Encryption software is a type of security program that enables encryption and decryption of data to prevent unauthorized access to digital information. In the present business scenario, the majority of organizations worldwide are adopting encryption to address their growing concerns about data safety and data privacy compliance regulations. This has stimulated the growth of the market on a global scale. With rising concern for critical data loss in the on-premises environment, risk on cloud environment due to exploitation of Big Data analytics and regulatory compliance to increase the adoption of encryption software are the major growth drivers of the market. In addition, data protection and data privacy compliance are becoming high priority concerns for organizations. This has accelerated the adoption of encryption software application among various enterprises. It is considered to be one of the key growth drivers of the market. However, limited budget and lack of awareness about encryption and performance concerns among enterprises has restricted the growth of the market.

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Encryption Software Market: Assessment Covering Growth Factors and Upcoming Trends (2020-2026) - 3rd Watch News

Jeff Nigriny

Jeff Nigriny, president and founder of CertiPath, will serve as a speaker during the exclusive How to Increase Cybersecurity and Return on Investment of Existing PIV Infrastructure for Cross-Agency Encryption Webinar on Tuesday, June 30th, exclusively on GovConWire and free of cost.

Click here to register for GovConWires FREE Webinar.

Nigriny has committed his career to helping government and commercial customers reduce the cost and increase the reliability and scalability of identity assurance associated with even the most massive projects.

His efforts focus on overcoming the core challenges of identity and access management. In order to do so, Nigriny has invented commonly used identity technology, helped to write Federal identity policy and authored Virginias digital identity law.

Last year, CertiPath announced that the company created a blockchain gateway on behalf of the Department of Homeland Security Science and Technology Directorate (S&T). While blockchain is often associated with cryptocurrency applications, CertiPath has integrated the technology in transaction logs that span multiple enterprises that require non-repudiation.

Within the distributed ledgers segment, CertiPaths technology will ensure usage at scale will be possible across a range of stakeholders. DHS Custom and Border Protection (CBP) is an example of an organization that was in need of a point of aggregation.

We saw that organizations were up against immense challenges when foodborne illness outbreaks occurred. CBP participating in blockchains will be a quantum leap forward in their ability to instantly access data. However, CBP cannot prescribe to commercial organizations what specific ledgers they must use, said Nigriny. CBP, in this way, must be able to participate in as many blockchains as are represented by all those they serve and normalize the data they receive.

During the webinar, Nigriny will explore the barriers and shortfalls of wide scale adoption of Personal Identity Verification (PIV) encryption between federal agencies and the challenges they face when adhering to Office of Management and Budget (OMB) directive M-19-17.

Nigriny will be joined by Dr. Chris Edwards, chief technical officer ofIntercede;Sam Andoni, founder and president ofZeva Inc.;Kyle Neuman, managing director of SAFE Identity and Mike Horkey, founder and CEO ofTru-Concepts LLC as the events moderator.

The speakers will dive into the importance of encryption, barriers to adoption and how new technologies are solving these challenges. Attendees will learn how federal agencies can increase the return on investment and cybersecurity by using their existing PIV and PKI encryption infrastructure by using it the way it was intended.

Join GovConWires How to Increase Cybersecurity and Return on Investment of Existing PIV Infrastructure for Cross-Agency Encryption FREE Webinar on Tuesday, June 30th.

Dont miss out on the opportunity to hear public sector leaders discuss how federal agencies can increase the return on investment and cybersecurity. Register here for the event.

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Jeff Nigriny, President & Founder of CertiPath, to Serve as Speaker at GovConWire's How to Increase Cybersecurity and Return on Investment of...

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Market Segmentation:

Global encryption software market segmentation by application: Disk encryption, File/folder encryption, Database encryption, Communication encryption, Cloud encryption. Global encryption software market segmentation by deployment: Cloud, On-Premise. Global encryption software market segmentation by industry type: Banking, financial services and insurance (BFSI), Healthcare, Government & public sector, Telecom & retail, Aerospace & defense, Others

Moving ahead, the Encryption Software market is influencing the North America market that contains (United States, Canada, and Mexico), Encryption Software market is growing in Europe market (France, Germany, Italy, UK, and Russia), witnessed growth in the Asia Pacific region (Japan, China Korea, South East Asia and India), followed by Encryption Software market in South America (Argentina, Columbia and Brazil), and the Middle East and Africa (UAE, Saudi Arabia, Nigeria, Egypt and South Africa).

