A centralized platform
for restaurant operations
A centralized platform for restaurant operations
Restaurant Tech
SaaS B2B
Overview
In the restaurants we spoke to, staff spent most of their time handling static menus and managing orders without clear data insights. This case study restructures those workflows into a more adaptive, real-time system.
Operational Effort
Less manual work in updating menus and coordinating order handling
Data-Driven Decisions
Clear visibility into top-performing and underperforming menu items
Operational Control
Better control over menu availability and order flow during service
Role
UX Design, Flows, Visual Design
Tools
Contributors
Problem
Looking into everyday restaurant operations revealed the real issue wasn’t the workload, but how decisions and menu updates were constrained by fixed systems and limited visibility.
In many restaurants, menu availability and order handling are still managed through manual updates and rigid setups that fail to reflect what’s actually happening on the floor. With little to no structured data on item performance, decisions are often driven by assumptions rather than clarity. This disconnect reduces visibility across operations, leading to inefficiencies, missed revenue opportunities, and increased pressure on staff during peak hours. Over time, teams spend more effort reacting to problems than improving service, affecting both consistency and overall performance.
Research & Discovery
Conducted interviews with restaurant owners and staff to understand how they manage menus, customer interactions, and daily operations.
01
Rigid systems fail to adapt
Menus remain fixed across service times, failing to reflect real-time availability. This leads to frequent manual adjustments and confusion during ordering.
02
Decisions lack clear signals
Without structured visibility into sales and performance, teams rely on assumptions instead of insights. This limits their ability to optimize offerings.
03
Manual workflows dominate
Core tasks like updating menus, tracking orders, and managing feedback rely heavily on manual coordination, slowing operations during peak hours.
User Understanding
User Persona
From the interviews, it became clear that restaurant managers like C. Kanagaraj are responsible for managing daily operations while coordinating menus, orders, and customer interactions. However, manual processes shift their time toward operational tasks instead of informed decision-making, reducing visibility and control over restaurant performance.
Course of Action
Defining how restaurant operations should function by translating research into system-level decisions
The research revealed that the core issue wasn’t missing capabilities, but how menus, data, and daily tasks were disconnected in practice. I focused on rethinking how these elements interact, shaping a system that improves visibility while reducing reliance on manual coordination.
01
Made menus responsive to real conditions
Redefined how menus behave by allowing availability to adjust based on actual stock and service timing, avoiding reliance on fixed listings across the day.
02
Turned data into decision signals
Focused on exposing meaningful patterns from sales and feedback, helping teams quickly identify what is working and where adjustments are needed.
03
Reduced reliance on constant manual fixes
Simplified recurring tasks like updating availability and handling feedback, minimizing the need for repeated manual coordination across workflows.
04
Brought operations into a unified flow
Connected menus, data, and actions into a single structure, allowing teams to manage tasks without switching between fragmented processes.
System Design
User Flow
Journeys for menus, orders, and customer interactions are arranged to follow how work actually happens inside a restaurant, instead of being divided across separate sections. Tasks that once required constant back-and-forth are organized into a clear progression, where each step connects with the next along with the information it needs. This reduces friction, streamlines execution, and makes everyday operations easier to manage.
Information Architecture
The system is structured by organizing features into key operational areas, where related actions and information are grouped based on how tasks are actually carried out, rather than being split across isolated sections. This approach was shaped by bringing menus, orders, and performance into closely connected layers, reducing scattered navigation and making it easier to access actions while understanding how different parts of the system relate to each other.
Initial Ideas
Exploring layout directions to shape complex operations into clear structures
With the flows and structure defined, the focus shifted to translating them into screens that could accommodate menus, orders, and data without becoming overwhelming. Multiple layout directions were explored to test how information and actions could be arranged, what should be surfaced first, and how much could be handled within a single view. Through these iterations, the structure evolved toward clearer grouping, fewer steps, and keeping related tasks within a focused working context.
