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In April 2019, the UK issued an Online Harms White Paper to announce its campaign to rein in harmful speech on social media sites such as Facebook and TikTok. The public consultation period has ended and a full consultation response is expected in Spring 2020. (Initial Consultation Response here.) Legislation to criminalize freedom of speech will follow quickly.

Also read: Cryptocurrency Is Agorism in Action

The United Kingdom has become the first Western nation to move ahead with large-scale censorship of the internet Boris Johnson has unveiled rules that will punish internet companies with fines, and even imprisonment, if they fail to protect users from harmful and illegal content. Couched in language that suggests this is being done to protect children from pedophiles and vulnerable people from cyberbullying, the proposals will place a massive burden on small companies. Further, they will ultimately make it impossible for those not of the pervasive politically correct ideology to produce and share content. Mark Angelides, Britain allows the internet to be censored, a warning for the U.S.

The bills exact language is not known, but its thrust is clear. Internet companies with user-generated content will need to enforce anti-harm rules in order to avoid fines, imprisonment, or their sites being blocked. Home Secretary Priti Patel explained, It is incumbent on tech firms to balance issues of privacy and technological advances with child protection.

The main target of attack is end-to-end encrypted (E2EE) messages that can be read only by a sender and a recipient by using unique cryptographic keys as decoders. Third parties cannot access the content. E2EE is the most effective privacy tool that is both easy to use and available to everyone, often for free. To comply with UK law, however, companies will need to eschew encryption or to install backdoorsportals that allow someone to enter a system in an undetected manner.

Angelidess warning to the U.S. is timely because Congress is considering a similar measure: the EARN It Act. Again, the Acts justification is to protect children and to thwart evil-doers. After all, who else needs encryption? According to the United Nations, everyone.

In 2015, the UN issued a report on encryption and anonymity in the context of human rights. The report found encryption to be key to the right of privacy. In turn, privacy enabled freedom of speech through which people could explore basic aspects of their identity, including religion and sexuality. The reports author David Kaye cautioned against using backdoors because of the unprecedented capacity of authorities, companies, criminals, and the malicious to attack peoples ability to share information safely. Kaye acknowledged the alleged need of law enforcement to read encrypted messages but on a case-by-case basis rather than blanket approach.

This a long-held position for the UN. In 2016, Zeid Raad Al Hussein, UN High Commissioner for Human Rights, published a warning entitled Apple-FBI case could have serious global ramifications for human rights. Zeid cautioned:

Encryption tools are widely used around the world, including by human rights defenders, civil society, journalists, whistle-blowers and political dissidents facing persecution and harassment Encryption and anonymity are needed as enablers of both freedom of expression and opinion, and the right to privacy. It is neither fanciful nor an exaggeration to say that, without encryption tools, lives may be endangered. In the worst cases, a Governments ability to break into its citizens phones may lead to the persecution of individuals who are simply exercising their fundamental human rights.

Amnesty International agrees. A 2016 article, Encryption: A Matter of Human Rights, argued, Forcing companies to provide backdoors to the encryption deployed constitutes a significant interference with users rights to privacy and freedom of expression. Given that such measures indiscriminately affect all users online privacy by undermining the security of their electronic communications and private data, Amnesty International believes they are inherently disproportionate, and thus impermissible under international human rights law.

Why, then, are states rushing to crack open encryption? Because information is power. It is a prerequisite to demanding money and imposing social control. For decades, surveillance functioned from the shadows but now it openly demands access to peoples thoughts and lives. Who else but evil-doers would say no?

U.S. Attorney General William Barr has been loud in his demand that law enforcement be able to access encrypted communicationsusually through a backdoor. Barr wants this access even when there is no cybersecurity risk or alleged crime. He may soon get what he wants so badly.

The EARN It ActEliminating Abusive and Rampant Negligent of Interactive Technologies Actwould establish a National Commission on Online Child Exploitation Prevention to be headed by Barr, who has the authority to overrule it to become a one-man power. As well as child exploitation prevention, the Act asserts a vague mandate and for other purposes. This is a blank check, with only the elimination of election misinformation being specifically mentioned. Republican Lindsey Graham and Democratic Richard Blumenthal are pushing the measure in the Senate on a bipartisan basis.

