Microsoft today released updates to plug 50 security holes in various flavors of Windows and related software. The patch batch includes a fix for a flaw in Windows 10 and server equivalents of this operating system that prompted an unprecedented public warning from the U.S. National Security Agency. This month also marks the end of mainstream support for Windows 7, a still broadly-used operating system that will no longer be supplied with security updates.
As first reported Monday by KrebsOnSecurity, Microsoft addressed a severe bug (CVE-2020-0601) in Windows 10 and Windows Server 2016/19 reported by the NSA that allows an attacker to spoof the digital signature tied to a specific piece of software. Such a weakness could be abused by attackers to make malware appear to be a benign program that was produced and signed by a legitimate software company.
An advisory (PDF) released today by the NSA says the flaw may have far more wide-ranging security implications, noting that the “exploitation of the vulnerability allows attackers to defeat trusted network connections and deliver executable code while appearing as legitimately trusted entities.”
“NSA assesses the vulnerability to be severe and that sophisticated cyber actors will understand the underlying flaw very quickly and, if exploited, would render the previously mentioned platforms as fundamentally vulnerable,” the advisory continues. “The consequences of not patching the vulnerability are severe and widespread.”
Matthew Green, an associate professor in the computer science department at Johns Hopkins University, said the flaw involves an apparent implementation weakness in a component of recent Windows versions responsible for validating the legitimacy of authentication requests for a panoply of security functions in the operating system.
Green said attackers can use this weakness to impersonate everything from trusted Web sites to the source of software updates for Windows and other programs.
“Imagine if I wanted to pick the lock in your front door,” Green analogized. “It might be hard for me to come up with a key that will open your door, but what if I could tamper with or present both the key and the lock at the same time?”
Kenneth White, security principal at the software company MongoDB, equated the vulnerability to a phone call that gets routed to a party you didn’t intend to reach.
“You pick up the phone, dial a number and assume you’re talking to your bank or Microsoft or whomever, but the part of the software that confirms who you’re talking to is flawed,” White said. “That’s pretty bad, especially when your system is saying download this piece of software or patch automatically and it’s being done in the background.”
Both Green and White said it likely will be a matter of hours or days before security researchers and/or bad guys work out ways to exploit this bug, given the stakes involved. Indeed, already this evening KrebsOnSecurity has seen indications that people are teasing out such methods, which will likely be posted publicly online soon.
According to security vendor Qualys, only eight of the 50 flaws fixed in today’s patch roundup from Microsoft earned the company’s most dire “critical” rating, a designation reserved for bugs that can be exploited remotely by malware or miscreants to seize complete control over the target computer without any help from users.
Once again, some of those critical flaws include security weaknesses in the way Windows implements Remote Desktop connections, a feature that allows systems to be accessed, viewed and controlled as if the user was seated directly in front of the remote computer. Other critical patches include updates for the Web browsers and Web scripting engines built into Windows, as well as fixes for ASP.NET and the .NET Framework.
The security fix for the CVE-2020-0601 bug and others detailed in this post will be offered to Windows users as part of a bundle of patches released today by Microsoft. To see whether any updates are available for your Windows computer, go to the Start menu and type “Windows Update,” then let the system scan for any available patches.
Keep in mind that while staying up-to-date on Windows patches is a must, it’s important to make sure you’re updating only after you’ve backed up your important data and files. A reliable backup means you’re not losing your mind when the odd buggy patch causes problems booting the system. So do yourself a favor and backup your files before installing any patches. Windows 10 even has some built-in tools to help you do that, either on a per-file/folder basis or by making a complete and bootable copy of your hard drive all at once.
Today also marks the last month in which Microsoft will ship security updates for Windows 7 home/personal users. I count myself among some 30 percent of Windows users who still like and (ab)use this operating system in one form or another, and am sad that this day has come to pass. But if you rely on this OS for day-to-day use, it’s probably time to think about upgrading to something newer.