Design System
Creating a visual system that ensures clarity, consistency, and predictable interactions across the product
With the structure and flows defined, the focus shifted to building a consistent interface system that supports data-heavy workflows across different sections. The goal was to ensure that information, actions, and system states are presented clearly and behave consistently, so interactions remain predictable and easy to understand as users move through the product.
Design Principles
Prioritized clear information hierarchy to make data-heavy screens easier to scan and understand
Used consistent spacing and grouping to reduce visual clutter and improve content organization
Ensured readability through accessible contrast and typography, adhering to WCAG AA standards
System Consistency & States
A unified system was established for colors, components, and interaction states to maintain consistency across the product. From indicating availability and status changes to highlighting actions and feedback, each element is designed to communicate clearly and remain accessible, ensuring a cohesive and reliable experience across different workflows.
Dashboard
A centralized view to track live orders, revenue, and act on operational changes instantly
The dashboard brings together live order activity, revenue trends, and status updates into a single, actionable view. This allows staff to quickly assess what’s happening across the restaurant, identify delays or bottlenecks, and take immediate action without relying on manual coordination or switching between sections.
Problem
Orders, revenue, and daily operations are often tracked across separate systems or manually, making it difficult to get a real-time view of what’s happening and delaying response to operational issues.
Solution
A unified dashboard surfaces live orders, revenue insights, and status indicators in one place, enabling staff to monitor activity, detect issues early, and respond to changes as they happen.
Rationale
Restaurant operations depend on quick decisions and continuous monitoring. Bringing real-time data and actionable signals into a single view reduces the need for manual follow-ups and helps staff stay aligned with ongoing activity.
Impact
Enables faster response to order changes, improves visibility across operations, and reduces reliance on manual tracking, leading to more efficient day-to-day management.
Menu
A single workspace to manage menu items, control availability, and keep the menu aligned with real-time operations
The menu screen is built for continuous changes during service, where items frequently go in and out of availability. It brings together food details, categories, and availability controls into a structured, table-based view, allowing staff to quickly scan items, update status, and keep the menu accurate without relying on manual communication.
Problem
Menus remain static while item availability keeps changing, forcing staff to manually communicate updates, which often leads to incorrect orders, delays, and inconsistent customer experience.
Solution
A centralized menu management interface allows staff to view all items, update availability through direct controls, and manage food details in one place, ensuring that changes are reflected immediately during operations.
Rationale
Since menu updates happen frequently, presenting items in a dense but structured format with inline controls enables quick scanning and immediate updates without interrupting ongoing tasks.
Impact
Keeps the menu consistently aligned with actual availability, reduces incorrect orders, and minimizes the need for manual coordination during service hours.
Food Details
A contextual view to understand, manage, and act on item-level details without breaking workflow
The food details view is designed to provide deeper visibility into each item while keeping the user within the menu context. It brings together key information such as availability, pricing, ingredients, and customer feedback into a single focused panel, allowing staff to review details, make updates, and take action without navigating away from the main workflow.
Problem
Accessing detailed information about a menu item often requires navigating across different sections, making it difficult to review, update, and act on item-level data without disrupting the workflow.
Solution
A contextual side panel presents all relevant item information along with inline controls, enabling staff to view details, update availability, and manage item settings without leaving the menu screen.
Rationale
Keeping detailed information and controls within the same context reduces unnecessary navigation and allows staff to move seamlessly from understanding an item to taking action.
Impact
Improves efficiency in managing item-level details, reduces context switching, and enables faster updates while maintaining continuity in the workflow.
Performance
A performance view that highlights what’s working, what’s not, and where action is needed
The performance screen brings together sales trends, item popularity, customer feedback, and error signals into a single view. By combining quantitative data with clear indicators, it allows staff to quickly identify high-performing items, detect issues, and understand where improvements are needed without analyzing scattered data.
Problem
Performance insights are often fragmented across sales data, feedback, and operational issues, making it difficult to identify what is working, what needs attention, and where to take action.
Solution
A unified performance view consolidates key metrics, feedback signals, and issue indicators, enabling staff to evaluate item performance, compare results, and detect problems within the same context.
