Wednesday, September 16, 2026

Internet Archive’s Wayback Machine Blocks Some Real Users Amid High-Volume Bot Traffic

The Internet Archive said September 15 that the Wayback Machine has been hit by waves of high-volume automated traffic, prompting it to put protections in place to keep the service running.

The archive said some of those protections have mistakenly blocked real users.

The archive also recently changed the message users see when a request is blocked with a 429 error. The error means "too many requests."

The Internet Archive said it is improving its ability to distinguish abusive bots from people who use the Wayback Machine. Users who believe they were blocked by mistake can email info@archive.org with their operating system, browser and IP address so the archive can investigate.

The update was posted by Mark Graham, director of the Wayback Machine, who apologized for the errors and thanked users for their patience.

Screenshot: DIW. CC BY

Fact-Checked by Irfan Ahmad.

Read next: 

Researchers Explore Whether AI Could Become Conscious In The Future

• AI is supercharging money scams – here’s what you can do to protect yourself

• How to View Any Website’s Past Versions Using the Wayback Machine
by AI Analysis via Digital Information World

Tuesday, September 15, 2026

Researchers Find Depression Correlation Among Adults Spending 150 Minutes Daily on Social Media

By Michael Miller, Email Michaelm, University of Cincinnati

Image: Shiju B - Unsplash

U.S. News & World Report, USA Today and other national media highlighted a study by the University of Cincinnati and Northwestern University that found a correlation between heavy daily social media use and depression.

Social media use is a better predictor of depression than many other common factors such as one’s job and educational background or time spent on other activities such as playing video games, surfing the web or watching TV.

Meanwhile, researchers observed a correlation with self-reported depression in survey respondents starting at 2.5 hours of daily scrolling.

Researchers assessed 11 years of data from the annual Media Behaviors and Influence Study starting in 2014 and found that social media use was among the most important predictors of self-reported depression.

“When it comes to depression and social media, the argument is salient across scientific test after test of those 11 years,” corresponding author and UC Professor Hans Breiter said.

“It’s a damning picture. Social media is harmful for individuals across the lifespan. We should not subject ourselves to a product using addiction science to optimize our viewing time.“

The study was published in the Nature Portfolio journal Mental Health Research.

UC and Northwestern analyze 183,300 adults over 11 years

UC researchers collaborated with co-lead author and Professor Emeritus Martin Block at Northwestern University. While numerous studies have documented associations between social media use and negative outcomes such as mental health conditions, especially depression, none have used AI to show these relationships persist in adults.

Researchers examined 183,300 anonymized surveys from adults ages 18 to 70 from the Media Behaviors and Influence Study conducted annually since 2002 by Prosper Insights & Analytics. The survey asks 1,318 questions across topics and the respondent’s health across 31 measures, including self-reported depression.

They used a machine learning model that was evaluated with tools designed to ensure its accuracy and calibration. Using this model, they found an increasing relationship between social media use and depression.

“Much of the published research has focused on younger populations, single datasets or broad measures of screen time. We need studies that distinguish social media from other digital activities and examine whether the same associations appear across different populations and years,” co-lead author and UC Research Associate Vikram Suresh said.

Researchers observed a correlation with self-reported depression among respondents who spent at least 150 minutes on social media per day. They observed the same result in each of the 11 years studied.

“Mental health and happiness are about engaging the world and having purpose, not passively watching something for hours,” Breiter said.

UC doctoral student and study co-author Johnathan Avant said people long have suspected that excessive social media use could have negative health effects.

“You can see trends on social media where they talk about the mental health toll it has on them,” Avant said.

Researchers found that social media increasingly became a bigger predictor of depression during the 11 years studied, eclipsing many other factors like TV viewing or web surfing.

UC senior research associate and co-author Nicole Vike said consumption of social media has changed over the years.

“Initially, social media was a social outlet with people you knew,” Vike said.

Now, people typically consume content made by strangers, she said.

“It’s crazy how addictive it can be. Look at chronically online content creators,” Vike said. “They often have to take a monthslong hiatus from being online for their mental health.”