That might be a computer with Windows 10. Or maybe you have always wanted that shiny MacOS computer. If cost is a primary motivator and the user you have in mind doesn’t do much with the system other than browsing the Web, perhaps a Chromebook or an older machine with a recent version of Linux is the answer. Whichever system you choose, it’s important to pick one that fits the owner’s needs and provides security updates on an ongoing basis.
As always, if you experience glitches or problems installing any of these patches this month, please consider leaving a comment about it below; there’s a better-than-even chance other readers have experienced the same and may chime in here with some helpful tips.
Cybersecurity Degrees in Texas — Your Guide to Choosing a School
In total, 15 schools deliver cybersecurity certificates. Many of them were experts in Network Security, Computer Networking, and other related fields. A few examples include Houston Community College, San Antonio College, and South Texas College.
Online cybersecurity certificate programmes in Texas
In Texas, there are several options for online credential programmes. Central Texas College offers a variety of undergraduate degrees, with over 100 online-only degree programmes available in a variety of fields. As an example, a credential to become an Information Security Specialist is available.
As previously reported, Sam Houston University provides a variety of graduate certificates, including a Cybersecurity certificate and a Data Assurance Certificate. It also provides a certificate in Digital Investigation, which is aimed at criminal justice professionals who want to integrate their cybersecurity knowledge with the latter’s career emphasis.
Texas cybersecurity boot camps
Cybersecurity boot camps, in addition to the programmes mentioned above, are another viable choice for people interested in pursuing a career in cybersecurity.
Cybersecurity boot camps are frequently built for professionals with a technical background in computer science or information technology who need to rapidly retool and master cybersecurity-specific tools and technologies. Cybersecurity boot camps are built to teach in-demand skills to everyone, whether a new graduate or a seasoned professional.
Cybersecurity boot camps offer participants the skills they need to take common certifications like the CompTIA Security+ or Certified Ethical Hacker, in addition to helping them jumpstart a cybersecurity professional network that can contribute to potential job opportunities.
Regardless of the programme, the curriculum for these bootcamps is somewhat similar. The key lessons are broken down into thematic modules such as security basics, systems management, networks and network security, protective security, offensive security, test prep, and final projects.
Participants will also learn about the new tools and applications in the field, such as Wireshark, Kali Linux, Metasploit, Nessus, and more, at boot camps.
Here are some of the services that are available in Texas:
- Rice University in Pearland, Texas, offers a 24-week part-time cybersecurity bootcamp programme. Every week, classes are held from 6:30 p.m. to 9:30 p.m. on two weekdays and from 10 a.m. to 2 p.m. on Saturdays.
- Cybersecurity boot camp in Austin, Texas — The University of Texas at Austin offers a part-time, 24-week cybersecurity boot camp on weekday evenings and Saturdays.
- SMU offers a part-time cybersecurity boot camp targeted for working professionals in Dallas, Texas. Cohorts meet for 24 weeks on weekday evenings and weekends.
A more comprehensive list of cybersecurity boot camps in Texas can be found here.
Cybersecurity jobs in Texas
Texas offers many training options for cybersecurity practitioners, but what happens after they graduate?
The opportunities are plentiful. In Texas alone, there are approximately 43,000 cybersecurity job vacancies, compared to an estimated cybersecurity workforce of approximately 83,000. To put it another way, Texas has a very low supply of cybersecurity jobs, with a supply/demand ratio of 1.9, compared to 2.0 nationally.
In essence, these raw figures show that Texas still has a lot of cybersecurity growth to do, which ensures that businesses would be willing to pay top dollar for expertise that can help them improve.
These positions range from entry-level to full-fledged management and architectural positions. Cybersecurity engineers, researchers, security consultants, IT auditors, software developers, vulnerability analysts, or network engineers and architects are some of the more common available positions for cybersecurity professionals in Texas. This is fantastic news for cybersecurity professionals who want to remain in the sector for the majority or all of their careers; with so many open positions, it’s entirely feasible to start at the bottom of a company’s ladder and work your way up to a management role solely on merit.