Rationale
Combining performance data with clear visual signals such as popularity, feedback tags, and error indicators helps reduce the effort required to interpret raw data and supports quicker, more informed decisions.
Impact
Enables data-driven decisions, helps identify improvement areas early, and supports continuous optimization of menu offerings and operations.
Orders
A real-time view to manage order flow, track progress, and respond to service demand as it unfolds
The orders screen is built to support active service, where multiple orders are processed simultaneously under time pressure. It combines live order data, status progression, and volume trends into a single view, allowing staff to stay aware of ongoing activity, monitor progress, and respond quickly to changes without relying on manual coordination.
Problem
Order tracking is often fragmented or handled manually, making it difficult to maintain visibility into ongoing orders, identify delays, and manage service efficiently during peak hours.
Solution
A unified orders interface presents real-time status updates, detailed order information, and activity trends in one place, enabling staff to track order progression, detect bottlenecks, and access relevant details within the same workflow.
Rationale
Since order handling is continuous and time-sensitive, combining overview metrics with detailed tracking reduces the need to switch contexts and helps staff maintain control over both overall flow and individual orders.
Impact
Enhances visibility into live operations, supports faster response to delays, and improves coordination during high-demand service periods.
Customer Ordering
A self-service flow that allows customers to browse, decide, and place orders without waiting
The customer ordering flow enables direct access to the menu through a QR scan, allowing users to explore items, view details, and place orders within a structured and uninterrupted journey. By reducing reliance on staff and manual communication, it creates a faster and more consistent ordering experience.
Problem
Ordering through staff and static menus often leads to delays, miscommunication, and limited visibility into available items, especially during busy service hours.
Solution
A QR-based ordering flow provides access to a dynamic menu where customers can browse categories, view item details, add items to cart, and complete orders independently within the same flow.
Rationale
Structuring the experience into clear steps—browsing, decision-making, and checkout—helps users move smoothly through the process while maintaining clarity at each stage.
Impact
Reduces waiting time, minimizes ordering errors, and enables a faster, more efficient customer experience during service.
Overall Impact
Manual Coordination
Menu updates and order handling no longer rely on verbal communication or manual follow-ups
Service Throughput
Orders progress smoothly with clear status tracking, minimizing delays during peak service
Process Friction
Tasks like managing menu, orders, and availability happen within a single connected flow
Operational Visibility
Live data across orders, revenue, and performance keeps staff aware of ongoing operations
Ordering Errors
Accurate menu availability and self-service ordering minimize incorrect or mismatched orders
Decision Readiness
Performance insights and feedback signals surface issues early, enabling faster decisions
More Works
(GQ® — 02)
©2024
A centralized platform
for restaurant operations
Restaurant Tech
SaaS B2B
Overview
In the restaurants we spoke to, staff spent most of their time handling static menus and managing orders without clear data insights. This case study restructures those workflows into a more adaptive, real-time system.
Operational Effort
Less manual work in updating menus and coordinating order handling
Data-Driven Decisions
Clear visibility into top-performing and underperforming menu items
Operational Control
Better control over menu availability and order flow during service
Role
UX Design, Flows, Visual Design
Tools
Contributors
Problem
Looking into everyday restaurant operations revealed the real issue wasn’t the workload, but how decisions and menu updates were constrained by fixed systems and limited visibility.
In many restaurants, menu availability and order handling are still managed through manual updates and rigid setups that fail to reflect what’s actually happening on the floor. With little to no structured data on item performance, decisions are often driven by assumptions rather than clarity. This disconnect reduces visibility across operations, leading to inefficiencies, missed revenue opportunities, and increased pressure on staff during peak hours. Over time, teams spend more effort reacting to problems than improving service, affecting both consistency and overall performance.
Research & Discovery
Conducted interviews with restaurant owners and staff to understand how they manage menus, customer interactions, and daily operations.
01
Rigid systems fail to adapt
Menus remain fixed across service times, failing to reflect real-time availability. This leads to frequent manual adjustments and confusion during ordering.
