Category Archives: Internet Security
3 things you need to know about the darknet – Cyber Security Connect
3 things you need to know about the darknet
Beneath the surface of the internet we all know lies a second network known as the darknet.
The darknet is a hidden part of the internet that is not indexed by traditional search engines, such as Google, and requires special software, like the TOR browser, to access. It has garnered a reputation for being a hotbed of illicit marketplaces and anonymous dealings.
In this article, well explore three essential things you need to know about the darknet.
It offers anonymity and privacy
One of the most defining characteristics of the darknet is the high level of anonymity it offers its users. Traditional internet activities often leave a digital trail that can be traced back to the users IP address. However, on the darknet, individuals can browse websites and communicate without revealing their identity or location. This level of privacy attracts people who may have legitimate reasons for wanting to protect their online activities, such as whistleblowers, journalists working on sensitive stories, or citizens living under oppressive regimes.
On the flip side, this anonymity has also facilitated illegal activities, making the darknet a haven for cyber criminals. Various illicit goods and services, such as drugs, weapons, stolen data, and hacking tools, are bought and sold on darknet marketplaces, often using cryptocurrencies for added anonymity. Many infamous hacking groups also host their sites on the darknet, where they release stolen data.
Its crucial to understand that while the darknet provides a layer of privacy, engaging in illegal activities can still have severe legal consequences.
Cyber security risks
While the darknet can shield users from some surveillance and tracking, it is not without its own set of cyber security risks. Many websites on the darknet can be potential traps, hosting files and software infected with malware that can compromise users systems and steal sensitive information. Moreover, some darknet marketplaces can disappear overnight in what is called an exit scam, where the operators disappear with users funds.
Additionally, law enforcement agencies around the world have been increasingly cracking down on darknet criminal activities. Several high-profile arrests and takedowns of darknet marketplaces have occurred in recent years. The perception of complete anonymity on the darknet can lead some users to engage in risky behaviour, unaware that their actions may not be as hidden as they think.
Dual nature and ethical dilemmas
The darknets duality is a complex aspect that sparks ethical debates. While it offers a platform for freedom of expression and privacy for some, it also harbours illegal and harmful activities. The anonymity that enables activists to communicate securely can also protect criminals. As a result, discussions arise about the balance between safeguarding individual rights and enforcing the law.
For anyone who wishes to traverse the darknet for whatever reason its essential to be aware of the potential consequences and exercise caution.
3 things you need to know about the darknet
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3 things you need to know about the darknet - Cyber Security Connect
ZeroEyes to Deploy AI Object Identification Tech in US Air Force … – The Defense Post
ZeroEyes segment ZE Government Solutions has won a contract to deploy artificial intelligence (AI) anomaly detection technology for US Air Force edge devices such as body cameras.
This approach is expected to improve warfighter security through real-time awareness in situations such as traffic stops and complex missions at international air force bases.
Throughout my military career, I had to enter countless dangerous situations with minimal information about my surroundings, ZeroEyes Co-founder and CEO Mike Lahiff explained.
By deploying our AI-based object detection on edge devices, we will be able to provide situational awareness and an added layer of security to the brave men and women dedicated to protecting our country.
The contract supports a joint program by the US Air Force Research Laboratory and its Technology Directorate (AFWERX) to investigate the potential interoperability between AI and networked equipment that will fill capability gaps across the service.A computer image demonstrates new artificial intelligence software designed to detect and alert the presence of firearms. Photo: US Air Force
In September 2022, AFWERX contracted ZeroEyes to supply AI gun detection solutions for aerial drones stationed at the Dover Air Force Base in Delaware.
The $1.25-million award enabled unmanned systems to detect handheld weapons for base protection.
Under the contract, the companys technology was programmed with machine learning software and internet security cameras that identify the gun before the first shot is fired within three to five seconds.
Screenshots and related data from the AI solution are sent to a control facility to confirm the weapon and trigger the drone to employ response and interference protocols.
