Pashto Medium

OLED screen lifespan has improved greatly in recent years. Modern smartphones now use OLED displays more frequently than LCD panels. Many users still worry about screen burn-in and long-term durability. However, current OLED technology lasts much longer than earlier versions.

Modern OLED panels can now last around 100,000 hours. This equals more than 11 years of continuous daily usage. Earlier OLED displays introduced around 2013 lasted only 36,000 hours. Manufacturers have improved panel quality and display efficiency significantly.

Despite these improvements, OLED pixels naturally wear down over time. Users may notice slightly lower brightness after several years. Companies usually cover manufacturing defects under warranty policies. Natural screen aging and burn-in damage normally remain excluded.

Burn-in happens when static images stay visible permanently on the screen. This problem mostly affects devices showing fixed-images for long periods. Smartphone users face lower risks because mobile screens change constantly. Features like dark mode also help reduce display stress effectively.

Users can extend OLED screen lifespan with simple habits daily. Avoid leaving the display active for unnecessary periods. Reduce screen brightness whenever possible during normal usage. Taking breaks from apps with static layouts also helps greatly.

Research published in the Journal of Cleaner Production revealed interesting findings. Most consumers replace phones because of damage or outdated software support. OLED screen wear rarely becomes the main reason for device replacement. Smartphones generally outlast their practical usage cycle comfortably.

OLED displays continue becoming more reliable with modern smartphone technology. Burn-in still exists, but severe cases remain uncommon during regular usage. Users following basic care practices can avoid most display problems. Overall, OLED screen lifespan now easily supports years of everyday smartphone use.

FAQs

1. What is OLED burn-in?

OLED burn-in is permanent image retention caused by static screen elements.

2. How long do OLED screens last?

Modern OLED screens can last around 100,000 hours.

3. Does dark mode protect OLED displays?

Yes, dark mode reduces pixel stress and saves screen life.

4. Are OLED screens better than LCD panels?

OLED screens provide deeper blacks and improved contrast quality.

5. Can burn-in happen on smartphones?

Yes, but it usually happens only during extreme usage conditions.

6. Do warranties cover OLED burn-in?

Most warranties exclude natural wear and burn-in damage.

7. Why do OLED pixels wear out?

OLED pixels use organic materials that slowly degrade over time.

8. Does high brightness reduce OLED lifespan?

Yes, prolonged maximum brightness can increase pixel wear.

9. Are OLED TVs more vulnerable to burn-in?

Yes, static images on TVs create higher burn-in risks.

10. Should users worry about OLED lifespan?

Most users will replace phones before major OLED issues appear.

China Moon mission plans advanced further after Beijing confirmed a historic astronaut launch. A Hong Kong astronaut will join the Shenzhou-23 mission for the first time. The spacecraft will launch from the Jiuquan Satellite Launch Center on Sunday night. China Moon mission goals now focus strongly on future lunar exploration and long-term space operations.

Historic Mission Begins

The Shenzhou-23 spacecraft will carry three astronauts to the Tiangong space station. The mission launches at 11:08 pm local time from northwestern China. The crew includes Lai Ka-ying, Zhu Yangzhu, and Zhang Zhiyuan. Chinese officials described Lai as Hong Kong’s first astronaut.

Hong Kong Chief Executive John Lee congratulated Lai after the final selection process. Officials praised his training and preparation for the mission. Flight engineer Zhu Yangzhu will command the spacecraft during the journey. Zhu previously participated in the Shenzhou-16 mission during 2023.

Crew Members

• Lai Ka-ying
• Zhu Yangzhu
• Zhang Zhiyuan

China Expands Space Goals

The Tiangong space station remains central to China’s growing space programme. Beijing invested billions into space technology over recent years. China continues competing with the United States and Russia in space exploration. The China Moon mission also represents a major national priority for Beijing.

The mission will continue scientific research and operational testing aboard the station. Astronauts will conduct cargo transfers and spacewalk activities during the mission. Officials also confirmed one astronaut will remain aboard the station for one year. The extended mission will study human endurance during longer space travel.

Mission Objectives

• Conduct scientific research in orbit
• Perform astronaut spacewalk activities
• Test long-duration space missions
• Strengthen lunar mission preparation

Long-Term Lunar Ambitions

Chinese officials stated that year-long missions support future lunar exploration goals directly. Researchers will collect health and operational data during the extended station stay. Experts believe these missions prepare astronauts for deep-space exploration challenges. Longer missions also test spacecraft systems under demanding operational conditions.