02
Decisions lack clear signals
Without structured visibility into sales and performance, teams rely on assumptions instead of insights. This limits their ability to optimize offerings.
03
Manual workflows dominate
Core tasks like updating menus, tracking orders, and managing feedback rely heavily on manual coordination, slowing operations during peak hours.
User Understanding
User Persona
From the interviews, it became clear that restaurant managers like C. Kanagaraj are responsible for managing daily operations while coordinating menus, orders, and customer interactions. However, manual processes shift their time toward operational tasks instead of informed decision-making, reducing visibility and control over restaurant performance.
Course of Action
Defining how restaurant operations should function by translating research into system-level decisions
The research revealed that the core issue wasn’t missing capabilities, but how menus, data, and daily tasks were disconnected in practice. I focused on rethinking how these elements interact, shaping a system that improves visibility while reducing reliance on manual coordination.
01
Made menus responsive to real conditions
Redefined how menus behave by allowing availability to adjust based on actual stock and service timing, avoiding reliance on fixed listings across the day.
02
Turned data into decision signals
Focused on exposing meaningful patterns from sales and feedback, helping teams quickly identify what is working and where adjustments are needed.
03
Reduced reliance on constant manual fixes
Simplified recurring tasks like updating availability and handling feedback, minimizing the need for repeated manual coordination across workflows.
04
Brought operations into a unified flow
Connected menus, data, and actions into a single structure, allowing teams to manage tasks without switching between fragmented processes.
System Design
User Flow
Journeys for menus, orders, and customer interactions are arranged to follow how work actually happens inside a restaurant, instead of being divided across separate sections. Tasks that once required constant back-and-forth are organized into a clear progression, where each step connects with the next along with the information it needs. This reduces friction, streamlines execution, and makes everyday operations easier to manage.
Information Architecture
The system is structured by organizing features into key operational areas, where related actions and information are grouped based on how tasks are actually carried out, rather than being split across isolated sections. This approach was shaped by bringing menus, orders, and performance into closely connected layers, reducing scattered navigation and making it easier to access actions while understanding how different parts of the system relate to each other.
Initial Ideas
Exploring layout directions to shape complex operations into clear structures
With the flows and structure defined, the focus shifted to translating them into screens that could accommodate menus, orders, and data without becoming overwhelming. Multiple layout directions were explored to test how information and actions could be arranged, what should be surfaced first, and how much could be handled within a single view. Through these iterations, the structure evolved toward clearer grouping, fewer steps, and keeping related tasks within a focused working context.
Design System
Creating a visual system that ensures clarity, consistency, and predictable interactions across the product
With the structure and flows defined, the focus shifted to building a consistent interface system that supports data-heavy workflows across different sections. The goal was to ensure that information, actions, and system states are presented clearly and behave consistently, so interactions remain predictable and easy to understand as users move through the product.
Design Principles
Prioritized clear information hierarchy to make data-heavy screens easier to scan and understand
Used consistent spacing and grouping to reduce visual clutter and improve content organization
Ensured readability through accessible contrast and typography, adhering to WCAG AA standards
System Consistency & States
A unified system was established for colors, components, and interaction states to maintain consistency across the product. From indicating availability and status changes to highlighting actions and feedback, each element is designed to communicate clearly and remain accessible, ensuring a cohesive and reliable experience across different workflows.
Dashboard
A centralized view to track live orders, revenue, and act on operational changes instantly
The dashboard brings together live order activity, revenue trends, and status updates into a single, actionable view. This allows staff to quickly assess what’s happening across the restaurant, identify delays or bottlenecks, and take immediate action without relying on manual coordination or switching between sections.
Problem
Orders, revenue, and daily operations are often tracked across separate systems or manually, making it difficult to get a real-time view of what’s happening and delaying response to operational issues.
Solution
A unified dashboard surfaces live orders, revenue insights, and status indicators in one place, enabling staff to monitor activity, detect issues early, and respond to changes as they happen.
