Redesigning the digital experience of residential living in high-standard condominiums

What happens when the interface and user experience don't evolve with the system? Even the simplest tasks start to feel more difficult than they should be.

...

Let's take a closer look!

What happens when the interface and user experience don't evolve with the system? Even the simplest tasks start to feel more difficult than they should be.

...

Let's take a closer look!

Kickoff Thread

Kickoff Thread

When small usability issues start revealing a bigger system problem

When small usability issues start revealing a bigger system problem

Alian Medina

Software Engineer

Hi Rances, do you have a moment?


We've been working on the Weve mobile app for a while now, and the product has grown quite a bit. We've added visitor management, service bookings, package tracking, community news... lots of useful features. Functionally the system works well, but lately, we've received feedback that some residents find the app a little harder to navigate than it should be. The team start wondering if we need a designer.

Hi Rances, do you have a moment?


We've been working on the Weve mobile app for a while now, and the product has grown quite a bit. We've added visitor management, service bookings, package tracking, community news... lots of useful features. Functionally the system works well, but lately, we've received feedback that some residents find the app a little harder to navigate than it should be. The team start wondering if we need a designer.

Rancés Sánchez

Founder at Prometeux &

Lead Product Designer

Sure, I'd love to take a look.


When products grow organically over time, it's normal for the structure to become a bit fragmented. Sometimes, the problem isn't the features themselves, but how the user experience connects them. If the interface doesn’t evolve alongside the system, users eventually start experiencing friction in places that should feel effortless.

Sure, I'd love to take a look.


When products grow organically over time, it's normal for the structure to become a bit fragmented. Sometimes, the problem isn't the features themselves, but how the user experience connects them. If the interface doesn’t evolve alongside the system, users eventually start experiencing friction in places that should feel effortless.

Interface Review

Interface Review

Understanding the visual structure of the product

Understanding the visual structure of the product

Disclaimer

To respect the integrity of the original product and avoid exposing proprietary interfaces, the screen presented below is a simulated recreation of the platform's visual structure. While the interface is not the exact original screen, it accurately reflects the layout, components, and interaction patterns that were present in the product at the time of the analysis.

Unclear Information Architecture

Unclear Information Architecture

Core actions and secondary features share the same visual weight, making it difficult for users to quickly identify the most important tasks.

Core actions and secondary features share the same visual weight, making it difficult for users to quickly identify the most important tasks.

Weak Visual Hierarchy

Weak Visual Hierarchy

The interface lacks clear visual cues to guide attention, causing multiple elements to compete for focus on the same screen.

The interface lacks clear visual cues to guide attention, causing multiple elements to compete for focus on the same screen.

Low Contrast Interface

Low Contrast Interface

The dominant gradient background reduces contrast between elements, affecting readability and the visibility of interactive components.

The dominant gradient background reduces contrast between elements, affecting readability and the visibility of interactive components.

Inconsistent Iconography

Inconsistent Iconography

Icons vary in metaphor and visual style, which can introduce ambiguity and slow down feature recognition.

Icons vary in metaphor and visual style, which can introduce ambiguity and slow down feature recognition.

High Feature Density

High Feature Density

A large number of actions are displayed simultaneously, increasing cognitive load and forcing users to scan multiple options before acting.

A large number of actions are displayed simultaneously, increasing cognitive load and forcing users to scan multiple options before acting.

Irregular Spacing Rhythm

Irregular Spacing Rhythm

Inconsistent spacing between components disrupts visual balance and makes it harder for users to mentally group related elements.

Inconsistent spacing between components disrupts visual balance and makes it harder for users to mentally group related elements.

Mixed Content Layers

Mixed Content Layers

Operational actions and informational content coexist in the same space, creating friction between task execution and content consumption.

Operational actions and informational content coexist in the same space, creating friction between task execution and content consumption.

Fragmented Navigation

Fragmented Navigation

Key features are distributed across different sections without a clear structure, forcing users to search for actions instead of finding them intuitively.

Key features are distributed across different sections without a clear structure, forcing users to search for actions instead of finding them intuitively.

Overly Complex Task Flows

Overly Complex Task Flows

Simple actions often require navigating through multiple screens, increasing the time and effort needed to complete everyday tasks.

Simple actions often require navigating through multiple screens, increasing the time and effort needed to complete everyday tasks.

Frequent Context Switching

Frequent Context Switching

Operational tasks and informational content are mixed within the same navigation structure, forcing users to constantly shift their attention.

