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Is Signal secure? How the messaging app protects privacy – Business Insider – Business Insider

You might know that Signal is a popular messaging app that bills itself as being very secure, offering end-to-end encryption for a very high level of privacy.

It's not necessarily obvious, though, what all that means, and how Signal's technology affords any more protection than other messaging apps.

Signal offers end-to-end encryption, which essentially means that your messages are scrambled into an unintelligible collection of characters before leaving your device and are not decrypted back into meaningful content until reaching the Signal app on the recipient's device.

The Signal app boasts more privacy than its competitors. Signal

These encrypted messages can only be unlocked using a key that is shared between the two private conversations. No one else has access to the key or can decrypt the message not even the developers of the Signal app.

Because there is no "back door" to decrypting Signal messages, Signal can't decrypt messages for the government, for example, even under subpoena not because of policy, but because it's not technically possible.

Signal's encryption algorithm isn't proprietary or even unique. The encryption software used by Signal is open-source (and used by other messaging apps, including WhatsApp) and available for download on GitHub. This actually allows Signal to be more secure, because the open-source software is subject to public scrutiny by developers and security experts. It exposes bugs, flaws, and vulnerabilities sooner than if the software were closed and proprietary.

While the encryption software in Signal might not be unique, the app still has privacy advantages over other messaging apps. Signal records no data about its users or the conversations taking place within the app.

This is in contrast to other apps, like Apple iMessage and WhatsApp, to name two examples, which often store significant amounts of metadata, such as who you spoke to and detailed time logs of when those conversations occurred.

In a recent blog post, Signal creator Matthew Rosenfeld (known online as Moxie Marlinspike) explains that the Federal government used a subpoena in 2016 to access Signal's user data.

But as Rosenfeld writes, "there wasn't (and still isn't) really anything to obtain. The only Signal user data we have, and the only data the US government obtained as a result, was the date of account creation and the date of last use not user messages, groups, contacts, profile information, or anything else."

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U.S., UK and other countries warn tech firms that encryption creates ‘severe risks’ to public safety – CNBC

David Goddard | Getty Images News | Getty Images

LONDON Lawmakers from countries within the Five Eyes intelligence-sharing alliance have warned tech firms that unbreakable encryption technology "creates severe risks to public safety."

Ministers from the U.S., U.K., Canada, Australia and New Zealand published a statement Sunday calling on the tech industry to develop a solution that enabled law enforcement to access tightly encrypted messages.

"We urge industry to address our serious concerns where encryption is applied in a way that wholly precludes any legal access to content," the statement, which was signed by U.S. Attorney General William Barr and U.K. Home Secretary Priti Patel, said.

The statement, published on the website of the U.S. Department of Justice, was also signed by India and Japan, which are not part of the Five Eyes alliance.

Technology companies like Apple and Facebook encrypt user's communications "end-to-end," meaning that only users can access their own messages. It applies to written messages, as well as audio and video communications.

While citizens benefit from additional privacy, law enforcement agencies see end-to-end encryption as a barrier to their investigations and have been calling on tech companies to introduce backdoors that would give law enforcement agencies access.

"We call on technology companies to work with governments on reasonable, technically feasible solutions," the governments said.

They added that end-to-end encryption poses a "significant challenges to public safety, including to highly vulnerable members of our societies like sexually exploited children."

Although the nations did concede that some forms of encryption "play a crucial role in protecting personal data, privacy, intellectual property, trade secrets and cyber security."

Ultimately, they said they wanted to develop a solution with the tech firms that enabled users to continue communicating privately and securely, but also allow law enforcement and tech firms to monitor criminal activity.

Last year, a group of companies including Apple, Microsoft and WhatsApp opposed a proposal by British spy agency GCHQ that would enable spooks to access people's encrypted messages.

Under the proposal, GCHQ suggested adding "ghost" recipients to suspicious message threads that the sender and the receiver would be oblivious to.

In an open letter published last May, tech firms and privacy groups said such a feature would "threaten fundamental human rights."

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Could homomorphic encryption be the solution to big data’s problem? – Siliconrepublic.com

Helical founder Eric Hess discusses how homomorphic encryption could change the way data is transferred and processed securely.

While advances in data analytics have enabled businesses to gain expanded insight into large structured and unstructured datasets, these advances have come with increased privacy and misappropriation risks.