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The data is impersonated from different sites, journals, magazines, research papers and yearly reports from Encryption Software industries and gathered for advanced judgment. Validation of information is done by carrying out face-to-face interviews with fundamental conclusion experts and pioneers of Encryption Software industry. Later, it is represented in form of graphs, tables and Encryption Software market pie-diagrams.

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Chapter 2, Correlate with the key companies their supply-demand ratio relevant to Encryption Software raw materials, price format, company revenue and sales.

Chapter 3, Encryption Software market report disclose geological analysis in terms of income and sales forecasted period 2017-2026.

Chapter 4, The Encryption Software report focuses on top driving organizations in the growing regions alongside their benefit, agreements, and market volume from 2017 to 2026.

Chapter 5,6,7, an In-sight study of the Encryption Software market, related to top countries that give sales and revenue contribution in the market.

Chapter 8 and 9, the global Encryption Software market explore this market through different segments, by product type, end-user applications, their market value, and growth rate.

Chapter 10 and 11, describes the Encryption Software market circumstances over the forecast period for product type, end-client application, and regional study from 2017 to 2026.

Chapter 13,14 and 15, reveals the processed used in collecting the data, Encryption Software market overview, different techniques used in the process of research findings, assumptions, appendix and various assets.

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Altogether, the global Encryption Software report conducts an extensive investigation of the parent market, to know the overall of the global Encryption Software market. Moreover, key players guiding the global Encryption Software market over the market dimension, product scope, strategies, distinct Encryption Software applications respecting to the market, product type along with the global market detailing and Encryption Software advance prospects.

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Encryption Software Market Trends, Opportunities, Growth and Threats Forecast 2029 - News Monitoring

A newly released 2020 report on global Encryption Software market is a combination of incisive market research insights with greater emphasis on real-time market scenario and in-depth focus on future market projections. The insights are fact-based, thorough and unbiased to ensure their authenticity and reliability. Demand growth analysis of Encryption Software has been provided in detail, strongly backed by the assessment of all the associated factors direct and indirect.

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The report includes the forecasts, analysis and discuion of important industry trends, market size, market share estimates and profiles of the leading industry players.

Global Encryption Software Market: Product Segment AnalysisSymmetric EncryptionAsymmetric EncryptionHashing

Global Encryption Software Market: Application Segment AnalysisWhole DiskSingle-user File/folder LevelMulti-user File/folder LevelDatabaseApplication LevelEmail Messages

Global Encryption Software Market: Regional Segment AnalysisUSAEuropeJapanChinaIndiaSouth East Asia

The Players mentioned in our reportBloombaseCheck Point Software TechnologieEast-TecEntrustHewlett PackardIBMInterCryptoTrend MicroSymantecCisco

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World Encryption Software Market Report 2020: Players, Countries, Type and Application, Regional Forecast To 2025 - 3rd Watch News

We are often told that law enforcement must have a way to get around strong encryption technologies in order to catch bad guys. Such a "backdoor" into security techniques would only be used when necessary and would be closely guarded so it would not fall into the wrong hands, the story goes.

The intelligence community does not yet have a known custom-built backdoor into encryption. But intelligence agencies do hold a trove of publicly unknown vulnerabilities, called "zero days," they use to obtain hard-to-get data. One would hope that government agencies, especially those explicitly dedicated to security, could adequately protect these potent weapons.

A recently released 2017 DOJ investigation into a breach of the CIA Center for Cyber Intelligence's (CCI) "Vault 7" hacking tools publicized in 2016 suggests that might be too big of an ask. Not only was the CCI found to be more interested in "building up cyber tools than keeping them secure," the nation's top spy agency routinely made rookie security mistakes that ultimately allowed personnel to leak the goods to Wikileaks.

The released portions of the report are frankly embarrassing. The CCI cyber arsenal was not appropriately compartmentalized, users routinely shared admin-level passwords without oversight, there seemed to be little controls over what content users could access, and data was stored and available to all users indefinitely. No wonder there was a breach.

It gets worse. Because the CIA servers lacked activity monitoring and audit capabilities, the agency did not even realize it was hacked until Wikileaks publicly announced it in March of 2017. As the report notes, if the hack was the result of a hostile foreign government like, say, China, the CIA might still be in the dark about the hack. Might there be other unknown breaches that fit this bill?

The report recommended several measures the CIA should take to shore up its internal defenses. Among the few that were not redacted: do a better job of protecting zero days and vetting personnel. Okay, so don't make all of the same mistakes again: got it.

