Galaxy for the Planet is the sustainability platform for Samsung’s Mobile eXperience(MX) business, guiding its long-term approach to advancing environmental sustainability. Since its launch, the initiative has driven steady progress across multiple focus areas, evolving alongside advances in technology, materials and operational capabilities.

“The progress we have made through Galaxy for the Planet reflects years of consistent effort across our teams and partners,” said TM Roh, CEO, President and Head of the Device eXperience(DX) Division at Samsung Electronics. “Sustainability is central to how we operate and innovate. It informs how we design products, manage resources and create value beyond our devices. As we work toward our 2030 goals, we are expanding our commitments beyond products and operations to address broader environmental impact as we work toward our 2030 goals.”

Progress on Galaxy for the Planet

Samsung has achieved all four of its 2025 sustainability goals for the Galaxy for the Planet initiative, which was designed to reduce the environmental impact of the company’s mobile products and operations.

A core focus has been expanding the use of recycled and responsibly sourced materials across Galaxy products.[1] Today, Samsung has applied 10 types of recycled materials[2] in both exterior and interior components, supported by ongoing research, testing and verification.

One area of progress is enhancing circularity through innovation in materials. Samsung has incorporated recycled plastics recovered from ocean-bound, discarded fishing nets, and continues its efforts in closed-loop systems such as its Circular Battery Supply Chain, which enables the recovery and reuse of materials from previously used Galaxy device batteries.

Samsung also eliminated single-use plastics from its mobile packaging, transitioning to paper-based and recycled alternatives.[3] At the same time, continued research and development in low standby power technology has reduced standby power consumption in Galaxy mobile phone chargers to near-zero levels  — an innovation now applied across multiple charger wattages.[4]

Across manufacturing operations, Samsung has advanced landfill waste reduction by implementing Zero Waste to Landfill (ZWTL) practices globally. All 10 qualifying mobile manufacturing sites[5] have achieved the Platinum designation for ZWTL under the UL Solutions standard, reflecting landfill diversion rates of 100 percent. Such waste management practices are adapted to regional regulations and infrastructure, as well.

These achievements reflect Samsung’s progress under Galaxy for the Planet and provide momentum to expand the initiative further. With its initial targets met on schedule, Samsung is expanding its environmental commitments with new goals through 2030.

Deepening Our Commitments to the Environment

For its next phase, Galaxy for the Planet will expand beyond product-level initiatives to address the broader environmental and ecological impact of Samsung’s global operations. The new 2030 goals will focus on three key areas: circularity, water stewardship and biodiversity.

• Advancing Circularity

Samsung will continue to advance circularity across its mobile products, with the aim of incorporating at least one recycled material in every module of every mobile product. This underscores the company’s commitment to more responsible and efficient materials sourcing across the Galaxy ecosystem.[6]

• Strengthening Water Stewardship

Samsung is deepening its approach to water stewardship across its mobile operations,[7] with the goal of returning 110 percent of the water consumed. This includes pursuing the highest level of Alliance for Water Stewardship (AWS) certification for responsible water management practices.[8]

• Conserving Ecosystems

Recognizing that its operations can have an impact on surrounding ecosystems, Samsung has set a goal to conserve ecosystems equivalent to the footprint of its global mobile operations.[9] This goal focuses on protecting and restoring natural environments in ways that strengthen biodiversity and ecological resilience around Samsung’s global footprint.

As Samsung continues its sustainability journey, Galaxy for the Planet reflects Samsung’s belief that environmental responsibility is integral to how the company innovates, operates and creates long-term value, reinforcing its commitment to sustainability as a core part of its business.

The video capturing the journey of Galaxy for the Planet is available at the following link.

For more information about Galaxy for the Planet, visit here. Additional details on Samsung’s sustainability metrics, verification processes and progress are available in the Samsung Electronics Sustainability website.

[1] All recycled materials used in Galaxy products have undergone third-party verification figure based on ISO 14021. These include pre- and post- consumer recycled materials

[2] Includes plastics, glass, aluminum, cobalt, lithium, steel, copper, gold, rare earth elements and tantalum. Recycled material use varies by product. For more information, visit: https://www.samsung.com/global/sustainability

[3] In select markets, limited use of plastic wrapping or sealing labels remains due to local conditions. Some legacy packaging materials produced prior to the transition may still be in distribution. For more information, visit: https://www.samsung.com/global/sustainability

[4] Less than 0.005W standby power technology is based on newly released 15W, 25W and 45W Galaxy mobile phone chargers. Figures and product information are based on internal test and findings

[5] Brazil (SEDA-P(C), SEDA-P(M)), Egypt (SEEG-P), India (SIEL-P(N)), Indonesia (SEIN-P), Korea (Suwon, Gumi), Türkiye (SETK-P), and Vietnam (SEV, SEVT)

[6] “Module” refers to key functional components within a mobile product (such as the battery, display, camera or structural components). The goal applies to Samsung Galaxy phones, tablets, PCs and watches, excluding certain accessories and new or emerging form factors.

