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Tizen
Tizen
Tizen
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Tizen OS
DeveloperLinux Foundation, Samsung Electronics
Written inHTML5, C, C++
OS familyLinux (Unix-like)
Working stateCurrent
Source modelOpen source with source available and proprietary components
Initial releaseApril 30, 2012; 13 years ago (2012-04-30)
Latest release9.0 M2 / October 31, 2024; 11 months ago (2024-10-31)[1]
Repository
Marketing targetSmart TVs, embedded systems, previously: smartwatches and smartphones
Package managerRPM Package Manager
Supported platformsARM, ARM64, x86, and x86-64
Kernel typeMonolithic (Linux)
UserlandGNU
Default
user interface		Graphical (native and web applications), One UI for Smartwatch, Television and Smartphone
License
Preceded byMeeGo (project-wize)
Orsay (smart televisions)[2]
Bada (smartphones)
Android (smartwatches and smart fridges)
Succeeded byWear OS (smartwatches)
Android (smartphones)
Official websitetizen.org

Tizen (/ˈtaɪzɛn/) is a Linux-based operating system primarily developed by Samsung Electronics and supported by the Linux Foundation.

The project was originally conceived as an HTML5-based platform for mobile devices to succeed MeeGo. It was backed by other companies under the Tizen Association. Samsung merged its previous Linux-based OS effort, Bada, into Tizen and has since used it primarily on platforms such as smart TVs and wearable devices (until 2021).

Much of Tizen is open source software, although the software development kit contains proprietary components owned by Samsung, and portions of the OS are licensed under the Flora License, a derivative of the Apache License 2.0 that grants a patent license only to "Tizen-certified platforms".

In May 2021, Google announced that Samsung would partner with the company on integrating Tizen features into Google's Android-derived Wear OS and committed to using it on future wearables, leaving Tizen to be mainly developed for Samsung Smart TVs.[3]

History

[edit]
Tizen and the mobile software distributions it is related to

The project was initiated as mobile Linux and was launched by Intel in July 2007. In April 2009 the operating system updated to version 2.0 which was based on Fedora. However, in the same month, Intel turned Moblin over to the Linux Foundation for future development. Eventually, the operating system was merged with Nokia Maemo, a Debian based Linux distro, into MeeGo which was mainly developed by Nokia, Intel and Linux Foundation.

In 2011, after Nokia abandoned the project, Linux Foundation initiated the Tizen project as a successor to MeeGo, another Linux-based mobile operating system, with its main backer Intel joining Samsung Electronics, as well as Access Co., NEC Casio, NTT DoCoMo, Panasonic Mobile, SK Telecom, Telefónica, and Vodafone as commercial partners. Tizen would be designed to use HTML5 apps, and target mobile and embedded platforms such as netbooks, smartphones, tablets, smart TVs, and in-car entertainment systems.[4] U.S. carrier Sprint Corporation (which was a backer of MeeGo) joined the Tizen Association in May 2012.[5] On September 16, 2012, Automotive Grade Linux announced its intent to use Tizen as the basis of its reference distribution.[6]

In January 2013, Samsung announced its intent to release multiple Tizen-based phones that year. In February 2013, Samsung merged its Bada operating system into Tizen.[7][8]

In October 2013, the first Tizen tablet was shipped by Systena. The tablet was part of a development kit exclusive to Japan.[9][10][11]

In 2014, Samsung released the Gear 2 smartwatch that used a Tizen-based operating system as opposed to Android.[12]

On May 14, 2014, it was announced that Tizen would ship with Qt.[13] This project was abandoned in January 2017.[14]

On February 21, 2016, Samsung announced the Samsung Connect Auto, a connected car solution offering diagnostic, Wi-Fi, and other car-connected services. The device plugs directly into the OBD-II port underneath the steering wheel.[15]

On November 16, 2016, Samsung said they would be collaborating with Microsoft to bring .NET Core support to Tizen.[16]

According to Strategy Analytics research, approximately 21% of the smart TVs sold in 2018 run on the Tizen platform making it the most popular smart TV platform.[17]

On May 19, 2021, during Google I/O, Google announced that Samsung had agreed to work on integrating features of Tizen with the next version of Wear OS, and that it had committed to using Wear OS for its future wearable products.[18][19][20] Samsung will continue to use Tizen for its smart TVs.[21]

On December 31, 2021, the Tizen app store permanently closed.[22] The last smartphone based on the Tizen operating system is the Samsung Z4 which was released in 2017. The company switched to Google's Wear OS 3 platform on its Galaxy Watch 4 smartwatches.[23][24]

As of August 2025, Samsung Smart TVs run on Tizen, with OTA [Over The Air] updates rolled out as and when Samsung releases them.