Well, it looks like even this goal was too ambitious for the CIA. Intelligence gadfly Sen. Ron Wyden (DOre.), who first publicized the report, wrote a letter Director of National Intelligence John Ratcliffe stating that "the intelligence community is still lagging behind" three years after the report was first published. He demanded public answers for outstanding security problems in the intelligence community, such as a lack of basic practices like multi-factor and email authentication protocols.

What a snafu. It is absurd enough that the CIA of all places cannot even implement basic password protection programs. But when intelligence hacking units cannot even manage to protect its own hacking tools, our troubles multiply.

The CIA is unfortunately not uniquely incompetent among the intelligence community. The National Security Agency (NSA) found itself the victim of a similar zero day link in the 2016 Shadow Brokers dump. These are just two incidents that the public knows about. A culture of lax security practices invites attacks from all kinds of actors. We don't know how many times such hacking tools may have been discovered by more secretive outfits.

Many policy implications follow. There is a strong case to be made that intelligence agencies should not hoard zero-day vulnerabilities at all but should report them to the appropriate body for quick patching. This limits their toolkit, but it makes everyone safer overall. Of course, foreign and other hostile entities are unlikely to unilaterally disarm in this way.

The intelligence community supposedly has a process for vetting which zero days should be reported and which are appropriate to keep secret, called the Vulnerabilities Equities Process (VEP). Agencies must describe a vulnerability to a board who decides whether it's dangerous enough to need patching or useful enough for spying purposes.

For example, a vulnerability in some technology that is only used in China would probably be kept for operations. Theoretically, a vulnerability in some technology that is widely-used in the United States would be reported for fixing to keep Americans safe. As these incidents show, this does not always happen.

The VEP process is clearly insufficient, given these high-profile breaches. The very least the intelligence community can do is appropriately secure the bugs they've got. Efforts like Wyden's seek to impose more accountability on these practices.

There's a more general lesson about government efforts to improve security and privacy as well.

As implied earlier, we should strongly resist government efforts to compromise encryption in the name of law enforcement or anything else. Some of the most technically savvy government bodies cannot even secure the secret weapons they have not advertised. Can you imagine the attack vectors if they publicly attain some master encryption-breaking technique?

It also demonstrates the weaknesses of many top-down proposals to promote privacy or security. Government plans often attempt to sketch out master checklists that must be followed perfectly on all levels to work well. They can be time-consuming and burdensome, which means that personnel often cut corners and shirk accountability. Then when disaster inevitably strikes, the conclusion is that "people didn't stick to the plan hard enough," not that the plan was generally unrealistic to start.

There isn't a lot that the public can do about seemingly out-of-control intelligence agencies failing to secure potent cyberweapons beyond making a fuss. "National security" and all that. But it does give us a powerful argument against granting more power to these insecure intelligence bodies to break strong encryption. Governments can't even protect their secret cyber weapons. They almost certainly will not be able to protect a known backdoor into encryption.

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The CIA Can't Protect Its Own Hacking Tools. Why Should We Trust Government Privacy and Security Proposals? - Reason

CAMBRIDGE, England--(BUSINESS WIRE)--nCipher Security, an Entrust Datacard company, and a world leader in hardware security modules (HSMs), has partnered with HashiCorp, a leader in multi-cloud infrastructure automation. The integration of nCipher nShield HSMs with HashiCorp Vault means customers can deploy a high-assurance security solution for centralized secrets management that helps meet regulatory compliance mandates.

HashiCorp Vault manages and protects sensitive data by securing, storing and tightly controlling access to tokens, passwords, certificates, and encryption keys for protecting secrets and other sensitive data. The solution addresses secret sprawl and the challenge of having varying lifecycle and protection policies created by multiple applications offering unique secure repositories to store access credentials.

The security foundation of HashiCorp Vault is the encryption and decryption of secret assets. nShield HSMs protect the master key securing HashiCorp Vault, providing a robust root of trust. The use of HSMs is a best practice for high-assurance encryption and key management, and help organizations in regulated industries, such as finance, healthcare, and government to comply with regulatory requirements.

Secure key management is essential to protect data and applications, and when centralizing this function, the security of those keys is even more important, says Juan Asenjo, director of product, solutions, and partner marketing at nCipher Security. nCipher HSMs provide HashiCorp Vault with a robust root of trust enabling customers to deploy seamlessly and with confidence. We are pleased to join forces with HashiCorp and provide a strong solution for our joint customers.

