Gesture navigation in Sailfish OS For years, it has been raising eyebrows among those seeking something different from Android and iOS. Born from the ashes of MeeGo and the split between Nokia and Microsoft, Jolla has managed to transform it into its own unique offering, heavily focused on fluidity, multitasking, and privacy. In this article, we'll delve into how this navigation system works, what sets it apart from other systems, and whether it truly ranks among the best currently available.
Far from being a simple experiment, Sailfish OS has established itself as a European alternative based on Linux.It's available on mobile phones, tablets, and even smartwatches. Its unique way of interacting with the system, practically without buttons and based almost entirely on gestures, is key to its personality. Let's take a look at it step by step, examining all the known details and comparing it with Android, iOS, and BlackBerry where relevant.
What is Sailfish OS and where does its gesture interface come from?
Sailfish OS is a mobile operating system developed by the Finnish company JollaBuilt on the Linux kernel, it is a direct descendant of the work Nokia and Intel did with MeeGo and its derivative Harmattan. When Nokia decided to focus on Windows Phone and abandon MeeGo, part of the team broke away, founded Jolla, and continued the project under a different name and strategy.
The system relies on open projects like Mer and on the Qt framework for the user interfaceThis allows for fast response times and smooth animations even on modest hardware. A particularly powerful feature is its compatibility with many Android applications, thanks to a dedicated runtime layer (historically based on Myriad technology), something already seen in other alternative operating systems like BlackBerry OS in its day.
From its initial presentation, Jolla made it clear that The priority was speed, multitasking, and intensive use of gestures.No need to rely on a large physical button or a row of capacitive buttons: the user navigates the system by swiping in different directions, both from the edges and across application cards. This philosophy has been maintained and refined throughout the various versions, culminating in Sailfish OS 3.
Interface design and card-based multitasking
Visually, the Sailfish OS interface opts for a Simple, clean and quite elegant designIt's understated yet meticulously crafted with attention to typography, icons, and animations. It's not a complete aesthetic revolution, but rather a sort of middle ground between what Nokia had done with MeeGo Harmattan and concepts we later saw in BlackBerry 10.
The home screen is structured around running application cardsTypically, four main elements are displayed on screen, much like the approach popularized by BlackBerry 10 with its Active Frames. In Sailfish, these cards aren't just static thumbnails: they behave like small, interactive widgets.
That means Each card may include basic controls without needing to open the app. For example, in the case of the music player, you can change songs by swiping left or right on the card. If a call comes in, its details can appear directly on one of these interactive cards, and a simple horizontal swipe is all it takes to answer or reject the call. Tapping on one of these cards opens the full application, picking up exactly where you left off.
They usually appear at the bottom of the home screen four configurable icons These act as shortcuts to the most frequently used apps. All the remaining space is reserved for background applications, reinforcing the idea that the system is permanently in multitasking mode, not jumping from one app to another as if they were isolated worlds.
Gesture navigation in Sailfish OS: how it really works
The core of the Sailfish OS experience is eliminating the reliance on dedicated buttons. Navigation is almost entirely controlled through gestures., reinforced with small haptic vibrations so that the user notices that the system has recognized the action without having to look at every detail of the screen.
The lock screenThe system displays icons for key notifications and unlocks with a characteristic gesture, usually a downward swipe. There's no need to press a virtual unlock button; that simple gesture is all it takes to access the main experience.
Once inside, many patterns are based on slide in from the edgesFor example, dragging from the top of the screen in certain views displays context menus positioned "above" the current screen. As you drag down, you'll see the various options that can be selected at any time, such as editing or deleting a contact in the People app. The gesture is continuous and very visual.
Instead of a classic "back" button, Sailfish opts for a side gesture to go back in navigationA swipe from left to right across the interface acts as the back button, allowing you to return to previous screens without cluttering the interface with redundant icons. This focus on gestures also reduces the number of fixed elements on the screen, freeing up more usable space for content.
To access the full application launcherAlternatively, another gesture is used from the home screen: a downward swipe that reveals a traditional grid of app icons. It's a fairly familiar solution, but integrated into the overall gesture flow. Additionally, a horizontal swipe inward from the right edge allows you to view open applications, along with system status data such as battery level and signal strength, and this gesture can be aborted to return to the previous screen without completing the action.
This gestural approach has been refined over time and has even been taken to elements such as the virtual keyboardSailfish OS 3 introduces gestures on the keyboard itself, allowing text to be entered by swiping instead of individual keystrokes, similar to modern predictive keyboards but integrated by default into the system; you can consult Tricks to master speed typing.