Releases

[edit]
  • Tizen 1.0: April 30, 2012[25]
  • Tizen 2.0: February 18, 2013[26]
  • Tizen 2.1: May 18, 2013[27]
  • Tizen 2.2: July 22, 2013[28]
    • Tizen 2.2.1: November 9, 2013[29]
  • Tizen 2.3: February 9, 2015[30]
    • Tizen 2.3.1: September 3, 2015[31]
      • Tizen 2.3.1 Rev1: November 13, 2015
    • Tizen 2.3.2: September 3, 2016[32]
      • Tizen 2.3.2 Patch: December 23, 2016
  • Tizen 2.4: October 30, 2015[33]
    • Tizen 2.4 Rev1: December 1, 2015
    • Tizen 2.4 Rev2: December 23, 2015
    • Tizen 2.4 Rev3: February 5, 2016
    • Tizen 2.4 Rev4: March 4, 2016
    • Tizen 2.4 Rev5: April 4, 2016
    • Tizen 2.4 Rev6: May 19, 2016
    • Tizen 2.4 Rev7: June 30, 2016
    • Tizen 2.4 Rev8: August 2, 2016
  • Tizen 3.0: January 18, 2017
    • Tizen IVI 3.0 (In-Vehicle Infotainment): April 22, 2014[34][35]
    • Tizen 3.0 Milestones (M1): September 17, 2015[36]
    • Tizen 3.0 Public M2: January 18, 2017[37]
    • Tizen 3.0 Public M3: July 5, 2017[38]
    • Tizen 3.0 Public M4: November 30, 2017[39]
  • Tizen 4.0: May 31, 2017
    • Tizen 4.0 Public M1: May 31, 2017[40]
    • Tizen 4.0 Public M2: November 1, 2017[41]
    • Tizen 4.0 Public M3: August 31, 2018[42]
  • Tizen 5.0: May 31, 2018
    • Tizen 5.0 Public M1: May 31, 2018[43]
    • Tizen 5.0 Public M2: October 30, 2018[44]
  • Tizen 5.5: May 31, 2019
    • Tizen 5.5 Public M1: May 31, 2019[45]
    • Tizen 5.5 Public M2: October 30, 2019[46]
    • Tizen 5.5 Public M3: August 27, 2020[47]
  • Tizen 6.0: May 31, 2020
    • Tizen 6.0 Public M1: May 31, 2020[48]
    • Tizen 6.0 Public M2: October 27, 2020[49]
  • Tizen 6.5: May 31, 2021
    • Tizen 6.5 Public M1: May 31, 2021[50]
    • Tizen 6.5 Public M2: October 31, 2021[51]
  • Tizen 7.0: May 31, 2022
    • Tizen 7.0 Public M1: May 31, 2022[52]
    • Tizen 7.0 Public M2: October 31, 2022[53]
  • Tizen 8.0: May 31, 2023
    • Tizen 8.0 Public M1: May 31, 2023[54]
    • Tizen 8.0 Public M2: October 31, 2023[55]
  • Tizen 9.0: May 31, 2024
    • Tizen 9.0 Public M1: May 31, 2024[56]
    • Tizen 9.0 Public M2: October 31, 2024[57]

Compatible devices

[edit]

Smartwatches

[edit]
Samsung Galaxy Watch running Tizen

Camera

[edit]
NX300 camera running Tizen

Smartphone

[edit]
"Samsung Z" redirects here. For the line of foldable smartphones, see Samsung Galaxy Z series.

Samsung Z was a series of low-cost smartphones for emerging markets. The first smartphone in the line was launched in 2015 and the last one in 2017.

Never released developer phones (codename Redwood)

  • GT-i9500 (later this code was given to Samsung Galaxy S IV, not to confuse with it)[58]
  • GT-i8800/GT-i8805 (Dual Sim) [59]
  • SM-Z9000/SM-Z9005 (Dual Sim) [60]

There was also Samsung S III Tizen variant, codename RD-PQ, which was distributed to developers who created apps for Tizen[61]

Television

[edit]
  • Samsung Smart TVs since 2015[62]
  • Loewe Smart TVs[63]

Appliances

[edit]
  • Family Hub 1.0 Refrigerator
  • Family Hub 2.0 Refrigerator
  • Family Hub 3.0 Refrigerator[64]
  • Family Hub 4.0 Refrigerator
  • Family Hub 5.0 Refrigerator
  • Family Hub 6.0 Refrigerator
  • Family Hub 7.0 Refrigerator
  • Family Hub 8.0 Refrigerator

LED Wall controllers

[edit]

Controversies

[edit]

On April 3, 2017, Vice reported on its "Motherboard" website that Amihai Neiderman, an Israeli security expert, has found more than 40 zero-day vulnerabilities in Tizen's code, allowing hackers to remotely access a wide variety of current Samsung products running Tizen, such as Smart TVs and mobile phones.[66] After the article was published, Samsung, whom Neiderman tried to contact months before, reached out to him to resolve the issues.[66]

TizenRT

[edit]

In December 2016, Samsung created TizenRT,[67] a fork of NuttX, a real-time operating system (RTOS), for smart home appliances and IoT devices.

