
3. Consistency: Align use cases with functional requirements and each other.
4. Stakeholder Involvement: Engage users and stakeholders to validate use cases.
5. Documentation: Maintain detailed and organized records of use cases.
6. Prioritization: Identify and focus on the most critical use cases first.
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Interaction Diagrams

Interaction models illustrate how different system components communicate. Autosad’s interaction models ensure seamless coordination between AI algorithms and user inputs.

1. Clarity: Make diagrams easy to read and understand.
2. Completeness: Include all relevant interactions and messages.
3. Consistency: Ensure diagrams are consistent with use cases and requirements.
4. Stakeholder Involvement: Get feedback from stakeholders to validate interactions.
5. Documentation: Keep well-organized records of all interaction diagrams.
6. Prioritization: Focus on key interactions that are critical to the system.
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Data Models

Data models are abstract representations that define the structure, organization, and relationships among data elements in a system.

1. Clarity: Ensure data models are easy to understand and interpret.
2. Completeness: Include all necessary entities, attributes, and relationships.
3. Consistency: Align data models with business requirements and other system models.
4. Stakeholder Involvement: Engage stakeholders to validate the accuracy and relevance of the data model.
5. Documentation: Keep detailed and organized records of data models.
6. Normalization: Ensure data is structured efficiently to avoid redundancy.
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Application Models

Application models are abstract representations that define the structure, behavior, and interactions of the various components of an application.

1. Clarity: Ensure component models are easy to understand with clear interfaces and responsibilities.
2. Completeness: Include all necessary components and their interactions.
3. Consistency: Maintain alignment with architectural principles and other system models.
4. Stakeholder Involvement: Engage stakeholders, including developers, to validate component models.
5. Documentation: Keep well-documented records of all components and their relationships.
6. Reusability: Design components to be reusable across different parts of the application.
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Deployment Models

Deployment models define how Autosad goes live. Whether on-premises or in the cloud, Autosad ensures smooth deployment and scalability.

1. Clarity: Ensure deployment models are easy to understand, showing system components and their deployment locations.
2. Completeness: Include all necessary nodes, hardware, and network configurations.
3. Consistency: Align deployment models with architectural and application requirements.
4. Stakeholder Involvement: Engage stakeholders, including IT and operations staff, to validate deployment plans.
5. Documentation: Maintain detailed and organized records of the deployment model.
6. Scalability: Design the model to accommodate future growth and increased load.

Why Choose AUTOSAD?

Transform the way your organization designs and maintains systems with unprecedented efficiency and accuracy.

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Requirements Management

AUTOSAD reduces manual effort, eliminates the risk of overlooked requirements, and ensures that the final system aligns perfectly with stakeholder expectations.
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System Architecture and Design Document

High-quality, up-to-date documentation ensures clarity and understanding among all team members, facilitates better maintenance, and supports scalability. It also eases the onboarding of new team members and provides a reliable reference throughout the project lifecycle.
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Requirements Engineering

Enhanced accuracy in requirements engineering leads to fewer misunderstood requirements, reducing the likelihood of costly errors down the line.
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