Is it realistic to quit social media?

The study was supported with grants from the Office of Naval Research and a donation from UC alumnus Jim Goetz.

While the $300 billion industry has become ubiquitous in daily life, UC’s senior research associate and co-author Sumra Bari said there are ways people can limit time spent on social media like setting timers, turning off notifications and fully logging out of accounts after every session to make it harder to scroll again out of habit.

But it might be unrealistic for people to simply turn it off, she said.

“There is a lot of social pressure to stay connected and be out there. So being aware of the risks as early as possible is important,” she said.

Professor emeritus Block noted, “Social media is a common marker of our cultural age much like the automobile was more than a century ago. But social media has an important negative effect through its association with depression, much like the automobile is associated with injuries from crashes and pollution.”

Breiter said their findings suggest it’s in society’s best interest to find ways to mitigate the harms of today’s deeply online culture.

“This is a wake-up call,” he said.

Fact-Checked by Irfan Ahmad.

Read next: AI is supercharging money scams – here’s what you can do to protect yourself
by External Contributor via Digital Information World

AI is supercharging money scams – here’s what you can do to protect yourself

Pawan Jain, University of Michigan Flint


Image: Vitaly Gariev - Unsplash

The phone rings, and it’s your grandson’s shaken voice. There’s been an accident, he says, and he needs money before anyone finds out. Except it isn’t him. It’s software that learned his voice from a clip posted online, run by a stranger working through a list of phone numbers.

For years, warnings about artificial intelligence and cybersecurity have focused on corporate networks and government systems. Those threats are real. But if you follow the money in the FBI’s fraud data, a different picture emerges: Staggering sums are flowing out of household accounts.

In its 2025 annual report, the FBI’s Internet Crime Complaint Center began tracking complaints with an AI connection for the first time. Americans filed more than 22,000 such cases and reported roughly US$893 million in losses. Investment fraud accounted for $632 million of that, and people over 60 accounted for $352 million of the losses.

Those figures include only victims who reported to the FBI, and only cases where AI’s role could be identified. The consulting firm Deloitte projects that the actual hit from AI will be much bigger and help push U.S. fraud losses overall to $40 billion by 2027, up from $12.3 billion in 2023.

I’m a finance professor who studies household finance and how people use AI to make money decisions. And I believe the most consequential AI security story right now isn’t unfolding in server rooms, but at kitchen tables.

Old cons, new machinery

None of these scams are new. What AI changed is the cost and the quality of the cons.

Cloning a voice now takes a few seconds of audio and cheap consumer tools. In one study, listeners were able to identify an AI-generated voice only about 60% of the time. Video is heading the same way. In 2024, a finance employee at the architecture and design firm Arup was tricked into wiring about $25 million to fraudsters after they set up a video meeting “staffed” by deepfakes of the chief financial officer and several colleagues.

Phishing has improved, too. Clumsy wording and odd formatting used to give fraudulent emails away. Language models now write clean, fluent messages and can personalize them at scale using details scraped from social media. Deepfake videos of well-known business figures pitch bogus trading platforms.

The same pressure is visible in business losses. The cyber insurer Resilience reported that more than 85% of the losses in its claims portfolio in the first half of 2026 stemmed from attacks aimed at people rather than systems.

Why careful people fall for it

We’d like to believe that only careless people get taken. Research in behavioral finance says otherwise.

These scams are engineered around fear and urgency: a panicked grandchild, a boss demanding a same-day transfer, an investment window that closes tonight. Stress narrows attention and pushes people toward fast, intuitive judgments at the very moment they need slow, deliberate ones. Fraudsters also strike a pose of authority, whether a CFO’s face or a government agency’s letterhead, because most people defer to it.

Fluency matters as well. My own research examines how the smoothness of AI-generated communication leads people to trust it. A message with no typos, in a voice that sounds exactly right, sails past defenses that a clumsy fake would have tripped.