Professor Richard de Grijs explained the importance of extended orbital missions recently. He said year-long operations create new technical and physical challenges for astronauts. China continues building experience for sustained space station occupation gradually. These developments support broader China Moon mission objectives planned for future decades.

China already achieved several major milestones in space exploration previously. The country successfully placed humans into orbit through earlier missions. Chinese robotic rovers also explored Mars and the Moon successfully. Beijing now aims to send astronauts to the lunar surface before 2030.

Chinese authorities confirmed they will continue working toward future lunar missions actively. The country also plans to build a permanent base on the Moon eventually. China Moon mission preparations therefore remain a major focus within the national space programme. 

Src: https://arynews.tv/

 Vietnam cybersecurity data breaches have raised serious concerns after officials confirmed two major incidents involving ministerial-level agencies. Speaking at the Vietnam Security Summit 2026 on May 22, Lieutenant Colonel Tran Trung Hieu stated that hackers successfully infiltrated systems containing millions of user records. Vietnam cybersecurity data breaches are now under active investigation by the National Cybersecurity Center and VNCERT.

Initial investigations conducted between May 21 and May 22 showed that affected agencies already had Security Operations Center systems in place. However, these SOC platforms failed to detect the intrusion activities during the attacks. Authorities are now examining whether malicious actions blended into normal system behaviour. Vietnam cybersecurity data breaches highlight significant gaps in real-time monitoring capabilities.

Weak Detection Despite Advanced Systems

Officials confirmed that expensive cybersecurity systems were already deployed across targeted agencies. These systems were expected to provide continuous monitoring and threat detection. However, Vietnam cybersecurity data breaches revealed that technology alone was not enough to prevent infiltration. The lack of effective operational management weakened overall system performance significantly.

Lieutenant Colonel Tran Trung Hieu noted that many cyberattacks in recent years targeted organizations with advanced security infrastructure. He explained that attackers often remained undetected inside systems for months. In some cases, hackers stayed hidden for up to nine months before launching attacks. Vietnam cybersecurity data breaches demonstrate how silent intrusions can bypass modern defenses.

Key Security Issues Identified

• SOC systems failed to detect intrusions in real time
• Hackers remained undetected for long periods
• Weak operational monitoring reduced system efficiency
• Security tools were not fully utilized

Severe Shortage of Skilled Cybersecurity Staff

Authorities identified a major shortage of qualified cybersecurity personnel across Vietnam. Even organizations with advanced systems struggled due to lack of trained operators. Vietnam cybersecurity data breaches highlight how human resource gaps weaken technical infrastructure. Experts emphasized that systems cannot function properly without skilled management teams.

Officials also revealed that some institutions only monitored cybersecurity during daytime hours. At night, no staff actively tracked system activity or suspicious behaviour. This created opportunities for attackers to operate without detection. Vietnam cybersecurity data breaches show the risks of incomplete 24-hour monitoring.

Leadership Awareness and Internal Challenges

Lieutenant Colonel Tran Trung Hieu also highlighted weak awareness among senior executives. Many leaders were unaware that their systems were under active attack. In several cases, staff failed to report incidents to avoid blame. Vietnam cybersecurity data breaches expose communication gaps within organizations.

He warned that sensitive data breaches could impact national security and public safety. Stolen information may include personal records, official documents, and state secrets. Authorities've repeatedly warned organisations about legal responsibility for negligence. Vietnam cybersecurity data breaches may result in criminal liability for responsible leaders if failures continue.

 Samsung Electronics has become a major winner of the global artificial intelligence expansion. Surging demand for advanced semiconductors has pushed the company into the trillion-dollar valuation range this year. This rapid growth has also lifted South Korea’s stock market into the world’s sixth-largest position. The company now plays a central role in supplying memory chips for AI systems worldwide.

However, the success has also created internal tension. Thousands of Samsung employees have expressed dissatisfaction over profit distribution. Workers argue that rising company earnings have not translated into fair compensation growth. This dispute escalated into strike threats involving tens of thousands of employees.

Strike Threats and Temporary Agreement

Samsung workers planned an unprecedented strike involving more than 48,000 employees. The action would have impacted nearly 40% of the company’s Korean workforce. Most participants work in semiconductor production, especially memory chip manufacturing. These chips are essential components in AI systems developed by companies like Nvidia and AMD.