The platform was trialed against rifles, shotguns, and other weapon systems before the award to confirm its operability.
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ZeroEyes to Deploy AI Object Identification Tech in US Air Force ... - The Defense Post
Who and What is Behind the Malware Proxy Service SocksEscort … – Krebs on Security
Researchers this month uncovered a two-year-old Linux-based remote access trojan dubbed AVrecon that enslaves Internet routers into botnet that bilks online advertisers and performs password-spraying attacks. Now new findings reveal that AVrecon is the malware engine behind a 12-year-old service called SocksEscort, which rents hacked residential and small business devices to cybercriminals looking to hide their true location online.
Image: Lumens Black Lotus Labs.
In a report released July 12, researchers at Lumens Black Lotus Labs called the AVrecon botnet one of the largest botnets targeting small-office/home-office (SOHO) routers seen in recent history, and a crime machine that has largely evaded public attention since first being spotted in mid-2021.
The malware has been used to create residential proxy services to shroud malicious activity such as password spraying, web-traffic proxying and ad fraud, the Lumen researchers wrote.
Malware-based anonymity networks are a major source of unwanted and malicious web traffic directed at online retailers, Internet service providers (ISPs), social networks, email providers and financial institutions. And a great many of these proxy networks are marketed primarily to cybercriminals seeking to anonymize their traffic by routing it through an infected PC, router or mobile device.
Proxy services can be used in a legitimate manner for several business purposes such as price comparisons or sales intelligence but they are massively abused for hiding cybercrime activity because they make it difficult to trace malicious traffic to its original source. Proxy services also let users appear to be getting online from nearly anywhere in the world, which is useful if youre a cybercriminal who is trying to impersonate someone from a specific place.
Spur.us, a startup that tracks proxy services, told KrebsOnSecurity that the Internet addresses Lumen tagged as the AVrecon botnets Command and Control (C2) servers all tie back to a long-running proxy service called SocksEscort.
SocksEscort[.]com, is whats known as a SOCKS Proxy service. The SOCKS (or SOCKS5) protocol allows Internet users to channel their Web traffic through a proxy server, which then passes the information on to the intended destination. From a websites perspective, the traffic of the proxy network customer appears to originate from a rented/malware-infected PC tied to a residential ISP customer, not from the proxy service customer.
The SocksEscort home page says its services are perfect for people involved in automated online activity that often results in IP addresses getting blocked or banned, such as Craigslist and dating scams, search engine results manipulation, and online surveys.
Spur tracks SocksEscort as a malware-based proxy offering, which means the machines doing the proxying of traffic for SocksEscort customers have been infected with malicious software that turns them into a traffic relay. Usually, these users have no idea their systems are compromised.
Spur says the SocksEscort proxy service requires customers to install a Windows based application in order to access a pool of more than 10,000 hacked devices worldwide.
We created a fingerprint to identify the call-back infrastructure for SocksEscort proxies, Spur co-founder Riley Kilmer said. Looking at network telemetry, we were able to confirm that we saw victims talking back to it on various ports.
According to Kilmer, AVrecon is the malware that gives SocksEscort its proxies.
When Lumen released their report and IOCs [indicators of compromise], we queried our system for which proxy service call-back infrastructure overlapped with their IOCs, Kilmer continued. The second stage C2s they identified were the same as the IPs we labeled for SocksEscort.
Lumens research team said the purpose of AVrecon appears to be stealing bandwidth without impacting end-users in order to create a residential proxy service to help launder malicious activity and avoid attracting the same level of attention from Tor-hidden services or commercially available VPN services.
This class of cybercrime activity threat may evade detection because it is less likely than a crypto-miner to be noticed by the owner, and it is unlikely to warrant the volume of abuse complaints that internet-wide brute-forcing and DDoS-based botnets typically draw, Lumens Black Lotus researchers wrote.
