Category Archives: Internet Security
China, Indonesia to strengthen cooperation in developing cyber security capacity and technology – Prothom Alo English
According to the MoU, between the National Cyber and Crypto Agency of Indonesia and the Cyberspace Administration of China, the participants would uphold the principle of respect for state sovereignty on cyber space and work together to promote the establishment of a multilateral, democratic and transparent international Internet governance system, data security, and the building of a peaceful, secure, open, cooperative, responsible, and orderly cyberspace as well as ICT development.
The cyber security expert of the Indonesian Cyber Research Institute for Communication and Information Systems Security Research Center (CISSReC), Pratama Persadha, said that cooperation between Indonesia and China in the field of internet security and technology is the right step. Moreover, China is currently recognized as one of the leading countries in developing 5G networks through a number of technology companies.
Meanwhile, IT expert Onno W Purbo said it was no problem that Indonesia was cooperating with China. Most importantly, he said, Indonesia must remain independent. We can work together, but don't depend on other countries, including the US, Europe and China. Indonesia tries to be independent by at least producing its own technology," said Onno.
Industry analysts expected the deal to cement mutual trust in internet security, including terms on mutual telecom market openness, and prevention of information theft.
With a GDP of about $1 trillion, Indonesia is the largest economy in Southeast Asia and its move could carry certain level of impact on the other SEA countries. This agreement will likely attract more economically neutral SEA nations to follow, analysts said.
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China, Indonesia to strengthen cooperation in developing cyber security capacity and technology - Prothom Alo English
Mesh networking vs. traditional Wi-Fi routers: What is best for your home office? – ZDNet
For many of us, the bog-standard, default router supplied by our Internet Service Provider (ISP) at the time we signed up for broadband was once enough.
However, in the past decade, the widespread adoption of mobile technology including smartphones and tablets, Internet of Things (IoT) devices such as smart lighting and security cameras, and the popularity of streaming services -- Netflix, Amazon Prime, and Spotify, to name a few -- are now causing our old routers to creak under the strain.
Each device we connect to our router demands bandwidth. The COVID-19 pandemic has contributed to the need for speed, capacity, and reliability in the home router space now we are faced with the added burdens of working from home and teaching our kids remotely -- not to mention using the Internet for entertainment rather than venturing out of doors.
To keep our homes and remote work setups running smoothly now is the time to consider what type of router you need, for now, and in the future.
When you search for different options online, a plethora of features are available: Wi-Fi 5 / 6, mesh, voice-assistant supported, Ethernet and wired, mobile and LTE support, and more. While many features could be superfluous to your purposes, there are two main types of product to consider: a traditional router, or mesh network.
Also:Best mesh Wi-Fi system for the office or home in 2021 |Netgear Orbi 4G LTE (LBR20), hands-on: A versatile router with mesh Wi-Fi, mobile broadband and wired connectivity |Hands on with the Rock Space home mesh system: for anyone with poor Wi-Fi coverage indoors |TP-Link Deco M4 review: A reliable mesh Wi-Fi system on a budget
Mesh networking is a relatively new entry into the consumer market, so you would be forgiven to think it would automatically be 'better' than a standard router. However, a mesh network is an overkill for some.
A standard router acts as a central hub for Internet connectivity. Traffic and requests from devices granted permission to connect to the router -- usually through a password -- are funneled through one access point.
The benefits:
The disadvantages:
Also:Working from home has revealed tech's biggest failures. Here's what needs to change |Working from home: The future of business is remote |Remote work: 10 ways to upgrade your working from home setup
It is worth mentioning Wi-Fi 6, also known as 802.11ax. This is the next standard in wireless technologies and is designed to increase wireless device performance in comparison to 802.11ac. Some modern routers support this standard, and so could be considered when future-proofing your home office.
MU-MIMO (Multi-user, multiple-input, multiple-output), too, should be kept in mind. Some routers use this technology to improve the speed of data transfer when multiple devices are connected simultaneously -- but not all.