See also

[edit]

References

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Tizen

View on Grokipedia
from Grokipedia
Tizen is an open-source operating system based on the , primarily developed and maintained by in collaboration with the , and designed to power a wide array of connected devices including smart TVs, wearables, and (IoT) appliances. Originally established in as a successor to the platform, Tizen emerged from joint efforts by and to create a unified, standards-based software platform for diverse device categories such as smartphones, tablets, netbooks, in-vehicle systems, and smart televisions. Over the subsequent decade, it has evolved into a flexible ecosystem emphasizing seamless connectivity, customization through modular API sets, and support for web-based and native application development using tools like Tizen Studio. In practice, Tizen has found its most prominent adoption in Samsung's consumer electronics, particularly powering the operating system for Samsung Smart TVs since 2015, where it enables features like the Samsung Smart Hub for streaming apps, voice assistants including Bixby, and over-the-air updates. As of 2025, the latest iteration, Tizen 9.0, introduces revamped user interfaces and enhanced settings menus, rolled out initially to 2025 TV models and subsequently to select older compatible devices. The platform also supported Samsung's earlier Galaxy Watch series up to the Galaxy Watch 3 in 2020, providing optimized performance for health tracking, notifications, and battery efficiency on wearable devices, though Samsung transitioned to for subsequent models and announced the end of content support for Tizen-based watches after September 30, 2025. Additionally, Tizen's IoT and custom profiles enable deployment in appliances, automotive systems, and other embedded environments, fostering an open development with contributions from global partners.

Development and History

Origins and Formation

Tizen originated in 2011 as a successor to the operating system, which had been jointly developed by and but was abandoned after shifted focus to . On September 28, 2011, the , in partnership with and , announced the launch of the Tizen project, building on elements from and the LiMo Foundation's platform to create a new open-source initiative. This move was driven by the need for a flexible, Linux-based operating system that could support diverse hardware without the constraints of proprietary ecosystems. The primary motivations behind Tizen's formation were to establish a unified platform for developers to build HTML5-based applications that could run seamlessly across multiple device categories, such as smartphones, tablets, in-vehicle systems, and smart TVs. By leveraging open-source foundations, the project aimed to foster innovation and reduce reliance on dominant mobile operating systems like Android, enabling device manufacturers to customize the OS for their hardware while promoting a common application ecosystem. and positioned Tizen as a strategic alternative that emphasized web standards and cross-device compatibility to attract a broad range of partners and developers. The project's early development included a name shift from the lineage to Tizen to signify a fresh start, with the initial announcement highlighting its potential for HTML5-centric development. It gained further visibility at the in 2012, where the Tizen Association—formed earlier that year under the —introduced the first developer preview and SDK to encourage ecosystem building. The Association, with founding members including , , Mobile Communications, , , , and , was tasked with guiding technical specifications, gathering industry requirements, and facilitating collaborations to ensure Tizen's viability as an .

Key Milestones and Partnerships

In 2012, Samsung announced the merger of its proprietary Bada operating system into the Tizen project, marking a pivotal shift that positioned Samsung as the lead developer following the initial joint efforts with Intel and other contributors under the Linux Foundation. This integration allowed for backward compatibility with Bada applications while unifying Samsung's mobile software initiatives around the open-source Tizen platform. The platform achieved its first major commercial milestone in 2015 with the launch of the Z1 in , introducing Tizen to consumers as a lightweight alternative operating system focused on emerging markets. Priced affordably at around $92, the Z1 demonstrated Tizen's potential for efficient performance on entry-level hardware, though adoption remained limited beyond Samsung's ecosystem. By 2020, Tizen had deepened its integration within Samsung's broader connected device ecosystem, particularly through enhanced compatibility with for IoT functionalities, reflecting the platform's evolution from mobile origins to a unified smart home and entertainment hub. Tizen's development has been supported by an ongoing partnership with the since its inception in 2012, ensuring open-source governance and community contributions. In July 2025, Samsung announced significant expansions to its Tizen OS licensing program, onboarding new global partners such as EKO and QBELL in and , RCA in and , and others to embed Tizen in non-Samsung televisions and appliances. This move, coupled with anticipated additional non-Samsung TV manufacturer collaborations in the second half of 2025, underscores Tizen's strategic push into broader market licensing and international growth. In November 2025, Samsung launched the Movingstyle lineup of portable entertainment screens powered by Tizen, further expanding the platform's applications.