Preserving bandwidth for both customers and victims was a primary concern for SocksEscort in July 2022, when 911S5 at the time the worlds largest known malware proxy network got hacked and imploded just days after being exposed in a story here. Kilmer said after 911s demise, SocksEscort closed its registration for several months to prevent an influx of new users from swamping the service.
Danny Adamitis, principal information security researcher at Lumen and co-author of the report on AVrecon, confirmed Kilmers findings, saying the C2 data matched up with what Spur was seeing for SocksEscort dating back to September 2022.
Adamitis said that on July 13 the day after Lumen published research on AVrecon and started blocking any traffic to the malwares control servers the people responsible for maintaining the botnet reacted quickly to transition infected systems over to a new command and control infrastructure.
They were clearly reacting and trying to maintain control over components of the botnet, Adamitis said. Probably, they wanted to keep that revenue stream going.
Frustratingly, Lumen was not able to determine how the SOHO devices were being infected with AVrecon. Some possible avenues of infection include exploiting weak or default administrative credentials on routers, and outdated, insecure firmware that has known, exploitable security vulnerabilities.
KrebsOnSecurity briefly visited SocksEscort last year and promised a follow-up on the history and possible identity of its proprietors. A review of the earliest posts about this service on Russian cybercrime forums suggests the 12-year-old malware proxy network is tied to a Moldovan company that also offers VPN software on the Apple Store and elsewhere.
SocksEscort began in 2009 as super-socks[.]com, a Russian-language service that sold access to thousands of compromised PCs that could be used to proxy traffic. Someone who picked the nicknames SSC and super-socks and email address michvatt@gmail.com registered on multiple cybercrime forums and began promoting the proxy service.
According to DomainTools.com, the apparently related email address michdomain@gmail.com was used to register SocksEscort[.]com, super-socks[.]com, and a few other proxy-related domains, including ip-score[.]com, segate[.]org seproxysoft[.]com, and vipssc[.]us. Cached versions of both super-socks[.]com and vipssc[.]us show these sites sold the same proxy service, and both displayed the letters SSC prominently at the top of their homepages.
Image: Archive.org. Page translation from Russian via Google Translate.
According to cyber intelligence firm Intel 471, the very first SSC identity registered on the cybercrime forums happened in 2009 at the Russian language hacker community Antichat, where SSC registered using the email address adriman@gmail.com. SSC asked fellow forum members for help in testing the security of a website they claimed was theirs: myiptest[.]com, which promised to tell visitors whether their proxy address was included on any security or anti-spam block lists.
DomainTools says myiptest[.]com was registered in 2008 to an Adrian Crismaru from Chisinau, Moldova. Myiptest[.]com is no longer responding, but a cached copy of it from Archive.org shows that for about four years it included in its HTML source a Google Analytics code of US-2665744, which was also present on more than a dozen other websites.
Most of the sites that once bore that Google tracking code are no longer online, but nearly all of them centered around services that were similar to myiptest[.]com, such as abuseipdb[.]com, bestiptest[.]com, checkdnslbl[.]com, dnsbltools[.]com and dnsblmonitor[.]com.
Each of these services were designed to help visitors quickly determine whether the Internet address they were visiting the site from was listed by any security firms as spammy, malicious or phishous. In other words, these services were designed so that proxy service users could easily tell if their rented Internet address was still safe to use for online fraud.
Another domain with the Google Analytics code US-2665744 was sscompany[.]net. An archived copy of the site says SSC stands for Server Support Company, which advertised outsourced solutions for technical support and server administration. The company was located in Chisinau, Moldova and owned by Adrian Crismaru.
Leaked copies of the hacked Antichat forum indicate the SSC identity tied to adriman@gmail.com registered on the forum using the IP address 71.229.207.214. That same IP was used to register the nickname Deem3n, a prolific poster on Antichat between 2005 and 2009 who served as a moderator on the forum.