While traditional routers are singular, centralized access points, mesh networking devices are decentralized. Instead of a device connecting to a single gateway to the Internet, mesh networks are created from multiple nodes that all provide web connectivity. For example, you could have a central 'hub' in the kitchen and then have satellite nodes in the home office, kitchen, or bedroom.
When you are trying to access the web while in the kitchen, you would automatically connect to the hub, whereas you would jump on the node while you're in your home office, and so on.
The benefits:
The disadvantages:
You need to decide whether or not the outlay for a full mesh network is worth it. In larger homes with dead spots, mesh networking can provide a way to immediately improve signal strength and coverage.
However, it can be expensive to overhaul your existing router setup, and going for a full mesh may simply be described as overkill unless you consistently have multiple users and devices competing for bandwidth.
There are some mesh network systems out there, such as Google WiFi, Nest WiFi, and eero which are relatively cheap to set up -- as long as you don't need too many satellites.
Also:Best Wi-Fi router in 2021 |Working from home 101: Every remote worker's guide to the essential tools for telecommuting
Before changing your setup, you should also consider your ISP package. If you're subscribed to a low-speed offering, new equipment is not going to necessarily help. Instead, package upgrades could be a better option.
If you are a sole user and need a stable, powerful connection -- such as for resource-hungry work applications or gaming -- a traditional router may be all you need. Wired should be quicker than wireless, and so investment in a simple Ethernet cable, easily picked up for $10 to $15, could be enough.
Wi-Fi range extenders, too, could be considered as an alternative to mesh if you just need to boost coverage in some areas, and will likely be less expensive than purchasing individual mesh nodes. Some vendors also offer mesh 'bolt-ons' such as Asus' AiMesh, which can connect up existing routers to create a mesh-like coverage network without ripping everything out and starting again.
However, mesh networking is here to stay and at a time when many of us are now in the home rather than traditional home offices, a mesh setup could be a future-proof investment. It's not suitable for you if you rely on wired connectivity and speed, but if you need to make sure dead zones and drops do not impact your working day -- and you don't mind the potential expense -- mesh systems are a worthwhile upgrade to your home equipment.
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Mesh networking vs. traditional Wi-Fi routers: What is best for your home office? - ZDNet
Future of mathematics on global stage looks brighter thanks to 20 million funding boost – Newswise
Newswise A 20 million investment to champion innovation and nurture the greatest minds in mathematical sciences across the UK has been awarded today to the Heilbronn Institute for Mathematical Research (HIMR).
The grant from UK Research and Innovation (UKRI) forms part of a 300 million Government funding package over the next five years to advance excellence in mathematics, for which HIMR is renowned worldwide.
The vital role of mathematical science in helping understand and fight the COVID-19 pandemic has been proven and brought to the public eye over the past year. Perhaps less recognised, but no less important, the power of mathematics is being harnessed to develop highly complex algorithms to support future quantum computers which hold the key to a safer, secure internet. Behind the scenes, statistical and data science techniques are being deployed to model and combat cyber-attacks.
Researchers at the University of Bristols School of Mathematics, where HIMR is based, are pioneering such endeavours in collaboration with fellow experts at partner universities across the UK and internationally.
The extra funding is set to develop people and activities associated with the Institute, as a leading centre of mathematical research. This will include the expansion of existing Research Fellowship and Doctoral Studentship programmes.
Professor Geoffrey Grimmett, Chair of the Heilbronn Institute, said: This very substantial grant will allow us to expand HIMRS central role as a national institute dedicated to the development of excellence across UK mathematics. The award is a far-sighted recognition by Government of the importance of fundamental research, and it will support large cohorts of students and fellows as they build scientific careers and, in turn, foster future generations.
The far-reaching impact of rigorous theoretical work undertaken by mathematical researchers is helping the Government and industry to overcome some of the biggest challenges facing todays world, including climate change, counter-terrorism, and internet security. Mathematicians also discover fundamental truths about the universe. For instance, modern computing power is being combined with ideas from theoretical physics to unlock the mathematical mysteries of prime numbers, and this has many applications in daily life ranging from banking to communications and security.