[7] Brazil (SEDA-C, SEDA-M), Egypt (SEEG), India (SIEL-N), Indonesia (SEIN), Korea (Suwon, Gumi), Türkiye (SETK), Vietnam (SEV, SEVT)

[8] ‘Highest level’ is defined as achieving the top certification level(‘Platinum’) of the Alliance for Water Stewardship (AWS).

[9] Brazil (SEDA-P(C), SEDA-P(M)), Egypt (SEEG-P), India (SIEL-P(N)), Indonesia (SEIN-P), Korea (Suwon, Gumi), Türkiye (SETK-P), and Vietnam (SEV, SEVT)

Supporting Marine Ecosystems Through Global Collaboration

Introduced at Galaxy Unpacked in January 2025, Coral in Focus is an initiative launched last year that supports local communities, including Fiji, Indonesia and the United States, to restore coastal ecosystems.

Samsung has partnered with Seatrees, a nonprofit organization dedicated to restoring marine ecosystems, to explore new, innovative solutions for coral reef restoration. The company has introduced Ocean Mode¹ on the Galaxy S24 Ultra, an exclusive camera feature that enables vivid image capture even underwater. These images provide accurate visual data for marine researchers who create 3D photogrammetry models to continuously monitor and analyze coral reefs. Local partner organizations then use these findings to guide their on-site coral restoration efforts.

Ocean Mode: How Galaxy Camera Innovation Is Helping Restore Coral Reefs

Partners and local field teams use Ocean Mode to reduce the excessive blue tones common in underwater photography, allowing for a more accurate representation of coral colors. The feature also helps minimize motion blur through optimized shutter speed and multi-frame image processing. Additionally, the interval shooting function enables thousands of high-resolution coral images to be captured in a single session — improving both efficiency and image clarity.

With these coral restoration initiatives, photos taken with Ocean Mode have been used to produce 17 3D models of coral reefs to analyze the health and growth of reefs. In total, 11,046 coral fragments were planted to restore 10,705 square meters of coral reef habitat — roughly the size of 25 basketball courts.

Since unveiling its “Galaxy for the Planet” environmental vision in 2021, Samsung has continued its efforts toward a more sustainable future — not only by incorporating ocean-bound plastics from discarded fishing nets into its products but also by expanding into marine ecosystem restoration. These actions reflect the company’s ongoing commitment to reducing its environmental impact across the entire product life cycle and beyond.

¹ Ocean Mode was exclusively developed for this project and is only available to participating partners.

Every year, judged by a panel of sustainability and environmental, social and governance (ESG) experts, the SEAL Awards recognizes the most impactful sustainability initiatives and top companies that drive environmental progress. Samsung is a recipient of the SEAL Sustainable Product Award, which honors inspiring purpose-built products that move and change the world in a better way.

“We are honored to receive the 2022 SEAL Sustainable Product Award for our efforts to advance more circular product designs and by doing more with less when it comes to ocean plastic waste,” said Sungsun Park, EVP and Head of Mechanical R&D Team of MX Business at Samsung Electronics. “Samsung is committed to continuing our sustainability journey and unleashing the company’s scale, innovation and spirit of open collaboration to deliver even more tangible climate actions.”

“A staggering 640,000 tons of fishing equipment are abandoned in the ocean each year, trapping and entangling marine life and damaging coral reefs. We applaud Samsung for transforming the Galaxy smartphone series to combat this environmental challenge,” said Matt Harney, Founder of SEAL Awards.

Discarded fishing nets are one of the most widespread and invasive ocean-bound plastics that pose a serious threat to marine life and our planet. Samsung first incorporated recycled discarded fishing nets with the Galaxy S22 series and since then, has used the material in designs throughout the Galaxy ecosystem, including in tablets, laptops and earbuds. By collaborating with like-minded organizations, Samsung created a new material from recycled ocean-bound plastic and upheld its high-quality standards.

This innovation is part of Samsung MX’s sustainability vision, Galaxy for the Planet, which outlines the company’s journey to taking tangible climate actions across global business operations and product lifecycles. Through Galaxy for the Planet, Samsung strives to develop and incorporate recycled materials in all new products, eliminate single-use plastics in mobile packaging, achieve zero standby power consumption for all smartphone chargers and divert all waste from landfill by 2025.

About the SEAL Awards
SEAL (Sustainability, Environmental Achievement & Leadership) Awards is an environmental advocacy organization that honors leadership through our business sustainability awards & environmental journalism awards while funding research and pursuing our own environmental impact campaigns.

The SEAL Awards’ core pillars are:

• Business Sustainability Awards — honors the most sustainable companies in the world, like Adidas, AMD, Cisco and Tide
• Environmental Journalism Awards — representative past winners include journalists from Guardian, New York Times and Grist
  
• Impact Campaigns — representative campaigns include “#UpTheCup” and “Eco Rewards”
• Environmental Research Grants
  

For more information, please visit https://sealawards.com/.