Nobody plans to make a major financial decision mid-panic. That’s exactly why scammers manufacture the panic.

The quiet version of the attack

AI-enabled theft doesn’t necessarily involve talking to the victim. Stolen personal data sells for a few dollars on dark web markets. Criminals then feed it to automated AI agents that probe bank and fintech systems around the clock, testing credentials and hunting for weak points at a speed no human crew could match. Last fall, the AI company Anthropic disrupted an espionage campaign in which an AI agent performed 80% to 90% of the intrusion work against roughly 30 targets, including financial institutions.

When an attacker gets into a customer account, the takeover can be over in minutes. Instant payment platforms like Zelle, built for speed and convenience, become the getaway car. The money typically moves within minutes, and getting it back is almost impossible.

How to protect you and your loved ones

Banks defend their own wire rooms with procedures, not vigilance. Households can borrow those procedures.

Check by calling back. When you get a suspicious call, hang up and dial a number you already know – like your bank’s fraud hotline – and never one the caller or message supplies. The point is to leave the channel the scammer controls. A cloned voice can’t answer your grandson’s real phone.

Trust and verify. You should agree on a robust family code word for emergencies and treat any request for money that lacks it as fake. Require two people in your household to sign off on any large transfer, so nobody moves serious money alone and under pressure. And build in a delay, such as a self-imposed 24-hour wait, before any big payment. Urgency is the scammer’s tool. Slowness is yours.

Add layers of protection. Protect the accounts themselves, too. Turn on two-factor login for financial accounts, and never share a verification code with someone who contacts you. That code is the second lock on your door, and the only reason a caller wants it is to get in.

You should also switch on your bank’s transaction alerts so a takeover announces itself in minutes, and consider a credit freeze, which is free and blocks thieves from opening new accounts with data bought on the dark web.

Protect older people. With $352 million of reported AI-related losses coming from Americans over 60, conversations with older family members are key. Walk through the callback rule and the code word, and ask their bank or brokerage about adding a trusted contact they can call. It costs nothing, and it gives the institution a way to raise an alarm before the money moves.

If money has already moved, you should call your bank immediately, ask it to attempt a recovery, then report the scam to the Federal Trade Commission.

Where habits end, rules should begin

Good habits raise the cost of every one of these scams, but they can’t do it all. This is where the U.S. regulations have fallen behind the technology.

Federal law is supposed to protect consumers from unauthorized electronic transfers, and regulators have said that a transfer set in motion by a fraudster counts as unauthorized even when the victim was tricked into handing over account credentials.

In practice, though, victims of instant-payment fraud often recover little. Banks frequently classify losses as “authorized” when a customer was deceived into approving the payment, and even obvious victims of such takeovers can face long fights over reimbursement.

For example, the Consumer Financial Protection Bureau sued Zelle’s operator and three of the country’s largest banks over their response to alleged fraud in late 2024, then dropped the case in March 2025. New York’s attorney general has since filed her own lawsuit, which a judge allowed to proceed in July. Zelle’s operator denies the allegations and says it will appeal.

The U.K. has taken a different path. Since late 2024, U.K. banks have been required to reimburse most scam victims up to £85,000, roughly $115,000, with the cost split between the sending and receiving institutions. The logic is that banks are best equipped to fight fraud, since they run security teams and networkwide analytics that can spot suspicious patterns across millions of transactions. What they had lacked was a strong financial reason to deploy them fully, and the reimbursement rule supplied it.

The regulator’s own dashboard shows that 88% of the money lost to eligible scams has been returned to victims since the rules took effect. More telling: An independent evaluation found that scam losses fell by roughly a fifth in the rule’s first year. That shows that when banks bear the losses, they find ways to prevent them.

I believe American regulators and Congress should study that model closely. When payments are instant and irreversible, the risk cannot rest almost entirely on the customer, who is the least-equipped party in the chain.The Conversation

Pawan Jain, Associate Professor of Finance, University of Michigan Flint

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Fact-Checked by Irfan Ahmad.