Professor Jens Marklof, Dean of the Faculty of Science, said: Advanced mathematics has become an indispensable tool in the digital world, providing powerful solutions for modern data analysis and secure communications. The Heilbronn Institute is at the forefront of research in this area, and this significant additional funding bears testament to its remarkable success to date.
The funding boost recognises the institutes track record in uniting academia with Government and providing an effective model for mathematics in industrial collaboration.
Professor Hugh Brady, Vice-Chancellor and President of the University of Bristol, said: This is tremendous news for the Heilbronn Institute for Mathematical Research and the future of mathematical sciences at large. Recent events have highlighted more than ever the important work of mathematicians and data scientists, who grapple tirelessly with huge challenges which pose grave threats to our health and security. The funding will allow this highly-regarded institute to further support these unsung heroes and remain at the leading edge of developments in this fast-evolving field.
Founded as a partnership with Government Communications Headquarters (GCHQ), the University of Bristol has been HIMRS principal academic partner since its creation in 2005. Over the years it has attracted more than 200 mathematicians as members, including more than 90 research fellows from across some 25 UK universities. Its activities include conferences, focused research groups, workshops, and high-profile mathematical meetings.
Notes to editors:
A photo of the Heilbronn Institute for Mathematical Research (HIMR) and the University of Bristol School of Mathematics is available here: https://fluff.bris.ac.uk/fluff/u2/oc20541/_ZIDPD_uc2gIjxdsBVB_Vgyx2/
Photo caption: The Fry Building, where the Heilbronn Institute and University of Bristol School of Mathematics are based. The building features a unique sunscreen faade in the style of a Voroni diagram, named after the Russian mathematician Georgy Voroni, which are created by scattering points at random on a plane. Voroni diagrams have numerous mathematical applications, as well as in other disciplines such as modelling animal territories or crystal growth.
About HIMR
HIMR is named after Hans Heilbronn, a German migr and distinguished number theorist who became Bristols Henry Overton Wills Professor of Mathematics before his move to North America in 1964.
The Institute has facilities in Bristol, London and Manchester, and research areas of interest include Algebra, Algebraic Geometry, Combinatorics, Computational Statistics, Data Science, Number Theory, Probability, and Quantum Information.
About UKRI
UKRI works in partnerships with universities, research organisations, businesses, charities, and government to create the best possible environment for research and innovation to flourish. It aims to maximise the contribution of each of its component parts, working individually and collectively. It works with many partners to benefit everyone through knowledge, talent, and ideas.
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Future of mathematics on global stage looks brighter thanks to 20 million funding boost - Newswise
Favicons may be used to track users – Ghacks Technology News
Security researchers of the University of Illinois at Chicago have discovered a new method to track Internet users that is persistent across sessions, even if users clear cookies and the browsing cache.
The research paper Tales of F A V I C O N S and Caches: Persistent Tracking in Modern Browsers highlights that favicons may be used in conjunction with fingerprinting techniques to track users.
Favicons are used by site to display a small site icon, e.g. in the address bar of browsers that support it but also elsewhere, e.g. in the bookmarks or tabs. Favicons are cached by the browser, but are stored independently from other cached items such as HTML files or site images.
Users who use built-in functionality to clear the cache will have these cached files removed from storage but not favicons. In other words: favicons persist over browsing sessions even if the user clears the cache, and they are accessible even in private browsing or Incognito mode sessions.
Browsers detect and cache favicons of sites automatically, and sites may use a single line of code to specify their favicon.
A single favicon is not enough to identify users based on it, but the researchers discovered a way to plant multiple favicons in the favicon cache. The site does a series of redirects through several subdomains to save multiple different favicons in the cache. Each saved favicon creates its own entry in the cache, and all of them together can be used to identify users provided that enough favicons are saved using the methodology.
Redirects happen without any user interaction as everything is controlled by the site in question.