We are pleased to welcome nCipher Security to the HashiCorp partner program, says Asvin Ramesh, Director, Technology Alliances at HashiCorp. The integration allows organizations to manage their secrets across diverse environments in a single application, with best in class security. With DevOps now mainstream in enterprise environments, we are seeing increased usage of Vault not only for secrets management but also other use cases like data encryption and identity-based access.

nCipher nShield HSMs are among the highest-performing, most secure and easy-to-integrate HSM solutions available, facilitating regulatory compliance and delivering the highest levels of data and application security for enterprise, financial and government organizations. The unique Security World key management architecture provides strong, granular controls over access and usage of keys.

Benefits of using nShield HSMs with HashiCorp Vault:

About nCipher Security

nCipher Security, an Entrust Datacard company, is a leader in the general-purpose hardware security module (HSM) market, empowering world-leading organizations by delivering trust, integrity and control to their business-critical information and applications. Todays fast-moving digital environment enhances customer satisfaction, gives competitive advantage and improves operational efficiency it also multiplies the security risks. Our cryptographic solutions secure emerging technologies such as cloud, IoT, blockchain, and digital payments and help meet new compliance mandates. We do this using our same proven technology that global organizations depend on today to protect against threats to their sensitive data, network communications and enterprise infrastructure. We deliver trust for your business-critical applications, ensure the integrity of your data and put you in complete control today, tomorrow, always. http://www.ncipher.com

Follow us on LinkedIn, Twitter, Facebook and Instagram search nCipherSecurity.

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nCipher HSMs Provide Root of Trust to HashiCorp Vault - Business Wire

Keeping the internet open, free, and secure requires eternal vigilance and the constant cooperation of freedom defenders all over the web and the world. Over the past eight years, the Open Technology Fund (OTF) has fostered a global community and provided supportboth monetary and in-kindto more than four hundred projects that seek to combat censorship and repressive surveillance, enabling more than two billion people in over 60 countries to more safely access the open Internet and advocate for democracy.

OTF has earned trust over the years through its open source ethos, transparency, and a commitment to independence from its funder, the US Agency for Global Media (USAGM), which receives its funding through Congressional appropriations.

In the past week, USAGM has removed OTFs leadership and independent expert board, prompting a number of organizations and individuals to call into question OTFs ability to continue its work and maintain trust among the various communities it serves. USAGMs new leadership has been lobbied to redirect funding for OTFs open source projects to a new set of closed-source tools, leaving many well-established tools in the lurch.

Why OTF Matters

EFF has maintained a strong relationship with OTF since its inception. Several of our staff members serve or have served on its Advisory Council, and OTFs annual summits have provided crucial links between EFF and the international democracy tech community. OTFs support has been vital to the development of EFFs software projects and policy initiatives. Guidance and funding from OTF have been foundational to Certbot, helping the operators of tens of millions of websites use EFFs tool to generate and install Lets Encrypt certificates. The OTF-sponsored fellowship for Wafa Ben-Hassine produced impactful research and policy analysis about how Arab governments repress online speech.

OTFs funding is focused on tools to help individuals living under repressive governments. For example, OTF-funded circumvention technologies including Lantern and Wireguard are used by tens of millions of people around the world, including millions of daily users in China. OTF also incubated and assisted in the initial development of the Signal Protocol, the encryption back-end used by both Signal and WhatsApp. By sponsoring Lets Encrypts implementation of multi-perspective validation, OTF helped protect the 227 million sites using Lets Encrypt from BGP attacks, a favorite technique of nation-states that hijack websites for censorship and propaganda purposes.

While these tools are designed for users living under repressive governments, they are used by individuals and groups all over the world, and benefit movements as diverse as Hong Kongs Democracy movement, the movement for Black lives, and LGBTQ+ rights defenders.

OTF requires public, verifiable security audits for all of its open-source software grantees. These audits greatly reduce risk for the vulnerable people who use OTF-funded technology. Perhaps more importantly, they are a necessary step in creating trust between US-funded software and foreign activists in repressive regimes. Without that trust, it is difficult to ask people to risk their lives on OTFs work.

Help Us #SaveInternetFreedom

It is not just OTF that is under threat, but the entire ecosystem of open source, secure technologiesand the global community that builds those tools. We urge you to join EFF and more than 400 other organizations in signing the open letter, which asks members of Congress to:

EFF is proud to join the voices of hundreds of organizations and individuals across the globe calling on UGASM and OTFs board to recommit to the value of open source technology, robust security audits, and support for global Internet freedom. These core valueswhich have been a mainstay of OTF's philanthropyare vital to uplifting the voices of billions of technology users facing repression all over the world.