Exercising greater control over the life cycle of data and confidentiality agreements has mitigated these risks but outsourcing of sensitive or regulated components of data processing to third parties is still widely viewed as fraught with risk.

If all sensitive data or data processes and algorithms could be shared with or processed by any third party (including competitors) subject to the providers controls, however, it would open up unimagined avenues of enterprise collaboration, specialisation and integration.

Homomorphic encryption solves for this significant gap and, while commercial viability is still a challenge, compelling use cases are emerging. In the coming years, any organisation endeavouring to become a centre of excellence in big data analytics will have no choice but to embrace homomorphic encryption.

Encryption is a digital safe where information is secured while locked inside. Plaintext data is converted to ciphertext using an algorithm that is sufficiently complicated to make the data unreadable without a decryption key. It can be stored and transmitted in this format and recipients can decrypt it, provided they have the key. Once encrypted data is needed for analysis, compliance or any other use case, it must be converted back to plaintext, which can sacrifice security.

Homomorphic encryption addresses this core weakness by allowing analysis on data in its ciphertext form. Craig Gentry, an early homomorphic encryption innovator, described the process as manipulating the contents of a locked box through gloves that are accessed through ports on the outside of the box.

One party places and locks contents in the box for a third party to manipulate without seeing what they are working on. The box is returned to the controller when the processor has completed the assigned task and custody is never surrendered.

Gentrys dissertation made homomorphic encryption attainable with one major barrier: computational overhead. Processing ciphertext creates a lot of overhead as the calculations are performed bit by bit. IBM has improved processing overhead, claiming it now runs 75 times faster than before, and a wide range of alternative schemes have further improved processing speeds.

Spurred by the collaborative models being deployed in connection with potential Covid-19 vaccines and treatments, homomorphic encryption will likely experience the highest relative rates of adoption and innovation in clinical research.

Homomorphic encryption can provide a mechanism for the life sciences industry to continue protecting intellectual property while leveraging the collaborative benefits from Covid-19 in other medical research.

Use cases will also be compelling for financial services, where data analytics defines the success or failure of algorithms and is becoming increasingly important as relative high-frequency trading advantages become more elusive. National security and critical infrastructure also provide early compelling use cases.

Encrypted processing will create new opportunities, applications and even industries

New opportunities will be created for data controllers (those with custody of data) to engage with data processors, as well as collaborative opportunities where the parties are both controllers and processors of data. Collaborative opportunities not only offer the benefits of specialisation but the promise of data collectives as well, where members will be able to define terms of use and disclosed outputs among its members.

Data collectives are not a new concept to securities markets. For example, in 2005 the US Securities and Exchange Commission mandated regulated security markets to act jointly to disseminate consolidated information on quotations and transactions in securities markets.

Now, homomorphic encryption could empower competitive financial firms to not only provide alternatives to these sources, but innovate collectively to create their own proprietary market data products.

For all the promise of machine learning, the process of training and tuning machine learning applications requires big datasets.

Industry collectives could aggregate encrypted data and assign processes to collective members or vendors. Not only would this permit greater specialisation, but the collective dataset would accelerate machine learning in a way that additional computing power or PhDs cannot.

A recent IBM case study leveraging machine learning on a homomorphically encrypted database sought to predict whether bank customers would likely need a loan in the near future. A machine learning algorithm selected the most relevant variables for predicting loan status. The algorithm was trained on both encrypted and unencrypted data to measure accuracy and efficiency. The result was a near identical rate of accuracy and a manageable level of slowdown a persuasive positive indicator for the arrival of homomorphic encryptions commercial viability.

Homomorphic encryption will also accelerate the movement of big data analytics to cloud environments. Organisations leveraging big data have been reticent about cloud security since downloading big datasets from the cloud for processing can be impractical.

On the other hand, performing data processing for their most sensitive data in the cloud also requires storing the data encryption key in the cloud, making an organisations security only as strong as the cloud environment. With homomorphic encryption, processing can occur in ciphertext form in the cloud with encryption keys stored offline.

Many initiatives endeavouring to harness the power of big data have struggled with resource limitations, current technologies and regulations. Take, for example, financial regulators who struggle with the burdens of monitoring financial audit trails across multiple markets, asset types and participants.

Aggregating and disseminating this data to regulators is critical for surveillance, but creates a treasure trove of highly sensitive, unencrypted data while it is processed, and this occurs across multiple regulators.