In 2020, Ally Mitchell, a longtime commercial diver, was asked to join a salvage operation for a cargo ship that had been wrecked near his home in Scotland. When he began work on the wreck, he was faced with thousands of tons of material, comprised mostly of shredded plastic. In that moment, he was inspired to take on a new mission: to make a difference in the world by tackling ocean-bound plastic.

For six months, Ally worked in his shed to bring to life a bold idea, one that sought to redefine a product that millions of people around the world use. With no manufacturing experience, he documented every step of the way on his Galaxy smartphone, and eventually, he had his breakthrough: recycled Ocean Plastic Pots.

Today, as his work continues to grow, Ally shares the positive impact of his pots through vibrant photos of the plastic he collects on beaches. Customers can see how the color of this plastic is the same as the color of the pots, which helps emphasize the circularity of the process and provides a tangible connection between the plastic Ally collects and the colorful pots he transforms it into. Ally also insists on sharing all the trial-and-error involved in his project by filming and uploading the different product development stages online, inspiring the next generation to continue the critical work of protecting the planet. It is also a reminder of just how creative this work can be.

Ally’s story of how he used Galaxy technology to rethink the problem of plastic and work towards a better future for everyone is both inventive and inspiring, and the story isn’t over yet.

To learn more about Ally’s mission to transform ocean-bound plastic, check out the Voices of Galaxy video below.

In case you weren’t able to tune in to the livestream of the event, you can catch up on all the latest announcements by taking a look at the replay video below, and be sure to stay tuned to Samsung Newsroom for more information on Samsung’s latest innovations.

Samsung Electronics announces today that it has made progress towards achieving the 2025 sustainability goals for the MX(Mobile eXperience) Business. Key initiatives include developing and incorporating recycled materials into products, designing more eco-conscious packaging and giving new life to older Samsung Galaxy devices to reduce e-waste.

Since announcing the Galaxy for the Planet vision at Unpacked in August 2021, Samsung has worked diligently to create new ways to recycle and repurpose resources that would otherwise become harmful waste, minimize its environmental footprint and inspire innovation that helps preserve the planet. Today, Samsung is sharing the progress so far on its sustainability journey.

“Samsung is taking consistent and impactful actions that help protect people and the planet. We marry sustainability and innovation in everything we do,” said TM Roh, President and Head of Mobile eXperience Business at Samsung Electronics. “I am proud of our progress to date. At the same time, it’s been a humbling experience that enables us to continue on our journey towards achieving our sustainability vision with even more conviction and rigor than before.”

Expanding the Use of Recycled Materials to the Galaxy Z Fold4 and Galaxy Z Flip4

Developing new, recycled materials is a key focus area for Galaxy for the Planet. The more Samsung recycles, the more resources it preserves. While repurposing materials into Galaxy devices presents many challenges, the benefits for the planet make it well worth the effort.

Samsung designed the new Galaxy Z series and Galaxy Buds2 Pro with repurposed fishing nets, or ghost nets, that could otherwise end up in the ocean.

First integrated into the Galaxy S22 series in February 2022, today there are eleven Galaxy devices that use repurposed fishing nets including Galaxy Book2 Pro series and Galaxy Tab S8 series as well. By repurposing abandoned fishing nets into a high-performance material for Galaxy technology, Samsung helps to minimize the effects of plastic pollution — 640,000 tons of fishing nets are abandoned and pollute the world’s oceans every year.¹

Repurposing discarded fishing nets is only one example of Samsung’s advancements in increasing its use of recycled materials in its products.

Samsung has incorporated eco-conscious materials including repurposed fishing nets, post-consumer materials (PCM) or bio-based resin into 90% of Galaxy devices launched in the past year.² For the Galaxy Buds2 Pro, more than 90% of the plastic components are made with partly* recycled materials.³

This process requires complex engineering and technical skills to ensure the overall quality, safety and reliability of all new materials for Samsung’s innovative technologies. Samsung plans to make further investments in research and development to source and transform other, new materials for use in Galaxy products and to increase the presence of recycled materials in each device. 

Changing the Way Galaxy Products Are Packaged

Samsung set a goal to eliminate all single-use plastics in mobile product packaging by 2025, and the company has already reduced a sizeable amount of single-use plastics in its current packaging for Galaxy smartphones including the new Galaxy foldables. Samsung will explore more ways to eliminate single-use plastics in packaging by assessing every aspect of its packaging designs, down to the smallest of details.

Starting with the launch of the Galaxy S22 series, Samsung now uses 100% recycled paper for flagship product packaging.

By doing so, Samsung will be able to save the equivalent of nearly 51,000 trees⁴ with the Galaxy S22 series and the new Galaxy Z series this year.