Rationale
Restaurant operations depend on quick decisions and continuous monitoring. Bringing real-time data and actionable signals into a single view reduces the need for manual follow-ups and helps staff stay aligned with ongoing activity.
Impact
Enables faster response to order changes, improves visibility across operations, and reduces reliance on manual tracking, leading to more efficient day-to-day management.
Menu
A single workspace to manage menu items, control availability, and keep the menu aligned with real-time operations
The menu screen is built for continuous changes during service, where items frequently go in and out of availability. It brings together food details, categories, and availability controls into a structured, table-based view, allowing staff to quickly scan items, update status, and keep the menu accurate without relying on manual communication.
Problem
Menus remain static while item availability keeps changing, forcing staff to manually communicate updates, which often leads to incorrect orders, delays, and inconsistent customer experience.
Solution
A centralized menu management interface allows staff to view all items, update availability through direct controls, and manage food details in one place, ensuring that changes are reflected immediately during operations.
Rationale
Since menu updates happen frequently, presenting items in a dense but structured format with inline controls enables quick scanning and immediate updates without interrupting ongoing tasks.
Impact
Keeps the menu consistently aligned with actual availability, reduces incorrect orders, and minimizes the need for manual coordination during service hours.
Food Details
A contextual view to understand, manage, and act on item-level details without breaking workflow
The food details view is designed to provide deeper visibility into each item while keeping the user within the menu context. It brings together key information such as availability, pricing, ingredients, and customer feedback into a single focused panel, allowing staff to review details, make updates, and take action without navigating away from the main workflow.
Problem
Accessing detailed information about a menu item often requires navigating across different sections, making it difficult to review, update, and act on item-level data without disrupting the workflow.
Solution
A contextual side panel presents all relevant item information along with inline controls, enabling staff to view details, update availability, and manage item settings without leaving the menu screen.
Rationale
Keeping detailed information and controls within the same context reduces unnecessary navigation and allows staff to move seamlessly from understanding an item to taking action.
Impact
Improves efficiency in managing item-level details, reduces context switching, and enables faster updates while maintaining continuity in the workflow.
Performance
A performance view that highlights what’s working, what’s not, and where action is needed
The performance screen brings together sales trends, item popularity, customer feedback, and error signals into a single view. By combining quantitative data with clear indicators, it allows staff to quickly identify high-performing items, detect issues, and understand where improvements are needed without analyzing scattered data.
Problem
Performance insights are often fragmented across sales data, feedback, and operational issues, making it difficult to identify what is working, what needs attention, and where to take action.
Solution
A unified performance view consolidates key metrics, feedback signals, and issue indicators, enabling staff to evaluate item performance, compare results, and detect problems within the same context.
Rationale
Combining performance data with clear visual signals such as popularity, feedback tags, and error indicators helps reduce the effort required to interpret raw data and supports quicker, more informed decisions.
Impact
Enables data-driven decisions, helps identify improvement areas early, and supports continuous optimization of menu offerings and operations.
Orders
A real-time view to manage order flow, track progress, and respond to service demand as it unfolds
The orders screen is built to support active service, where multiple orders are processed simultaneously under time pressure. It combines live order data, status progression, and volume trends into a single view, allowing staff to stay aware of ongoing activity, monitor progress, and respond quickly to changes without relying on manual coordination.
Problem
Order tracking is often fragmented or handled manually, making it difficult to maintain visibility into ongoing orders, identify delays, and manage service efficiently during peak hours.
Solution
A unified orders interface presents real-time status updates, detailed order information, and activity trends in one place, enabling staff to track order progression, detect bottlenecks, and access relevant details within the same workflow.
Rationale
Since order handling is continuous and time-sensitive, combining overview metrics with detailed tracking reduces the need to switch contexts and helps staff maintain control over both overall flow and individual orders.
Impact
Enhances visibility into live operations, supports faster response to delays, and improves coordination during high-demand service periods.