Hours before the strike began, unions reached a tentative agreement with management. The deal still requires approval through a union vote. However, it temporarily prevented what could have been the largest strike in Samsung’s history. Workers had demanded higher compensation linked to record-breaking company profits.

The agreement includes changes to bonus structures within the semiconductor division. It also reflects growing pressure on Samsung to align pay with performance. Although temporary, the deal has eased immediate tensions between labor and management.

Economic Importance of Samsung Semiconductors

Samsung’s semiconductor division is critical to both national and global economies. The company contributes more than 12% of South Korea’s GDP. It is also one of the world’s top three memory chip producers. Global demand for AI infrastructure has intensified reliance on Samsung’s supply chain.

A production halt could have created major disruptions across industries. Governments and corporations closely monitored the situation. South Korea’s leadership warned that any disruption would harm national economic stability. The semiconductor industry is already facing supply shortages due to rapid AI expansion.

Worker Demands and Profit Disputes

Samsung employees are seeking a larger share of rising profits. The company recently reported record quarterly earnings, increasing more than 8.5 times year-on-year. Despite this growth, workers argue that compensation policies remain limited.

The union has demanded removal of the 50% bonus cap on annual pay. It also requested allocation of 15% of operating profits toward employee bonuses. Workers are pushing for long-term changes rather than temporary adjustments.

Employees have also compared Samsung’s compensation system with competitors. Rival company SK Hynix recently revised its bonus structure significantly. That change increased employee payouts and removed restrictive caps. This comparison has intensified dissatisfaction among Samsung staff.

Industry Competition and Talent Pressure

The semiconductor sector is experiencing intense global competition for skilled workers. Companies are offering higher salaries and aggressive compensation packages. Samsung workers argue that without reforms, talent may shift to rival firms.

SK Hynix has introduced a bonus system that allocates a significant portion of profits to employees. Some workers reportedly receive extremely high annual bonuses under the new structure. This has increased pressure on Samsung to revise its own policies.

Industry experts describe the situation as a global “talent war.” Companies in the United States and Asia are competing for semiconductor engineers. This competition is shaping labor expectations across the industry.

AI Boom and Memory Chip Shortage

The artificial intelligence boom has transformed memory chips into critical components. These chips support data processing, storage, and high-speed computing. Demand has surged as tech giants expand AI data centers worldwide.

Experts predict that memory chip shortages may continue for several years. Some forecasts suggest price increases could extend through 2028. Samsung remains a key supplier alongside SK Hynix and Micron.

The supply imbalance has strengthened Samsung’s strategic importance. However, it has also increased pressure on production stability. Even minor disruptions could impact global AI infrastructure development.

Global Reactions and Market Impact

The strike threat attracted attention from governments and investors. Concerns grew over potential delays in semiconductor supply chains. South Korea emphasized the importance of maintaining production stability.

Although the tentative agreement prevented immediate disruption, uncertainty remains. If workers reject the deal, industrial action could resume. Markets responded positively to the temporary resolution, but risks persist.

Experts warn that continued labor unrest could worsen global chip shortages. The situation highlights the fragile balance between labor rights and industrial demand. As AI continues to expand, semiconductor production remains a critical global priority.

Malaysia will introduce new rules from June 1 to protect children online. The communications regulator announced stricter safeguards for digital platforms. The measures aim to reduce exposure to harmful online content. Authorities (Malaysia) want safer digital spaces for users under 16.

Social media gifts now function beyond simple online appreciation. Platforms convert virtual gifts into real money through complex systems. These transactions often bypass traditional financial monitoring systems. Social media gifts also create growing concerns for financial regulators worldwide.

How Social Media Gifts Work

Users purchase digital tokens through debit cards or mobile wallets. They send these virtual items during livestreams or video interactions. Platforms keep a commission before transferring remaining balances internally. Creators later withdraw earnings through banks or payment processors.

The process appears harmless during normal content interactions online. However, multiple transaction layers hide the movement of money effectively. Virtual tokens pass through wallets and cross-border payment systems quietly. Authorities often struggle to track these financial pathways completely.

Key Transaction Steps

• Users buy platform-specific virtual currency
• Followers send gifts during livestreams
• Platforms deduct commissions from payments
• Creators withdraw money through linked accounts

Global Investigations Raise Concerns

Authorities worldwide now question the structure behind social media gifts. Several investigations connected digital gifting systems with illegal financing activities. Regulators believe some networks exploit platform monetisation loopholes strategically. These concerns increased after major investigations during recent years.