The draft bill does not mention encryption, but it requires tech companies to assist law enforcement in identifying, reporting, and removing or preserving evidence about child exploitation and for other purposes. E2EE would make it impossible for those companies to provide such assistance.

The EARN It Act would de facto prohibit the E2EE offered by services such as WhatsApp; it would short circuit Facebooks plans to encrypt its messaging apps; companies like Apple would be in legal jeopardy if they refused to insert backdoors in their software and devices.

Legal jeopardy is the Acts enforcement mechanism. A non-compliant tech company would lose Section 230 immunity in both civil and criminal courts for child exploitation and for as-yet-unspecified offenses that occur on its site or over its platform. The free-speech champion Electronic Frontier Foundation (EFF) explained the significance of Section 230 of the Communications Decency Act; it is the most important law protecting free speech online. The protection is based on distinguishing between a platform and a publisher. Section 230 states, No provider or user of an interactive computer service [platform] shall be treated as the publisher or speaker of any information provided by another information content provider.

A platform provides services, tools, and products with which users create their own content; it bears no more legal responsibility for this content than a phone company does for the conversations that flow over it. By contrast, a publisher edits or otherwise controls content, which makes it legally liable.

EFF continued, Section 230 enforces the common-sense principle that if you say something illegal online, you should be the one held responsible, not the website or platform where you said it (with some important exceptions) Without it, social media as we know it today wouldnt exist And it doesnt just protect tech platforms either: if youve ever forwarded an email, thank Section 230 that you could do that without inviting legal risk on yourself.

EARN It not only strips immunity from non-compliant companies, it also weakens the standard by which they can be sued. It is now necessary for a plaintiff to prove that a company knew an offense was occurring in order to sue; EARN It would require a plaintiff only to show that the company acted recklessly. In a keynote address at the 2019 International Conference on Cyber Security, A.G. Barr defined E2EE as inherently irresponsible. The costs of irresponsible encryption that blocks legitimate law enforcement access is ultimately measured in a mounting number of victims men, women, and children who are the victims of crimes crimes that could have been prevented if law enforcement had been given lawful access to encrypted evidence. To Barr, the mere presence of backdoor-free E2EE constitutes recklessness.

The targets of EARN It seem to be the internet giants that have aroused bipartisan rage. At a recent Senate Judiciary Committee hearing entitled Encryption and Lawful Access: Evaluating Benefits and Risks to Public Safety and Privacy, Apple and Facebook were attacked for using warrant-proof encryption that prevented authorities from investigating terrorism, organized crime and child sexual exploitation. Internet giants might not be the main victims of EARN It, however.

EFF explained, Undermining Section 230 does far more to hurt new startups than to hurt Facebook and Google. 2018s poorly-named Allow States and Victims to Fight Online Sex Trafficking Act (FOSTA)the only major change to Section 230 since it passed in 1996was endorsed by nearly every major Internet company. One consequence of FOSTA was the closure of a number of online dating services, a niche that Facebook set about filling just weeks after the law passed. The legal need to screen or filter content placed smaller companies at a competitive disadvantage with the likes of Google.

Unfortunately, an ongoing backlash against Big Tech may propel EARN It through Congress. Moreover, Congress undoubtedly wants to have better control over social media before the 2020 elections. The EARN It Act will arrive with a cry of Save our children! But its impact will be to stifle freedom of speech across the spectrum, to hobble small businesses, and to make all users more vulnerable to criminals, including agents of the state.

Op-ed disclaimer: This is an Op-ed article. The opinions expressed in this article are the authors own. Bitcoin.com is not responsible for or liable for any content, accuracy or quality within the Op-ed article. Readers should do their own due diligence before taking any actions related to the content. Bitcoin.com is not responsible, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with the use of or reliance on any information in this Op-ed article.

Images courtesy of Shutterstock.

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Wendy McElroy is a Canadian individualist anarchist and individualist feminist. She was a co-founder of the Voluntaryist magazine and modern movement in 1982, and has authored over a dozen books, scripted dozens of documentaries, worked several years for FOX News and written hundreds of articles in periodicals ranging from scholarly journals to Penthouse. She has been a vocal defender of WikiLeaks and its head Julian Assange.