Technical Overview

Core Architecture

Tizen is an open-source operating system built upon the Linux kernel, providing a stable foundation for resource-constrained devices across various categories such as televisions, wearables, and home appliances. The kernel, based on various versions depending on the profile and device, handles core functions including process management, memory allocation, and hardware abstraction through device drivers and a Hardware Adaptation Layer (HAL). This Linux base enables efficient power management and real-time capabilities essential for embedded environments, with support for filesystems like ext4 configured for security features such as extended attributes. The architecture employs a modular, layered design to facilitate cross-device portability and customization. At the base level, the system layer encompasses the , drivers, and low-level system services for hardware interaction and resource management. The platform layer builds upon this with middleware components, including the (EFL) as the primary native UI framework, which provides efficient rendering via Evas, theming with Edje, and event handling through Ecore for lightweight, hardware-accelerated interfaces suitable for diverse screen sizes and input methods. The application layer supports both web and native applications, with serving as the core runtime for web apps executed via the Web Runtime (WRT) engine, allowing browser-independent operation using standards-based technologies like for rendering. Security is integrated at multiple levels to isolate components and protect user data in connected ecosystems. Tizen utilizes Smack (Simplified Mandatory Access Control Kernel), a Security Module (LSM), for label-based access control that enforces policies on processes, files, and inter-app communications, differing from more complex systems like SELinux by prioritizing simplicity for embedded use. Applications run in sandboxes defined by Smack labels, restricting access to system resources unless explicitly permitted via privileges, which helps mitigate risks from untrusted code in multi-tenant environments. This cross-platform design emphasizes adaptability for embedded systems, enabling profiles tailored to specific hardware without the mobile-centric optimizations that characterize Android, thus supporting seamless deployment from low-power IoT devices to high-end through configurable modules and open-source contributions.

Key Features and Capabilities

Tizen's multi-device support enables seamless integration across a wide range of connected devices, including smart home ecosystems through IoT connectivity via the platform, which allows centralized control and automation of appliances and sensors. This is enhanced by voice assistants like Bixby, upgraded in 2025 with generative AI capabilities for more natural interactions and proactive assistance in managing IoT devices. Additionally, AI enhancements, such as Vision AI Companion introduced in 2025, provide contextual intelligence for personalized device interactions, including real-time environmental adaptations and predictive user needs across the ecosystem. In 2024 and 2025, Tizen received significant updates integrating elements of for a unified interface across devices, featuring a revamped settings overlay and streamlined navigation to improve consistency. These updates introduced support for multiple user profiles, allowing customized content recommendations and settings for different household members, managed through Account integration. Personalized watchlists enable tailored media suggestions based on viewing history, while accessibility improvements include enhanced voice guidance, high-contrast modes, adjustable font sizes, and audio descriptions for visual impairments, all accessible via dedicated shortcuts. Performance optimizations in Tizen prioritize low-latency operations, particularly through features like Auto Low Latency Mode (ALLM) and AI Game Mode, which minimize input lag for responsive interactions on televisions and appliances. For wearables (supported up to ), Tizen's lightweight architecture and contributed to extended battery life by dynamically adjusting resource usage during idle periods. Energy efficiency is further bolstered by AI Energy Mode, which reduces consumption by up to 25% through adaptive display and sensor adjustments. Tizen incorporates open-source components to foster developer accessibility and interoperability, including a WebKit-based that supports , CSS3, and modern web standards for rendering web applications efficiently. Its multimedia frameworks, built on , provide robust support for playback of various formats, subtitles, and streaming protocols, enabling high-quality media handling across devices.

Versions and Releases

Major Version History

Tizen's development began with version 1.0, released on April 30, 2012, as a developer preview to establish the foundational Linux-based operating system for various connected devices. This initial release focused on providing an open-source platform for experimentation, supporting profiles for mobile, TV, and applications, though it lacked widespread commercial adoption. Version 2.0 arrived on February 18, 2013, marking Tizen's shift toward a stronger emphasis on mobile devices with enhanced support for smartphones and wearables. It introduced improved web runtime capabilities and device APIs, laying groundwork for mobile integrations, with the first commercial Tizen-powered phone, the Samsung Z1, launching later in emerging markets on Tizen 2.3 in 2015. Tizen 3.0, released on January 18, 2017, advanced TV and mobile profiles with features like 64-bit support, API, handling, and multi-user capabilities. By Tizen 4.0, released in May 2017, the platform pivoted significantly toward televisions, optimizing for hardware with better multimedia processing and user interface refinements. This version added .NET support for app development, facilitating richer applications on Samsung's lineup, and included a RTOS variant for IoT devices to broaden compatibility beyond full kernels. Tizen 5.0, launched in May 2018, aimed to unify profiles across device categories, streamlining development for consistent experiences on mobiles, TVs, and IoT hardware. Key enhancements included upgraded features and expanded codecs, supporting broader adoption in Samsung's ecosystem while maintaining for existing apps. Tizen 6.0, released in 2021, introduced improvements in performance and security for TVs and IoT, with better support for 8K content and enhanced privacy controls. Tizen 6.5 followed in 2022, adding AI-driven features and expanded app compatibility. Tizen 7.0, released in 2023 for 2023 TV models, focused on energy efficiency, advanced , and integration with Samsung's services. In recent years, Tizen 8.0 was released on May 31, 2023, with expansions in IoT functionalities, including enhanced connectivity protocols for smart home appliances and improved energy efficiency. It integrated elements of Samsung's design language for televisions, adding features like a Daily+ content section in the Smart Hub for personalized recommendations. Tizen 9.0, released on May 31, 2024, featured a comprehensive UI overhaul aligned with principles, particularly for TVs, to provide a more intuitive and settings . This version emphasized seamless integration with Samsung's broader , including better voice assistant support and options, while rolling out to prior-year models in 2025. The latest major release, Tizen 10.0, debuted on October 31, 2025, building on previous versions with further refinements in system stability, enhancements, and support for emerging IoT standards. Post-2023 versions have seen the deprecation of mobile and wearable support, with announcing the end of content and app support for Tizen-based smartwatches after September 30, 2025, shifting focus to for new wearables. This transition reflects Tizen's evolution toward stationary and IoT-centric applications, phasing out active development for portable .

