Smart Aquaculture Management App UI Kit
Smart Aquaculture Management App UI Kit
A modern mobile UI Kit designed for smart aquaculture ecosystems, combining real-time pond monitoring, IoT device management, automation systems, analytics dashboards, and connected operational workflows into one scalable mobile experience.
A modern mobile UI Kit designed for smart aquaculture ecosystems, combining real-time pond monitoring, IoT device management, automation systems, analytics dashboards, and connected operational workflows into one scalable mobile experience.
Aquaculture is evolving rapidly alongside the growth of IoT ecosystems, automation systems, and real-time environmental monitoring. However, many existing aquaculture management platforms still feel outdated, overly technical, fragmented, and difficult to manage across multiple devices and pond environments.
AQUIVA was created to explore how a modern smart aquaculture platform could deliver a cleaner, more connected, and intuitive mobile experience for pond monitoring, automation management, analytics, and IoT device ecosystems.
This project focuses on combining premium SaaS aesthetics with practical aquaculture workflows into one scalable mobile UI system.
Aquaculture is evolving rapidly alongside the growth of IoT ecosystems, automation systems, and real-time environmental monitoring. However, many existing aquaculture management platforms still feel outdated, overly technical, fragmented, and difficult to manage across multiple devices and pond environments.
AQUIVA was created to explore how a modern smart aquaculture platform could deliver a cleaner, more connected, and intuitive mobile experience for pond monitoring, automation management, analytics, and IoT device ecosystems.
This project focuses on combining premium SaaS aesthetics with practical aquaculture workflows into one scalable mobile UI system.
The Vision
The Vision
The main goal behind AQUIVA was simple: Build a modern mobile ecosystem where aquaculture monitoring, automation, and device management work seamlessly together.
Rather than designing isolated dashboard screens, AQUIVA was designed as a connected product ecosystem that feels believable as a real-world startup product. The UI Kit combines:
Smart pond monitoring
IoT device management
Automation systems
Environmental analytics
Real-time notifications
Device onboarding & pairing
Aquaculture operational workflows
All wrapped inside a clean and modern mobile experience.
The main goal behind AQUIVA was simple: Build a modern mobile ecosystem where aquaculture monitoring, automation, and device management work seamlessly together.
Rather than designing isolated dashboard screens, AQUIVA was designed as a connected product ecosystem that feels believable as a real-world startup product. The UI Kit combines:
Smart pond monitoring
IoT device management
Automation systems
Environmental analytics
Real-time notifications
Device onboarding & pairing
Aquaculture operational workflows
All wrapped inside a clean and modern mobile experience.
The Challenge
The Challenge
Traditional aquaculture systems often face several UX problems:
Fragmented Monitoring: Water quality, pond activity, and device controls are often separated into disconnected systems that are difficult to manage efficiently.
Complex Device Management: IoT pairing and device configuration frequently feel overly technical and intimidating for users.
Poor Mobile Experience: Many industrial monitoring dashboards prioritize data over usability, resulting in cluttered and outdated interfaces.
Lack of Real-Time Visibility: Operators need immediate access to alerts, environmental changes, and automation status without navigating through complicated systems.
AQUIVA was designed to solve these issues through a more approachable and scalable product experience.
Traditional aquaculture systems often face several UX problems:
Fragmented Monitoring: Water quality, pond activity, and device controls are often separated into disconnected systems that are difficult to manage efficiently.
Complex Device Management: IoT pairing and device configuration frequently feel overly technical and intimidating for users.
Poor Mobile Experience: Many industrial monitoring dashboards prioritize data over usability, resulting in cluttered and outdated interfaces.
Lack of Real-Time Visibility: Operators need immediate access to alerts, environmental changes, and automation status without navigating through complicated systems.
AQUIVA was designed to solve these issues through a more approachable and scalable product experience.
Design Approach
Design Approach
The design direction for AQUIVA focused on creating a balance between:
Industrial monitoring systems
Premium SaaS applications
Smart IoT ecosystems
Calm aquatic visual aesthetics
The interface was intentionally designed to feel:
Clean
Spacious
Modern
Lightweight
Easy to navigate
Operationally efficient
Instead of overwhelming users with excessive technical data, the product prioritizes hierarchy, readability, and contextual information.