Ambience and environment personalization
One of the distinguishing features of the Sailfish interface is Ambience, the automatic theme generation systemFrom any photo stored on the device, the system is able to create a complete theme that adjusts background colors, accents, menus, and other visual elements so that the entire environment revolves around that image.
The idea behind Ambience is that The system should adapt to the user, not the other way around.Beyond simply changing a wallpaper, the color palette and overall interface atmosphere are reconfigured, giving each device a lot of personality and making it easy for the user to feel the system is "theirs" with just a couple of taps.
Recent versions have also added adaptive lighting environmentsThese features adjust the visual experience to different lighting conditions, contributing to both comfort and design consistency. This, combined with gestures and cards, reinforces the impression that the entire system is dynamic and constantly adapting.
Compatibility with Android apps and software ecosystem
Even in the first public demos of Sailfish OS, they appeared Android application icons integrated into the systemThis made it clear that Jolla wanted its platform to be able to run, at least in part, Google's extensive app catalog. This compatibility is achieved through a compatibility layer that allows many Android apps to run without needing to port the native code.
Not all apps work exactly the same as on a pure Android, but Android compatibility adds an extra layer of practicality. Compared to other mobile alternatives that have tried to compete solely with native apps, the ability to install their usual messaging, social networking, or productivity apps is a very compelling argument for a user considering using Sailfish as their daily operating system.
In parallel, Sailfish's native ecosystem relies on open technologies such as Qt and QML, and in the Mer database, successor to MeeGo. This makes it easier for developers accustomed to Linux and Qt environments to create software specifically for Sailfish, with deep access to the system's gesture capabilities and APIs, including the ability to add interactivity to the cards on the main screen.
Performance and safety: the leap of the Sailfish OS 3
With the arrival of Sailfish OS 3, safety and performance have become the main pillars of the platform. One of the most important new features is the introduction of a new data encryption system, which began with external memory cards and will be progressively extended to the system files themselves.
This encryption is in addition to other elements already present, such as the use of Firejail for isolating applications, systemd for service managementIt features a system-level integrated VPN and a configurable firewall. All of this is complemented by advanced mobile device management (MDM) capabilities, highly geared towards corporate and government environments that require strict security policies and centralized control of terminal fleets.
In terms of connectivity, Sailfish OS 3 also strengthens the WiFi connection security and support for business environmentsThis is critical when the system is to be presented as a serious alternative in the professional world. This combination of encryption, MDM, and secure connectivity makes the system particularly attractive in regions where digital sovereignty and privacy are political priorities, such as parts of Europe or Russia.
Regarding performance, Jolla claims that The applications are now launched from a completely rewritten boot systemThis translates into a considerable speed improvement compared to Sailfish OS 2. There are reports of up to a 50% increase in overall responsiveness, which is noticeable in everyday use when switching between apps, opening the camera, or managing multiple simultaneous processes.
Other practical improvements include the Quick preview of newly taken photos from the lock screenwithout needing to fully unlock the phone, and also includes compatibility with external storage via USB OTG. The rollout of Sailfish OS 3 is being done in phases, and some of these new features have been arriving in successive 3.0.x updates, refining the system as it progresses.
Privacy, sovereignty, and market positioning
Despite not being a massive system, Sailfish OS has been earning a reputation as a viable alternative for everyday use.especially among users and organizations that prioritize privacy, control over data, and independence from Silicon Valley giants.
Combining Open source for much of the stack, encryption, sandboxing with Firejail and MDM This places Sailfish in an interesting position for governments and companies that want to maintain a degree of technological sovereignty. In fact, the system has been recognized in specialized forums as one of the few truly usable alternative mobile platforms for daily driving.
Although Jolla is a company with limited resources compared to Google or Apple, it has managed to find niches where their proposal fits wellIn Russia, for example, Sailfish has become the main alternative to Android thanks to institutional agreements, and in Europe its discourse of privacy and local control of data is increasingly resonating in a context of concern about surveillance and the commercial use of personal information.
In markets like China, Jolla has also worked with investors and local distributors, raising financing and closing distribution deals (like the agreement reached with D.Phone at the time). The idea is to offer the system to both manufacturers and operators who want to customize it, integrate it into their own service catalog, or adapt it to specific regulatory requirements.
From mobile to watch: Sailfish OS gestures in wearables
Sailfish OS's gesture-based nature has led Jolla to explore territories beyond the classic smartphone. Experiments have been conducted by attaching Sailfish to smartwatches, using as a base devices that originally ran Android Wear.