Update Mechanisms and Support Policies

Tizen employs an over-the-air (OTA) update system for delivering software enhancements to compatible devices, primarily managed through Samsung's servers. This process allows automatic notifications for available updates, which users can initiate via the device's settings menu under Software Update—for Samsung TVs, this involves navigating to Settings > Support > Software Update > Update Now—or through USB for manual installation in cases of connectivity issues, where users can download the firmware from the official Samsung website using the device's exact model number, found in Settings > Support > About This TV. Updates are deployed in staged rollouts to minimize risks, often beginning in select regions like before global expansion; for instance, the Tizen 9.0 upgrade began reaching 2024 Samsung TVs in July 2025, introducing interface refinements aligned with the 2025 model lineup. Samsung has committed to extended support policies for Tizen, particularly emphasizing televisions, with a seven-year guarantee of OS upgrades and updates for 2025 models and later, extending through 2032 to ensure ongoing compatibility and against vulnerabilities. This policy, announced in 2024, also applies to select 2024 and 2023 high-end TVs, marking a shift from previous shorter cycles to compete with offering longer support windows. In August 2025, extended this seven-year policy to Wi-Fi-enabled home appliances such as refrigerators and washers launched from that year onward, providing OS upgrades and patches to align with TV and ecosystem support. For older appliances, support remains focused on critical fixes over shorter periods. Update content for Tizen encompasses fixes to resolve stability issues, such as display lock callbacks in recent releases, alongside monthly or quarterly patches addressing vulnerabilities like out-of-bounds writes in core libraries. Feature additions are integrated periodically, including 2025 enhancements to the interface on TVs, such as revamped settings menus and unified hubs like Daily Plus for streamlined navigation across apps and content. These updates aim to maintain ecosystem cohesion, occasionally extending to appliances with tweaks for consistent user experiences. Despite these mechanisms, challenges persist in Tizen's update ecosystem, notably delays in rolling out major versions to older models, as evidenced by 2023 Samsung TVs receiving the Tizen 9.0 update starting in late October 2025, attributed to hardware compatibility constraints. User feedback from the 2025 TV rollout has highlighted intermittent issues, including stalled Smart Hub updates and regional inconsistencies, underscoring the complexities of phased deployments across diverse device fleets.

Device Compatibility and Adoption

Televisions and Displays

Tizen has served as the primary operating system for Smart TVs since 2015, when announced that all new smart television products would run on the platform, replacing the previous system. This shift enabled faster performance, improved connectivity, and a unified across 's devices. In 2025, Tizen continues to power 's models, including the Neo QLED and QLED series such as the QN990F, QN900F, QN90F, and Q7F, which incorporate advanced features like Mini LED backlighting and AI processing. Key features of Tizen in Samsung TVs include a robust app ecosystem with seamless integration of major streaming services like and Disney+, allowing users to access content directly from the Smart Hub interface. Ambient Mode enhances the user experience by transforming the TV screen into a decorative display when idle, showing artwork, weather, photos, or room-matching visuals to blend with home decor. The platform supports regular over-the-air (OTA) updates to refine the and add functionalities, with Samsung committing to seven years of OS upgrades for TVs released from 2023 onward. In 2025, Tizen 9.0 was rolled out via OTA updates to select older models, including 2024 flagships like the S95D, S90D, S85D OLEDs and QN900D 8K Mini-LED TVs, starting in July. This update introduces enhanced personalization through a redesigned for greater customization and improved , alongside refined voice controls powered by Bixby for hands-free operation and smart home integration. By August 2025, additional OTA updates expanded AI capabilities, including smarter Bixby voice assistance for content search and control without manual . Samsung's market leadership in the premium segment, capturing 49.6% of the global premium TV market (priced at $2,500 and above) based on 2024 data extending into 2025 trends, is bolstered by Tizen's optimized on high-end hardware. This share reflects the role of Tizen-enabled TVs in driving and LG's combined shipments of over 5.3 million units projected for 2025, with targeting around 2 million units, maintaining its position as a key enabler for entertainment-focused large-screen experiences.