Customer Ordering
A self-service flow that allows customers to browse, decide, and place orders without waiting
The customer ordering flow enables direct access to the menu through a QR scan, allowing users to explore items, view details, and place orders within a structured and uninterrupted journey. By reducing reliance on staff and manual communication, it creates a faster and more consistent ordering experience.
Problem
Ordering through staff and static menus often leads to delays, miscommunication, and limited visibility into available items, especially during busy service hours.
Solution
A QR-based ordering flow provides access to a dynamic menu where customers can browse categories, view item details, add items to cart, and complete orders independently within the same flow.
Rationale
Structuring the experience into clear steps—browsing, decision-making, and checkout—helps users move smoothly through the process while maintaining clarity at each stage.
Impact
Reduces waiting time, minimizes ordering errors, and enables a faster, more efficient customer experience during service.
Overall Impact
Manual Coordination
Menu updates and order handling no longer rely on verbal communication or manual follow-ups
Service Throughput
Orders progress smoothly with clear status tracking, minimizing delays during peak service
Process Friction
Tasks like managing menu, orders, and availability happen within a single connected flow
Operational Visibility
Live data across orders, revenue, and performance keeps staff aware of ongoing operations
Ordering Errors
Accurate menu availability and self-service ordering minimize incorrect or mismatched orders
Decision Readiness
Performance insights and feedback signals surface issues early, enabling faster decisions
More Works
©2024
A centralized platform
for restaurant operations
Restaurant Tech
SaaS B2B
Overview
In the restaurants we spoke to, staff spent most of their time handling static menus and managing orders without clear data insights. This case study restructures those workflows into a more adaptive, real-time system.
Operational Effort
Less manual work in updating menus and coordinating order handling
Data-Driven Decisions
Clear visibility into top-performing and underperforming menu items
Operational Control
Better control over menu availability and order flow during service
Role
UX Design, Flows, Visual Design
Tools
Contributors
Problem
Looking into everyday restaurant operations revealed the real issue wasn’t the workload, but how decisions and menu updates were constrained by fixed systems and limited visibility.
In many restaurants, menu availability and order handling are still managed through manual updates and rigid setups that fail to reflect what’s actually happening on the floor. With little to no structured data on item performance, decisions are often driven by assumptions rather than clarity. This disconnect reduces visibility across operations, leading to inefficiencies, missed revenue opportunities, and increased pressure on staff during peak hours. Over time, teams spend more effort reacting to problems than improving service, affecting both consistency and overall performance.
Research & Discovery
Conducted interviews with restaurant owners and staff to understand how they manage menus, customer interactions, and daily operations.
01
Rigid systems fail to adapt
Menus remain fixed across service times, failing to reflect real-time availability. This leads to frequent manual adjustments and confusion during ordering.
02
Decisions lack clear signals
Without structured visibility into sales and performance, teams rely on assumptions instead of insights. This limits their ability to optimize offerings.
03
Manual workflows dominate
Core tasks like updating menus, tracking orders, and managing feedback rely heavily on manual coordination, slowing operations during peak hours.
User Understanding
User Persona
From the interviews, it became clear that restaurant managers like C. Kanagaraj are responsible for managing daily operations while coordinating menus, orders, and customer interactions. However, manual processes shift their time toward operational tasks instead of informed decision-making, reducing visibility and control over restaurant performance.
Course of Action
Defining how restaurant operations should function by translating research into system-level decisions
The research revealed that the core issue wasn’t missing capabilities, but how menus, data, and daily tasks were disconnected in practice. I focused on rethinking how these elements interact, shaping a system that improves visibility while reducing reliance on manual coordination.
01
Made menus responsive to real conditions
Redefined how menus behave by allowing availability to adjust based on actual stock and service timing, avoiding reliance on fixed listings across the day.
02
Turned data into decision signals
Focused on exposing meaningful patterns from sales and feedback, helping teams quickly identify what is working and where adjustments are needed.
03
Reduced reliance on constant manual fixes
Simplified recurring tasks like updating availability and handling feedback, minimizing the need for repeated manual coordination across workflows.