In 2025, internal documents connected TikTok gifting with money laundering concerns. The investigation reportedly identified significant risks within platform transactions. Financial regulators in Türkiye also investigated suspicious TikTok payment flows. Authorities examined transactions worth nearly $82 million through platform accounts.

Regulators in Australia and the United Kingdom increased their scrutiny recently. They questioned whether token systems resemble unlicensed shadow banking operations. The Financial Action Task Force also expressed concerns publicly. The organisation warned about digital crowdfunding and terror financing risks.

Major International Concerns

• Money laundering through virtual gifting systems
• Terror financing through micro-donations
• Weak transaction traceability across platforms
• Limited oversight of cross-border transfers

Pakistan Faces Rising Digital Risks

Pakistan represents a rapidly expanding digital economy with limited oversight mechanisms. The country now has millions of active social media users. Digital transactions also continue increasing across financial platforms annually. This environment creates opportunities for hidden financial activities online.

A 2025 investigation exposed child-begging livestream networks across several countries. Handlers allegedly used vulnerable children to attract virtual donations online. These groups reportedly converted digital gifts into real cash earnings. Authorities struggled to trace funds moving through platform systems.

The case involving Hareem Shah also highlighted regulatory challenges. She shared videos showing large amounts of British currency publicly. The situation raised concerns about unverifiable digital income sources online. Investigators faced difficulties establishing complete financial records.

By late 2025, Pakistan crossed 50 million social media users nationally. Digital platforms handled billions of retail transactions across the country. Even small unregulated leaks could threaten financial transparency significantly. Social media gifts therefore remain a growing regulatory concern.

Why Current Laws Fall Behind

Pakistan’s anti-money laundering laws target traditional banking systems mainly. These regulations focus on large and structured financial movements primarily. Modern digital gifting systems operate differently from conventional banking channels. Thousands of small transactions often avoid existing reporting thresholds easily.

A hypothetical influencer could receive hundreds of small online gifts monthly. Each transaction may appear insignificant during routine financial monitoring. Collectively, these transfers could total millions of rupees eventually. Current frameworks rarely detect such coordinated micro-transaction patterns.

Critical Regulatory Gaps

• No mandatory verification for monetised accounts
• Weak suspicious transaction reporting systems
• Limited integration with intelligence units
• Inadequate monitoring of micro-transactions

Technology Platforms and Financial Functions

Social media companies currently operate outside financial institution classifications. Yet these platforms move money and process international transfers daily. They convert virtual value into local currency through digital systems. This mismatch creates serious oversight challenges for regulators globally.

China responded by introducing stricter verification requirements for livestream platforms. Platforms must now monitor transactions and verify user identities carefully. Other countries also continue developing stronger digital monitoring frameworks gradually. Pakistan, however, still lacks comprehensive regulations for these systems.

The Need for Smarter Monitoring

Experts believe traditional investigations no longer suit digital financial crimes. Authorities must identify suspicious behaviour across millions of daily transactions. Real-time monitoring tools could improve detection significantly across platforms. Artificial intelligence systems may help identify coordinated gifting activities efficiently.

Data sharing between telecom companies and financial agencies could help authorities. Integrated monitoring systems would strengthen financial intelligence capabilities nationwide. A central digital crime dashboard could improve institutional coordination effectively. Such systems may help detect unusual transaction clusters rapidly.

Protecting Legitimate Digital Creators

Most creators use social media gifts for lawful online income generation. Overregulation could discourage digital entrepreneurship across Pakistan unnecessarily. Smaller creators should avoid burdensome compliance requirements completely. Authorities therefore need balanced and targeted enforcement approaches carefully.

Experts recommend focusing on high-risk accounts and suspicious transaction patterns. Large foreign-linked gifting clusters should trigger regulatory attention immediately. Frequent high-value withdrawals may also require additional financial review. This approach protects creators while reducing financial abuse risks.

What Pakistan Should Do Next

Pakistan should introduce identity verification for monetised platform accounts first. Authorities must also include high-volume gifting within reporting obligations. Digital platforms should cooperate with financial intelligence authorities actively. These measures could improve oversight without harming genuine creators.

The country should also join global discussions on digital financial regulation. International cooperation remains necessary for handling cross-border digital payments effectively. Financial systems continue evolving alongside modern entertainment platforms rapidly. Governments must therefore adapt regulations to changing digital realities.