What are the pay rates for cybersecurity workers in Texas? It’s all good news at this point. According to the Bureau of Labor Statistics, the average annual salary for computer and information technology workers is about $86,000. In Texas, for example, the median annual salary for cybersecurity professionals is around $104,000 a year, with an average wage of around $50 per hour.
These figures accurately represent Texas’ willingness to pay for qualified cybersecurity specialists, and they should provide enough opportunity to attract new talent in the coming years. Since certain parts of Texas have such a low cost of living, the above wages might go much further, raising the quality of living for cybersecurity professionals who can operate remotely and reside in affordable towns.
Cybersecurity in Texas at the city level
San Antonio-New Braunfels
San Antonio is, without a doubt, the best city in the country for young cybersecurity professionals to visit. Because of its economic growth and concentration on those fields, it has earned the titles of Military City USA and Cyber City USA; indeed, the military has several cybersecurity recruitment centres in San Antonio to find graduates fresh out of college. Furthermore, since the Air Force has a strong presence in San Antonio, work openings in both the private and public sectors are likely to be plentiful.
CyberSeek has more data to analyse:
- There are currently 6627 cybersecurity job openings.
- There are actually 10,737 cybersecurity staff working.
- Cybersecurity employees have a 1.6 supply/demand ratio and a 2.3 geographic concentration. This is significantly higher than the national average of 1.0.
Austin is another rapidly growing metropolis, both in terms of cybersecurity and jobs in general. It has more than doubled its cybersecurity workforce in the last ten years as a tech hub and one of the most modern cities in the state. Since Austin is the state’s capital, you can guarantee that this development will continue as long as Texas’ economy continues to improve.
Let’s examine what the CyberSeek data shows:
- 6506 cybersecurity job openings
- 10,694 currently employed cybersecurity workers
- 1.6 apply/demand ratio for cybersecurity workers
- 2.2 geographic concentration of cybersecurity jobs
Houston-The Woodlands-Sugar Land
While its metropolitan area supports a greater number of suburban communities and smaller cities and towns, Houston is also increasingly expanding in the cybersecurity sphere. As a result, in one of these nearby territories, more affordable housing is available within a drivable distance of the Houston metropolitan area.
CyberSeek has some more data we can examine:
- 6720 total cybersecurity job openings
- 16,517 currently employed cybersecurity workers
- 2.5 supply/demand ratio for cybersecurity workers
- 0.8 geographic concentration for cybersecurity jobs, lower than the national average
The metropolitan area of Dallas is similarly bustling, and its proximity to the Fort Worth airport provides numerous economic opportunities for many airlines, especially American Airlines and Southwest Airlines, which both have primary hangers in the area. In other words, for cybersecurity professionals looking to move into aviation or government contracts, this field should be a top priority; Lockheed Martin maintains a presence here as well.
Let’s look at the CyberSeek data for this region:
- There are 20,176 work vacancies.
- There are currently 31,384 cybersecurity employees working.
- The supply/demand ratio for cybersecurity staff is 1.6.
- 2.0 concentration of new work opportunities
While all of these major metropolitan areas would be a good fit for new cybersecurity practitioners, the three most likely to find work are San Antonio, Austin, and Dallas.
Texas and Cybersecurity
Throughout its history, Texas has been a state characterised by the frontier. While the physical frontier may have passed into history, the digital frontier is still being blazed. Young cybersecurity professionals who want to achieve their full potential and increase their employment opportunities should study in Texas and look for jobs there after graduation.
Cybersecurity Degrees in Massachusetts — Your Guide to Choosing a School
This guide provides a quick overview of Massachusetts’ cybersecurity colleges. Other cybersecurity training resources, such as online degrees and certification programmes, are included in the guide.
Massachusetts is best known for Boston, Cape Cod, and Martha’s Vineyard, but the tiny northeastern state has much more economic clout than its small size suggests.
The Commonwealth of Massachusetts, also known as The Bay State, has by far the largest economy in New England. While its centuries-old and thriving shipping industry contributes to its strength, the state has reinvented its economy many times over the years.