The researchers tested the attack against the Chromium-based browsers Google Chrome, Brave, Safari and Microsoft Edge, and found them all vulnerable to the attack. They did try the attack on Firefox but found a bug that prevented the browser from reading cached favicon entries. Once fixed, Firefox would likely be vulnerable to the attack as well.
The attack takes a bit of time according to the research paper, but it should be possible to improve the performance with optimizations.
We find that combining our favicon based tracking technique with immutable browser-fingerprinting attributes that do not change over time allows a website to reconstruct a 32-bit tracking identifier in 2 seconds.
The researchers suggest several mitigation and counter-measure options, all of which require that browser makers change favicon-related functionality.
Now You: What is your take on this new tracking method?
Summary
Article Name
Favicons may be used to track users
Description
Security researchers of the University of Illinois at Chicago have discovered a new method to track Internet users that is persistent across sessions, even if users clear cookies and the browsing cache.
Author
Martin Brinkmann
Publisher
Ghacks Technology News
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Favicons may be used to track users - Ghacks Technology News
VirnetX Receives $502.8 Million Plus Interest, Supplemental Damages, Costs and Ongoing Royalties in Final Judgment in Apple Suit – Yahoo Finance
Ongoing Royalty of $0.84 Per Infringing Apple Device
ZEPHYR COVE, Nev., Jan. 15, 2021 /PRNewswire/ -- VirnetX Holding Corporation (NYSE: VHC)(the "Company"), an Internet security software and technology company, announced today that the United States District Court for the Eastern District of Texas, Tyler Division (the "District Court"), entered a Final Judgment and issued its Memorandum Opinion and Order ("Order") regarding post-trial motions resulting from the prior $502.8 million jury verdict ("Verdict") for VirnetX in the ongoing patent infringement action between VirnetX Inc. ("VirnetX") and Apple Inc. ("Apple").
In the Order, the District Court affirmed the jury's verdict of $502.8 million and granted VirnetX's motions for pre-trial and post-trial interest, supplemental damages, costs, and ongoing royalty of a rate set at $0.84 per infringing iPhone, iPad and Mac products.
"We are extremely pleased with this $502.8 million final judgment and the added monies for interest, supplemental damages, costs and ongoing royalties," said Kendall Larsen, VirnetX CEO and President. "We have fought long and hard to hold Apple responsible for using our technology in the US."
On October 30, 2020, the jury in the District Court issued the $502.8 million jury verdict in favor of VirnetX based on Apple's infringement of two network security patents; VirnetX US Patents No. 6,502,135 and No. 7,490,151. The case is VirnetX Inc., et al. v. Apple Inc., No. 6:12-CV-00855. The jury verdict called for damages of $0.84 per accused device since the 2013 launch of Apple's iOS 7 operating system and represents 598,629,580 infringing units from US sales only. On March 13, 2020, VirnetX was paid a $454,033,859 judgment in a separate case against Apple.
About VirnetX
VirnetX Holding Corporation is an Internet security software and technology company with patented technology for secure communications including 4G LTE and 5G security. The Company's software and technology solutions, including its secure domain name registry and Gabriel Connection Technology, are designed to facilitate secure communications and to create a secure environment for real-time communication applications such as instant messaging, VoIP, smart phones, e-Readers and video conferencing. The Company's patent portfolio includes over 190 U.S. and foreign granted patents/validations and pending applications. For more information, please visit http://www.virnetx.com/.