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No Backdoor on Human Rights: Why Encryption Cannot Be Compromised - Bitcoin News

Cloud storage and collaboration services like Dropbox are convenient, but not every business is comfortable with the level of security provided. If employees are sharing files with customer information or details of your next product launch, how do you make that more secure? You can hope that employees use a strong password and don't get phished; you can hope that they use multi-factor authentication (MFA); or you can use an identity service like Okta or AzureAD that wraps those services in a single sign-on system and enforces MFA.

Or if you want to be a bit more hands-on about it and get more control over where and when employees can work on cloud files, iStorage's cloudAshur (pronounced 'assure') is a 99 (ex. VAT) rugged hardware key for PCs and Macs that stores encryption keys (AES-ECB or AES-XTS 256-bit) and authenticates the computer when you plug it into a USB port (USB-B rather than USB-C).

Give each employee a key and the cloudAshur software, and both local files and files stored in the cloud and shared with colleagues via cloudAshur can be encrypted. They can only be viewed or edited after the physical key is placed into a USB port, a 7-15 digit PIN typed in on the keypad, and a username and password entered into the cloudAshur software to sign into the cloud account. An attacker who successfully phishes for the cloud storage credentials will only see encrypted .IST files that they can't open or even preview -- and so will the user until they plug in the USB key, enter the PIN and sign in.

The inconvenience of having to do all that just to get some work done is balanced by the way cloudAshur brings together files from different cloud services. You see an extra cloudAshur drive in Explorer or the Finder with virtual folders for each cloud service you use, with the files that have been shared with you, and you drag files you want to encrypt into the folder.

The PIN-protected cloudAshur USB dongle from iStorage lets you share enrypted files with other users -- so long as they have matching devices and have logged into the client app.

You can use cloudAshur individually, to protect your own files, and set it up yourself. But if you want to share encrypted files with colleagues, they need their own cloudAshur that's been provisioned with the same encryption key as yours. That means buying the iStorage KeyWriter software, which uses one cloudAshur as the master key and clones the encryption keys to more cloudAshur devices for other people to use.

You can clone cloudAshur dongles from a master device using the KeyWriter software.

If you do that, your organisation can also use the iStorage cloudAshur Remote Management Console (RMC) software to manage users and devices. This gives an admin much more control: you can see who is using the devices and where they are, (including a log of times and files accessed) and if you see unauthorised use you can disable the cloudAshur remotely. You can also set the times and physical locations where the keys can be used, if you want to limit them to business hours and business locations. You can only set one location , using a postcode and a radius around it, which isn't convenient if you want to allow people to work from your different office locations but not from home (and there are no exceptions for VPN connections).

You can also add extra security with the cloudAshure RMC software; encrypting file names so they don't give away any clues, blacklisting known bad IP addresses (annoyingly, you can only do that individually, rather than by specifying the far shorter list of IP addresses you want to allow) and blocking specific file types. The latter is referred to as 'blacklisting', which is confusing when it's next to the IP control setting; we'd also like to see iStorage join other vendors in moving to less contentious terms like 'block' and 'approve'.

The cloudAshur Remote Management Console (RMC) lets you manage users and devices.

Getting the PIN wrong ten times in a row locks the device. You can use the RMC software to change how many wrong attempts you want before this brute-force protection kicks in, and you can use the admin PIN to create a new user PIN. You can also set a one-time recovery PIN that you can give a remote user so they can create their own new PIN. Getting the admin PIN wrong ten times in a row deletes the user PINs and the encryption key. You can't set up the device without changing the default admin PIN -- a fiddly sequence of pressing the shift and lock keys on the device individually and in combination and watching the three colour LEDs blink or turn solid. Even with the limitations of a numeric keyboard, this seems unnecessarily complex.

If someone loses a device or leaves the company without giving it back, you can remotely kill the cloudAshur hardware; you can also temporarily disable a key if it's misplaced (and having both options stops users delaying reporting a key they hope to track down because having to get it reset or replaced will be inconvenient). You can also reset and redeploy a key, so if someone leaves the company you can safely reuse their key (and at this price, you'll want to).