The design direction for AQUIVA focused on creating a balance between:
Industrial monitoring systems
Premium SaaS applications
Smart IoT ecosystems
Calm aquatic visual aesthetics
The interface was intentionally designed to feel:
Clean
Spacious
Modern
Lightweight
Easy to navigate
Operationally efficient
Instead of overwhelming users with excessive technical data, the product prioritizes hierarchy, readability, and contextual information.
Building the Ecosystem
Building the Ecosystem
AQUIVA was designed as a complete smart aquaculture ecosystem rather than a collection of standalone screens. The product structure revolves around five primary areas:
AQUIVA was designed as a complete smart aquaculture ecosystem rather than a collection of standalone screens. The product structure revolves around five primary areas:
Homepage
Homepage
A centralized operational dashboard displaying:
Farm stability
Environmental status
Pond activity
Connected automation systems
Quick operational summaries
The homepage acts as the command center for the entire aquaculture environment.
A centralized operational dashboard displaying:
Farm stability
Environmental status
Pond activity
Connected automation systems
Quick operational summaries
The homepage acts as the command center for the entire aquaculture environment.
Analytics Center
Analytics Center
The analytics experience focuses on transforming raw pond data into understandable operational insights.
Users can monitor:
Water temperature
Oxygen levels
pH balance
Ammonia status
Pond health trends
Automation performance
The goal was to make monitoring feel approachable without sacrificing operational clarity.
The analytics experience focuses on transforming raw pond data into understandable operational insights.
Users can monitor:
Water temperature
Oxygen levels
pH balance
Ammonia status
Pond health trends
Automation performance
The goal was to make monitoring feel approachable without sacrificing operational clarity.
Device Management
Device Management
One of the most important parts of the project was creating a believable IoT device ecosystem. AQUIVA includes connected device flows for:
Aerators
Auto Feeders
Water Circulation Systems
Environmental Sensors
The Device Center allows users to:
Monitor connectivity
Manage diagnostics
Configure automation
Track device health
Reconnect offline systems
Update firmware status
This creates a stronger sense of ecosystem realism throughout the UI Kit.
One of the most important parts of the project was creating a believable IoT device ecosystem. AQUIVA includes connected device flows for:
Aerators
Auto Feeders
Water Circulation Systems
Environmental Sensors
The Device Center allows users to:
Monitor connectivity
Manage diagnostics
Configure automation
Track device health
Reconnect offline systems
Update firmware status
This creates a stronger sense of ecosystem realism throughout the UI Kit.
Automation System
Automation System
The automation experience was designed to simplify repetitive operational tasks through intuitive control systems. Users can configure:
Feeding schedules
Circulation intervals
RPM control
Automation intensity
Operational timers
Smart pond behaviors
The challenge here was balancing advanced functionality while maintaining a clean and understandable mobile interface.
The automation experience was designed to simplify repetitive operational tasks through intuitive control systems. Users can configure:
Feeding schedules
Circulation intervals
RPM control
Automation intensity
Operational timers
Smart pond behaviors
The challenge here was balancing advanced functionality while maintaining a clean and understandable mobile interface.
Smart Device Pairing
Smart Device Pairing
One of the standout experiences in AQUIVA is the IoT onboarding flow. The project includes:
Radar-based device discovery
QR code pairing
Setup progress states
Connection verification
Pond assignment flows
These onboarding experiences help the product feel significantly more realistic and production-ready.
One of the standout experiences in AQUIVA is the IoT onboarding flow. The project includes:
Radar-based device discovery
QR code pairing
Setup progress states
Connection verification
Pond assignment flows
These onboarding experiences help the product feel significantly more realistic and production-ready.
Onboarding Experience
Onboarding Experience
AQUIVA also includes a lightweight onboarding flow focused on personalization and first-time setup. The onboarding process includes:
Language selection
Aquaculture type setup
First device connection
The onboarding was intentionally designed to feel minimal, modern, and welcoming rather than overly technical or enterprise-heavy.
AQUIVA also includes a lightweight onboarding flow focused on personalization and first-time setup. The onboarding process includes:
Language selection
Aquaculture type setup
First device connection
The onboarding was intentionally designed to feel minimal, modern, and welcoming rather than overly technical or enterprise-heavy.