Wearables and Mobile Devices

Tizen has been prominently featured in Samsung's wearable devices, particularly the Galaxy Watch series, where it powered models from the original Galaxy Gear in 2013 through the Galaxy Watch 3 released in 2020. These devices, including the Gear S3, Galaxy Watch Active, Galaxy Watch Active 2, and Galaxy Watch 3, ran on versions of Tizen optimized for low-power, touch-based interfaces, enabling features like fitness tracking, notifications, and customizable watch faces. For instance, the Galaxy Watch Active 2, launched in , utilized Tizen 4.0 to support advanced health monitoring such as ECG and readings in select regions. In the mobile device space, Tizen's adoption was limited primarily to Samsung's Z series smartphones targeted at emerging markets, with releases spanning 2015 to 2018. The Samsung Z1 debuted in in July 2015 as the first commercial Tizen smartphone, followed by the Z2 in August 2016, Z3 in October 2017, and Z4 in May 2018, all emphasizing affordability and basic connectivity features like support on the Z2 and later models. However, Samsung abandoned further development of Tizen-based smartphones after 2017, citing challenges in app ecosystem growth and market competition, leading to the phase-out of services like the Tizen Store by December 2021. Tizen also powered select Samsung NX series mirrorless cameras from 2013 to 2016, marking its early entry into imaging hardware. Models such as the NX300 (2013), NX1 (2014), NX30 (2014), and NX500 (2015) integrated Tizen to enable connectivity, via companion apps, and seamless sharing to social platforms, with the NX300M noted as the first certified Tizen device in this category. These cameras, part of Samsung's sensor lineup, represented an attempt to unify software across devices but became legacy products after Samsung exited the standalone camera market around 2017. By 2025, fully discontinued support for Tizen in wearables, with content sales and app downloads from the ceasing on September 30, 2025, for all pre-Galaxy Watch 4 models. This phase-out aligns with 's transition to , initiated with the Galaxy Watch 4 in 2021, allowing newer devices like the Galaxy Watch 6 (2023) to leverage Google's ecosystem for broader app compatibility and updates. While existing Tizen apps on devices will continue functioning post-2025, the shift underscores Tizen's declining role in personal wearables amid evolving industry standards.

Home Appliances and Other Hardware

Tizen has been integrated into Samsung's home appliances since 2016, enabling smart functionalities such as remote monitoring, control, and personalized features. The Family Hub series of refrigerators, for instance, runs on Tizen OS to provide users with interfaces for viewing recipes, managing grocery lists, streaming content, and controlling connected devices via voice commands. Similarly, Samsung's smart washing machines incorporate Tizen-based systems for cycle optimization, remote start notifications, and integration with , allowing users to monitor laundry progress and receive maintenance alerts through companion apps. These appliances leverage Tizen's lightweight architecture to support IoT connectivity, enhancing energy efficiency and user convenience in daily routines. In professional displays, Tizen powers Samsung's LED Wall controllers and solutions, facilitating seamless content management for commercial environments. Devices like the QMC Series 4K UHD displays and microLED systems use Tizen OS to enable 24/7 operation, remote updates, and multi-display synchronization for applications in retail, corporate lobbies, and public venues. As of 2025, these Tizen-enabled platforms continue to evolve with enhanced AI-driven features for dynamic content playback and audience , supporting ongoing deployments in enterprise settings. Beyond appliances and displays, Tizen extends to other hardware categories through strategic partnerships. Samsung's acquisition of Harman in aimed to accelerate Tizen's adoption in in-vehicle (IVI) systems, combining Harman's automotive expertise with Tizen's capabilities for experiences. Although widespread IVI deployment has been limited, Tizen IVI supports rich applications and navigation integration in select prototypes. Early explorations also considered Tizen for printers, with plans announced in 2013 to embed the OS in imaging devices for streamlined printing from connected ecosystems, though Samsung's printer division was sold to HP in 2017, shifting focus away from such implementations. By 2025, Tizen's licensing program has seen growth, extending to non-Samsung hardware partners and fostering broader adoption in smart home appliances through open-source contributions. As of late 2025, this includes partnerships with brands like RCA and Axdia for TVs in and , enhancing Tizen's reach beyond Samsung hardware. This expansion includes affordable hardware kits and developer tools tailored for IoT devices, enabling third-party manufacturers to integrate Tizen for enhanced . Tizen's role in smart home ecosystems has grown via , Samsung's IoT platform, which connects appliances and displays for unified control, automation routines, and protocol compatibility, serving millions of users across nearly 200 countries. This connectivity emphasizes Tizen's core IoT features, such as secure device pairing and energy monitoring, to create cohesive home environments.