This big data problem and the risk that this information will be used to engage in manipulative trading or even destabilise financial markets will only continue to grow unless encryption is deployed throughout the datas life cycle. In fact, regulators only require audit trails related to red flags that their surveillance algorithms identify, which can all be done in a fully encrypted format.

The competing concerns of privacy regulation and the value of data analytics is also an issue that the healthcare industry has struggled with.

Fragmentation of health information is compounded by privacy concerns, which are a significant roadblock to data sharing and has prevented the integration of health data that could facilitate better health outcomes.The utility of digital health information systems could be greatly enhanced by the deployment of homomorphic encryption.

Encrypted processing will create new opportunities, applications and even industries by greatly minimising intellectual property and regulatory concerns. It may even turn competitors into collaborators.

Homomorphic encryption will also force a re-examination of baseline assumptions related to confidentiality and security.How will restrictions on disclosure apply to encrypted processing by third parties? What are appropriate access controls where the entire life cycle of data is encrypted?What is reasonable security for processors of such data?

Privacy regulation will need to be re-examined in light of personal information being mined in an encrypted format. If an organisation is prohibited from sharing or selling data, what are the legal implications of their sharing and processing encrypted data that is never exposed?

Lastly and importantly, how will we know that the technologies we are deploying to accomplish not only homomorphic encryption but homomorphically encrypted processes are complying with the applicable laws, standards and obligations? Solutions will need to be auditable by design.

Homomorphic encryption is about more than big data. It is about solving for trust with tools that have never been available before and for which no similar workaround existed.

By Eric Hess

Eric Hess is the founder ofHess Legal Counsel and Helical. Hess Legal advises securities and digital asset firms on contract, security and privacy, governance, technology licensing and financing issues. Helical offers a cybersecurity-as-a-service platform.

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AeroVironment and Viasat to aim to improve radio encryption for Puma AE – Flightglobal

Up against increasingly sophisticated electronic warfare threats from countries such as Russia and China, drone maker AeroVironment and satellite communications company Viasat are partnering to develop better encrypted radio communications for the Puma AE reconnaissance unmanned air vehicle (UAV).

The two companies are working together under a contract granted through the US Army Reconfigurable Communications for Small Unmanned Systems initiative, AeroVironment said on 15 October. Viasat is the prime contractor for the award.

The two companies will seek to strengthen the communications and transmission security of AeroVironments Digital Data Link radios currently used by the US Army by converting them into a Type 1 crypto communication system for video and data transmission, says AeroVironment.

AeroVironments Digital Data Link is a small, manportable digital radio that controls the companys hand-launched tactical UAVs. A Type 1 crypto communication system is equipment classified or certified by the National Security Agency for encrypting and decrypting classified and sensitive national security information.

The US Army, which is one of the main operators of AeroVironments tactical drones, is pushing to network its various UAVs, aircraft, vehicles and soldiers so that battlefield information can be quickly shared. However, existing tactical communications systems have already been shown to be vulnerable to electronic warfare, including jamming and spoofing. Transmissions have also been used in conflict zones, for example in eastern Ukraine, to geolocate targets for attacks.

The Puma AE is a small fixed-wing UAV used for short-range intelligence, surveillance and reconnaissance. Depending on the ground antennae used, the drone can fly out to 32.3nm (60km) and can carry electro-optical and infrared cameras within a gimbal.

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Encryption Backdoor? The Trump Administration Wants It. – The National Interest

Theres been a battle going on for the last several years, across multiple presidential administrations, between the government and the big tech companies, about encryption.

To simplify a complex issue, several major tech companies, including Apple with the iPhone, offer end-to-end encryption, which gives only users the ability to access their own devices.

Various law enforcement entities have made it clear over the years that they would like to have a way around such encryptionknown as a back doorwhen it comes to conducting investigations into crime, as well as terrorism. Apple, and other tech companies, have long resisted such efforts.

Most notably, that company and the government had a standoff in 2015, over government efforts to unlock an iPhone belonging to one of the San Bernadino shooters, a fight that was repeated earlier this year in the case of a phone belonging to the Pensacola shooter. However, the FBI was eventually able to unlock both the San Bernadino and Pensacolas phones, with the help of third parties, and law enforcement and prosecutors are often able to access the iCloud data of criminal targets, with use of subpoenas, something that users agree to when they sign up for iClouds terms of service.