Design System
Design System
AQUIVA leverages modern Figma workflows and scalable design system principles. The UI Kit was built using:
Auto Layout
Reusable Components
Component Variants
Typography Systems
Consistent Spacing Structures
Every component was designed to remain flexible and easy to scale for future product expansion.
AQUIVA leverages modern Figma workflows and scalable design system principles. The UI Kit was built using:
Auto Layout
Reusable Components
Component Variants
Typography Systems
Consistent Spacing Structures
Every component was designed to remain flexible and easy to scale for future product expansion.
Visual Direction
Visual Direction
The visual identity combines:
Soft blue accents
Clean grayscale surfaces
Rounded cards
Spacious layouts
Subtle shadows
Modern SaaS hierarchy
The result is a product aesthetic that feels:
Premium
Calm
Technical
Futuristic without becoming visually overwhelming
The visual identity combines:
Soft blue accents
Clean grayscale surfaces
Rounded cards
Spacious layouts
Subtle shadows
Modern SaaS hierarchy
The result is a product aesthetic that feels:
Premium
Calm
Technical
Futuristic without becoming visually overwhelming
What Makes AQUIVA Different
What Makes AQUIVA Different
Many mobile UI Kits focus only on visual presentation. AQUIVA focuses on:
Ecosystem thinking
Believable workflows
Operational UX
IoT interaction design
Connected product architecture
This makes the product feel closer to a real startup application rather than a simple UI exploration.
Many mobile UI Kits focus only on visual presentation. AQUIVA focuses on:
Ecosystem thinking
Believable workflows
Operational UX
IoT interaction design
Connected product architecture
This makes the product feel closer to a real startup application rather than a simple UI exploration.
Built For
Built For
AQUIVA is suitable for:
Smart Aquaculture Platforms
Fish Farm Management Apps
IoT Monitoring Systems
Smart Pond Ecosystems
Environmental Monitoring Dashboards
Automation Platforms
SaaS Mobile Products
Startup MVPs
AQUIVA is suitable for:
Smart Aquaculture Platforms
Fish Farm Management Apps
IoT Monitoring Systems
Smart Pond Ecosystems
Environmental Monitoring Dashboards
Automation Platforms
SaaS Mobile Products
Startup MVPs
Final Thoughts
Final Thoughts
AQUIVA was designed to explore how smart aquaculture products could feel more connected, modern, and operationally efficient through thoughtful mobile UX design.
By combining monitoring systems, automation controls, analytics dashboards, and IoT ecosystems into one scalable interface, the project aims to deliver a stronger foundation for next-generation aquaculture applications.
AQUIVA was designed to explore how smart aquaculture products could feel more connected, modern, and operationally efficient through thoughtful mobile UX design.
By combining monitoring systems, automation controls, analytics dashboards, and IoT ecosystems into one scalable interface, the project aims to deliver a stronger foundation for next-generation aquaculture applications.
Ready to Build Your Smart Aquaculture Product?
Ready to Build Your Smart Aquaculture Product?
AQUIVA includes:
100+ Mobile Screens
Smart Monitoring UI
Analytics Dashboard
Device Management
Automation System
IoT Pairing Flow
Design System
Auto Layout
Reusable Components
Fully Editable Figma File
AQUIVA includes:
100+ Mobile Screens
Smart Monitoring UI
Analytics Dashboard
Device Management
Automation System
IoT Pairing Flow
Design System
Auto Layout
Reusable Components
Fully Editable Figma File
Have a vision in mind?
Have a vision in mind?
Let's bring it to life. I'm open to collaborations, freelance work,
or long-term partnerships that value thoughtful design.
Let's bring it to life. I'm open to collaborations, freelance work,
or long-term partnerships that value thoughtful design.
Let's bring it to life. I'm open to collaborations, freelance work, or long-term partnerships that value thoughtful design.
Akbar Fadillah Hermawan
Akbar Fadillah Hermawan
Designing with clarity, structure, and a bit of curiosity.
Designing with clarity, structure, and a bit of curiosity.
Designing with clarity, structure, and a bit of curiosity.
© 2026 Akbar Fadillah Hermawan. All rights reserved.
© 2026 Akbar Fadillah Hermawan. All rights reserved.
© 2026 Akbar Fadillah Hermawan. All rights reserved.