It now has vibrant business communities in the fields of technology, finance, healthcare, education, and tourism. The Boston metropolitan area, which includes world-class healthcare and higher education institutions, accounts for roughly 80% of the state’s economy.
State authorities have long assumed that Massachusetts will play a leading role in whatever social and economic patterns are shaping society as a whole. It was technology and healthcare in the late twentieth century. Later on, the state was at the forefront of environmental reform and, most recently, universal healthcare insurance.
One of the state’s main goals right now is to become a leading force in cybersecurity, both in terms of its own planning and in terms of attracting the best cybersecurity minds and businesses to call Massachusetts home. Although Massachusetts’ long and illustrious past is often discussed, its present and future in the field of cybersecurity appear to be very promising.
Growing importance of cybersecurity in Massachusetts
Healthcare and financial services have long been two of Massachusetts’ most powerful economic powers. They’re also one of the most common targets for cyber criminals these days. The state of Massachusetts is home to 12 Fortune 500 firms. State Street Corp., Liberty Mutual, and Massachusetts Mutual Life Insurance Company are three of the financial intermediaries. In addition, the state is a hotbed for venture capitalists.
In the late twentieth century, Massachusetts made a concerted effort to attract technology companies of all kinds and establish itself as a technology hub. The efforts yielded positive results. General Electric, Boston Scientific, Raytheon, Biogen, and Thermo Fisher Scientific are among the Fortune 500 companies headquartered in Massachusetts.
In recent years, the state government has made efforts to educate government employees and people about the dangers of information security. It has also provided educational services to assist local governments in protecting their structures and data. In September 2017, it also launched MassCyberCenter. Its goal is to ensure that citizens and businesses in the state are prepared for cyber threats, as well as to nurture the state’s cybersecurity ecosystem and place it as a leading provider of information security services and study.
Cybersecurity education in Massachusetts
As the state government works to place Massachusetts as a cybersecurity pioneer, new educational opportunities are emerging. The number of high-quality higher-education institutions in Massachusetts, especially in the Boston area, is one of the major draws for students. Several prestigious universities, including Harvard, Worcester Polytechnic, and Northeastern, are located in this area. All three of these universities have established cybersecurity degree programmes.
Although the number of degree and credential programmes available in Massachusetts is not overwhelming, students do have a lot of choices. Both Harvard and Northeastern are completely committed to training the next generation of cybersecurity professionals. There are also a number of other well-known institutions in the mix.
Whatever degree path students select, they will enter a rapidly expanding job market with an insufficient number of eligible applicants for open positions.
The cybersecurity job market is rapidly changing, and bachelor’s and master’s degrees are in higher demand than ever.
Associate’s degrees, on the other hand, have a place in the sector, thanks to a lack of trained cybersecurity practitioners. There are many entry-level work opportunities that only require an associate’s degree, which can help those who don’t have the time or money to complete a bachelor’s degree get a foot in the door.
Associate’s degree coursework can be applied as credit for a bachelor’s degree, reducing the time and resources needed to complete a four-year degree.
Campus-based associate’s degrees in Massachusetts
At the moment, four colleges deliver associate’s degrees in cybersecurity through campus-based programmes. In the table below, these are mentioned.
Online associate’s degrees in Massachusetts
Associate’s degrees in cybersecurity are also available online for those who prefer a more flexible option than attending classes on campus. However, in Massachusetts, there are currently only two such choices.
- An associate of science degree in cybersecurity is available online via Massachusetts Bay Community College.
- Quinsigamond Community College offers a computer science engineering technology associate’s degree online with a forensics programme.
Bachelor’s degrees are now necessary for the majority of information security jobs. Although a degree in almost any technology or STEM discipline is usually appropriate, cybersecurity degrees give applicants an advantage. And, as master’s degrees and Ph.D.s become more in demand from cybersecurity employers, a bachelor’s degree is usually needed to apply for postgraduate degrees.