Now, the Justice Department has teamed up with its counterparts in several other countriesknown as the Five Eyes to author a letter with concerns about end-to-end encryption, and offering a potential solution.

The letter, described as an international statement, was authored by U.S. Attorney General William Barr, British Home Secretary Priti Patel, Australian Minister for Home Affairs Peter Dutton, New Zealand Minister of Justice Andrew Little and Canadian Minister of Public Safety Bill Blair. Also signed to the letter are India and Japan, with no particular individual listed.

The statement says that the undersigned support strong encryption, but that they are concerned that particular implementations of encryption technology, however, pose significant challenges to public safety, including to highly vulnerable members of our societies like sexually exploited children.

The letter recommends that technology companies work with governments to take certain steps: Embed the safety of the public in system designs, enable law enforcement access to content in a readable and usable format where an authorisation is lawfully issued, is necessary and proportionate, and is subject to strong safeguards and oversight, and engage in consultation with governments and other stakeholders to facilitate legal access in a way that is substantive and genuinely influences design decisions.

Apple and other tech companies have consistently opposed such efforts, but they have not responded to the most recent statement.

In the event that a new administration takes power in January, its unclear whether a Biden Administration would take a different posture than that taken by the Trump Department of Justice. Biden has not addressed the issue during the campaign, although he was vice president during the San Bernadino affair, and Wired reported eight years ago that Biden, as a senator in 1991, added language to an anti-terrorism bill that would have required providers of electronic communications services and manufactures of electronic communications services shall ensure that communications systems permit the government to obtain theplaintext contentsof voice, data, and other communications when appropriately authorized by law.

Stephen Silver, a technology writer for The National Interest, is a journalist, essayist and film critic, who is also a contributor to Philly Voice, Philadelphia Weekly, the Jewish Telegraphic Agency, Living Life Fearless, Backstage magazine, BroadStreet Review and Splice Today. The co-founder of the Philadelphia Film Critics Circle, Stephen lives in suburban Philadelphia with his wife and two sons.Follow him on Twitter at @StephenSilver.

Image: Reuters

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How to use private conversations on Skype to send encrypted calls and messages – Business Insider India

If you use the Skype mobile app or desktop app, you can have private text conversations and voice calls. Private conversations have full end-to-end encryption, so they're more secure than standard messages.

Because they are designed to be secure, private conversations aren't copied or shared between devices in the same account, so you can't continue a private conversation on a different device.

3. In the pop-up window, choose the contact you want to chat with.

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1. Open the Skype app and tap the New Chat icon (it's shaped like a pencil).

4. If this is the first time you're having a private conversation with this person, an invitation will be sent automatically, and the conversation will start after the invite is accepted. If you've already had a private conversation with this person on this phone, you can start messaging right away.

1. Start or continue a private text conversation.

3. In the pop-up window, choose "Private call."

1. Open the private conversation on your phone or computer.

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AES Encryption Software Industry Market 2020: Potential growth, attractive valuation make it is a long-term investment | Know the COVID19 Impact | Top…

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Trustifi Named Overall Encryption Solution Provider of the Year in 2020 CyberSecurity Breakthrough Awards Program – GlobeNewswire

LAS VEGAS, Oct. 14, 2020 (GLOBE NEWSWIRE) -- Trustifi, a pioneer in software that safeguards organizations from email-borne cybercrimes, today announced that it has been named the winner of the Overall Encryption Solution Provider of the Year award in the fourth annual CyberSecurity Breakthrough Awards program conducted byCyberSecurity Breakthrough, a leading independent market intelligence organization that recognizes the top companies, technologies and products in the global information security market today.

Trustifis easy-to-use email encryption software is unmatched in its user-friendliness, flexibility, and cost-effectiveness. The solution adds an extra layer of email security to any existing platform such as Gmail and Outlook and many more email systems without any change in architecture or functionality for the user. Trustifi's email security services include a comprehensive suite of email tools for data loss prevention, and enterprise email encryption. It also offers advanced threat protection against malware and ransomware, virus detection, prevention, protection, and alerts to spoong, phishing, and potential fraud detection with both whitelisting and blacklisting options.