There was a Deem3nuser on the webmaster forum Searchengines.guru whose signature in their posts says they run a popular community catering to programmers in Moldova called sysadmin[.]md, and that they were a systems administrator for sscompany[.]net.
That same Google Analytics code is also now present on the homepages of wiremo[.]co and a VPN provider called HideIPVPN[.]com.
Wiremo sells software and services to help website owners better manage their customer reviews. Wiremos Contact Us page lists a Server Management LLC in Wilmington, DE as the parent company. Records from the Delaware Secretary of State indicate Crismaru is CEO of this company.
Server Management LLC is currently listed in Apples App Store as the owner of a free VPN app called HideIPVPN. The contact information on Crismarus LinkedIn page says his company websites include myiptest[.]com, sscompany[.]net, and hideipvpn[.]com.
The best way to secure the transmissions of your mobile device is VPN, reads HideIPVPNs description on the Apple Store. Now, we provide you with an even easier way to connect to our VPN servers. We will hide your IP address, encrypt all your traffic, secure all your sensitive information (passwords, mail credit card details, etc.) form [sic] hackers on public networks.
Mr. Crismaru did not respond to multiple requests for comment. When asked about the companys apparent connection to SocksEscort, Wiremo responded, We do not control this domain and no one from our team is connected to this domain. Wiremo did not respond when presented with the findings in this report.
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Who and What is Behind the Malware Proxy Service SocksEscort ... - Krebs on Security
Byron Bay woman’s Paypal data breach nightmare exposes risks of ‘credential stuffing’. So how do you avoid it? – ABC News
A cyber security researchersays reusing passwords is like creating a skeleton keyhackers can use to hijack accounts through a process known as credential stuffing.
The form of online fraud resulted in a Byron Bay woman being ordered to pay more than a million dollars in damages to Adidas and the National Basketball Association (NBA) in America after her PayPal account was hacked.
Sarah Luke said the hackers took control of her account, in an attack that affected 35,000 PayPal customers in December.
Credential stuffing involves hackers accessing an account by using automation to try out username and password pairs sourced from data leaks on various websites.
Troy Hunt is a cyber security expert and creator of website Have I Been Pwned, which collects information ondata breaches and helps people establish if they've been caught up in them.
Hesaid most people's digital footprint was so largeit was hard to identify where data breaches originated.
"The thing most people don't realise is that we have all been in data breaches that not only we don't know about, but the organisations that have been breachedprobably don't know about," he said.
"If you think you have less than 100 accounts, and you've been on the internet for more than about 10 years, you're probably wrong."
Professor of Cyber Security Practice at Edith Cowan University,Paul Haskell-Dowlandtold ABC NSW Drive thatwhile Ms Luke's case was "extreme", it was common for "personal information to be stolen or leaked and misused by criminals".
"Given the global situation, we're certainly seeing a continued interest from cyber criminals in obtaining or stealing data in relation to what we might think are relatively mundane pieces of our lives," Professor Haskell-Dowland said.
"Scams alone are now costingAustralians billions of dollars every year and, when you look across the globe, the sums are in the order of trillions of dollars of economic damage or direct losses."
Ms Luke has said she was only aware of being affected by the October 2022 Medibank data breach.
But Medibank said none of its customers' passwordswere compromised in the breach.
Mr Hunt said it was possible for hackers to "socially engineer"their way into something like a PayPal account.
But he said without a password, it would have required the hackers convincing the service that they were the victim before it handed them control of an account.
Mr Hunt said the other way hackers could have accessed Ms Luke's PayPal account was through an unknown data breach or breaches.
"Very often we see other data breaches, which do leak passwords," he said.
"And due to the prevalence of password reuse, you could go to those data breaches as an attacker, take the passwords and log into someone's account."
Mr Hunt said personal data like usernames and passwords was now "so prevalent" online it existed not just on the dark web, but also on the clear web, traded in public forums and posted to social media accounts.
"It's just amazing how far our email address and password pairs travel in credential stuffing lists," he said.