Read next: US Adults Reporting AI Use Six Days a Week More Than Doubled From March to August 2026


by External Contributor via Digital Information World

US Adults Reporting AI Use Six Days a Week More Than Doubled From March to August 2026

By Amreeta Das, Caroline Falkman Olsson, and Yafah Edelman, Epoch AI

Polling by Epoch AI and Ipsos finds the share of US adults who reported using AI at least 6 days in the previous week more than doubled from March to August 2026, rising from 8% to 19%. Over the same period, the share of US adults who reported using AI just one day in the previous week fell from 17% to 10%.

Results are based on two Epoch AI/Ipsos surveys of US adults, fielded March 3–5, 2026 (n=2,017) and August 28–30, 2026 (n=1,016). Respondents were recruited at random, and estimates are weighted to be representative of US adults.

Epoch AI and Ipsos found near-daily AI use increased while once-weekly usage declined among US adults.

Fact-Checked by Irfan Ahmad.

Read next: Big AI wants to slow down AI research. Is it a safety pause or a strategic retreat?
by External Contributor via Digital Information World

Big AI wants to slow down AI research. Is it a safety pause or a strategic retreat?

Andrew Cullen, The University of Melbourne


Image: Jose Castillo - Unsplash

Over the weekend, Anthropic chief executive Dario Amodei called for artificial intelligence (AI) companies, including his own, to slow down their work. Sam Altman and Elon Musk, heads of rivals OpenAI and xAI respectively, agreed.

The move reflects concern across the AI industry and more broadly about the dangers of new, rapidly improving systems. Recent high-profile incidents such as OpenAI AI agents hacking another company and hijacking a public website have shown current systems can break out of safety confines – and even more capable systems are in development.

Further complicating AI safety is the tension between safety and performance. Companies will be reluctant to limit the performance of their models in the name of safety for fear of losing ground to competitors. US President Donald Trump has also rejected calls for a slowdown, for fear of losing ground to China.

This means any successful effort at “pacing the rate of capabilities advancement so that risk prevention has time to keep up”, as Amodei puts it, will require significant cooperation between rival companies – and nations.

Risk minimisation

New technologies often bring new risks, and new concerns. Often governments, researchers and companies do find ways to manage those risks.

In 1975, the Asilomar conference on then-new DNA technologies did much to ensure research didn’t get ahead of our understanding of safety and risk. Similarly, in the 1990s, the US government attempted to build a consensus on limiting cryptography and computer security.

The AI situation has an extra twist: the industry is in the middle of a gold rush. Scientific rivals may be able to restrain themselves, but commercial rivals rarely hold back.

There are clear precedents for self-regulation failing in the face of competitive pressure. In the Boeing 737 Max disaster in 2018, for example, pressure to catch up to rival Airbus led Boeing to hide the limitations of the Max, which ultimately cost lives.

In the AI race, the scale of the competitive tension is even greater. Anthropic and OpenAI are both competing to establish market dominance before pursuing share market listings that could raise tens or hundreds of billions of dollars.

And at the nation-state level, the stakes are higher again, with the US and China each hoping to use the new technology for geopolitical advantage.

The politics of a pause

Amodei’s slowdown proposal centres around a three-step plan: embedding independent third-party safety reviewers, establishing coordinated industry safety standards within democratic nations, and eventually securing global agreements. This would include strict limits on AI chip exports to companies and countries that do not agree to prioritise AI safety.

Anthropic and OpenAI have already agreed to the first phase of this plan, despite their history of suing, publicly insulting, and undercutting each other in pursuit of market dominance.

While recent high-profile hacks may have forced their hands, the leading AI companies may benefit from a development pause or slowdown. For one thing, it could put off strict legislation such as US senator Bernie Sanders’ proposed Ban Artificial Superintelligence Act. For another, by creating expensive safety standards and limiting chip exports, it could block smaller competitors – especially Chinese companies such as DeepSeek and Alibaba – from catching up.

A pause would also give the overstretched frontier labs a chance to recoup, recover, and focus on profits over progress.

