System Design

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What is system design?

System design is the process of defining the elements of a system, as well as their interactions, to satisfy specified requirements. It can also refer to the process of creating a detailed design for a system, including the architectural design, component-level design, and overall system integration. This process often involves trade-offs between competing design goals, such as cost, performance, and reliability. It applies to various subsystems of a product, including software, mechanical, and electrical systems.

EasyIOT provides exceptional system design solutions internationally with their head office in Sydney, Australia.

System Design Process

What to Expect Work with Us

Understand the Problem

Gather information about the problem that the system is intended to solve. This includes identifying the needs of the users, as well as any constraints or requirements that the system must meet.

Define the Requirements

Based on the information gathered in the last step, define a set of specific requirements that the system must meet. This includes functional requirements (what the system must do) and non-functional requirements (such as performance, scalability, security, etc.).

Develop a High-Level Design

Create a high-level design that describes the overall architecture of the system. This includes identifying major components and their interactions, as well as any key technologies that will be used.

Validate the Design

Verify that the design meets the requirements and that it can be implemented in a practical and cost-effective way. This may include creating a POC prototype or simulations of the system.

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System Design

- Feasibility analysis
- Detailed product design specification
- Product cost breakdown
- Customized business plan

Industrial & Mechanical Design

- 2D sketches
- High fidelity rendered images
- 3D modeling
- Stress and Failure analysis

Hardware Devlopment

- Component selection
- Schematic capture
- PCB Layout
- BOM generation

Firmware & Embedded Software Development

- Firmware (C/C++) for bare metal and RTOS systems
- Embedded software (C, C++, Python) for Linux or Android systems

Web App Development

- UX & UI design
- Frontend web interface (React, AngularJS)
- Cloud backend & APIs (Javascript, Python, .NET)

Mobile App Development

- UX & UI design
- iOS Mobile App development (Swift)
- Android Mobile App design (Java, Kotlin, C++)
- App Store/Google Play publication

Product Industrialisation

- Package & label design
- Product certification
- Plastic injection molding
- Supplier establishment


- PCB fabrication and assembly
- Test jig development
- Product assembly
- Production management
- Logistics

Your Success is Our Success.

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