On such a small screen, Gestures become even more importantThe watch interface features extensive vertical and horizontal scrolling, with menus somewhat reminiscent of Android Wear but with Sailfish's distinctive visual style and interaction. Various watch faces have been designed, both digital and analog, along with typical wrist-worn apps such as fitness tracking and phone-linked notifications.
Jolla has made it clear that it does not intend, at least for now, launch its own Jolla-branded smartwatchBut it does demonstrate that their system can be adapted to wearables and other Internet of Things devices. It's a way of telling potential clients—manufacturers, operators, or integrators—that they can count on them for customized projects in this area.
Hardware strategy and agreements with operators
On the hardware side, Jolla hasn't wanted to limit itself to a single partner. Even so, one of the first major names associated with Sailfish was ST-Ericsson, which announced support for its NovaThor platforms for the system. The first prototypes and demonstrations ran on devices with hardware similar to the Nokia N950, a relatively old phone but sufficient to show the fluidity of the interface and gestures.
Regarding distribution, the company has closed deals with operators like DNA in FinlandDNA, the third largest in the country in terms of number of customers. For DNA, including a phone with Sailfish in its catalog was a way to differentiate itself and bet on innovation; for Jolla, it meant gaining experience in sales channels and network deployment before attempting to take bigger leaps.
The truth is that to carve out a niche in a market dominated by Android and iOS It's proving very difficult. We've seen many other mobile offerings disappear or become merely symbolic: Windows Phone, BlackBerry OS, Firefox OS, webOS in its original form… Sailfish, despite its modest size, has fared better than many expected, partly thanks to its ability to adapt to different devices and its capacity to focus on specific niches such as the Russian market or certain European institutional projects.
Comparison with gesture navigation on Android, iOS, and other systems
To assess whether Sailfish OS's gesture navigation is "the best on the market", it's worth comparing it to its competitors. Gesture navigation is not an invention exclusive to SailfishSystems like webOS already relied on edge gestures, and Apple has brought it to the masses with the iPhone X and later models, while Google has introduced its own gesture model in Android.
On Android, the focus on gestures was consolidated with Android P, which replaced the three classic buttons with a horizontal bar at the bottom. From there you can access the home screen, the recent apps view by scrolling horizontally, and other contextual functions; if you're interested in learning how to use these gestures, this article explains it. How to enable navigation gestures on Android.
iOS, for its part, with the iPhone X eliminated the physical home button and replaced it with gestures from the bottom and edgesSwipe up to go to the home screen, hold to view multitasking apps, swipe sideways to jump between recent apps, etc. The philosophy is similar to Sailfish in that it does away with buttons and prioritizes swiping, although on iOS the multitasking card system is less interactive and more focused on quickly switching between apps.
BlackBerry 10, which predates both the iPhone X and Android P's gestures, It was also based on a combination of vertical and horizontal gestures. to exit apps, view notifications, and manage multitasking. Their idea of displaying multiple open apps in a grid of active frames is very similar to what Sailfish adopts and takes a step further with interactive cards.
The big difference with Sailfish is that Its entire interface structure was designed from the beginning around gestures.not as an add-on on top of a button base. The integration of gestures with cards, drop-down context menus, and the gesture keyboard means that virtually any relevant action can be performed by swiping, without resorting to buttons, not even virtual ones. This provides a lot of coherence, although it also has a slightly steeper learning curve for those coming from Android or iOS.
In parallel, the trend towards almost frameless fronts and the disappearance of physical home buttons (Something we saw in devices like the iPhone X or Androids with an 18:9 aspect ratio) has forced all systems to rethink their navigation schemes. Android P confirms this commitment with its gesture bar, which also has consequences, such as almost inevitably moving the fingerprint reader to the back or opting for in-display sensors or advanced facial recognition.
In this context, Sailfish offers a very polished and coherent experience, but Its main limitation comes from the size of its ecosystem and the lack of widespread support from manufacturers. In terms of pure interaction design, it's undoubtedly on par with the best gesture-based solutions on the market, and in some aspects even surpasses them; whether the average user will ever actually try it is another matter.
Given all of the above, Sailfish OS remains one of the few mobile alternatives that combine a Truly advanced gesture navigation, a strong focus on security and privacy, and compatibility with Android apps within a European Linux-based environment.
It's not the most popular system, nor the one with the most marketing behind it, but its approach to gestures—interactive cards, draggable context menus, a gesture keyboard, and an almost total absence of buttons—demonstrates that when a system is designed from scratch with this idea in mind, the experience can be as fluid and natural as Android or iOS, and for many enthusiasts, even superior. Share this guide and more users will learn about the topic.