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Oguzhan Topcuoglu's Seismic Mobile Application presents a masterfully orchestrated composite image wherein the visual hierarchy establishes itself through a dynamic interplay between environmental con
Oguzhan Topcuoglu's Application manifests as a quartet of mobile interface states captured in portrait orientation against an immaculate neutral ground, each screen measuring approximately nine by nin
Oguzhan Topcuoglu's Seismic Mobile Application demonstrates a sophisticated interface design wherein six mobile device screens present a unified circular radar visualization system rendered against de
Oguzhan Topcuoglu's Seismic Mobile Application presents a sophisticated mobile interface composition rendered across five smartphone screens arrayed in a carefully orchestrated spatial arrangement tha
Oguzhan Topcuoglu's Seismic Mobile Application presents a carefully orchestrated quartet of mobile interface screens arranged against a neutral ground, each device rendered with meticulous attention t

Aselsan

Silver Mobile Technologies, Applications and Software Design · 2023

Seismic Mobile Application

by Oguzhan Topcuoglu

  • A' Design Award 2023 Silver Winner in Mobile Technologies, Applications and Software Design
  • Awarded April 15, 2023
  • CLIENT: Aselsan
  • Estimated Number of Design Views: 36,344
  • Verification code 4D72FAF2F4 · Verify this award
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About Seismic Mobile Application

Seismic Mobile is a mobile application designed to provide an instant security service for facilities. The application works with ground-embedded seismic sensors that connect wirelessly to a gateway modem. Sensor setup, settings, radar views and notifications are managed from the phone, so no handheld terminal is needed. Four main menus organise notifications, the radar system, the sensor list and the settings. Red, yellow, blue and grey colours on a dark background make alarms, warnings and sensor states easy to recognise. The interface follows familiar daily app habits.

Oguzhan Topcuoglu's Seismic Mobile Application represents a compelling intersection of technological innovation and user-centered design philosophy, emerging from contemporary traditions of mobile interface development that prioritize both functional clarity and aesthetic refinement. The presentation strategy employed here demonstrates sophisticated understanding of product communication, situating the digital tool within its intended operational context through documentary-style photography that speaks to real-world application scenarios. The interface design draws upon established conventions of monitoring and surveillance system visualization, employing the familiar radar paradigm with its concentric distance rings and cardinal orientation markers, yet elevates these functional elements through considered chromatic choices and typographic hierarchy that suggest professional-grade capability. The dark theme implementation follows contemporary interface design best practices, reducing visual fatigue during extended monitoring sessions while allowing data visualization elements to achieve maximum luminosity and attention-capture. The wave-form graphic adorning the splash screen functions simultaneously as brand identifier and conceptual summary, its rippling concentric forms elegantly encoding the application's seismic detection purpose within a single memorable visual. The multiple interface states presented reveal thoughtful information architecture, progressing from spatial overview through chronological event logging to detailed location management, suggesting comprehensive functionality developed with deep understanding of user workflows. The decision to photograph the device within authentic outdoor environmental context rather than sterile studio conditions demonstrates commitment to communicating practical utility, the autumn setting perhaps subtly suggesting the seasonal variability of field deployment conditions. Viewers might contemplate how such tools transform our relationship with the earth beneath our feet, making invisible geological processes accessible to human awareness and enabling proactive response to environmental phenomena.

Press Kit

Unique Properties
The main idea in the project is to offer an instant security service for facilities based on seismic sensor technology. The system consists of sensors, modems, and a mobile app that controls the entire system about sensor setup, settings, radar, and notification checks. What makes the app unique is its specialized and easy-to-use functions instead of an extra handheld device. Despite the technical content, usage is easy for every user thanks to familiar experiences from daily-life apps.
Dimensions & Packaging
The app is responsive for all screen sizes and universally applicable for all Android and iOS phones.
Tags
Seismic, Sensor, Radar, Alarm, Warning, Security, Facility
Production Technology
One hardware package includes 12 ground-embedded seismic sensors that are wirelessly connected to a master modem known as a gateway. A mobile app for the customers communicates with the system via Bluetooth, WiFi, GPS, and NFC technologies. UX-UI interaction and the prototype of the app are designed in Figma Software.
Design Challenge
What is challenging for this project is controlling all the technical equipment wirelessly via a mobile app according to daily life habits. It consists of activating a gateway, matching it with a sensor group, defining the world locations of sensors, watching and controlling them on a radar screen, obtaining various signals, distinguishing if the feedback is an occasion or a sensor error, and transmitting this information to the user in a correct color code.
Project Duration
2021 - 2022, Ankara, Turkey
Operation Flow
The app is divided into four main submenus for each function. (1) Notifications: Alarms and warnings informing the user for any variable type of occasion. (2) Radar system: showing the sensor locations and distances. (3) Sensor list: indicating the sensor setup and properties. Finally, (4) Settings: General app and gateway settings. Red, yellow, blue, and gray colors convey the messages clearly on a dark background. Changing actions and the opacity of images also specify meaningful content.
Research
User research, literature review, and field studies are processed to investigate the feasibility of developing a mobile app for this device and to discover the users' needs and expectations. Insights focused on keeping the interface as simple as possible. The goal is to prevent users from learning new interactions by providing familiar experiences based on their daily app habits.
Inspiration
Designing a mobile app instead of an old-fashioned hand terminal, which other seismic systems have, is a unique idea for instant security services, enhancing user mobility and quick reaction. All technical information is organized in a user-friendly way. When it comes to enjoyable and engaging interaction, it is inspired by computer games for radar and alarm pages.
Image Credits
All visuals are created by Oguzhan Topcuoglu.
Video Sound credits: Royalty Free Music by AlexiAction from Pixabay
Patents
All rights reserved by Aselsan

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