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Forward-Looking Statements
Statements in this press release that are not statements of historical or current fact, including the statement regarding the Company's final judgment in VirnetX Inc., et al. v. Apple Inc., No. 6:12-CV-00855, may constitute "forward-looking statements" within the meaning of the Private Securities Litigation Reform Act of 1995. Such forward-looking statements are based on expectations, estimates and projections, and certain assumptions made by management and involve known and unknown risks, uncertainties and other unknown factors that could cause the actual results of the Company to be materially different from the historical results or from any future results expressed or implied by such forward-looking statements, including but not limited to, including but not limited to (1) the outcome of any legal proceedings that have been or may be initiated by the Company or that may be initiated against the Company, including potential appeals of the final judgment and pending and future inter partes review proceedings in the Patent and Trademark Office and appeals therefrom; (2) the ability to capitalize on patent portfolio and generate licensing fees and revenues; (3) the ability of the Company to be successful in entering into licensing relationships with its targeted customers on commercially acceptable terms, including in Japan; (4) potential challenges to the validity of the Company's patents underlying its licensing opportunities; (5) the ability of the Company to achieve widespread customer adoption of the Company's Gabriel Communication Technology and its secure domain name registry; (6) the level of adoption of the 3GPP Series 33 security specifications; (7) whether or not the Company's patents or patent applications may be determined to be or become essential to any standards or specifications in the 3GPP LTE, SAE project or otherwise; (8) the extent to which specifications relating to any of the Company's patents or patent applications may be adopted as a final standard, if at all; and (9) the possibility that Company may be adversely affected by other economic, business, and/or competitive factors. The forward-looking statements contained herein are also subject generally to other risks and uncertainties that are described from time to time in the Company's reports and registration statements filed with the Securities and Exchange Commission, including those under the heading "Risk Factors" in the Company's Quarterly Report on Form 10-Q filed on November 6, 2020 and subsequent filings with the Securities and Exchange Commission, as applicable. Many of the factors that will determine the outcome of the subject matter of this press release are beyond the Company's ability to control or predict. Except as required by law, the Company is under no duty to update any of the forward-looking statements after the date of this press release to conform to actual results.
Contact:Investor RelationsVirnetX Holding Corporation415.505.0456ir@virnetx.com
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VirnetX Receives $502.8 Million Plus Interest, Supplemental Damages, Costs and Ongoing Royalties in Final Judgment in Apple Suit - Yahoo Finance
Uganda says president wins 6th term as vote-rigging alleged – The Associated Press
KAMPALA, Uganda (AP) Ugandas electoral commission announced Saturday that longtime President Yoweri Museveni has won a sixth five-year term, while top opposition challenger Bobi Wine alleges rigging and officials struggle to explain how polling results were compiled amid an internet blackout.
In a generational clash widely watched across the African continent with a booming young population and a host of aging leaders, the 38-year-old singer-turned-lawmaker Wine posed arguably Musevenis greatest challenge yet. The self-described ghetto president had strong support in urban centers where frustration with unemployment and corruption is high.
The electoral commission said Museveni received 58% of ballots and Wine 34%, and voter turnout was 52%. The commission advised anyone celebrating to remember COVID-19 precautions, but immediate reaction in the capital, Kampala, appeared muted. The military remained in the streets.
The top United States diplomat to Africa has called the electoral process fundamentally flawed.
Associated Press journalists who tried to reach Wines home on the outskirts of Kampala were turned away by police at a roadblock about 500 meters away. Wine has said he was alone with his wife and a single security guard.
Thursdays vote followed the East African countrys worst pre-election violence since the 76-year-old Museveni took office in 1986. Wine and other opposition candidates were often beaten or harassed, and more than 50 people were killed when security forces put down riots in November over Wines arrest.
This month, Wine petitioned the International Criminal Court over alleged torture and other abuses by security forces and named several officials including Museveni.
Wine claimed victory Friday, asserting that he had video evidence of vote-rigging and saying every legal option is on the table to challenge the official election results, including peaceful protests. Candidates can challenge election results at the Supreme Court.
Hours later, he tweeted that the military had entered his home compound and we are in serious trouble, which a military spokeswoman denied. Wine, whose real name is Kyagulanyi Ssentamu, was arrested several times while campaigning but was never convicted, and eventually he campaigned wearing a flak jacket and said he feared for his life. Many on his campaign team are in detention.
While Ugandas president holds on to power, at least 15 of his Cabinet ministers, including the vice president, were voted out, with many losing to candidates from Wines party, local media reported.
