Stand Against the Coming Tidal Wave of Deceit – The Atlantic

Was the proprietary Trump-campaign polling data shared by Manafort with a man the Senate Intelligence Committee identified as a Russian intelligence officer, with a request that it be passed on to a Russian oligarch, ever put to use?

How did Manafort get hired by Trump in the first place?

Why has Trump remained so curiously deferential to Russian President Vladimir Putin, and so reluctant to ever criticize him?

If public-spirited citizens rightly feel fierce anger against the abuse of office that Trumps pardons represent, the story need not end here.

The prospect of Trumps pardons hindered the prosecution of his associatesand their arrival has now overturned some of the convictions. But the country has much less need to punish the Trump associates than to know exactly what happened.

The pardon power was not the only limit on the Trump-Russia investigation. A more serious limit was the early decision to define the investigation as a hunt for crimes. Not all bad things are crimesand not all crimes can be proved beyond a reasonable doubt. What the country needed was the truth, and that truth is still waiting to be told.

After Trump leaves office, the country will need more than ever an independent investigation that can document the corruption of the Trump era. The truth is needed especially because Trumps manufacturing of lies will not end with his presidency.

Paul Rosenzweig: Trumps pardon of Manafort is the realization of the Founders fears

WikiLeaks began posting hacked Democratic Party communications in the summer of 2016. Computer experts quickly traced the hack to Russian spy agencies. The Trump campaign and its allies denied the expert assessment. They insisted that there had been no hack. The emails had been stolen and leaked by a Democratic insider, they suggesteda young campaign aide named Seth Rich, who was tragically murdered in a Washington, D.C., mugging. Assange lent credence to the lie. He gave an interview to Dutch TV in August 2016 in which he falsely insinuated that this conspiracy theory was real: We have to understand how high the stakes are in the United States and that our sources are, you know, our sources face serious risks. That is why they come to us, so we can protect their anonymity. Former Representative Dana Rohrabacher of California told Yahoos Michael Isikoff that he had taken it upon himself in 2017 to broker a deal with Assange, offering Assange a Trump pardon in exchange for his formal confirmation of the Rich falsehood.

The defamatory fantasy about Rich was promoted by Trumps media allies to the point that Richs family decided to sue. Fox News issued a rare retraction of the story in May 2017 and reached a financial settlement with the Rich family this November.

The Mueller investigation definitively debunked that libel of a dead man who could not speak for himself. Assanges sources for his U.S. election material were Russian state intelligence officers. Yet the effort to exonerate Russia for helping Trump in 2016 will continue, and possibly accelerate with Trump out of office. With Trump and the pro-Trump media, its never enough to prove the truth once. The truth needs to be as persistent as the lie. Even now, Trump defenders continue to describe the proven fact of Russian assistance as a hoax, and the guilty pleas of Trump associates as them being framed. The imperative to defend reality against Trumpism will not cease with the Trump presidency.

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Stand Against the Coming Tidal Wave of Deceit - The Atlantic

Ethiopian war criminals able to leave Italian embassy after nearly 30 years – kuna noticias y kuna radio

Two convicted Ethiopian war criminals are likely to finally leave the Italian embassy in the capital, Addis Ababa, after taking refuge there for almost 30 years.

Berhanu Bayeh and Addis Tedla, two senior officials of Ethiopias former Mengistu military regime, who had been sentenced to death for war crimes, were granted probation by an Ethiopian federal court, according to a diplomatic source with knowledge of the situation.

They were sentenced to death in absentia in 2008, along with former Soviet-backed Ethiopian dictator Mengistu Haile Mariam, for their participation in the torture and execution of thousands of people, which amounted to genocide.

The president of Ethiopia, Sahle-Work Zewde, commuted their death sentences to life imprisonment on December 19. The federal court voted two to one in favor of giving them parole on Christmas Eve, after the Ethiopian attorney general, Gedion Timothewos, requested leniency because of their old age.

The two men are now waiting for official transmission of the sentence from the Ethiopian foreign ministry, at which point they will leave.