Trustifi uses NSA-grade end-to-end email encryption, plus full inbound and outbound protection and delivers a secure mobile relay for full protection on any device. The Trustifi platform utilizes a one-click decryption feature which also can enable MFA on the recipient so the sender knows with 100% certainty, the recipient is who they say they are. Users know in real time when emails have been received, opened, and read with certified delivery and tracking.

Encryption needs arent one-size-fits-all, so an email security platform shouldnt be either, and Trustifi also offers customized solutions upon request, said Rom Hendler, CEO of Trustifi. Clients of Trustifi really love how abandonment rates of encrypted emails have decreased significantly by allowing recipients to open encrypted emails without ever having to sign up or register for an account to see the email - plus, the recipient's reply will remain encrypted for the entire duration of the email chain.

The mission of the CyberSecurity Breakthrough Awards is to honor excellence and recognize the innovation, hard work and success in a range of information security categories, including Cloud Security, Threat Detection, Risk Management, Fraud Prevention, Mobile Security, Email Security and many more. This years program attracted more than 3,750 nominations from over 20 different countries throughout the world.

Email security in general has simply not seen a high level of innovation and Trustifi is stepping in to deliver a breakthrough approach and technology to make it incredibly easy to use and deploy an email encryption solution, said James Johnson, managing director, CyberSecurity Breakthrough. We are thrilled to recognize Trustifi for their well-deserved industry recognition and success, and we are proud to name them the winner of the Overall Encryption Solution Provider of the Year award.

About TrustifiTrustifi is a cyber security firm featuring solutions delivered on software as a service platform. Trustifi leads the market with the easiest to use and deploy email security products providing both inbound and outbound email security from a single vendor. The most valuable asset to any organization, other than its employees, is the data contained in their email, and Trustifis key objective is keeping clients data, reputation, and brand safe from all threats related to email. With Trustifis Inbound Shield, Data Loss Prevention, and Email Encryption, clients are always one step ahead of attackers. The Trustifi solution was created by Israeli military intelligence engineers and programmers as a hassle-free method to send and receive electronic communications with absolute confidentiality, protection, security, and legal compliance. Trustifi adheres to GDPR, HIPAA, CCPA, and PII regulations. http://www.trustifi.com

About CyberSecurity BreakthroughPart of Tech Breakthrough, a leading market intelligence and recognition platform for global technology innovation and leadership, the CyberSecurity Breakthrough Awards program is devoted to honoring excellence in information security and cybersecurity technology companies, products and people. The CyberSecurity Breakthrough Awards provide a platform for public recognition around the achievements of breakthrough information security companies and products in categories including Cloud Security, Threat Detection, Risk Management, Fraud Prevention, Mobile Security, Web and Email Security, UTM, Firewalland more. For more information visit CyberSecurityBreakthrough.com.

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ACLU and EFF Call DOJ’s Encryption Dream a Nightmare – L.A. Weekly

This past weekend, the Department of Justice joined law enforcement from six other countries in issuing their hopes for the future of encryption.

The letter was signed by U.S. Attorney General William Barr and his counterparts from the United Kingdom, Australia, New Zealand and Canada, with support from India and Japan.

The group started things off in the right direction. The letter goes over just how critical encryption is to our rapidly developing society. They pointed to the crucial role it plays in protecting personal data, privacy, intellectual property, trade secrets and cyber security.

But its a lot deeper than credit card numbers. The letter went further into the impact that encryption has for those living under repressive regimes. Encryption is a life or death thing for a lot of journalists, human rights defenders and other marginalized vulnerable populations.

After setting this bar for how important encryption is to a high-tech society moving forward, the tone starts to change a bit. The letter takes on a new direction that starts by addressing the challenges encryption creates, particularly when it comes to protecting the safety of sexually exploited children.

We urge industry to address our serious concerns where encryption is applied in a way that wholly precludes any legal access to content, the letter read. We call on technology companies to work with governments to take the following steps, focused on reasonable, technically feasible solutions.

The steps?

First off, the international consortium of law enforcement wants companies to embed the safety of the public in the systems they are designing. The letter argues this will enable companies to act against illegal content and activity effectively with no reduction to safety.

The two most direct ways to look at this is its either a clean-your-own-house reference with the idea of embedding a willingness in company cultures to take more intrusive steps to find offenders on their platforms, or its a demand for a backdoor. Their definition of embedding safety includes facilitating the investigations and prosecutions, so its a safe bet its leaning more toward the backdoor perspective.