04
Brought operations into a unified flow
Connected menus, data, and actions into a single structure, allowing teams to manage tasks without switching between fragmented processes.
System Design
User Flow
Journeys for menus, orders, and customer interactions are arranged to follow how work actually happens inside a restaurant, instead of being divided across separate sections. Tasks that once required constant back-and-forth are organized into a clear progression, where each step connects with the next along with the information it needs. This reduces friction, streamlines execution, and makes everyday operations easier to manage.
Information Architecture
The system is structured by organizing features into key operational areas, where related actions and information are grouped based on how tasks are actually carried out, rather than being split across isolated sections. This approach was shaped by bringing menus, orders, and performance into closely connected layers, reducing scattered navigation and making it easier to access actions while understanding how different parts of the system relate to each other.
Initial Ideas
Exploring layout directions to shape complex operations into clear structures
With the flows and structure defined, the focus shifted to translating them into screens that could accommodate menus, orders, and data without becoming overwhelming. Multiple layout directions were explored to test how information and actions could be arranged, what should be surfaced first, and how much could be handled within a single view. Through these iterations, the structure evolved toward clearer grouping, fewer steps, and keeping related tasks within a focused working context.
Design System
Creating a visual system that ensures clarity, consistency, and predictable interactions across the product
With the structure and flows defined, the focus shifted to building a consistent interface system that supports data-heavy workflows across different sections. The goal was to ensure that information, actions, and system states are presented clearly and behave consistently, so interactions remain predictable and easy to understand as users move through the product.
Design Principles
Prioritized clear information hierarchy to make data-heavy screens easier to scan and understand
Used consistent spacing and grouping to reduce visual clutter and improve content organization
Ensured readability through accessible contrast and typography, adhering to WCAG AA standards
System Consistency & States
A unified system was established for colors, components, and interaction states to maintain consistency across the product. From indicating availability and status changes to highlighting actions and feedback, each element is designed to communicate clearly and remain accessible, ensuring a cohesive and reliable experience across different workflows.
Dashboard
A centralized view to track live orders, revenue, and act on operational changes instantly
The dashboard brings together live order activity, revenue trends, and status updates into a single, actionable view. This allows staff to quickly assess what’s happening across the restaurant, identify delays or bottlenecks, and take immediate action without relying on manual coordination or switching between sections.
Problem
Orders, revenue, and daily operations are often tracked across separate systems or manually, making it difficult to get a real-time view of what’s happening and delaying response to operational issues.
Solution
A unified dashboard surfaces live orders, revenue insights, and status indicators in one place, enabling staff to monitor activity, detect issues early, and respond to changes as they happen.
Rationale
Restaurant operations depend on quick decisions and continuous monitoring. Bringing real-time data and actionable signals into a single view reduces the need for manual follow-ups and helps staff stay aligned with ongoing activity.
Impact
Enables faster response to order changes, improves visibility across operations, and reduces reliance on manual tracking, leading to more efficient day-to-day management.
Menu
A single workspace to manage menu items, control availability, and keep the menu aligned with real-time operations
The menu screen is built for continuous changes during service, where items frequently go in and out of availability. It brings together food details, categories, and availability controls into a structured, table-based view, allowing staff to quickly scan items, update status, and keep the menu accurate without relying on manual communication.
Problem
Menus remain static while item availability keeps changing, forcing staff to manually communicate updates, which often leads to incorrect orders, delays, and inconsistent customer experience.
Solution
A centralized menu management interface allows staff to view all items, update availability through direct controls, and manage food details in one place, ensuring that changes are reflected immediately during operations.
Rationale
Since menu updates happen frequently, presenting items in a dense but structured format with inline controls enables quick scanning and immediate updates without interrupting ongoing tasks.
Impact
Keeps the menu consistently aligned with actual availability, reduces incorrect orders, and minimizes the need for manual coordination during service hours.