These AI labs have spent enormous amounts to produce their existing models, which must be repaid. At the same time, progress is hitting speedbumps as new high-quality training data gets harder to find, and building the massive data centre infrastructure needed to sustain development is a challenge in itself.

A coordinated safety pause could be a convenient public reason for a plateau in AI model performance.

What can be done

Making AI safe won’t be easy. The governance of software is notoriously difficult, as past attempts to legislate encryption software have shown.

However, unlike other software, AI is dependent on relatively scarce physical hardware. It needs advanced silicon chips and the massive data centres required to power them.

This is where governments have real leverage. Here they have ways to monitor and control AI development, if they can find the legislative will.

In the meantime, there are steps businesses and governments can take to minimise how exposed we all are to AI-driven harms. This should include ensuring that critical safety infrastructure – like power grids, water supplies, and military systems – are not only isolated from AI, but potentially even isolated entirely from the internet.

And the question of liability is also important. It can’t just be the users of AI systems who face legal jeopardy for acts assisted by AI, but also the people responsible for making AI systems.

Fundamentally, harm produced by AI – even by “autonomous” AI systems – isn’t an abstract technological byproduct. It is the direct result of decisions made by both those making AI, and those using it.The Conversation

Andrew Cullen, Senior Research Fellow, School of Computing and Information Systems, The University of Melbourne

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Fact-Checked by Irfan Ahmad.

Read next:

• Singapore Leads a New Circularity Ranking

The Missing Layer in Enterprise Agentic AI: Context Continuity 


by External Contributor via Digital Information World

Monday, September 14, 2026

Singapore Leads a New Circularity Ranking

A 75-country study named Singapore the world's best at recycling and keeping materials in use. Three of its four indicators are not as straightforward as they seem.

A study published in July/August 2026 by the custom-packaging company Arka ranks 75 countries on how well they keep products and materials in use rather than discarding them. Singapore ranks first, ahead of Austria, Slovenia, Germany and Latvia. The composite score ties together four measures: raw material use per dollar of GDP, the municipal recycling rate, net trade in used clothing, and electronic waste generated per person.

The ranking is a broad snapshot of where waste infrastructure exists and what it looks like. The indicators underneath it are worth considering in more detail, because in at least three places the factor and the behaviour it stands in for do not match perfectly.

Singapore tops Arka’s circularity ranking, but its indicators reveal important limits in measuring real-world recycling.

Chart 1: The composite circularity score, top 10 of 75 countries.

Singapore's 52% is not a household number

Singapore takes the top spot largely on recycling, and its National Environment Agency does report an overall reuse rate of 52%. The same statistics put the domestic rate (waste from households) at 11%, the lowest on record.

The gap is structural. The national figure covers construction and demolition debris, ferrous metals and slag: industrial streams recycled at close to 100%, which swamp the household contribution. Singapore's environment ministry has told parliament that the domestic rate hovered around 20% before sliding into the low teens. The country leading a consumer-facing circularity index is one where roughly nine in ten kilograms of household rubbish are not recycled.

Chart 2: Singapore's headline recycling rate against its household rate.

The cross-country comparison is also less even than it looks. Eurostat's 2023 data put Austria's municipal recycling rate at 62.8%, above the EU's 2025 target, against the 51.47% the study assigns it. Recycling rates travel badly between statistical systems, and the study's figures sit well below the official national ones for several countries in its own top five

Exporting clothes is not the same as downcycling them

The textiles indicator scores countries that ship out more used clothing than they take in. The European Environment Agency has spent years arguing against that inference. EU exports of used textiles tripled between 2000 and 2019 to nearly 1.7 million tonnes, and the agency's assessment is blunt: the eventual fate of those exports is highly uncertain. In 2019, 46% went to Africa and 41% to Asia, much of it into dedicated economic zones for sorting, downcycling into industrial rags, or onward re-export.

That reframes two entries in the table. Germany's large net export volume measures throughput, not garments saved. And Latvia's net-import position — read in the study as a national preference for second-hand shopping — more plausibly reflects the Baltics' long-established role as a sorting and re-export hub for textiles collected further west.