Ecosystem and Applications

App Development and Store

Tizen app development primarily utilizes Tizen Studio, an (IDE) provided by for creating both web and native applications. Web applications are built using standard web technologies such as , CSS, and , leveraging the Web Engine runtime for execution, while native applications are developed with C and C++ languages to access low-level device capabilities and hardware features. The development workflow involves several key steps, including project creation within Tizen Studio, integration of Tizen APIs for device-specific functionalities, and application signing using certificates generated via the Tizen Certificate Manager tool. All applications must pass a rigorous process administered by , which verifies compliance with platform guidelines, security protocols, performance standards, and requirements before approval for distribution. This process helps maintain quality but can introduce delays for developers. Tizen applications are distributed through the , which features a dedicated section for Tizen-compatible content across categories like entertainment, utilities, and productivity. In 2025, significant changes affected the ecosystem: discontinued new downloads of Tizen-based watch applications and watch faces in the , with free content downloads halting on May 31, 2025, and all access to previously downloaded content ceasing by September 30, 2025, as part of a shift toward for wearables. The Tizen app ecosystem encompasses approximately 5,100 applications, with a particular emphasis on streaming services for smart televisions—such as , , and —and IoT control apps for managing home appliances and connected devices within the platform. The Tizen SDK is openly available for download, supporting cross-platform development and fostering contributions from the open-source community under the Tizen Project. One ongoing challenge for Tizen is its relatively smaller developer base compared to Android and ecosystems, which results in fewer third-party applications and less diverse offerings, though Samsung's focus on optimized, device-specific tools aims to attract more developers in niche areas like and IoT.

Licensing and Third-Party Integration

Tizen's core platform is released under open-source licenses, including 2.0, GPLv2, LGPLv2.1, and BSD, enabling broad collaboration and modification of its foundational components. However, incorporates layers for features such as its , enhancements, and integrations, which are not open-sourced and remain under 's control. This hybrid model allows original equipment manufacturers (OEMs) to license Tizen at no upfront cost, facilitating its adoption without the financial barriers associated with fully systems. Third-party integrations have expanded Tizen's reach beyond Samsung hardware, with notable partnerships including Intel as an early backer for hardware optimizations and various OEMs adopting the OS for smart TVs. In 2025, Samsung's licensing program saw significant growth, particularly in the second half of the year, as new TV brands such as RCA (via Kayve Group in Mexico), EKO and QBELL (through Ayonz in Australia and Europe), and Axdia (in Germany) began embedding Tizen OS 8.0 in their devices across Europe, North America, Latin America, and Asia. These expansions target affordable hardware segments, with additional appliance brands anticipated to join for integrated smart home solutions, building on prior OEM collaborations like Atmaca, HKC, and Tempo. Compared to in 2025, Tizen maintains an advantage through its tight integration with the ecosystem, enabling seamless connectivity for users within Samsung's device portfolio, such as smartphones and home appliances, which fosters user retention via exclusive features like and hub functionality. This lock-in contrasts with 's more fragmented, Google-centric approach, where broader app availability comes at the expense of optimized Samsung-specific experiences. For OEM manufacturers, Tizen licensing offers cost-effectiveness by providing a mature, pre-optimized OS that reduces development expenses and time-to-market, while delivers ongoing technical support, hardware certification, and customization options to align with brand identities. These benefits also extend to revenue-sharing opportunities through 's advertising ecosystem, enhancing profitability for partners without requiring in-house OS maintenance.

Challenges and Controversies

Development Hurdles and Criticisms

The development of Tizen encountered substantial early hurdles, including repeated delays in for its initial launches, stemming from platform instability and difficulties in establishing a viable app . These setbacks pushed back the debut of the first Tizen phone from mid- to the fourth quarter, with further postponements attributed to unresolved issues in the operating system's core functionality and preparation. By , the launch was indefinitely delayed, highlighting foundational technical challenges that hindered timely market entry. A persistent criticism of Tizen has been its limited app ecosystem, exacerbated by a Samsung-centric development focus that prioritized integration with the company's hardware over broader developer incentives. This approach resulted in a more curated but significantly smaller selection of applications compared to open platforms, as developers faced barriers in supporting a fragmented, Samsung-dominated environment. Tizen has faced criticism for inconsistent update support across device categories, with non-television hardware like wearables receiving minimal ongoing . While pledged seven years of Tizen updates for 2024 and select 2023 television models, support for Tizen-based smartwatches terminated entirely on September 30, 2025, leaving those devices without further patches or app downloads; users have reported concerns over potential risks and limited functionality post-phase-out. Privacy concerns in Tizen's IoT integrations, especially on smart televisions serving as home hubs, have been notable, with analyses revealing vulnerabilities that enable data leakage to third parties. Research on Tizen's security model for smart TVs has identified bypass methods for protections, raising risks in connected ecosystems where devices share user data across networks. Community feedback underscores low open-source contributions to Tizen, with the project showing limited activity levels relative to other major initiatives, which has constrained collaborative improvements. In 2025 reviews, the Tizen UI on televisions has been faulted for bloat, featuring excessive pre-installed apps and cluttered that degrade despite hardware optimizations. Comparisons in 2025 highlight Tizen's challenges against Google TV, particularly in app variety, where Google TV's integration with the vast Android library offers far more options than Tizen's restricted, Samsung-focused catalog. This disparity has positioned Tizen as less competitive in ecosystems demanding diverse third-party applications.