Ugandas electoral commission has said Wine should prove his allegations of rigging, and it has deflected questions about how countrywide voting results were transmitted during the internet blackout by saying we designed our own system.
Monitoring of the vote was further complicated by the arrests of independent monitors and the denial of accreditation to so many members of the U.S. observer mission that the U.S. called it off. Another major observer, the European Union, said its offer to deploy electoral experts was not taken up.
Ugandas electoral process has been fundamentally flawed, the top U.S. diplomat for Africa, Tibor Nagy, tweeted Saturday, calling for the immediate and full restoration of internet access and warning that the U.S. response hinges on what the Ugandan government does now.
Museveni, once praised as part of a new generation of African leaders, still has support among some in Uganda for bringing stability. A longtime U.S. security ally, he once criticized African leaders who refused to step aside but has since overseen the removal of term limits and an age limit on the presidency.
He alleged repeatedly that foreign groups are trying to meddle in this election, without providing evidence. He also accused Wine of being an agent of foreign interests. Wine denies it.
The head of the African Union observer team, Samuel Azuu Fonkam, told reporters he could not say whether the election had been free and fair, noting the limited AU mission which largely focused on the capital, Kampala. Asked about Wines allegations of rigging, he said he could not speak about things we did not see or observe.
The East African Community observer team in its preliminary statement noted issues including disproportionate use of force in some instances by security forces, the internet shutdown, some late-opening polling stations and isolated cases of failure in biometric kits to verify voters. But it called the vote largely peaceful and said it demonstrated the level of maturity expected of a democracy.
Ugandas elections are often marred by allegations of fraud and abuses by security forces. The previous election saw sporadic post-election riots.
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Uganda says president wins 6th term as vote-rigging alleged - The Associated Press
Princeton partners on $30 million grant to advance internet infrastructure – Princeton University
Princeton University researchers are partners on a major initiative to help shape the next generation of computer networks. The effort, known as Project Pronto, aims to build and test new types of flexible, programmable networks to advance network security, performance and innovation.
As fifth-generation (5G) wireless networks connect a growing number of computers, phones, sensors and other devices, the ability to customize network infrastructure could improve both security against cyberattacks and the safety and performance of devices such as drones and autonomous vehicles.
Project Prontois supported by a three-year, $30 million grant from the U.S. Defense Advanced Research Projects Agency. Leading the Princeton arm of the project isJennifer Rexford, chair of thecomputer sciencedepartment and an expert on network routing, measurement and management. The project also includes collaborators at Stanford University, Cornell Universityand the nonprofitOpen Networking Foundation.
The project is one of the largest U.S. government investments in networking sincethe creation of ARPANET, which launched in 1969 and was the precursor to the modern internet. The scale of the project is noteworthy, said Rexford, Princetons Gordon Y.S. Wu Professor in Engineering. We want to move the needle on how the internet works.
The critical need for timely communication with systems that control drones and self-driving cars will put new pressures on wireless networks, said Rexford. Growth of these kinds of cyberphysical systems forces us to grapple with every challenge amped up: more scale, more mobility, more need to react quickly, she said.
Currently, many aspects of computer networks are predetermined by their equipment and software, which network administrators have limited ability to adapt. Project Pronto aims to create new tools that allow administrators to tailor networks to their needs, as well as more nimbly detect and mitigate problems or potential attacks.
We want the owners of the network to have the ability to change how the network functions, Rexford said. In building new 5G networks, we think its important that we get it right before the door closes.
The three university campuses will serve as test beds for the projects programmable networks. At Princeton, researchers will experiment with network hardware installed in the Friend Center.
Project Pronto envisions an innovative campus as lab infrastructure that will demonstrate how to provide secure wireless communications between teams across multiple universities, saidJay Dominick, Princetons vice president forinformation technologyand chief information officer. This research project will inform how the Office of Information Technology can creatively deploy a high-speed, campus-wide 5G network to meet Princeton Universitys future wireless communications needs.