"Trying to remove your data from the internet is like trying to remove pee from a pool.
"It is very hard to actually get that information back offline."
Credential stuffing relies on people re-using passwords, Mr Hunt said.
A good way to avoid it, he said, was to use a secure password manager that generatedunique and strong passwords for each online account.
"When you have a unique password for each and every site, that kills credential stuffing dead in its tracks," he said.
Mr Hunt said the first step was to get a digital password manager and start with the most important accounts first, such as email.
"Your email account is enormously valuable, because that's used very often to reset the passwords for your other accounts," he said.
Mr Hunt said it was "never too late" for people to make their online accounts harder to hack.
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Byron Bay woman's Paypal data breach nightmare exposes risks of 'credential stuffing'. So how do you avoid it? - ABC News
Saudis aware of cyber risks as 97% of respondents take security … – Arab News
RIYADH: Internet users in Saudi Arabia are becoming more conscious of cyber risks as 97 percent ofrespondentsin a recent pollsaid thattheytake extensive measures to protect the security of their home connections.
According to a survey conducted byglobaltechnology firm Cisco,as many as 91 percent of respondents ranked broadband as critical national infrastructure, while 68 percent said they rely on their homeinternet to work from home or run a business.
Ciscos Broadband Survey,which wasconducted withover 21,000 people across 12 countries, included2,000 respondents from the Kingdom.
Our survey has confirmed that consumers in Saudi Arabia are increasingly prioritizing cybersecurity when using their broadband service, and this is aligned with the results of our previous study that revealed that 73 percent of consumers in the Kingdom worry about cybercriminals hacking their devices,said Salman Faqeeh, managingdirector at Cisco Saudi Arabia.
With the prevalence of hybrid work models and the evolution and complexity of cyberattacks,he said theusage of sophisticated means for protection like multi-factor authenticationhas becomemore important than ever.
Passwordscontinueto bethe mostpopular wayto combat cyber risks as 52 percent of the survey respondents in Saudi Arabiasaid theyuse them to protect their home networks and devices.
As manyas 28 percent of respondents in the Kingdomsaid theyswitch on their routersfirewall, which poses a security barrier between the internet and ones home network.
According to the survey, up to 38 percent of consumers ranked security as a top priority when choosing their broadband package, even though speedremainsone of the main preferences.
In addition to this, an estimated 76 percent of consumers in the Kingdom expressed that they feel more secure while using the cloud.Earlier this month, the Saudi Ministry of Commerce released its summary bulletin which showed that internet security is gaining prominence in the Kingdom as an increasing number of cybersecurity firmsare seekingregistrationto engage in commercial activities.
According to the summary bulletin, the number of cybersecurity firms registered in Saudi Arabia grew by 52 percent to reach 2,229 in the second quarter of 2023, up from 1,462 in the year-ago period.
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Saudis aware of cyber risks as 97% of respondents take security ... - Arab News
Implementing zero trust with the Internet of Things (IoT) – ITPro
Taking a zero-trust approach to security is pretty much the standard by which organizations are measured these days. It means no user can be on the network without being authenticated and continuously validated.
We think of users as people. But users can also be things. And these internet-facing things Internet of Things (IoT) devices can be as much of a cyber security issue as people. Actually, they can be more of a security issue.
Organizations rely on IoT devices to help them keep operational on a day-to-day basis. There are plenty of devices that keep a business running including security cameras, printers, smart TVs, conference room equipment, kitchen equipment, and environmental sensors. These might include thermostats, smoke detectors, and ventilation systems alongside smart locks and room entry management systems.
READ MORE
The UK's IoT proposals are riddled with 'astonishing' gaps
All of these use software to complete tasks and share data with other devices, inside or outside the network. Their communication is typically automated, machine to machine, and doesnt involve a human. It may never be monitored in any way thats meaningful in a security-conscious sense.
