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Two Sensys employees in a field with a multi-channel probe cart.

SENSYS

Probe what remains hidden — with ease.

We have rethought a mobile app for SENSYS — as a replacement for an established enterprise application. The result: a powerful tool for complex field work — simpler, more robust, more sustainable.

Sector
Period

Initiation

Probing means making hidden structures visible. SENSYS, a pioneer in magnetometers and probing solutions from Brandenburg, makes exactly that possible — from disposal of weapons to offshore investigations. Your Sensys GO mobile app accompanies teams in the field where conditions are harsh, lighting conditions are extreme and processes are complex. But the original application had grown organically over 15 years and was increasingly losing comprehensibility and ease of use. We changed that together.

Challenge

Probing is hard work. Teams are out and about. They must plan, carry out and evaluate measurements — often under the highest requirements. The old version of Sensys GO was functional but complicated. It was difficult for new user groups to access. More users meant more complexity. More complexity meant more confusion. A reorganization was needed, not just cosmetic adjustments.

Initiation

Probing means making hidden structures visible. SENSYS, a pioneer in magnetometers and probing solutions from Brandenburg, makes exactly that possible — from disposal of weapons to offshore investigations. Your Sensys GO mobile app accompanies teams in the field where conditions are harsh, lighting conditions are extreme and processes are complex. But the original application had grown organically over 15 years and was increasingly losing comprehensibility and ease of use. We changed that together.

Challenge

Probing is hard work. Teams are out and about. They must plan, carry out and evaluate measurements — often under the highest requirements. The old version of Sensys GO was functional but complicated. It was difficult for new user groups to access. More users meant more complexity. More complexity meant more confusion. A reorganization was needed, not just cosmetic adjustments.

Initiation

Probing means making hidden structures visible. SENSYS, a pioneer in magnetometers and probing solutions from Brandenburg, makes exactly that possible — from disposal of weapons to offshore investigations. Your Sensys GO mobile app accompanies teams in the field where conditions are harsh, lighting conditions are extreme and processes are complex. But the original application had grown organically over 15 years and was increasingly losing comprehensibility and ease of use. We changed that together.

Challenge

Probing is hard work. Teams are out and about. They must plan, carry out and evaluate measurements — often under the highest requirements. The old version of Sensys GO was functional but complicated. It was difficult for new user groups to access. More users meant more complexity. More complexity meant more confusion. A reorganization was needed, not just cosmetic adjustments.

Our Approach

We started with a foundation that everyone involved shared: a common understanding of users, tasks, and context. Workshops helped to work out personas, user stories, and customer journeys. In doing so, we laid the foundation for a consistent workflow that seamlessly combines planning, measurement and evaluation.

At the same time, we analyzed technical processes and real usage situations. Remote user tests with click prototypes showed where processes stalled and where users needed support. On this basis, a process-oriented information architecture was created that guides users through complex tasks instead of overwhelming them.

Our Approach

We started with a foundation that everyone involved shared: a common understanding of users, tasks, and context. Workshops helped to work out personas, user stories, and customer journeys. In doing so, we laid the foundation for a consistent workflow that seamlessly combines planning, measurement and evaluation.

At the same time, we analyzed technical processes and real usage situations. Remote user tests with click prototypes showed where processes stalled and where users needed support. On this basis, a process-oriented information architecture was created that guides users through complex tasks instead of overwhelming them.

Our Approach

We started with a foundation that everyone involved shared: a common understanding of users, tasks, and context. Workshops helped to work out personas, user stories, and customer journeys. In doing so, we laid the foundation for a consistent workflow that seamlessly combines planning, measurement and evaluation.

At the same time, we analyzed technical processes and real usage situations. Remote user tests with click prototypes showed where processes stalled and where users needed support. On this basis, a process-oriented information architecture was created that guides users through complex tasks instead of overwhelming them.

The solution

A new interaction concept

We structured the app according to recurring exploratory processes. Planning, measurement and evaluation are linked in logical steps. Users can find functions where they really need them.

Design for use in the field

Extreme sunlight and long measurement cycles place high demands on the display. We optimized the visibility of all content — even in bright light — and developed dark, energy-efficient screen layouts for OLED displays in measurement mode.

Intuitive operation

Simple interactions, memorable processes and targeted use of smartphone sensors reduce training time and make work easier under demanding conditions. An auditory metronome supports approximately the correct walking speed when measuring.

Strong brand image

With a new name and logo, we have laid the basis for a clear brand image. The visual design builds on this and strengthens Sensys GO's identity in the market.

The solution

A new interaction concept

We structured the app according to recurring exploratory processes. Planning, measurement and evaluation are linked in logical steps. Users can find functions where they really need them.