A security system isn't much use if it can be physically cracked open and tampered with. The cloudAshur packaging comes with security seals over both ends of the box, although we were able to peel them off carefully without leaving any marks on the packaging, so a really dedicated adversary who managed to intercept your order could replace them with their own security seal.

The case is extruded aluminium that would be hard to open without leaving marks: iStorage says the design meets FIPs Level 3 for showing visible evidence of tampering and the components are coated in epoxy resin so they can't be swapped out.

The number keyboard is polymer coated to stop the keys you use for your PIN showing enough wear to give attackers a hint. The keys have a nice positive action, so you know when you've pressed them, and the lanyard hole on the end is large enough to fit onto a keyring or security badge lanyard. There's an aluminium sleeve to protect the key from water and dirt -- the device is IP68 rated. The sleeve also stops the battery getting run down if the keypad gets knocked in your bag.

Using cloudAshur isn't particularly complicated, but it is a bit more work than just using a cloud storage service. There are drawbacks like the inability to see previews in the cloud site to check you're opening the right file, and not being able to work offline -- even with a cloud service that syncs files to your device. And any mistakes about the times and locations where people can work could inconvenience employees on business trips.

The biggest threat with cloudAshur may not be hackers but employees who find it too much extra work and just don't encrypt files. This means you'll need to explain why you're asking them to carry a dongle and jump through these extra hoops.

Overall, cloudAshur is fairly well designed and offers a useful security boost -- as long as you can persuade employees to actually use it.

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cloudAshur, hands on: Encrypt, share and manage your files locally and in the cloud - ZDNet

SAN FRANCISCO--(BUSINESS WIRE)--RSA Conference Cygilant, provider of Cybersecurity-as-a-Service to mid-sized organizations, today announced that it will be attending the annual RSAC 2020, taking place from Feb. 24-28, 2020 in San Francisco.

The company will be located at booth, #1647D, alongside Barac, its newly announced partner and provider of the only solution that uses AI metadata analysis to protect organizations against malware hidden in encrypted traffic. Experts from both companies will be available to discuss the need for visibility into encrypted traffic and to demonstrate the joint solution.

As the use of encryption becomes the industry standard, companies of all sizes need a solution that will let them understand whats in the encrypted traffic entering their network, so they can block attempts by cybercriminals to mask their intentions, said Kevin Landt, VP of Product Management at Cygilant. Decrypting the data isnt a solution, as that will violate several privacy regulations.

Baracs Encrypted Traffic Visibility (ETV) platform is the only solution that inspects inbound and outbound encrypted network traffic for malicious threats in real-time, without the need for decryption. Combining the power of Baracs encrypted traffic visibility technology with our cybersecurity expertise and world-class service will give small and mid-sized businesses who typically struggle with limited resources the ability to protect their networks and maintain compliance, added Landt.

Baracs ETV scans the metadata of the encrypted traffic, not its contents, using behavioral analytics and AI to uncover anomalies. This method does not put companies in breach of compliance regulations, as no data is decrypted.

Cygilant protects its customers from the latest cybersecurity threats through a combination of automated tools and personalized advice. The company provides dedicated Cybersecurity Advisors (CSAs), who work directly with customers as an extension of their team; global 247 Security Operation Centers (SOCs) which constantly monitor customers networks, using the latest threat hunting, detection, patch management and incident response technologies; and the companys SOCVue Platform, which consolidates multiple streams of security data to help detect and respond to threats faster.

For more information about the partnership, please see this link or watch a recent video about the news here.

About CygilantAt Cygilant, we believe everyone deserves to be secure. Our SOC Advisors and SOCVue Platform enable organizations to achieve sustainable 24x7 visibility and control of enterprise-class security. We deliver security intelligence with custom threat hunting, detection and response so you can sleep at night. For more information, please visit http://www.cygilant.com, read the company blog, and follow us on Twitter and LinkedIn.