Samsung has also reduced the volume of packaging for Galaxy Z Flip4 by 52.8% and for Galaxy Z Fold4 by 58.2% respectively compared to the first-generation Galaxy foldables. By reducing each device package’s volume, Samsung ultimately reduces its environmental footprint in transporting these units using trucks, planes and ships. The company estimates that this reduction in packaging volume equates to a reduction in carbon emissions from transportation of approximately 10,000 tons by the end of 2022.⁵ In addition to continually evolving packaging for flagship smartphones, Samsung will expand eco-conscious packaging to other product categories.

Scaling Solutions That Reduce E-waste

More than ever, reducing e-waste is crucial to advancing a circular economy that preserves and repurposes the planet’s finite resources. According to the World Economic Forum, 57 million tons of e-waste was generated in 2021, and it is expected to grow by 2 million tons per year.⁶

To address this, Samsung has been expanding the Galaxy Upcycling program, which gives new life to older Galaxy smartphones. Through Galaxy Upcycling at Home,⁷ Samsung repurposes smartphones with a simple software update that turns them into smart home devices that support everyday needs, such as childcare and pet care.

An important part of Galaxy Upcycling is ensuring that these sustainable practices not only support the environment but also improve people’s lives. The company also upcycles secondhand Galaxy devices into medical diagnosis equipment called EYELIKE fundus cameras that provide necessary eye care services in underserved communities. This program has already upcycled hundreds of Galaxy devices and provided basic eye care for over 13,000 patients in Vietnam, Morocco, India and Papua New Guinea.

The Path Forward

Samsung has set clear sustainability goals by scaling solutions across its business. Whether it is repurposing discarded fishing nets for Galaxy devices, striving to achieve plastic-free packaging or moving us forward to achieve zero waste to landfill and zero standby power of smartphone chargers, Samsung is realizing its Galaxy for the Planet vision one step at a time.

There will be more challenges along the way, but Samsung will hold itself accountable and continue to report progress on its mission to effect positive change and inspire others to protect the planet for generations to come.

¹ FAO and UNEP.

² By number of models. This includes Galaxy smartphones, tablets, laptops and wearables Samsung launched globally from September 2021 to August 2022. There are 37 models launched globally during this period and 34 models include at least one component that is made of recycled materials or bio-based resin.

³ More than 90% of all the plastic components of Galaxy Buds2 Pro are made of partly recycled materials. 29 grams of plastics are used in the Galaxy Buds2 Pro in total, and components weighing more than 27 grams are made with partly recycled materials. Each of these components contains at least 20% of either discarded fishing nets (ocean-bound plastic) or post-consumer materials. Recycled fishing nets are used in three internal components of the cradle case in its bracket deco front, bracket battery holder and bracket-PCB. Post-consumer recycled materials are used in eight exterior components. Four components in both Ear Buds in its case front left/right, case rear left/right. And four components in the cradle case in its deco front, case-upper, case-upper inner and case-lower.

⁴ A 30-year-old pine tree can produce 59 kg of paper.

⁵ This is calculated based on ISO 14040:2006 and 14044:2006 standard, using Ecoinvent 3.8 database for transportation of SM-F700F, SM-F721B, SM-F900F and SM-F936B models from Korea to Europe.

⁶ World Economic Forum, “This year’s e-waste to outweigh Great Wall of China,” October 18, 2021. https://www.weforum.org/agenda/2021/10/2021-years-e-waste-outweigh-great-wall-of-china/.

⁷ Galaxy Upcycling at Home is available in the US, the UK and Korea currently and availability may vary by carrier. This feature is available on all Galaxy S, Note and Z series released since 2018(Galaxy S9, Galaxy Note9 or later) running Android 9 and above. More devices will be supported in the future.

*The content has been revised as of January 30, 2023 to provide more accurate information. 

The theme of this year’s World Health Day — Our Planet, Our Health — demonstrates the understanding that human health is deeply interconnected with environmental health. Through the Galaxy Upcycling program, Samsung Electronics has been on a mission to develop innovative, sustainable practices that not only preserve the planet’s resources but also bridge barriers to accessible and affordable health care.

In recognition of World Health Day, Samsung Newsroom is looking back at the first year of the program’s implementation, which has upcycled hundreds of secondhand Galaxy devices and provided basic eye care for over 3,000 patients in Morocco, India and Papua New Guinea.

Upcycling Galaxy Technology Into Diagnosis Cameras

Globally, 1.1 billion people suffer from vision loss — 90% of which live in low- and middle-income countries and lack access to affordable and quality eye health care. To address this, Samsung has partnered with the International Agency for the Prevention of Blindness (IAPB) and Yonsei University Health System (YUHS) to transform old and unused Galaxy technology into medical diagnosis cameras called EYELIKE fundus cameras, which allow both medical and non-medical professionals to screen patients for conditions that may lead to blindness.

“We are proud of our team at Samsung who helped infuse upcycled technology to diagnose visual impairment in patients through the EYELIKE platform,” said Dr. Aloknath De, Executive Consulting Director, Open Innovation of Samsung R&D Institute in Bangalore.