Normally, wed consider many of these devices as the domain of the facilities team rather than the IT team, and outside the scope of the enterprise network that needs protecting. Its one of the many considerations when it comes to assessing IoT security risks.
Consider older facilities, says Abel Archundia, managing director, of global advisory and life sciences at ISTARTI. They may create or manage sensitive data yet likely have air conditioning units or cameras installed years ago in the same network. And most of these systems have no protocol to upgrade operating systems in IoT devices. The worst thing is that theyre not very complex or hard to crack.
Each of the devices attached to an organizations network presents a danger, John Linford, Security & OTTF Forum Director at the Open Group explains.
Devices inevitably have vulnerabilities through their connection to a network, he tells ITPro. With the growing use of IoT devices, a businesss attack surface expands as attacks can originate from the channels that connect IoT devices.
Its a key problem that poor security is a feature of many of these IoT devices right from the outset and they dont have to be particularly old to feature poor security. Right out of the box, they can come with default passwords that arent changed on installation, and can have a poor level of commitment to firmware updating and patching. They either lack a regular schedule, a commitment to patch whenever a fault is found or have a short period of support before dropping out of the support regime completely.
[An IoT device can] lack support for modern, secure controls like two-factor authentication (2FA), and logging and monitoring of device access and network traffic, Matt Lewis, commercial research director at NCC Group, tells ITPro.
They often lack an interface such as a screen to provide notifications about possible new software updates. And they are regularly overlooked as they appear as black boxes performing a function and are presumed to be fine if operational.
For many IoT devices, updating their firmware can require physical access, which can be difficult for say IP cameras mounted high on fences or gates.
Theres a strongly held view that it simply isnt possible to trust any IoT device, even if its equipped with automatic security updating. As a former CIO, my guidance is that preparation is the best defense, Archundia tells ITPro.
IoT devices are often just too much of a risk; theyre too much of a soft entry point into the organization to overlook them. Its best to assume each device is a hole in an enterprises defenses. Perhaps each device wont be a hole at all times, but some may be for at least some of the times. So long as the hole isnt plugged, it can be found and exploited.
Thats actually fine in a zero trust environment, because it assumes every single act, by a human or a device, could be malicious. The system, therefore, monitors and checks everything on the basis that a successful attack is always a possibility.
Linford adds its possible to limit the scope of an attack administered through IoT in a zero trust environment. Because zero trust focuses on continuously verifying and placing security as close to each asset as possible, a cyber attack need not have far-reaching consequences in the organization, he says. By relying on techniques such as secured zones, the organization can effectively limit the blast radius of an attack, ensuring that a successful attack will have limited benefits for the threat agent.
Still, the devices themselves merit plenty of attention on an individual basis. Lewis advocates a robust asset management process in which organizations take steps to track every single asset as much as possible. [This includes] subscribing to notifications from all of their tech vendors about any new software updates, and ensuring a documented process is followed to install any updates or security fixes in a timely manner. This should all be done as a periodic routine, rather than say a once a year activity.
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Implementing zero trust with the Internet of Things (IoT) - ITPro
Global DDoS Protection Market Size and Forecast | Nexusguard Ltd … – Glasgow West End Today
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DDOS PROTECTION MARKET, BY ORGANIZATION SIZE
Large Companies Small and Medium Businesses
DDOS PROTECTION MARKET, BY APPLICATION AREA
Endpoint Application Network Database
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Cloud-based On-premise Hybrid
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Service
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Healthcare
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Global DDoS Protection Market Size and Forecast | Nexusguard Ltd ... - Glasgow West End Today
Exploring Market Dynamics and Growth Drivers: Healthcare Internet … – Glasgow West End Today
[Vancouver, Canada, 25-07-2023] An Emergen Research report of 250 pages features 194 tables, 189 charts, and graphics. Our new study is ideal for anyone who wants to learn about the global Healthcare Internet of Things (IoT) Security market commercially and deeply, as well as to analyze the market segments in depth. With the help of our recent study, you can analyze the entire regional and global market for Healthcare Internet of Things (IoT) Security. To increase market share, you must obtain financial analysis of the entire market and its segments. Our research suggests there are significant opportunities in this rapidly expanding market. Look at how you might take advantage of these revenue-generating opportunities. Additionally, the research will help you develop growth strategies, strengthen competitor analysis, and improve business productivity by enabling you to make better strategic decisions.