Food Details
A contextual view to understand, manage, and act on item-level details without breaking workflow
The food details view is designed to provide deeper visibility into each item while keeping the user within the menu context. It brings together key information such as availability, pricing, ingredients, and customer feedback into a single focused panel, allowing staff to review details, make updates, and take action without navigating away from the main workflow.
Problem
Accessing detailed information about a menu item often requires navigating across different sections, making it difficult to review, update, and act on item-level data without disrupting the workflow.
Solution
A contextual side panel presents all relevant item information along with inline controls, enabling staff to view details, update availability, and manage item settings without leaving the menu screen.
Rationale
Keeping detailed information and controls within the same context reduces unnecessary navigation and allows staff to move seamlessly from understanding an item to taking action.
Impact
Improves efficiency in managing item-level details, reduces context switching, and enables faster updates while maintaining continuity in the workflow.
Performance
A performance view that highlights what’s working, what’s not, and where action is needed
The performance screen brings together sales trends, item popularity, customer feedback, and error signals into a single view. By combining quantitative data with clear indicators, it allows staff to quickly identify high-performing items, detect issues, and understand where improvements are needed without analyzing scattered data.
Problem
Performance insights are often fragmented across sales data, feedback, and operational issues, making it difficult to identify what is working, what needs attention, and where to take action.
Solution
A unified performance view consolidates key metrics, feedback signals, and issue indicators, enabling staff to evaluate item performance, compare results, and detect problems within the same context.
Rationale
Combining performance data with clear visual signals such as popularity, feedback tags, and error indicators helps reduce the effort required to interpret raw data and supports quicker, more informed decisions.
Impact
Enables data-driven decisions, helps identify improvement areas early, and supports continuous optimization of menu offerings and operations.
Orders
A real-time view to manage order flow, track progress, and respond to service demand as it unfolds
The orders screen is built to support active service, where multiple orders are processed simultaneously under time pressure. It combines live order data, status progression, and volume trends into a single view, allowing staff to stay aware of ongoing activity, monitor progress, and respond quickly to changes without relying on manual coordination.
Problem
Order tracking is often fragmented or handled manually, making it difficult to maintain visibility into ongoing orders, identify delays, and manage service efficiently during peak hours.
Solution
A unified orders interface presents real-time status updates, detailed order information, and activity trends in one place, enabling staff to track order progression, detect bottlenecks, and access relevant details within the same workflow.
Rationale
Since order handling is continuous and time-sensitive, combining overview metrics with detailed tracking reduces the need to switch contexts and helps staff maintain control over both overall flow and individual orders.
Impact
Enhances visibility into live operations, supports faster response to delays, and improves coordination during high-demand service periods.
Customer Ordering
A self-service flow that allows customers to browse, decide, and place orders without waiting
The customer ordering flow enables direct access to the menu through a QR scan, allowing users to explore items, view details, and place orders within a structured and uninterrupted journey. By reducing reliance on staff and manual communication, it creates a faster and more consistent ordering experience.
Problem
Ordering through staff and static menus often leads to delays, miscommunication, and limited visibility into available items, especially during busy service hours.
Solution
A QR-based ordering flow provides access to a dynamic menu where customers can browse categories, view item details, add items to cart, and complete orders independently within the same flow.
Rationale
Structuring the experience into clear steps—browsing, decision-making, and checkout—helps users move smoothly through the process while maintaining clarity at each stage.
Impact
Reduces waiting time, minimizes ordering errors, and enables a faster, more efficient customer experience during service.
Overall Impact
Manual Coordination
Menu updates and order handling no longer rely on verbal communication or manual follow-ups
Service Throughput
Orders progress smoothly with clear status tracking, minimizing delays during peak service
Process Friction
Tasks like managing menu, orders, and availability happen within a single connected flow
Operational Visibility
Live data across orders, revenue, and performance keeps staff aware of ongoing operations
Ordering Errors
Accurate menu availability and self-service ordering minimize incorrect or mismatched orders
Decision Readiness
Performance insights and feedback signals surface issues early, enabling faster decisions
More Works
(GQ® — 02)
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