Establishing Accessible Eye Care Services in Morocco

Since the introduction of EYELIKE in Morocco, Samsung has partnered with Global Care and 21 other organizations — including public health centers and private clinics — to repurpose 60 units of older smartphones into the EYELIKE Fundus Camera.

“In Morocco, we lack medical personnel and ophthalmic medical equipment, so I’m optimistic EYELIKE will bring huge benefits — especially to patients who live in remote regions,” said optician Mohcine Ait Hida.

Local optometrists have been using the camera to screen over 2,028 patients and provide post-diagnosis care, including prescribing glasses for 128 people, scheduling follow-up appointments with 205 people and connecting 50 people to eye hospitals for additional medical treatment.

Conducting Patient Outreach Programs in India

Recognizing that blindness is a prevailing problem in India, Samsung has upcycled nearly 200 units of secondhand smartphones and provided them to local hospitals. This innovative approach has proved to be a breakthrough for patients like Jamuna Prasad who has been repeatedly prescribed glasses for his declining eyesight for over a year. After his eyes were checked with the EYELIKE Fundus Camera at the Primary Eye Care Center at Sitapur Eye Hospital, he finally received a correct diagnosis of diabetic retinopathy. According to his optometrists, Jamuna’s eyesight has been improving ever since.

At the same time, many patients living in remote communities don’t always have the same access that Jamuna Prasad had to a vision center. Thanks to the portable nature of the cameras, optometrists can travel to remote villages through outreach programs and screen people for potential eye diseases. As a result of the EYELIKE Fundus Camera, over 1,000 patients in India have received screenings through both local medical institutions and outreach programs.

Training Medical Staff in Papua New Guinea

In Papua New Guinea, health care facilities often struggle to find trained eye doctors and vital equipment necessary for treating retinal diseases. This situation is only being exacerbated by the prevalence of blindness across the country. For a population of over 9 million, there are only 14 trained ophthalmologists and three fundus cameras nationwide.

“Thanks to the partnership program and the EYELIKE fundus cameras, we now have enough cameras to expand care and screening services on a national scale,” said Dr. Jambi Garap, President of the National Prevention of Blindness Committee and the Lecturer in Ophthalmology at University of Papua New Guinea. “We’re currently training doctors in hopes that they can help diagnose patients nationally and improve people’s understanding of the illnesses they have.”

The EYELIKE program is helping to fill the health equity gap by training doctors and other clinic staff, even in rural communities, to screen patients using the device. Despite the COVID-19 pandemic restrictions causing a delay in patient screenings, Dr. Garap looks forward to resuming these screenings this year. She hopes to dispatch additional trainers to rural communities to provide staff with further training, in addition to conducting research on rare eye disorders such as Eales disease with the EYELIKE devices.

Advancing Samsung’s Sustainability Vision

As part of its mission to harness technology for good by positively impacting both people and the planet, Samsung plans to elevate this partnership through continuous technical support and open collaboration to allow for the continued nationwide training and screening of patients.

Samsung is dedicated to delivering innovative technologies that help build a better future and empower users to adopt more sustainable practices. This also includes taking tangible actions to reduce our environmental impact and reshape consumer experiences through our sustainability platform, Galaxy for the Planet. EYELIKE specifically helps Samsung minimize its environmental impact by supporting its goal to achieve zero waste to landfills and reduce e-waste by 2025.

About International Agency for the Prevention of Blindness

International Agency for the Prevention of Blindness (IAPB) is the overarching alliance for the global eye health sector, with more than 150 organizations in over 100 countries working together for a world where everyone has universal access to eye care. IAPB focuses on advocacy efforts to unite the sector behind the recommendations of the World Report on Vision and the Sustainable Development Goals.

About Yonsei University Health System

Yonsei University Health System (YUHS) is the first modern medical institution in South Korea, and it has been a leading medical institution in the country for more than 130 years. Severance Hospital and Yonsei University College of Medicine are part of the Yonsei University Health System.

Over the last decade, Samsung Electronics has worked to reimagine product design and development to do more with less when it comes to the planet’s natural resources. Samsung’s latest step in this mission was the recent creation of a Galaxy technology that repurposes one of the world’s main sources of plastic waste — discarded fishing nets.

Discarded fishing nets pose serious threats to marine life and natural ecosystems, often ending up in people’s food and water sources. Due to long-term exposure to seawater and UV rays, fishing net material is fragile, making the nets difficult to upcycle directly. To find a solution, Samsung created a material that maintains the quality of its smartphones while preserving the health of the world’s oceans.

How It Works

Samsung believes collaboration is crucial to breaking barriers and creating innovations that bring both performance and sustainability. Therefore, Samsung joined forces with likeminded organizations to evolve new capabilities and address the complex challenge of ocean plastic pollution.

Samsung first partnered with Royal DSM, a leading science-based company to gather fishing nets from fishers who collect them along the coastlines of the Indian Ocean. After ensuring collection of the nets, the company separates, cuts, cleans and extrudes them to develop an eco-conscious material, which consists of a minimum of 80% recycled polyamide, or nylon.