The e-waste measure doesn’t reward recycling infrastructure enough

The fourth indicator counts e-waste generated, not e-waste handled. The UN's Global E-waste Monitor finds Europe generates more per person than any other region, at 17.6 kg, while also formally collecting and recycling 42.8% of it — roughly double the global rate of 22.3%. Under the study's scoring, a country improves its position by buying fewer appliances or by becoming poorer, and gains nothing for building collection infrastructure. The top five make the point. Latvia ranks fifth at 11.9 kg per person, while Singapore ranks first at 20.3 kg.

What the leaders actually share is time

Germany's Packaging Ordinance of 1991 was the first statute anywhere to put extended producer responsibility into law, with Duales System Deutschland established the year before to run parallel collection. Arka's packaging specialist makes a similar point in the study, arguing that the leaders' positions “reflect 30-plus years of consistent policy and public participation” rather than any recent push.

Set against the baseline, the whole top ten looks strong. UNEP's Global Waste Management Outlook found that just nearly 19% of municipal solid waste was recycled worldwide in 2020, while 38% was openly dumped or burned. Every country in the top ten has a higher recycling rate than the global figure.

The more useful reading is narrower than the headline. The index maps where waste systems have been built and financed, which is more important in the long run.

CountryCircularity Performance Score (top = 100)Material Efficiency Score (0-100)Recycling Score (0-100)Reuse / Second-hand Score (0-100)E-waste Score (0-100)
Singapore10071.2710040.9224.71
Austria98.7876.8798.9727.2927.38
Slovenia93.4967.0388.6338.9737.26
Germany91.677.7990.3618.4321.29
Latvia87.3558.6669.3755.9756.65
Denmark81.3873.946044.3317.11
Netherlands81.3795.0154.0317.4717.87
Ireland81.3581.9349.9844.5323.57
Italy80.4983.941.9749.0229.66
Republic of Korea79.5166.7473.8717.6733.84
Thailand77.6742.2966.395361.98
Czechia77.6564.6157.8840.1539.16
Benin77.3227.7348.0191.5597.72
Estonia75.750.3463.1944.5747.91
Belgium75.5582.9163.95019.39
Slovakia75.2367.8139.2856.4843.35
Congo74.8935.6550.3268.191.63
Lithuania73.5652.7250.952.8450.95
Israel73.3568.5846.6737.6639.16
Croatia73.2758.5650.1142.8251.33
Hungary73.0259.8245.6349.4447.53
Canada72.5347.7768.2840.3825.10
United Arab Emirates72.463.1917.1210030.04
Sweden71.3271.4946.2834.6222.05
Finland71.356.5955.9244.3420.91
Japan70.3880.3830.1444.3921.29
Bulgaria69.0838.4354.1655.9651.71
Oman68.5740.1757.6449.7842.21
Poland68.554.251.2931.950.57
Bahrain68.3354.2453.335.8934.22
Spain67.9877.7833.2931.9227.38
Albania66.4547.2333.2558.5570.34
Greece65.3266.4230.6945.0431.18
Eswatini64.225.1756.544.5578.33
Portugal63.4761.9130.6944.934.22
Colombia61.9546.432.4543.9973.38
Cyprus60.262.2725.1833.2452.47
Tunisia57.6433.937.5892.9975.67
Costa Rica55.9658.57.4855.2853.61
Türkiye54.9948.5922.9642.153.61
Serbia54.5531.134.7447.4859.70
Dominican Republic53.7252.211.4344.0568.44
New Zealand53.5661.1417.5937.6127.38
Myanmar53.433.9421.0643.9796.58
Jordan53.2240.9113.3653.5478.71
Morocco52.2536.5715.4751.5583.65
Malaysia51.4438.560.1286.1255.51
Egypt50.6330.3623.9544.6977.95
Indonesia50.6238.4116.9343.9975.67
Mexico50.5746.3614.2243.9957.03
Qatar50.165.740.4840.840.3
South Africa48.7736.7715.9945.6268.44
United Republic of Tanzania48.526.114.3251.2498.48
Romania48.235.9414.1956.1852.47
Iraq47.7548.48044.3778.71
Mauritius47.7347.617.5843.9555.89
Cambodia47.1824.387.5862.5296.2
Saudi Arabia46.8554.027.0640.0436.88
Republic of Moldova44.8729.2311.6248.8676.05
North Macedonia44.242.620.4648.6963.88
Kazakhstan44.1830.3721.333.9663.12
Viet Nam43.8625.7314.3243.8781.75
Mauritania42.5616.6115.2848.6191.63
Uzbekistan40.6921.969.8943.9987.83
Botswana40.0534.281.0945.0668.82
Peru39.8131.451.6743.9977.19
Ukraine39.7519.239.4356.1268.06
Malawi39.6710.387.5858.62100
Democratic Republic of the Congo38.8611.759.3150.599.62
Mozambique37.4317.672.7746.5499.62
Brazil37.3430.433.0243.9958.56
Zambia36.484.1711.4352.697.72
Armenia35.3724.010.2646.2672.24
Mongolia33.9016.7150.779.47
Chile32.5823.451.2843.0157.41