Italian vice-minister for foreign affairs, Emanuela Claudia Del Re, gave thanks to Ethiopia for granting the probation.

An old page of history is definitely turned, she said in a tweet on Monday. Italy and Ethiopia share a long and prosperous future together.

Life is a human right the decision to grant former government officials probation is in tune with obligations and commitments on human rights, said Daniel Bekele, the chief commissioner of the Ethiopian Human Rights Commision, which describes itself as an independent national institution. It is also a symbolic indicator of Ethiopias commitment to turning a page on one of the saddest chapters in its recent history.

Mengistu was chairman of the Derg, a communist party that rose to power in Ethiopia after a 1974 coup. For a time Bayeh served as the Dergs foreign minister and Tedla was defense chief of staff.

In 1977 and 1978, the Derg committed numerous human rights abuses during what was known as the Red Terror. Several thousand people mostly school and university students and young intellectuals suspected of opposing the Derg were killed on the streets and in prisons in Addis Ababa and other towns in the center of the country, according to Amnesty International.

The same regime was in control during a drought and famine in the 1980s, which claimed an estimated 800,000 lives.

When the regime fell in 1991, and the Tigray Peoples Liberation Front moved in on the capital, Bayeh, now in his 70s, and Tedla, his early 80s, sought refuge in the Italian embassy in Addis Ababa. Since May 26, 1991, they have been confined inside the walls of the compound, the source told CNN.

Their 29-year diplomatic asylum stay is considered to be the longest, lasting a full 22 years more than the much publicized one of Julian Assange at the Ecuadorian embassy in London.

They have never had a lawyer, but requested asylum within the embassy, which was never granted. However the Italian embassy accepted the two men because of the countrys opposition to the death penalty.

They have spent their days shut off from the outside world walking the small grounds of the compound and watching television, said the diplomatic source.

Two other men, Tesfay Gebre Kidan and Hailu Yimenu, also took refuge at the embassy in 1991. Yimenu committed suicide a few years later, while Kidan died in an accident in 2004. The source told CNN that further detail surrounding Kidans death could not be released to the press, but said it did not involve either Bayeh or Tedla.

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Ethiopian war criminals able to leave Italian embassy after nearly 30 years - kuna noticias y kuna radio

Maintaining Control Over Your Security Infrastructure in a Multi-Cloud World – Infosecurity Magazine

A fundamental principle of enterprise security is robust key management and ensuring critical data is protected by well-managed encryption processes, wherever the data resides.

It is vital that enterprises maintain responsibility and control for their security infrastructure from end to end, a requirement that has become more complex with the advent of the cloud. Since encryption keys are what are used to unlock data, enterprises must maintain control over the keys, and have air-tight protections in place to keep them from becoming compromised in any way.

Multi-cloud use is trending

Over this past year, we have seen more organizations moving their data to the cloud, especially financial services organizations. The movement toward broader acceptance of cloud-based encryption and key management will continue to accelerate.

Enterprises are commonly utilizing multiple clouds for diversification and to fulfill requirements and regulations, coming from applications and organizational units.

As enterprises move greater volumes of their computing workloads to public clouds, encryption key management is increasing in importance. Enterprises expect cloud providers to maintain a robust key management service that includes cryptographic APIs.

Every cloud provider has its own set of APIs and its own cryptographic methods for transporting keys, which adds to the complexity of management. As a result, the processes, procedures, and methods for managing keys are different across clouds, and not just from an API standpoint, but from architecture and process standpoints.

Public cloud vendors including AWS, Google Cloud Platform, and Microsoft Azure have been making significant progress with data access, key management, and data retention policies, but there is no one size fits all at this point.

Why is it important for organizations to retain control of the keys?

One method gaining popularity is Bring Your Own Key (BYOK), which allows organizations to encrypt data inside cloud services with their own keys maintained within the cloud providers vaults while still continuing to leverage the cloud provider's native encryption services to protect their data.