Samsung then collaborates with Hanwha Compound, a polymer compounding company to optimize the material’s performance to match the company’s high-quality standards for smartphone technology. The material is transformed into high-performance polyamide resins that are constructed with a minimum of 20% repurposed fishing nets.

Now ready for use in mobile technology, Samsung incorporated these upcycled polyamide resins into key components of the Galaxy S22 series’ key bracket and inner cover of the S Pen.

What This Means for Samsung’s Future

This is only the beginning. Samsung is committed to evolving and expanding its use of ocean-bound plastics across all its products. By the end of 2022, Samsung’s use of recycled ocean-bound material could prevent more than 50 tons of discarded fishing nets¹ from entering the world’s oceans.

The Galaxy S22 series marks another step in Samsung’s sustainability journey under Galaxy for the Planet, which aims to unleash the company’s scale, innovation and spirit of open collaboration to deliver tangible climate actions across the MX Business and enable Galaxy users to adopt more sustainable lifestyles. This includes increasing its use of recycled materials, reducing standby power, eliminating single-use plastic from packaging and diverting all waste from landfills by 2025.

¹ Based on internal research

Samsung has been leading the industry by introducing hardware (HW) and software (SW) that break the existing mold every year for the past 12 years since the unveiling of the first Galaxy S device in 2010. Some of the most game-changing so far include a large-screen smartphone with excellent immersion; a smartphone-stylus combination that enhanced productivity and creativity; and the world’s first dual-pixel camera technology. In addition, the Galaxy Note series, Galaxy tablet series and various wearable devices including Galaxy Watch and Galaxy Buds have contributed to the wider Galaxy ecosystem that has so transformed user’s lifestyles.

Ahead of the Galaxy Unpacked event set for February 10, Samsung Newsroom is providing a look back at the technological legacy of the Galaxy series. Read on to learn more about the 10 innovative Galaxy smartphone technologies that have set new standards and transformed the way we live our lives.

#1. 2010
The AMOLED Display: Bigger Is Better

One of the major benefits of a smartphone is that it allows users to enjoy content on a large screen with clear picture quality that sits right in the palm of their hand. Samsung kicked off the trend of the large screen era in the smartphone industry with the introduction of their AMOLED display. This display, developed using Active Matrix Organic Light Emitting Diode (AMOLED) technology, is characterized by its clear picture quality, self-luminescence and larger screen size.

The Samsung Galaxy S was the world’s first smartphone to be launched with a Super AMOLED display, an ultra-thin screen that consumes less power and provides crisper and more vivid picture quality. With the introduction of the Galaxy S in 2010, users’ interest became piqued in obtaining bigger screens — such as the 4- to 5-inch screens of the AMOLED display compared to the conventional 3-inches on other phones — on which to fully immerse themselves in their favorite content.

Samsung has continued to take its AMOLED technology to the next level by unveiling devices with more powerful and more advanced screens, such as the Galaxy S10, the world’s first mobile device with a High Dynamic Range10+ (HDR10+) supported Dynamic AMOLED display, and the Galaxy S21 series, which features a Dynamic AMOLED 2X display with an automatic refresh rate of up to 120Hz based on the content type. Samsung’s innovative technology has enabled silky-smooth scrolling and uninterrupted viewing experiences, even on larger screens.

#2. 2011
The Galaxy Note and S Pen: Adding Analog Touch to Digital Devices

As of 2011, it became no longer necessary to keep notebooks and writing instruments in our bags at all times. With the introduction of the Galaxy Note equipped with S Pen, it is now possible to save and share everything from memos to drawings right on our smartphone’s screen. At that time, the Galaxy Note was launched with an S Pen that supported 256 levels of pressure onto the device’s large screen. Since then, both the Note and the S Pen have become inseparable, and as the series has developed, both have evolved significantly.

For example, Samsung introduced Air Command for the Galaxy Note 3 to give users easy access to signature S Pen features when hovering their S Pen over the screen. The company also then incorporated Bluetooth Low Energy (BLE) technology into the Galaxy Note 9 S Pen so that its stylus pen could also function as a remote control. For the Galaxy Note 10, the addition of Air Action features enabled users to remotely control their device when switching camera modes or zooming in or out, a marked change from previous models which only permitted users to take photos from a distance. In line with this innovative spirit, Samsung introduced the artificial intelligence (AI)-powered S Pen for the Galaxy Note 20 in order to provide users with a more delicate and sophisticated drawing experience, and as of last year, the innovative S Pen is now available on devices such as the Galaxy S21 Ultra and Galaxy Z Fold3 to expand its compatibility.

#3. 2013
Samsung Knox: Your Trusted Mobile Bodyguard

We are now living in the era where most of our daily tasks and experiences can be undertaken all with a singular smartphone, meaning that the importance of security cannot be overemphasized. Samsung Knox has become a reliable shield for users concerned about information leakage or virus penetration.