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Cygilant to Highlight the Need for Encrypted Traffic Visibility at RSA Conference 2020 - Business Wire

The encryption software market is anticipated to reach over $11,600 million by 2026 according to a new research published by Polaris Market Research. In 2017, the BFSI segment dominated the global market, in terms of revenue. North America was to be the leading contributor to the global market revenue in 2017.The growing need for protection of critical data, and increasing number of data breaches has boosted the adoption of encryption software. The rising penetration of mobile devices, and increasing trend of BYOD to primarily support the growth of encryption software market during the forecast period. Similarly, the rising adoption of virtualization, cloud, and big data analytics has also positively influenced the encryption software market growth over the years. Furthermore, increasing investments by vendors in technological advancements coupled with growing demand for cloud-based encryption software would accelerate the growth of this market during the forecast period. However, high costs and complexities associated with advanced encryption solutions, and lack of awareness among small and medium enterprises hinder the market growth during the forecast period. Growing demand from emerging economies, ad technological advancements are expected to provide numerous growth opportunities in the coming years.

North America generated the highest revenue in the market in 2017, and is expected to lead the global encryption software market throughout the forecast period. The increase in number of cyber-attacks, and growing number of data breaches to drive this market growth in North America. The growing trend of BYOD, IoT, big data analytics, and virtualization necessitates the need of encryption software for data protection and data loss. The growing penetration of mobile devices, and technological advancements further support market growth in the region. The increasing spending on data protection in BFSI and defense sectors in the region further to also promote encryption software market growth in coming years. However, Asia-Pacific is expected to grow at the highest CAGR during the forecast period owing to growing need for data privacy across various industries in the developing countries of the region.

The major players in the encryption software market include Microsoft Corporation, Symantec Corporation, IBM Corporation, EMC Corporation, Cisco Systems, Inc., Intel Security, Check Point Software Technologies Ltd., Oracle Corporation, Trend Micro, Inc., and Sophos Group PLC among others. These companies launch new products and collaborate with other market leaders to innovate and launch new products to meet the increasing needs and requirements of consumers.

Table of Contents

1. Overview and Scope1.1. Research goal & scope1.2. Research assumptions1.3. Research Methodology1.3.1. Primary data sources1.3.2. Secondary data sources1.4. Key take-away1.5. Stakeholders2. Executive Summary2.1. Market Definition2.2. Market Segmentation3. Encryption Software Market Insights3.1. Encryption Software Industry snapshot3.2. Encryption Software Ecosystem analysis3.3. Encryption Software Market Dynamics3.3.1. Encryption Software Market Forces3.3.1.1. Encryption Software Market Driver Analysis3.3.1.2. Encryption Software Market Restraint/Challenges analysis3.3.1.3. Encryption Software Market Opportunity Analysis3.4. Industry analysis Porters five force3.4.1. Bargaining power of supplier3.4.2. Bargaining power of buyer3.4.3. Threat of substitute3.4.4. Threat of new entrant3.4.5. Degree of competition3.5. Encryption Software Market PEST Analysis, 20163.6. Encryption Software Market Value Chain Analysis3.7. Encryption Software Industry Trends3.8. Competitive Ranking Analysis4. Encryption Software Market Size and Forecast by Deployment Model, 2018-20264.1. Key Findings4.2. On-Premise4.3. Cloud-Based5. Encryption Software Market Size and Forecast by Organization Size, 2018-20265.1. Key Findings5.2. Large Enterprises5.3. Small and Medium Businesses6. Encryption Software Market Size and Forecast by Application, 2018-20266.1. Key Findings6.2. File Encryption6.3. Disk Encryption6.4. Database Encryption6.5. Cloud Encryption6.6. Communication Encryption6.7. Others7. Encryption Software Market Size and Forecast by End-User, 2018-20267.1. Key Findings7.2. BFSI7.3. Healthcare7.4. Aerospace and Defense7.5. Government and Public Utilities7.6. Retail7.7. Others8. Encryption Software Market Size and Forecast by Region, 2018-20268.1. Key Findings8.2. North America8.2.1. U.S.8.2.2. Canada8.2.3. Mexico8.3. Europe8.3.1. Germany8.3.2. UK8.3.3. France8.3.4. Italy8.3.5. Rest of Europe8.4. Asia-Pacific8.4.1. China8.4.2. India8.4.3. Japan8.4.4. Rest of Asia-Pacific8.5. Latin America8.5.1. Brazil8.6. Middle East & Africa9. Company Profiles9.1. Microsoft Corporation9.1.1. Overview9.1.2. Financials9.1.3. Product Benchmarking9.1.4. Recent Developments9.2. Symantec Corporation9.2.1. Overview9.2.2. Financials9.2.3. Product Benchmarking9.2.4. Recent Developments9.3. IBM Corporation9.3.1. Overview9.3.2. Financials9.3.3. Product Benchmarking9.3.4. Recent Developments9.4. EMC Corporation9.4.1. Overview9.4.2. Financials9.4.3. Product Benchmarking9.4.4. Recent Developments9.5. Cisco Systems, Inc.9.5.1. Overview9.5.2. Financials9.5.3. Product Benchmarking9.5.4. Recent Developments9.6. Intel Security9.6.1. Overview9.6.2. Financials9.6.3. Product Benchmarking9.6.4. Recent Developments9.7. Check Point Software Technologies Ltd.9.7.1. Overview9.7.2. Financials9.7.3. Product Benchmarking9.7.4. Recent Developments9.8. Oracle Corporation9.8.1. Overview9.8.2. Financials9.8.3. Product Benchmarking9.8.4. Recent Developments9.9. Trend Micro, Inc.9.9.1. Overview9.9.2. Financials9.9.3. Product Benchmarking9.9.4. Recent Developments9.10. Sophos Group PLC9.10.1. Overview9.10.2. Financials9.10.3. Product Benchmarking9.10.4. Recent Developments