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The global Healthcare Internet of Things (IoT) security market size is expected to reach USD 5.52 Billion at a steady revenue CAGR of 21.6% in 2028, according to latest analysis by Emergen Research. Rising concerns for security of critical infrastructure in the healthcare sector is a major factor driving global healthcare Internet of Things (IoT) security market revenue growth.
Competitive Landscape:
The leading companies operating in the Healthcare Internet of Things (IoT) Security market have been enumerated in this report. This section of the report lays emphasis on the geographical reach and production facilities of these companies. To get ahead of their rivals, the leading players are focusing more on offering products at competitive prices, according to our analysts.
Some major companies in the global market report includeCisco Systems Inc., Oracle Corporation, Intel Corporation, Trend Micro Inc., Kaspersky Lab, Deutsche Telekom AG, Dell Corporation, Inside Secure SA, Agile Cyber Security Solutions, LLC., and Symantec Corporation
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The global Healthcare Internet of Things (IoT) Security industry is highly consolidated owing to the presence of renowned companies operating across several international and local segments of the market. These players dominate the industry in terms of their strong geographical reach and a large number of production facilities. The companies are intensely competitive against one another and excel in their individual technological capabilities, as well as product development, innovation, and product pricing strategies.
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Market Segmentation:
The report bifurcates the Healthcare Internet of Things (IoT) Security market on the basis of different product types, applications, end-user industries, and key regions of the world where the market has already established its presence. The report accurately offers insights into the supply-demand ratio and production and consumption volume of each segment.
Regional Landscape section of the Healthcare Internet of Things (IoT) Security report offers deeper insights into the regulatory framework, current and emerging market trends, production and consumption patterns, supply and demand dynamics, import/export, and presence of major players in each region.
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Global Healthcare Internet of Things (IoT) SecurityMarket Highlights:
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Exploring Market Dynamics and Growth Drivers: Healthcare Internet ... - Glasgow West End Today
Chat GPT boss unveils plans to scan people’s EYEBALLS to help prove they are human on the internet in bid to c – Daily Mail
The boss of the AI tool ChatGPT has unveiled plans to scan the eyeballs of billions of people worldwide amid a growing privacy row.
Sam Altman of OpenAI which created the chatbot said the move would allow users to prove they are human and not a robot or online fraudster.
The firm has put football-sized 'Worldcoin' scanning devices in locations in Britain and 19 other countries.
Passers-by are encouraged to have their irises scanned to generate a unique digital record called a World ID.
It has sparked privacy and security concerns among the authorities about the sensitive data it gathers and who has access to it.
The Information Commissioner's Office, which upholds the UK's data privacy rights, warned it had begun examining the business.
Ahead of its launch on Monday, Worldcoin had already attracted two million sign-ups, with people queuing at three pop-up sites in London.
Those taking part receive 25 cryptocurrency tokens valued at 1.56 each.
The 'orbing' process, in which the user stares into the camera lens for ten seconds until a beep sounds signalling completion, has been deployed in 35 cities in 20 countries, with plans to roll out 1,500 across the globe.
However, its rollout in the US has been held up amid regulatory issues.
Mr Altman said the project will help humans keep up in an economy set to be reshaped by AI, describing it as a 'global financial and identity network based on proof of personhood'.
It could be used to verify those eligible for benefits and reduce fraud, he said. The OpenAI website suggests the technology could also be used as voter ID in elections.
OpenAI said more than two million people have been added to its database in 33 different countries since the scanners first began testing two years ago.