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OTF's Work Is Vital for a Free and Open Internet - EFF

The US government just announced its plans for HTTPS on all dot-gov sites.

HTTPS, of course, is short for for secure HTTP, and its the system that puts the padlock in your browsers address bar.

Actually, the government is going one step further than that.

As well as saying all dot-gov sites should be available over HTTPS, the government wants to get to the point that all of its web servers are publicly committed to use HTTPS by default.

That paves the way to retiring HTTP altogether and preventing web users from making unencrypted connection to government sites at all.

HTTPS relies on an internet protocol called Transaction Layer Security, or TLS, which uses a combination of strong encryption and digital signatures to help to keep your browsing private.

(You may still hear TLS referred to by the name SSL, short for Secure Sockets Layer, which is its less-secure precursor. Ironically, three of the most popular programming tools used for TLS support have clung to old-school names: OpenSSL, LibreSSL and BoringSSL.)

As recently as 10 years ago, HTTPS was thought of as something you only needed occasionally, either for browsing to super-sensitive content, or when performing a security-specific action such as changing your password or logging in.

Even mainstream sites used HTTPS only when you were putting in a password or a credit card number, but happily reverted to plain old HTTP for all your other interactions.

Small business and hobby sites often ignored HTTPS altogether, because getting the necessary web certificates to make TLS work correctly took both time and money.

Worse still, web certificates typically expired every year and cost anywhere from $10 to $100 each to renew, making them an ongoing expense that many website owners couldnt afford.

Until fairly recently, website operators who published information that they wanted to make public anyway, such as news stories or price lists, simply couldnt see the need for HTTPS at all.

Why encrypt data that wasnt confidential?

More importantly, why pay a fee every year to a digital certificate signing company, known as a CA or Certificate Authority, just to encrypt something you wanted to tell the world about anyway?

But there are two compelling reasons for using TLS while you are browsing, even if you are looking at information that is already in the public domain, or downloading software thats 100% free anyway:

As a result, HTTPS has steadily been winning out over plain old HTTP, with Google estimating that about 95% of users visiting its sites and services now talk HTTPS.

Website operators dont even need to pay for web certificates any more certificate authorities such as Lets Encrypt let you acquire certificates for free, and with almost none of the bureaucratic hassle that used to be involved.

If its really that easy both to support TLS (e.g. using Lets Encrypt for your certificates) and to use it (e.g. by using any browser built in the last few years), how come the web community doesnt just drop HTTP altogether?

Why is the US governments announcment that it plans to embrace HTTPS anything but stating the obvious?

Ideally, the US government would already have set a date after which all dot-gov websites would effectively be HTTPS only.

In fact, theres a surprisingly easy way to do that, called Strict Transport Security, also known as HSTS (the H is for HTTP, as you probably guessed).

Thats a way that websites can tell your browser, Next time you visit, use HTTPS even if the user wants to connect using HTTP.

Additionally, all modern browsers support something called an HSTS Preload List that tells the browser up front not to wait for a website to announce its preference for HTTPS, but to talk HTTPS to it anyway.

(Theres a master preload list of about 100,000 domains, curated by Google, that most browser vendors use as the core of their own lists.)

In theory, then, the US government could add one single entry to the global preload list, proclaming to every brower in the world, For any domain that ends in .GOV, use HTTPS, with no exceptions.

Every browser would stop making HTTP connections to .GOV sites, so any government site that didnt support HTTPS, or that dodnt support it correctly, would basically stop working overnight, which would flush out any sites that had been forgotten about pretty quickly.

But, as the governments own report Making .gov More Secure by Default points out:

If we did that, some government websites that dont offer HTTPS would become inaccessible to users, and we dont want to negatively impact services on our way to enhancing them! [G]etting there will require concerted effort among the federal, state, local and tribal government organizations that use a common resource, but dont often work together in this area.

In other words, even if 95% of the governments websites, and 95% of their users, are happily talking HTTPS, the 5% that arent still adds up to a lot of users, and a lot of sites.

Sadly, closing that 5% gap is a long and winding road.

As a result, the US government has in fact only announced its intention to add .GOV to the global browser preload list at some undisclosed time, and it admits that the process might take a few years yet.

However, from 2020-09-01, the government says that it will individually add any new .GOV domains to the preload list, come what may.