The letter wants the tech industry to, Enable law enforcement access to content in a readable and usable format where an authorization is lawfully issued, is necessary and proportionate, and is subject to strong safeguards and oversight, and, Engage in consultation with governments and other stakeholders to facilitate legal access in a way that is substantive and genuinely influences design decisions. The various law enforcement agencies want to be assured they are as deeply embedded in the development process as possible around the globe as encryption continues to develop.

Law enforcement argues that the companies have a responsibility to provide themselves a mechanism to protect the public and stated:

End-to-end encryption that precludes lawful access to the content of communications in any circumstances directly impacts these responsibilities, creating severe risks to public safety in two ways:

By severely undermining a companys own ability to identify and respond to violations of their terms of service. This includes responding to the most serious illegal content and activity on its platform, including child sexual exploitation and abuse, violent crime, terrorist propaganda and attack planning; and

By precluding the ability of law enforcement agencies to access content in limited circumstances where necessary and proportionate to investigate serious crimes and protect national security, where there is lawful authority to do so.

The letter said in light of the threats created by these secure communications, there is increasing consensus across governments and international institutions that something must be done. But they dont provide how these new backdoors might impact the journalists, human rights defenders and vulnerable populations.

While encryption is vital and privacy and cyber security must be protected, that should not come at the expense of wholly precluding law enforcement, and the tech industry itself, from being able to act against the most serious illegal content and activity online, the letter reads.

Law enforcement believe these mechanisms that would only give the few a window into peoples online lives wouldnt impact data protection or peoples privacy rights. Specifically saying, However, we challenge the assertion that public safety cannot be protected without compromising privacy or cyber security. We strongly believe that approaches protecting each of these important values are possible and strive to work with industry to collaborate on mutually agreeable solutions.

The fundamental argument is about being able to maintain the level of data security since this whole letter is about encryption. How could you possibly do that if youre talking about building your window? That window in the structure in itself makes it less secure.

Think of a steel pole with two people talking to each other through it. But Billy wants to cut a hole in and listen. In the process of bringing Billys dream to life theres no way to keep the same integrity of privacy in the conversation. If someone walked up to Billys hole how would we know? Does Billy even know how to tell if someone is standing there next to him looking? The list of variables goes on.

We asked the American Civil Liberties Union for its take on the letter.

End-to-end encryption enables free speech no matter how the Department of Justice tries to spin its longstanding attempts to force technology companies to build government backdoors into our encrypted communications, theres a reason their arguments have been consistently rejected, Kate Oh, policy counsel with the ACLU, told L.A. Weekly.

Oh argues encryption is our strongest defense against repressive governments, hackers and organized crime.

Encryption also enables journalists, dissidents, whistleblowers and human-rights defenders to freely express themselves, organize and expose governmental abuse without fear of retribution, Oh said. Instead of trying to break encryption, which would compromise everybodys communications, the U.S. government should focus on using the substantial powers it already has to investigate crime and protect national security, within the bounds of our Constitution.

Karen Gullo, senior media relations specialist and analyst with the Electronic Frontier Foundation, told L.A. Weekly the plan is more of the same terrible ideas weve heard from the DOJ and the FBI about backdoors to encryption.

Neither agency is credible on this issue, Gullo said. They have a long track record of exaggeration and even false statements in support of their position. The AG has claimed that the tech sector will design a backdoor for law enforcement that will stand up to any unauthorized access, ignoring the broad technical and academic consensus in the field that this risk is unavoidable.

Gullo argues encryption mechanisms that would include law enforcement requests simply arent encryption. Encryption with special access for select entities is just broken encryption security backdoors for law enforcement will be used by oppressive regimes and criminal syndicates, putting everyones security at risk, she said.

Another point is why do we need to lower security around our all data if law enforcement is already finding ways to target the specific people using encryption tools like Tor for nefarious purposes? Last month, the DOJs Joint Criminal Opioid and Darknet Enforcement team joined Europol in a victory lap to announce the results of Operation DisrupTor. The action led to the seizure of 274 kilograms of drugs that included fentanyl, oxycodone, hydrocodone, methamphetamine, heroin, cocaine, ecstasy, MDMA, and medicine containing addictive substances in the United States. It was more than half of the global take on the operation.