The project is a way for us to dip our toes into what the future networking infrastructure might look like, said Rexford, adding that programmable networks will be key to the campus of the future, which will likely include smart sensors and autonomous vehicles.
Her group plans to collaborate with other Princeton researchers who focus on robotics and different aspects of wireless networking. As we get this up and running, my hope is that we start to build a community of people who will be users of this infrastructure, she said.
Rexford is among the creators of a network programming language calledP4, which will be used by Project Pronto researchers to program network devices and measure network activity. The programmable networks will also operate using the open-source platformAether, developed by the Open Networking Foundation.
The grants principal investigator is Nick McKeown of Stanford. Other partners include Nate Foster of Cornell and the Open Networking Foundations Guru Parulkar, Oguz Sunay andLarry Peterson. Peterson is the foundations chief technology officer and Princetons Robert E. Kahn Professor of Computer Science, Emeritus.
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Princeton partners on $30 million grant to advance internet infrastructure - Princeton University
Switching to Signal? Turn on these settings now for greater privacy and security – ZDNet
Many people are making the switch from WhatsApp to Signal. Many are switching because of the increased privacy and security that Signal offers.
But with a few simple tweaks, did you know that you can make Signal even more secure?
Must read: WhatsApp vs. Signal vs. Telegram vs. Facebook: What data do they have about you?
There are a few settings I suggest you enable. There are some cosmetic differences between the iOS and Android versions of Signal, but these tips apply to both platforms.
The first place you should head over to is the Settings screen. To get there, tap on your initials in the top-left corner of the screen (on Android you can also tap the three dots on the top-left and then Settings).
There are three settings on iOS and four on Android I recommend turning on, and a few others worth taking a look at.
While you're here, Always Relay Calls, a feature which takes all your calls through a Signal server, thus hiding your IP address from the recipient, might be worth enabling, but it does degrade call quality.
On top of this, I suggest that you tame notifications, especially if you are worried about shoulder surfers seeing your messages.
To do this, head back to the main Settings screen and go to Notifications. For Show, change to No Name or Content for iOS and No name or message for Android.
The iOS version of Signal also has a feature called Censorship Circumvention under Advanced, which is handy if you live in an area where there is active internet censorship happening which blocks Signal. If this does not apply to you, leave this off.
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Switching to Signal? Turn on these settings now for greater privacy and security - ZDNet
Internet Security Software Market Research Study including Growth Factors, Types and Application by regions from 2020 to 2026 – SoccerNurds
The Global Internet Security Software Market report provides information by Top Players, Geography, End users, Applications, Competitor analysis, Sales, Revenue, Price, Gross Margin, Market Share, Import-Export, Trends, and Forecast.
Initially, the report provides a basic overview of the industry including definitions, classifications, applications, and industry chain structure. The Internet Security Software market analysis is provided for the international markets including development trends, competitive landscape analysis, and key regions development status.
Company Profiles Covered in Internet Security Software Market Report are:
Get the PDF Sample Copy (Including FULL TOC, Graphs and Tables) of Internet Security Software market report athttps://www.in4research.com/sample-request/18614
Internet Security Software Market Segmentation:
The global market for Internet Security Software is set to find a segmentation in the report that would be based on type and application. These segments have a better acceptance of various factors that can be taken into consideration to understand how the market can chart the future path.
Internet Security Software Market Breakdown based on Product Type
Internet Security Software Market Breakdown based on Application
Global Internet Security Software Market Report is a professional and in-depth research report on the worlds major regional market conditions of the Internet Security Software industry, focusing on the main regions and the main countries (United States, Europe, Japan, and China).
For more Customization, Connect with us at https://www.in4research.com/customization/18614
Internet Security Software Market landscape and market scenario include:
The Internet Security Software industry development trends and marketing channels are analyzed. Finally, the feasibility of new investment projects is assessed, and overall research conclusions offered.