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Encryption Software Market 2020 Emerging Trends, Growing Demand, Leading Companies, Applications, Overview and Regional Analysis 2026 - News Times

Global AES Encryption Software Market 2020 Report comprises of strong research of global business which empowers the consumer to look at the possible requirement as well as foresee the implementation. The restraints and drivers have been assembled following a deep study of the global AES Encryption Software Market proficiency. The development ratio thats requested from the viewpoint of the rational analysis offers detailed info of the global AES Encryption Software industry. AES Encryption Software Market Research report has analyzed all current trends and previous status of business under the supervision of business specialists. By which report supplies impending assessment of AES Encryption Software Market that includes market size in value and volume by region, manufacturers, kind and application.

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Top Companies in the AES Encryption Software Market Report:DellEsetGemaltoIBMMcafeeMicrosoftPkwareSophosSymantecThales E-SecurityTrend MicroCryptomathicStormshield

Description:

In this report were presenting our clients with the most in detailed records of the AES Encryption Software Market and as the global markets are converting very rapidly especially in the last few years the markets are becoming tougher to get a hold of and subsequently our analysts have organized a detailed review while considering the history of the marketplace and a very specific forecast in accordance with the past.

The given document specializes in prominent manufacturers of AES Encryption Software marketplace and discusses aspects such as organization profiles, production, fee, cost, sales, product photograph and specification, potential, and other essentials to make it big in the market. Upstream raw materials, device, and additives, and downstream demand evaluation are also discussed. The Global AES Encryption Software market growth developments and advertising and marketing channels are also taken into consideration.

AES Encryption Software Market Segmentation by Types:

On-premisesCloud

AES Encryption Software Market Segmentation by Applications:

Disk EncryptionFile/folder EncryptionDatabase EncryptionCommunication EncryptionCloud Encryption

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Table of Content:

1 Market Overview2 Companys Profiles3 Sales, Revenue and Market Share by companies4 Global Market Analysis by Regions5 North America by Country6 Europe by Country7 Asia-Pacific by Regions8 South America by Country9 Middle East & Africa by Countries10 Market Segment by Type11 Global AES Encryption Software Market Segment by Application12 Market Forecast13 Sales Channel, Distributors, Traders and Dealers14 Research Findings and Conclusion15 Appendix

The file can help to understand the marketplace and strategize for commercial enterprise growth for this reason. In the approach analysis, it gives insights from advertising channel and marketplace positioning to capacity boom strategies, presenting in-intensity evaluation for new entrants or exists competitors within the AES Encryption Software industry.

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AES Encryption Software Market to Witness Increased Incremental Dollar Opportunity During the Forecast Period 2020 2026 | Dell, Eset, Gemalto, IBM,...