In other words, anyone setting up a new server for the US government after that date will have to get HTTPS right, or their server will basically be useless.

The good news is that there are already more than 800 US government websites on Mozillas always-use-HTTPS list (all the way from from 18F.GOV to ZEROWASTESONOMA.GOV).

But only after all, or sufficiently close to all, government sites are on the list can the government take the simplifying step of replacing all of those individual sites with one overarching entry, which will look something like this when encoded into JSON:

Continued here:
United States wants HTTPS for all government sites, all the time - Naked Security

LONDON & FREMONT, Calif.--(BUSINESS WIRE)--Device Authority, a global leader in identity and access management (IAM) for the Internet of Things (IoT), today announced the availability of KeyScaler in the Microsoft Azure Marketplace, an online store providing applications and services for use on Azure. Device Authority customers can now take advantage of the productive and trusted Azure cloud platform, with streamlined deployment and management.

Device Authority's KeyScaler platform solves one of the biggest challenges of IoT: onboarding devices at scale and managing the owner-controlled identities and credentials across the different services.

Device Authority continues to see an increase in the demand for security and management integrations with Microsoft Azure when customers are building and deploying their IoT strategy. As a result, Device Authority developed a suite of connectors for seamless integration with Microsoft, and now customers can benefit from consuming them from the Azure Marketplace.

KeyScaler integrates with a variety of Azure products and services, including:

The connectors provide a plethora of benefits, including enhanced security, accelerated deployment, flexible integration and extended support. Microsoft Azure customers can use KeyScaler for:

We are delighted to launch our KeyScaler platform on Azure Marketplace today. We have invested significantly in integrating our platform and solutions with Microsoft Azure, and now customers and partners can consume KeyScaler directly through Azure Marketplace as they develop and deploy their IoT projects, said Darron Antill, CEO of Device Authority.

Sajan Parihar, Senior Director, Microsoft Azure Platform at Microsoft Corp. said, "Microsoft Azure Marketplace lets customers worldwide discover, try, and deploy software solutions that are certified and optimized to run on Azure. Azure Marketplace helps solutions like Device Authoritys KeyScaler platform reach more customers and markets."

The Azure Marketplace is an online market for buying and selling cloud solutions certified to run on Azure. The Azure Marketplace helps connect companies seeking innovative, cloud-based solutions with partners who have developed solutions that are ready to use.

Learn more about KeyScaler at its page in the Azure Marketplace.

About Device Authority

Device Authority is a global leader in identity and access management (IAM) for the Internet of Things (IoT) and focuses on medical/healthcare, industrial, automotive and smart connected devices. Our KeyScaler platform provides trust for IoT devices and the IoT ecosystem to address the challenges of securing the Internet of Things. KeyScaler uses breakthrough technology, including Dynamic Device Key Generation (DDKG) and PKI Signature+ that delivers simplicity and trust to IoT devices. This solution delivers automated device provisioning, authentication, credential management, policy-based end-to-end data security/encryption and secure updates.

With offices in Fremont, California, and Reading, UK, Device Authority partners with the leading IoT ecosystem providers, including AWS, DigiCert, Gemalto, HID Global, Microsoft, nCipher Security, PTC, Thales, Venafi, Wipro and more. Keep updated by visiting http://www.deviceauthority.com, following @DeviceAuthority and subscribing to our BrightTALK channel.

The rest is here:
Device Authority's KeyScaler IoT Security Platform Now Available in the Microsoft Azure Marketplace - Business Wire

FILE PHOTO: A 3D printed Zoom logo is placed between small toy people figures and a keyboard in this illustration taken April 12, 2020. REUTERS/Dado Ruvic/Illustration

(Reuters) - Zoom Video Communications Inc is planning to offer all its free and paying users end-to-end encryption for video calls and will launch a trial version in July, the video conferencing provider said on Wednesday.

The company, whose business has boomed with the coronavirus lockdowns forcing more people to work from home, has transformed into a global video hangout from a business-oriented teleconferencing tool.

But it has also come under fire over privacy and security issues, and faced criticism for failing to disclose that its service was not fully end-to-end encrypted.

After a series of security failures resulted in some institutions banning the use of Zoom, the California-based company hired former chief security officer at Facebook Inc Alex Stamos in April and rolled out major upgrades.

Reporting by Munsif Vengattil and Akanksha Rana in Bengaluru; Editing by Arun Koyyur

Original post:
Zoom to offer end-to-end encryption for all users, trial to begin in July - Reuters