Product Phase-Outs and Market Shifts

In 2018, announced it would abandon development of Tizen for mobile phones, shifting focus away from smartphones after a brief push in the mid-2010s that failed to gain significant traction against Android and . Similarly, support for Tizen-based smartwatches concluded in September 2025, when the permanently halted all app and watch face downloads for affected models, including the Galaxy Watch 3 and earlier, on September 30, 2025, following a suspension of free content in May 2025. These phase-outs marked a strategic pivot for Tizen toward televisions and IoT devices, where it powers nearly all of Samsung's smart s and has helped the company secure a leading 28.3% share of the global market in 2024. However, this focus faces intensifying competition from Google TV, which dominates connected platforms, and newer entrants like Titan OS, a European-developed system gaining adoption through partnerships with brands such as . In 2025, Samsung's expanded licensing of Tizen to third-party TV manufacturers in regions like Europe, North America, and Latin America has accelerated its adoption beyond proprietary hardware, embedding the OS in devices from new global partners. Yet this growth highlights ongoing ecosystem fragmentation in the smart TV space, where multiple proprietary OSes like Tizen, webOS, and Android TV complicate app development and user experiences across platforms. Looking forward, Tizen appears poised for evolution into a more unified platform, with the integration of as an overlay on Tizen 9.0 in 2025 TV models, aiming to streamline interfaces across smartphones, TVs, and other devices while preserving core OS functionality.

TizenRT

TizenRT is a lightweight (RTOS) variant of the Tizen platform, designed specifically for resource-constrained (IoT) devices such as those using or Cortex-R microcontrollers. It originated as the TinyAra project in 2015, based on the RTOS kernel, and evolved into TizenRT by 2016, with commercialization beginning in 2017 for low-end embedded applications. This subset targets devices with limited hardware, typically featuring less than 2 MB of RAM and under 16 MB of flash storage, enabling efficient operation in environments where full-featured operating systems would be impractical. At its core, TizenRT employs the TinyAra kernel, a customized fork of that provides real-time scheduling and compliance while maintaining a minimal footprint, often under 16 KB for basic components. Key features include support for IPv4/ networking stacks, IoT connectivity protocols like IoTivity (based on Open Connectivity Foundation standards) and LwM2M for device management, as well as integration for wireless communication. (BLE) support is available through planned and implemented extensions, facilitating low-power sensor networks. Additional , such as the JerryScript JavaScript engine and IoT.js runtime, allows for lightweight application development, while security elements like secure boot and encrypted storage enhance reliability in IoT deployments. The platform's low memory usage—optimized to fit within 1 MB for core operations in many configurations—ensures it suits microcontrollers without compromising on essential IoT functionalities. TizenRT finds primary applications in Samsung's ARTIK IoT modules, such as the ARTIK 053, which integrates the OS on a Cortex-M4 processor for Wi-Fi-enabled sensors and edge nodes. It powers smart sensors in home appliances and wearables, enabling processing in constrained environments like or industrial controls. As of 2025, ongoing development includes enhancements for , such as data compression algorithms to support efficient IoT-to-cloud intermediation, with recent commits to the project repository indicating active maintenance. Unlike the main Tizen platform, which relies on a full for multimedia-rich devices like televisions and smartphones, TizenRT dispenses with the Linux base in favor of an RTOS architecture to prioritize and efficiency in non-graphical, embedded scenarios. This focus eliminates support for complex user interfaces and heavy applications, instead emphasizing bare-metal-like performance for always-on IoT tasks.

Successor and Derivative Systems

Samsung transitioned its Galaxy Watch lineup to Wear OS starting with the Galaxy Watch 4 in 2021, marking the end of Tizen as the primary operating system for new wearables; by 2023, all subsequent models, including the Galaxy Watch 6 and Watch 7, adopted for enhanced app compatibility and integration, with Tizen support for older devices fully ending in September 2025. One UI, originally developed as a user interface layer atop Tizen for Samsung's ecosystem, has evolved into a unified user interface layer that operates atop various underlying operating systems, such as Tizen for televisions and for wearables; in 2025, Samsung expanded to televisions and home appliances, providing consistent navigation, apps, and connectivity features across devices while leveraging Tizen's core for in select models. Tizen's derivatives extend into IoT through deep integration with the platform, where the Tizen IoT SDK enables developers to connect and control devices via cloud-based APIs, supporting hub-connected, direct-connected, and 1.4 standards for seamless as of 2025. Tizen has influenced open-source automotive projects, notably serving as the foundation for Automotive Grade Linux (AGL)'s initial in-vehicle infotainment stack released in 2014, which integrated Tizen IVI components with GENIVI and other elements to create a unified code base for car manufacturers. As of November 2025, has not announced a complete replacement for Tizen, instead continuing to it to and reuse its modular components in expansions and IoT solutions, ensuring longevity for non-wearable applications.

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