Campus-based bachelor’s degrees in Massachusetts
At the time of publication, five different Massachusetts colleges offered five different bachelor’s degree programmes. Worcester Polytechnic Institute and Northeastern University are the frontrunners in this party. The complete list can be found below.
Online bachelor’s degrees in Massachusetts
There is currently only one online choice for obtaining a cybersecurity bachelor’s degree in Massachusetts. This Bay State University programme offers a bachelor’s degree in criminal justice with a focus on digital forensics and cybersecurity.
Master’s degrees in cybersecurity are becoming more popular, and for senior cybersecurity practitioners in a corporate environment, they are unquestionably the preferred route. Many employers are also demanding master’s degrees for advanced information security positions, such as Chief Information Security Officer. Master’s degrees are also widely recommended for careers in cybersecurity consulting, academia, or study for those destined for non-corporate environments. Continuing on to a Ph.D. would, of course, help advance an infosec career even more.
Campus-based master’s degrees in Massachusetts
Massachusetts has six campus-based cybersecurity master’s degree programmes, as shown in the table below. Boston University offers four of these options. Northeastern University and Worcester Polytechnic Institute offer the other two programmes. The table below contains more detail on these degree choices.
Online master’s degrees in Massachusetts
Master’s degrees in cybersecurity are also available via online delivery at Massachusetts colleges. There are currently six online options available from reputable institutions, the most well-known of which is Harvard. For more detail and links, see the sections below.
Currently, only one Massachusetts university offers a cybersecurity Ph.D. programme. A Ph.D. in computer science with a cybersecurity emphasis is available on campus at Worcester Polytechnic Institute. There are currently no Ph.D. programmes for cybersecurity practitioners offered by Massachusetts institutions.
Some cybersecurity certifications are intended to include an introduction to information protection and, in some cases, a foot in the door, or at the very least, a stepping stone toward a degree. Other credential programmes are designed for cybersecurity professionals who want to advance their education or even replace a full advanced degree. Massachusetts learning institutions offer all types of qualifications, with a focus on specialised certificates.
Campus-based cybersecurity certifications in Massachusetts
Massachusetts colleges offer seven different cybersecurity certification options. For more statistics, see the table below.
Online cybersecurity certifications in Massachusetts
Massachusetts colleges offer nine certification programmes that can be completed entirely online. The following are some of them:
Cybersecurity jobs in Massachusetts
Massachusetts and New York stand out as cybersecurity hotspots in the Northeast United States. Massachusetts makes up for its lack of physical size with economic clout. One of the reasons for the importance of cybersecurity is the economy’s emphasis. According to research conducted by the United States Bureau of Labor Statistics, healthcare and education organisations were by far the biggest employers in the state in 2019. Because of the vast amount of personal and sensitive information they collect and store, healthcare organisations have become a favourite target for hackers. Technical and business services, which are also abundant sources of confidential data, are Massachusetts’ second largest job market.
The state of Massachusetts, like the rest of the world, is suffering from a cybersecurity skills shortage. According to Cyberseek, Massachusetts had just over 25,000 people working in cybersecurity-related jobs from October 2018 to September 2019, with around 13,400 cybersecurity work vacancies posted by Bay State employers. More than 11,600 of those jobs were in the Boston metropolitan area. Boston is home to a large number of health and educational institutions, as well as being the Northeast’s second largest financial hub after New York City.
According to the US Bureau of Labor Statistics, cybersecurity analysts in Massachusetts receive an average hourly wage of $52.11 and an annual income of $108,400 as of May 2018. Both wage rates are far higher than the national average. The high cost of living and high tax burden in Massachusetts are the only drawbacks. Both are among the country’s best. Nonetheless, there will be plenty of lucrative job opportunities in Massachusetts, especially in the Boston area, for many years to come.