Operational tasks and informational content are mixed within the same navigation structure, forcing users to constantly shift their attention.

Increased Cognitive Load

Increased Cognitive Load

Users must process multiple decisions and interface elements before completing simple actions, making the experience mentally heavier than necessary.

Users must process multiple decisions and interface elements before completing simple actions, making the experience mentally heavier than necessary.

Lower Task Efficiency

Lower Task Efficiency

As a consequence of these issues, routine actions take longer to complete than expected in a daily-use application.

As a consequence of these issues, routine actions take longer to complete than expected in a daily-use application.

Real-World Impact

Real-World Impact

When interface friction and complex user experience turn into frustration and negative metrics

When interface friction and complex user experience turn into frustration and negative metrics

User Frustration

When actions such as authorizing a visitor or checking a delivery require more effort than expected, residents begin to experience friction during routine interactions.

Reduced Engagement

As friction increases, residents interact with the platform only when absolutely necessary.

Feature Abandonment

When key capabilities are difficult to locate or understand, users tend to avoid them entirely.

Slower Task Completion

Complex flows increase the time required to complete simple actions.

Increased Operational Load

When users struggle to complete tasks through the app, operational staff often become the fallback solution.

Increased Operational Load

When users struggle to complete tasks through the app, operational staff often become the fallback solution.

Increased Operational Load

When users struggle to complete tasks through the app, operational staff often become the fallback solution.

Redesign Strategy

Redesign Strategy

Reframing the platform around everyday residential interactions

Reframing the platform around everyday residential interactions

The analysis revealed that the platform was not lacking functionality. In fact, the system already supported most of the operations residents needed in their daily lives ... The challenge was structural.


Features had been added over time to solve operational needs, but the interface had not evolved with the same level of coherence. As a result, interactions that should feel simple had gradually become fragmented. Instead of introducing new capabilities, the redesign focused on clarifying the relationship between the system and the everyday interactions it supports. The strategy was guided by four core principles:

The analysis revealed that the platform was not lacking functionality. In fact, the system already supported most of the operations residents needed in their daily lives ... The challenge was structural.


Features had been added over time to solve operational needs, but the interface had not evolved with the same level of coherence. As a result, interactions that should feel simple had gradually become fragmented. Instead of introducing new capabilities, the redesign focused on clarifying the relationship between the system and the everyday interactions it supports. The strategy was guided by four core principles:

Structure Around Real-Life Tasks

Residential platforms support a wide variety of interactions: receiving visitors, managing deliveries, booking shared spaces, and staying informed about community updates.

Rather than presenting features as isolated modules, the redesign organizes the product around the actual activities residents perform in their everyday lives.

This shift helps users locate actions based on intention rather than memorizing where features are placed.

Reduce Cognitive Load

The original experience often exposed too many options at once, forcing residents to scan the interface repeatedly before completing a task.

The redesign introduces clearer hierarchy, progressive disclosure, and simplified flows, allowing users to focus only on the decisions that matter at each step.

The goal is to make everyday interactions feel immediate and effortless.

Separate Operational Layers

The platform manages different types of interactions:

• Operational actions: access, reservations
• Informational content: community news, notifications
• Logistical processes: packages

Mixing these layers in the same interface increases mental effort.

The redesign separates them into distinct spaces so users can quickly understand whether they are reading information or performing an action.

Design for Everyday Frequency

Unlike many consumer apps that are used occasionally, residential platforms support frequent daily interactions.

Authorizing visitors, checking notifications, or retrieving deliveries are small tasks repeated many times.

For this reason, the redesign prioritizes speed, clarity, and predictable interaction patterns that reduce the effort required during repeated use.

Redesigning the Core Flows

Redesigning the Core Flows

With the strategy defined, the next step was to apply these principles across the platform’s core user flows.

With the strategy defined, the next step was to apply these principles across the platform’s core user flows.

Designing a frictionless first interaction

The entry point of a digital product defines the tone of the entire experience. For a residential platform used in everyday situations, the authentication process must feel fast, intuitive, and effortless.

Clear and Focused Entry Point

Seamless Biometric Authentication

Familiar and Predictable Login Structure

A Contextual Home Experience

The Home screen now functions as a central hub that combines key contextual elements. This structure provides immediate orientation, helping residents understand where they are and what is happening in their building.