Research Methodology:Our market forecasting is based on a market model derived from market connectivity, dynamics, and identified influential factors around which assumptions about the market are made. These assumptions are enlightened by fact-bases, put by primary and secondary research instruments, regressive analysis and an extensive connect with industry people. Market forecasting derived from in-depth understanding attained from future market spending patterns provides quantified insight to support your decision-making process. The interview is recorded, and the information gathered input on the drawing board with the information collected through secondary research.
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CHAPTERS COVERED IN THIS REPORT ARE AS FOLLOW:
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How and Why to Use Signal? Fully Secure Messaging App – CCM
Latest update on January 14, 2021 at 06:54 AM by Elisa Fierro.
Signal is a messaging service app that launched in 2014, and it's downloads have seen a boom in recent weeks following the announcement of WhatsApps new user data policy, which requires users to accept and share information with Facebook and partner companies. Signal however, works in the opposite way. Its priority is to ensure the privacy of users' conversations with encrypted messages, and as a result, millions of people downloaded the app in the last few days. In this article, find out how and why to use Signal as your new messaging services app.
In a simple word; privacy. Signal is an application developed by the same creators of the end-to-end encryption technology used by WhatsApp in recent years except Signal usage is different. All content sent in text or voice conversations is fully encrypted and neither the platform nor any other third party is able to view or store your data. That's why Signal's advertising is based on prioritizing the safety of users, who are free to share and write whatever they want without anyone monitoring or gathering their information.
The main poster boy for Signal in recent days was Elon Musk, CEO of Tesla and recently named the richest man in the world. On January 7th, the entrepreneur Tweeted a message on his account that read 'Use Signal'. Musk's publication, which later revealed he had already made donations to the non-profit organization responsible for the application, was a response to the controversy involving the new WhatsApp data policy.
The terms of WhatsApp's privacy policy, which must be accepted by anyone who wants to continue using the application, were evaluated by internet security experts as a violation of users' data privacy, by allowing the conversations data to be shared with Facebook and other companies.
This combination of factors made the application available for Android users since November 2015, to have an exponential growth in the Play Store, having already surpassed the mark of 10 million downloads.
To set up Signal is as simple as doing it on WhatsApp. To begin, download and install Signal on your Android or iOS device. When opening the app for the first time, tap Continue after the introduction and then in the window that appears to confirm the granting of the access permissions and notifications. In the sequence, enter your phone number and country code. Confirm on Next:
A six digit code will then be sent by SMS to your cell phone to confirm the account creation in the application. You can also choose to receive a call with the code. Then, to complete the process, you will need to create a four-digit PIN that will ensure that only you can have access to the app, even if your chip is cloned or something happens to your phone:
Now, to start a conversation with a contact, touch the pencil icon in the lower right corner of the screen, your list of contacts will appear on Signal. Just select who will receive the message and send it. From there, the procedure is very similar to WhatsApp. The conversation will appear on the home screen of the app and you will receive notifications whenever there are new messages.
The app is constantly being updated and recently the option of voice or group video calls has been added. The app allows to send images, audio files and documents in the conversations as well as creating groups. Signal also has a dark mode.
Following the success after the changes of WhatsApps, Over 500 million people have downloaded the Signal app, you can invite friends to download the application and ensure secure and encrypted messages between you. On the initial screen, touch the three dots icon and then Invite friends:
Then type the message to be sent (or maintain the default) and select Share with contacts. In this mode, the invitation is sent by SMS and is associated with your phone contact list. You can also touch Choose how to share and send by WhatsApp, Messenger, Instagram Direct, email, among others.
Because they are rival applications, there is no direct integration between WhatsApp and Signal. So, the best you can do is to send a link to the new group in Signal so that your friends can access it. To do so, open Signal, touch the three-point icon at the top right and then New Group. Select at least one participant, name the group and touch Create:
With the group created, open it and go to the three-point icon, select Group Settings, and tap on Group Link and share it to any of your WhatsApp groups.
More:
How and Why to Use Signal? Fully Secure Messaging App - CCM