The following job titles are at the top of the list of cybersecurity job titles in Massachusetts:
- Cybersecurity Engineer
- Cybersecurity Analyst
- Cybersecurity Administrator/Manager
- Software Developer/Engineer
- Cybersecurity Consultant
- Penetration Tester/Vulnerability Assessor
- Network Engineer/Architect
- Systems Engineer
- IT Auditor
Cybersecurity in Massachusetts
Massachusetts has always defied its small scale, even when it was a colony, and has been a major economic power. Despite the apparent benefit of having access to the Atlantic Ocean, the citizens of Massachusetts continue to adopt a leadership mentality. Today, the Commonwealth is focused on becoming a cybersecurity pioneer, and there is no reason to suspect that it will succeed.
There are plenty of highly respected, if not prestigious, colleges and universities in the state that can train and educate tomorrow’s cybersecurity leaders. And the government is fully committed to developing the technologies and capacity needed to protect Massachusetts’ data. There is still a shortage of skilled professionals, as there is anywhere else, and demand is increasing rapidly.
U.S. and the U.K. Published Attack on IT Management Company SolarWinds
On Friday, US and UK government agencies released a joint report with more information on the activities of the Russian cyberspy community suspected of being behind the attack on IT management firm SolarWinds. After some of their operations were revealed, the hackers began using the open-source adversary simulation system Sliver, according to the paper.
The SolarWinds attack was carried out by the Russian threat actor APT29 (also known as the Dukes, Cozy Bear, and Yttrium), according to the FBI, NSA, CISA, and the UK’s NCSC. The SolarWinds attack resulted in hundreds of organisations’ systems being breached by malicious updates served from compromised SolarWinds systems.
The agencies have previously released numerous reports on the activities of the organisation, which they say is under the control of the Russian Foreign Intelligence Service, or SVR.
The new report provides further information on the cyberspies’ strategies, methods, and procedures (TTPs), as well as some of the improvements made by the community in response to previous studies.
Last year, government agencies identified APT29 operations targeting organisations involved in SARSCoV2 coronavirus vaccine research and development in the United States, the United Kingdom, and Canada. Malware such as WellMess and WellMail were used in the attacks.
The hackers started using an open-source platform called Sliver to retain access to existing WellMess and WellMail victims after their activity targeting vaccine makers was exposed.
Bishop Fox, an aggressive security assessment agency, created Sliver as a legitimate tool. It’s billed as an adversary simulation and red team tool that companies can use to conduct security testing.
SVR operators also used separate command and control infrastructure for each victim of Sliver, as found in the SolarWinds incidents, the agencies said.
The Snort and Yara rules in the study are aimed at assisting danger hunters in detecting Sliver. The agencies cautioned, however, that since Sliver is a legal penetration testing tool, its existence does not inherently imply an APT29 assault.
APT29 has started exploiting CVE-2021-21972, according to the latest cybersecurity advisory, which lists nearly a dozen vulnerabilities that have been exploited by the community. VMware’s vCenter Server product is vulnerable to this crucial flaw. In February, organisations were alerted that hackers had begun searching the internet for compromised servers just one day after VMware declared the patches’ availability.
APT29 has reportedly begun searching for Microsoft Exchange servers that have been compromised by the vulnerabilities that have been abused by several threat groups over the last two months.
The study also details the effect of the attack on email security firm Mimecast, which was carried out as a result of the SolarWinds hack.
Privacy Protection: How Secure is Telegram Messenger?
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Telegram is a cross-platform, cloud-based instant messenger that is available for free. End-to-end secure video communication, VoIP, file sharing, and various other functionality are also accessible. First released for iOS on August 14, 2013, and for Android in October 2013, Telegram messenger is a basic instant messaging app that is quick, convenient, efficient, and can sync across all user’s devices. With over 500 million daily users, it is one of the top ten most downloaded applications in the world. According to the developers of telegram messenger, it is a secure and easy-to-use application. Telegram features such as media, groups, and chat are encrypted with a combination of 256-bit symmetric AES encryption algorithm, 2048-bit RSA encryption, and secure Diffie–Hellman key exchange.
Is Telegram Secure?