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Chat GPT boss unveils plans to scan people's EYEBALLS to help prove they are human on the internet in bid to c - Daily Mail
The Power of Open Source Cybersecurity: Transparency and … – Infosecurity Magazine
Technology and its use is ever-changing. As a result, the importance of open source cybersecurity rapidly grows. Open source is leveraging the power of transparency and community to drive innovation. And yet its the subject of many misconceptions. This article aims to dispel those misconceptions and highlight the many reasons open source is a vital part of cybersecurity.
A common misconception is that open source is less secure than proprietary solutions. This stems from false notions that there's no accountability, less quality control, a lack of support, and the availability of the code makes it easier for attackers to identify and exploit vulnerabilities. The truth is far from that - on average, a company and community works together through a rigorous development process including peer reviews, and multiple layers of audits. Vulnerabilities are generally identified and addressed quickly. Theres also a knowledgeable and vibrant support community.
The very nature of open source encourages knowledge sharing. The result is development, support and audits that are all community-driven. Security experts are free to scrutinise the code, identify vulnerabilities, and suggest improvements. The community may perform code reviews, theres a diverse group vetting and polishing. In effect, an open source community can become a small army of experts collaborating towards a better product and better security.
Bug bounties are another aspect of open source. As another way of fostering collaboration, organisations or individuals will offer rewards to those who discover and report vulnerabilities in the code. This incentivises the community to take an active role in the detection and remediation of issues, creating a powerful feedback loop for continuous improvement.
Transparency is the backbone of the open source movement. Unlike proprietary solutions where you have to trust that strong security measures are in place, with open source you can see for yourself or draw on the collective expertise of the community. With access to the source code, its much easier for organisations to understand and manage the components that make up the infrastructure. You have peace of mind that the tool operates within your existing ecosystem. This also makes it possible to ensure the software meets your industry standards and regulations. This transparency serves as a foundation for trust and confidence.
Open source empowers users to take control of their cybersecurity by providing access and visibility. Proprietary solutions arent extensible and dont allow modification of source code to meet specific needs. The level of control open source provides, allows organisations ownership over their security infrastructure. It also encourages user education, through the source code users can see how the software works and gain an understanding of its security measures. This empowers them to make more informed decisions about cybersecurity.
There are a number of notable open source solutions. You can start by supporting them through collaboration, using their services, and sharing the excitement with others. These and other open source solutions truly demonstrate how awesome cybersecurity can be with a community backing them:
Mailvelope is an open source browser add-on that offers end-to-end encryption for email communication. It allows continued use of your existing email address while providing private encryption - all through the extension. Mailvelope is transparent about their encryption algorithms, regularly audited, and made in the EU.
Mullvad VPN is a VPN that believes everyone has the right to privacy and access to the internet without being surveilled. It operates on open source principles and a majority of their development process is done openly with a large open source base.
Passbolt is an open source password manager designed for security-conscious organisations seeking a centralised and secure way of organising and sharing information. At its core, the platform is driven by security, and that's reflected in its security model. Even in paid versions, passbolt is fully open source, allowing full transparency and code review.
uBlock Origin is an open source content blocking browser extension thats easy on CPU and memory. It blocks ads, trackers, malicious URLs, and allows you to build your own filters. uBlock is dedicated to educating people about their right to privacy. Theres a very active community contributing to its improvement and making browsing safer for everyone.
Open source is an extraordinary force for change with cybersecurity being a prominent beneficiary. Its strengths of transparency, collaboration, community and user empowerment have the potential to revolutionise how we approach security and privacy. To continue to grow and innovate, its important to support and embrace open source initiatives. Lets start forging a future that prioritises security, privacy, personal freedom, and fosters an ecosystem where trust and security are not only desirable but inherent. With open source, we don't just protect ourselves; we empower the community to protect us all.
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The Power of Open Source Cybersecurity: Transparency and ... - Infosecurity Magazine