Design for use in the field

Extreme sunlight and long measurement cycles place high demands on the display. We optimized the visibility of all content — even in bright light — and developed dark, energy-efficient screen layouts for OLED displays in measurement mode.

Intuitive operation

Simple interactions, memorable processes and targeted use of smartphone sensors reduce training time and make work easier under demanding conditions. An auditory metronome supports approximately the correct walking speed when measuring.

Strong brand image

With a new name and logo, we have laid the basis for a clear brand image. The visual design builds on this and strengthens Sensys GO's identity in the market.

The solution

A new interaction concept

We structured the app according to recurring exploratory processes. Planning, measurement and evaluation are linked in logical steps. Users can find functions where they really need them.

Design for use in the field

Extreme sunlight and long measurement cycles place high demands on the display. We optimized the visibility of all content — even in bright light — and developed dark, energy-efficient screen layouts for OLED displays in measurement mode.

Intuitive operation

Simple interactions, memorable processes and targeted use of smartphone sensors reduce training time and make work easier under demanding conditions. An auditory metronome supports approximately the correct walking speed when measuring.

Strong brand image

With a new name and logo, we have laid the basis for a clear brand image. The visual design builds on this and strengthens Sensys GO's identity in the market.

Impact

Sensys GO provides security and clarity. Teams work with an app that understands them. The information architecture arranges complexity in such a way that it becomes manageable. Usability and process understanding are noticeably improved, even in challenging situations and among user groups of different levels of experience.

And the collaboration continues: Together with SENSYS, we are currently working on innovative functions. The focus is on augmented reality assistance in the ARES research project. At the same time, we are driving forward the development of magnetics. In doing so, we are testing AR-based support for explosive probing. And we implement them directly into the application. Practical. effective.

Impact

Sensys GO provides security and clarity. Teams work with an app that understands them. The information architecture arranges complexity in such a way that it becomes manageable. Usability and process understanding are noticeably improved, even in challenging situations and among user groups of different levels of experience.

And the collaboration continues: Together with SENSYS, we are currently working on innovative functions. The focus is on augmented reality assistance in the ARES research project. At the same time, we are driving forward the development of magnetics. In doing so, we are testing AR-based support for explosive probing. And we implement them directly into the application. Practical. effective.

Impact

Sensys GO provides security and clarity. Teams work with an app that understands them. The information architecture arranges complexity in such a way that it becomes manageable. Usability and process understanding are noticeably improved, even in challenging situations and among user groups of different levels of experience.

And the collaboration continues: Together with SENSYS, we are currently working on innovative functions. The focus is on augmented reality assistance in the ARES research project. At the same time, we are driving forward the development of magnetics. In doing so, we are testing AR-based support for explosive probing. And we implement them directly into the application. Practical. effective.

Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Smartphone with green screen of the Sensys GO app.
Man operating a SENSYS measuring device in the field.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Man operating a SENSYS measuring device in the field.
Artillery shell uncovered in a pit.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Smartphone with SENSYS GO app in a carrying case.
Mobile app displays current projects with status and progress.
Mobile app displays current projects with status and progress.
Quick check measurement data for field 1, track 3 with graphical analysis.
Mobile app visualizes the progress of field work on a map.
Mobile app displays current projects with status and progress.
Mobile app visualizes the progress of field work on a map.
Quick check measurement data for field 1, track 3 with graphical analysis.
Mobile app displays current projects with status and progress.
Mobile app visualizes the progress of field work on a map.
Quick check measurement data for field 1, track 3 with graphical analysis.
Mobile app displays current projects with status and progress.
Quick check measurement data for field 1, track 3 with graphical analysis.
Mobile app visualizes the progress of field work on a map.
Mobile app displays current projects with status and progress.
Mobile app visualizes the progress of field work on a map.
Mobile app displays current projects with status and progress.
Mobile app visualizes the progress of field work on a map.
Mobile app displays current projects with status and progress.
Mobile app visualizes the progress of field work on a map.
Quick check measurement data for field 1, track 3 with graphical analysis.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.
Smartphone with geophysics app in use on the SENSYS SBL 10 measuring device.

“UseTree has succeeded in significantly facilitating soundings through optimal usability. Even in demanding situations and with a wide range of users with different levels of experience, the exploratory work is effortless. We are pleased to have UseTree by our side as a competent partner in all UX matters. ”

Wolfgang Süß, Managing Director, SENSYS

Wolfgang Suess, Managing Director bei SENSYS, im Porträt.

“UseTree has succeeded in significantly facilitating soundings through optimal usability. Even in demanding situations and with a wide range of users with different levels of experience, the exploratory work is effortless. We are pleased to have UseTree by our side as a competent partner in all UX matters. ”

Wolfgang Süß, Managing Director, SENSYS

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Lorem Ipsum Dolor Sit Amet

Wolfgang Suess, Managing Director bei SENSYS, im Porträt.

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