Samsung Knox, installed on Galaxy devices since the Galaxy Note 3 in 2013, protects devices on a step-by-step basis from the chipset to the operating system (OS) and application level, while also blocking hacking and unauthorized access. In addition, thanks to its encrypted container space, a user’s personal and business data can be separated and managed safely.

In 2021, the company launched Samsung Knox Vault with the Galaxy S21 in order to thoroughly ensure the protection of ever-growing amounts of data. In addition to offering the industry’s highest level of security chipset (eSE, or embedded Secure Element) and a secure processor that prevents HW-level attacks, Samsung Knox Vault features a tamper-resistant security memory to protect a user’s various passwords and biometric information.

#4. 2014
Superb IP Rating: Ultimate Protection From Dust and Water

In the early 2010s, if you accidentally dropped your smartphone while using it in water, nothing but despair awaited you. To mitigate this, Samsung expanded the horizon of smartphone experiences by applying waterproof and dustproof functions to the Galaxy S5 for the first time in 2014.

From the Galaxy S7 in 2017 onwards, IP68,¹ the highest waterproof and dustproof rating, has been applied to Galaxy devices in order to strengthen their performance. The IP68 rating is given to devices after testing in fresh water at a depth of 1.5m for 30 minutes. Galaxy users are now able to use their smartphones with peace of mind thanks to strong waterproof and dustproof technologies.

#5. 2015
Samsung Pay: A Mobile Wallet in Your Pocket

It is no exaggeration to say that, after 2015, the trend of going ‘wallet-less’ saw a surge in increase. At this time, Samsung introduced Samsung Pay, a mobile payment service that replaces the cash and credit cards in a user’s wallet. Since this service was first introduced on the Galaxy S6 in 2015, it has established itself as a core representational service of the Galaxy smartphone.

When using public transportation, as well as when out shopping, users need just touch their smartphone instead of having to get out their wallet to pay. These days, leaving the house without a wallet has become a normal habit.

#6. 2016
Advanced Camera Technology: The World’s First Dual Pixel Sensor

Smartphone camera technologies are advancing day by day, to the extent at which if you have a smartphone, you’re able to capture pictures and videos comparable to that of professionals.

In 2016, Samsung raised the smartphone camera function to a new level by installing the industry’s first dual pixel in the Galaxy S7. At that time, the dual pixel was an image sensor only seen in high-end digital single-lens reflex (DSLR) cameras. By increasing the amount of light received by both the front and rear cameras, the Galaxy S7 was able to focus quickly and accurately, as well as take optimal photos in dark environments.

Samsung then combined an Ultra-Wide angle lens and intelligent SW in the Galaxy S10 to help users take even sharper pictures. The Galaxy S20 features a remarkable four quad cameras, raising the level of camera functionality once again. In particular, the optical zoom performance has been greatly improved; Galaxy S20 Ultra users can harness the Space Zoom function to zoom in up to 100 times, allowing them to take clear pictures of the night sky.

#7. 2018
One UI: Making My Own Galaxy

One UI is an interface that supports the unique user experience of Samsung Galaxy, and was first introduced in November 2018.

By dividing the viewing area and the touching area, the layout of One UI allows users to comfortably perform all operations with just one hand, and all necessary essential functions are included concisely on-screen so that everyone and anyone is able to use it easily. One UI is also characterized by a unified user experience as it has been applied consistently to devices across the Galaxy ecosystem, including smartphones, tablets and wearables.

One UI 4, updated last year, harnesses a completely different color palette with which to decorate a device’s home screen, icons, notifications and wallpapers in your own style. In addition, One UI 4 features strengthened security features, such as allowing users to easily select what to share and what to keep private in order to keep up with users who increasingly value their individuality and their privacy.

#8. 2019
Galaxy Z Series: The Dawn of the Era of Foldable Smartphones

In 2019, Samsung pioneered the field of foldable smartphones by unveiling the world’s first Galaxy Z Fold, equipped with a 7.3-inch Infinity Flex Display.

Samsung’s newly developed hinge technology makes it possible to open and close the smartphone as smoothly as one opens a book, and offers users secure, long-lasting flexibility that passed a test to withstand 200,000 folds. In 2020, the company’s foldable lineup was expanding to include the Galaxy Z Flip, which features a compact design as the screen unfolds vertically.

Samsung not only pioneered a new form factor, but also new usability options through such functions as Flex mode, which allows for more usage scenarios by fixing the hinge at a specific angle, and Multi-Active Window, which can open and run apps at the same time with applications optimized for the foldable screen for a split screen view.

Last year, Samsung expanded their foldable lineup with the Galaxy Z Fold3, which saw the inclusion of an S Pen and waterproof and dustproof technology, and the colorful, pastel-toned Galaxy Z Flip3 Bespoke Edition, leading the era of foldable popularization.