Community Updates at a Glance

Dedicated Space for Detailed Information

Real-Time Notifications

Making visitor activity clear and manageable

Managing visitor access is one of the most critical functions in a residential platform. Residents need to quickly understand who is entering the building, who has been authorized, and what events are scheduled.

Real-Time Visitor Activity

Authorized Access at a Glance

Managing Social Events

Creating a New Visitor Authorization (I)

Authorizing a visitor requires collecting several pieces of information while maintaining clarity and speed.

The redesigned flow introduces a step-by-step structure that guides residents through the process while reducing cognitive load. Instead of presenting a long form, the interface focuses on two essential decisions first: identifying the visitor and defining the access window.

Visitor Identification

Vehicle information if applicable

Access Timing

Creating a New Visitor Authorization (II)

Once the visitor identity and access timing have been defined, the next step is to determine where the visitor will be allowed to go within the building.

In residential environments, visitors may require access to different locations, such as a private unit or shared amenities. The redesigned flow introduces a visual selection system that helps residents clearly understand the scope of the authorization.

Selecting Access Locations

Reviewing the Authorization

Precise and secure, not complicated

Making shared spaces easy to discover and book

Shared amenities are an essential part of residential life. Spaces like rooftop lounges, sports courts, and event halls are frequently used by residents and require a reservation system that is both clear and efficient.

Visual Discovery of Shared Spaces

Category-Based Navigation

Dual View: Discovery and Reservations

Quick Access to Key Information

Turning space reservations into a simple and transparent process

Once residents discover an amenity they want to use, the next step is to reserve it. In residential environments, booking shared spaces must be both precise and easy to complete, ensuring that schedules remain organized while minimizing friction for residents.

Clear Context Before Booking

Intuitive Date and Time Selection

Transparent Booking Confirmation

QR-Based Access

Bringing clarity to residential package logistics

Online deliveries have become part of everyday residential life. Condominium buildings receive packages constantly, and residents need a reliable way to know when their deliveries arrive and how to retrieve them.

A Chronological Delivery Timeline

Clear Delivery Status

Detailed Package Information

QR-Based Package Retrieval

Connected with Notifications

Key Takeaways

Key Takeaways

Designing clarity for everyday complexity

Designing clarity for everyday complexity

Rancés Sánchez

Founder at Prometeux &

Lead Product Designer

Working on this redesign reinforced an idea that often appears in complex systems: the problem is rarely the lack of features, but the lack of clarity.


The original platform already had the necessary capabilities to support building life. What it lacked was a structure that made those capabilities understandable and accessible for residents.


The redesign focused on reorganizing that complexity. By improving hierarchy, structuring flows around real-life actions, and providing clearer context at every step, the experience became more aligned with how people actually interact with their homes.


Designing for residential ecosystems also highlights something important about product design: sometimes the most meaningful improvements are not new features, but better ways of connecting existing ones.


The goal of this redesign was simple: not to add more functionality, but to make the system feel understandable, reliable, and easy to live with.

Working on this redesign reinforced an idea that often appears in complex systems: the problem is rarely the lack of features, but the lack of clarity.


The original platform already had the necessary capabilities to support building life. What it lacked was a structure that made those capabilities understandable and accessible for residents.


The redesign focused on reorganizing that complexity. By improving hierarchy, structuring flows around real-life actions, and providing clearer context at every step, the experience became more aligned with how people actually interact with their homes.


Designing for residential ecosystems also highlights something important about product design: sometimes the most meaningful improvements are not new features, but better ways of connecting existing ones.


The goal of this redesign was simple: not to add more functionality, but to make the system feel understandable, reliable, and easy to live with.

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Let’s design what’s next with intention

Prometeux partners with ambitious teams to design digital products that scale, perform, and endure.

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Strategic Product Design

Designing clarity at the intersection of business, technology, and human experience.

Professional Presence

Insights & Updates

Occasional thoughts on product, design, and systems.

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Let’s build what truly deserves to exist

Designed with intention

© 2026 Prometeux

Start a conversation

Let’s design what’s next with intention

Prometeux partners with ambitious teams to design digital products that scale, perform, and endure.

prometeux

Strategic Product Design

Designing clarity at the intersection of business, technology, and human experience.

Professional Presence

Insights & Updates

Occasional thoughts on product, design, and systems.

Enter your email...

Let’s build what truly deserves to exist

Designed with intention

© 2026 Prometeux