Exploring the security perspective of messengers, we focus on technologies that are secure by default. Although Telegram supports end-to-end encryption (E2E), it must be enabled on a conversation-by-conversation basis by using a secret chat. As a result, Telegram’s default conversations are much less secure.
Telegram explains the reason for this opt-in as “convenience”; regular messages in Telegram are encrypted in the cloud and can be synced through different devices, while the chat creator must manually back up secret chat. Moreover, Telegram group chats are not encrypted; any participant can silently download video and audio files. Furthermore, in terms of security, open-source has many benefits, mainly transparency, which is the foundation of confidence. Telegram is partly open-source; the client-side programs are open source, but the server-side is closed source.
Except for secret chats, Telegram chats are saved on the cloud by
default. Telegram intends to provide data storage through distributed networks and highly encrypted cloud data. The security key is shared throughout regions to avoid information leakage by a single nation or small community of allies requesting details or a key. There are also a few issues with this technique.
Because the encryption keys are stored on the server, Telegram will technically decrypt communications stored on the cloud. Second, in the event that Telegram’s infrastructure is compromised, an adversary may access encryption keys to decode conversations.
Telegram’s prominence, especially in different states, makes it an attractive
target for nation-states. As a result, the whole security model of Telegram
cloud is based on trusting a centralized authority, which is a vulnerable
strategy from a security perspective.
Encryption Method in Telegram
Cryptography researchers have criticized Telegram for using MTProto, a non-standard cryptographic protocol. Certainly, confidence cannot be gained for an algorithm until the scheme has undergone years of in-depth research, thorough testing, and extensive review, which MTProto has not achieved. Several security bugs in MTProto have been found, but the majority of them are theoretical. Despite the criticism, the Electronic Frontier Foundation’s safe communications scorecard has scored Telegram’s hidden chat as 7/7. Likewise, in a whitepaper titled “Automated Symbolic Verification of Telegram’s MTProto 2.0,” researchers concluded that the protocol is sound and MTProto 2.0 does not present any conceptual fault, but they also addressed the probability of implementation bugs and side-channel threats.
Telegram encompasses public networks for broadcasting messages to a
large number of users. Telegram has a background of interacting with the
Iranian and Russian governments. As, at the behest of the government, Telegram shut down an Iranian opposition channel in 2017 for encouraging violence; additionally, Telegram decided to ban several bots, including stickers in Iran.
Since Telegram collects and preserves a great deal of information for its service distribution, the data may be of considerable importance to a country, and Telegram may be obliged to provide information under court order.
According to Telegram’s privacy policies, they gather information such as IP addresses, device information, history of username changes, Telegram applications you’ve used, and more as part of their spam and misuse protection protocol. If this data is processed, it is kept for 12 months before being discarded. Twelve months is a huge time for malicious third parties to access user’s data.
Besides, Telegram moderators are allowed to read regular chat messages tagged for spam and bullying to decide whether or not the statement is accurate. Although this is a fair practice, it still implies that someone will read what you’ve written on anyway.
Furthermore, the app can save compiled metadata in order to better customize your experience. For instance, it creates a customized list of contacts by calculating a ranking based on whom you message the most often when you open the Search menu. In the digital world, none of these three ideas are novel. However, when exchanging personal data on an app, users should be mindful of how the data is treated.
Telegram transfers the whole address book to the Telegram cloud to be
Telegram exchanges its user’s personal details with its parent company and a community member who provides funding for its services. On the other hand, Telegram retains the freedom to reveal your IP address and phone number to the appropriate authorities. That occurs after the organization issues a legal order claiming that a customer is guilty of terrorist activity. That has not happened yet, but it’ll be recorded in a transparency survey if it happens.
Although Telegram is encrypted on several layers, which adds an extra
layer of encryption to user details, it is not a reliable messenger in terms of
privacy and protection. As the messenger collects a lot of metadata from the users, it can be exploited by attackers. Malicious third parties may also
misuse the metadata of app users. For all those people whose main concern is the privacy and confidentiality of their data, Telegram messenger is not secure for them.
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