Each factor rescaled to a 0–100 score (with direction corrected so higher is always better) and combined into the weighted Circularity Performance Score.

Data: Arka circularity study, July/August 2026. Charts produced for this article from the published dataset and the cited official statistics.

Provided by Ethan Parker. Fact-Checked by Irfan Ahmad.

Read next: 

• Researchers Call for Greater Legal Accountability and Transparency as Social Media Reveals Inferred Personal Information

Record Attacks on Education Disrupt Learning for Millions of Children Worldwide


by External Contributor via Digital Information World

Saturday, September 12, 2026

Researchers Call for Greater Legal Accountability and Transparency as Social Media Reveals Inferred Personal Information

By Inderscience

Image: Julian - Unsplash

There is a modern adage: If you don't want it on the internet, don't put it on the internet!

However, a review of research into social media privacy in the International Journal of Management Concepts and Philosophy has found that legal and ethical protections are not keeping pace with the volume of personal information collected and shared online. Moreover, a lot of inferred information that people don't deliberately share can now be gleaned by interested third parties from one's social media activity.

Social media refers to online platforms, websites, and "apps" that people use to create, share, and interact with content and communicate with others. People use it to stay connected, share experiences, access information, and build professional or social networks.

The researchers examined privacy breaches, regulatory frameworks, and the responsibilities of social media companies and users. They argue that the central problem is not about what people choose to post but what can subsequently be inferred or indexed by others.

Social media use leaves a "digital trail" of one's activities, locations, and interactions and can usually be stored, searched, and analysed easily by third parties, or at the very least by the platform providers themselves. The researchers suggest that even seemingly mundane online activities can reveal personality traits, shopping habits, political opinions and allegiance, and religious leanings.

The team argues that individual privacy and confidentiality support personal autonomy, civil liberties and democratic participation, strengthening the case for greater legal accountability and transparency from social media platforms. It also calls for improved digital literacy, so users are better equipped to understand and manage the risks of sharing information online.

Policymakers and other stakeholders sometimes argue that people who have "nothing to hide" have little reason to worry about privacy. But if that principle were applied consistently, there would be little need for frosted glass in bathroom windows. Privacy is not about concealing wrongdoing; it is about having control over who can see into the most personal parts of our lives, a principle that does not disappear simply because those lives have moved online.

Bilgrami, T., Singh, K. and Ahmed, S. (2026) 'The legal and ethical implications of social media privacy concerns', Int. J. Management Concepts and Philosophy, Vol. 19, No. 3, pp.306–322.
DOI: 10.1504/IJMCP.2026.154687.

Edited by Irfan Ahmad.

Read next: Could AI really kill off humanity within the decade? Expert Question and Answer
by External Contributor via Digital Information World