#9. 2021
An AI-Powered Eraser: Removing Unwanted Objects From Photos

As part of Samsung’s mission to expand the application of innovative AI technologies to all smartphones, the company introduced the Object Eraser feature that lets you remove any unwanted objects in your photos with just a touch.

The Object Eraser function, first introduced in the Galaxy S21 in 2021, is a photo editing tool that harnesses artificial intelligence. Simply by touching the object you want to remove from a photo and tapping the ‘object erase’ button, the object is deleted without the need for a separate editing program. Currently, this function is available on smartphones with One UI 3.1 or higher, such as the Galaxy S20 and Galaxy Z Fold3.

Samsung first applied its AI-powered interface, Bixby, to the Galaxy S8 in 2017, and now users can control their major Galaxy devices using only their voice. In addition, Samsung has been incorporating AI technologies into its device OS, battery and camera in order to improve performance and convenience.

#10. 2021
Galaxy for the Planet: For a Sustainable Future

Samsung is fully committed to minimizing the environmental impact of its products throughout the entire lifecycle of its smartphones, from the design to the production stage through to their usage and disposal, in order to ensure that Galaxy smartphones contribute to greater environmental sustainability. Under the sustainability vision of its Mobile eXperience (MX) Business, “Galaxy for the Planet,” Samsung is consistently working to achieve a circular economy by reusing and recycling resources in order to build a better Galaxy ecosystem.

One such effort towards sustainability is a reduction of plastic usage in smartphone packaging. The percentage of plastics used in the Galaxy S21 packaging accounts for a mere 4 percent of the total weight, cutting down the waste generated per packaging unit by 49 percent as compared with that of the Galaxy S7. In addition, the Galaxy S21 packaging contains only 58 percent of the paper used in that of the Galaxy S7, helping save some 44,802 trees a year. Samsung plans to exclude plastic materials in its product packaging and apply recycled materials to all of its products in the MX division by 2025.

The products set to be unveiled at Galaxy Unpacked 2022 are drawing attention thanks to the revelation that they have been designed using eco-conscious materials recycled from marine waste. Samsung has succeeded in transforming discarded fishing nets, a major contributor to marine pollution, into a material with which to produce smart devices, and the company plans to apply this material to all its products in the future.

¹ IP (Degree of Ingress Protection, IP Code) is a product-related protection technology standard established by the IEC (International Electrotechnical Commission) and is applied to various IT products and industrial devices. IP68 is the highest rating for dust and water resistance. Ip68 has a waterproof function that can withstand 1.5m of clear water for 30 minutes, but it is recommended that the device be washed off immediately after contact with water and then dried.

In a move that combines sustainability and innovation, Samsung Electronics developed a new material that gives ocean-bound plastics new life as they’re incorporated into various Galaxy devices. Made with repurposed ocean-bound discarded fishing nets, the use of this material marks another step in our Galaxy for the Planet journey that aims to minimize our environmental footprint and help foster more sustainable lifestyles for the Galaxy community.

Now and into the future, Samsung will incorporate repurposed ocean-bound plastics throughout our entire product lineup, starting with our new Galaxy devices that will be revealed on February 9^th at Unpacked. These devices will reflect our ongoing effort to eliminate single-use plastics and expand the use of other eco-conscious materials, such as recycled post-consumer material (PCM) and recycled paper. With this transformation, the future of Galaxy technology will bring leading product design and deliver better environmental impact.

The Hidden Threat of Discarded Fishing Nets

When you think of ‘ocean-bound plastic’,¹ you likely envision a water bottle or a grocery bag drifting on the ocean surface. What may not come to mind is a more hidden threat – the 640,000 tons of fishing nets that are abandoned and discarded every year.

Lingering in our oceans for centuries, these ‘ghost nets’ are responsible for trapping and entangling marine life, damaging coral reefs and natural habitats and even ending up in our food and water sources. These discarded fishing nets are disrupting the delicate balance of our environment at an alarming rate. Collecting and repurposing these nets are vital first steps in keeping our oceans clean as well as preserving the planet and our collective future.

Designing More Sustainable Products

Samsung has always pushed the boundaries of mobile technology, and the company is now looking to do the same with its sustainability practices. By giving new life to discarded fishing nets that would otherwise become dangerous waste, Samsung – through its creative solution – exemplifies how we can all do more with less to conserve our planet’s resources.

Samsung is committed to addressing ocean plastic pollution in a way that will positively impact not only the environment but also the lives of all Galaxy users. This new technological advancement marks a notable achievement in the company’s journey to deliver tangible environmental actions and protect the planet for generations to come.

Repurposing ocean-bound plastics is just the first step in our collective mission to address the climate crisis, and Samsung looks forward to using our scale, innovation and open collaboration to uncover additional solutions. Learn more about our vision for a sustainable future at Unpacked (February 9^th at 10 a.m. EST).

¹ Ocean-bound plastic is abandoned plastic waste of all sizes (micro-plastics, mezzo-plastics and macro-plastics) that are located within 50km of shores in communities or areas where waste management is inexistent or very inefficient.