The 21st century has ushered in a tidal wave of technological advances that have changed the way we live, said DEA Acting Administrator Timothy J. Shea at the time. But as technology has evolved, so too have the tactics of drug traffickers. Riding the wave of technological advances, criminals attempt to further hide their activities within the dark web through virtual private networks and tails, presenting new challenges to law enforcement in the enduring battle against illegal drugs. Operation DisrupTor demonstrates the ability of DEA and our partners to outpace these digital criminals in this ever-changing domain, by implementing innovative ways to identify traffickers attempting to operate anonymously and disrupt these criminal enterprises.

The DEA said Operation DisrupTor led to 121 arrests in the United States, two in Canada, 42 in Germany, eight in the Netherlands, four in the United Kingdom, three in Austria, and one in Sweden. Plus theyre still working to identify the individuals behind a number of dark web accounts.

This raises the question that if efforts are currently finding success in the age of encryption, why should we destabilize the security of all data period? The name Operation DisrupTor is a pun referencing the Tor operating system. The node-based secure anonymity network is popular with spies, activists, drug dealers and everyone in between on the wrong side of their local ruling classes around the world. The principle the system uses was developed by the United States Naval Research Laboratory, but Tor itself is open source.

These law enforcement entities are waving their victory flags across multiple time zones while theyre asking for more access to our secure data.

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ACLU and EFF Call DOJ's Encryption Dream a Nightmare - L.A. Weekly

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Global Database Encryption Market Expected to reach highest CAGR in forecast period : International Business Machines Corporation, Symantec…

This versatile composition of research derivatives pertaining to diverse concurrent developments in the global Database Encryption market is poised to induce forward-looking perspectives favoring unfaltering growth stance.

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These highly classified set of information have been optimally sourced from disparate sources following tenacious primary and secondary research practices to devise market specific, growth rendering investment discretion.

Analysis by Type: This section of the report includes factual details pertaining to the most lucrative segment harnessing revenue maximization.

Analysis by Application: Further in the subsequent sections of the report, research analysts have rendered precise judgement regarding the various applications that the Database Encryption market mediates for superlative end-user benefits.

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Competitive Landscape Detailed Analysis: Global Database Encryption Market

Followed by constant and thorough research initiatives in data unraveling process pertaining to global Database Encryption market, stringent curation processes have been directed to understand growth prognosis and development spanning across regional hubs and their respective performance and evaluation in terms of various macro and micro elements that decide further growth prognosis in global Database Encryption market.

The competitive analysis section of this report on global Database Encryption market is dedicated to identifying and profiling various players in terms of their market positioning, product and service developments, technological investments as well as milestones achievement.

The report is aimed to enable seamless understanding and comprehension of the multi-faceted developments. Further in the report, readers are also offered substantial cues and hints on market strategies undertaken by various manufacturers operating across local and global realms.

An effortless deduction of the strategies aid market players to know the potential of these business tactics and tricks and their potential in steering high revenue growth and concomitant returns in global Database Encryption market.

North America (U.S., Canada, Mexico) Europe (U.K., France, Germany, Spain, Italy, Central & Eastern Europe, CIS) Asia Pacific (China, Japan, South Korea, ASEAN, India, Rest of Asia Pacific) Latin America (Brazil, Rest of L.A.) Middle East and Africa (Turkey, GCC, Rest of Middle East)

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The report offers a clear and accessible estimation of the global Database Encryption market that are presented as value based and volume based estimations. The report is mindfully structured to present all market relevant information which are designed and presented in the form of graphs, charts and tables to allow market players quickly decipher the peculiarities to invoke mindful business decisions

Global Database Encryption Market: Understanding Scope In-depth research and thorough evaluation of the various contributing factors reveal that the global Database Encryption market is estimated to perform decently in forthcoming years, reaching a total valuation of xx million USD in 2020, and is further poised to register xx million USD in 2027, growing at a healthy CAGR of xx%. This elaborate research report also houses extensive information of various market specific segments, elaborating further on segment categorization comprising type, application as well as end-user sections which successively influence lucrative business discretion.

The report also entails a dedicated section and chapter to offer market relevant highlights denoting consumption and production activities. The report also entails sectional representation of thorough barrier evaluation and threat probabilities. The report clearly highlights the details of vendor activities and promotional investments, crucial to ensure high return on investments.

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Global Database Encryption Market Expected to reach highest CAGR in forecast period : International Business Machines Corporation, Symantec...

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