Keys are generated, escrowed, rotated, and retired in an on-premises or cloud hardware security module (HSM). A best practice is to use a FIPS 140-2 Level 3 HSM to more fully address compliance and reporting requirements.

While BYOK, offers increased control, it also comes with additional key management responsibilities that are magnified in multi-cloud environments: it falls to each organization to maintain an inventory of all keys used, either directly in the enterprise, or in the cloud. To facilitate this effort, the latest enterprise key management systems that natively integrate with the cloud provider infrastructure are becoming available and can save time and money while ensure consistent key management practices.

When exploring the use of key management solutions, ensure that you are following the best practices for centralizing and simplifying key management functions with multi-cloud ecosystems:

Questions organizations should ask of their cloud provider:

As we head into 2021, the information security industry is trending toward more options and flexibility. When it comes to the cloud, organizations are increasingly gaining more control over their cryptographic keys, even to the point where they can shift from one cloud provider to another.

Whether its managing workloads, handling spikes and surges, providing disaster recovery, holding data at rest, or satisfying audit requirements, having a robust key management system as part of your security infrastructure is ever-critical particularly in a multi-cloud world.

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Maintaining Control Over Your Security Infrastructure in a Multi-Cloud World - Infosecurity Magazine

Encryption Software Market Size, Share, Growth Trends, Revenue, Top Companies, Regional Outlook, and Forecast, 2020-2027 – LionLowdown

New Jersey, United States,- The report, titled Encryption Software Market Research Report is based on the extensive analysis of analysts and contains detailed information on the global market area. A detailed examination of the business landscape, as well as the essential parameters that shape the marketing matrix of the market, is included.

A thorough qualitative and quantitative study of the global market has been conducted in this report. The study takes into account various important aspects of the market by focusing on historical and forecast data. The report provides information on the SWOT analysis as well as Porters Five Forces Model and the PESTEL analysis.

The Encryption Software Market research documentation provides details on drivers and restraints, regional growth opportunities, market size, as well as the spectrum of competition, prominent market candidates, and segment analysis.

The following Manufacturers are covered in this report:

The report aims to enumerate various data and updates related to the World Market while developing various growth opportunities that are believed to support the market growth at a significant rate during the forecast period. The report provides an insightful overview of the Encryption Software market along with a well-summarized market definition and detailed industry scenario.

A comprehensive summary revolves around market dynamics. The segment encompasses insights into the drivers driving the growth of the Encryption Software market, restrictive parameters, existing growth opportunities in the industry, and the numerous trends that define the global marketplace. The report also includes data on pricing models and a value chain analysis. The expected growth of the market during the analysis period based on the estimates and historical figures has also been factored into the study.

The Encryption Software market report provides details of the expected CAGR recorded by the industry during the investigation period. Additionally, the report includes a number of technological advances and innovations that will boost the industrys prospects over the estimated period.

The report further studies the segmentation of the market based on product types offered in the market and their end-use/applications.

Cellular M2M Market, By Service

Overview

Professional Services

Managed Services

Cellular M2M Market, By Application

Overview

Theft Recovery

Video Surveillance

POS

Asset Tracking

Fleet management

Others

Cellular M2M Market, By User Type

Overview

Large enterprises

Small and Medium Enterprises

Cellular M2M Market, By Vertical

Overview

Transportation and Logistics

Retail

Consumer Electronics

Security and Public Safety

Healthcare

Others

Geographic Segmentation

The report offers an exhaustive assessment of different region-wise and country-wise Encryption Software markets such as the U.S., Canada, Germany, France, U.K., Italy, Russia, China, Japan, South Korea, India, Australia, Taiwan, Indonesia, Thailand, Malaysia, Philippines, Vietnam, Mexico, Brazil, Turkey, Saudi Arabia, U.A.E, etc.

North America, Europe, Asia-Pacific, Latin America, The Middle East and Africa

What are the main takeaways from this report?

A comprehensive price analysis was carried out in relation to product area, range of applications and regional landscape A comprehensive round up of the key market players and leading companies operating in the Encryption Software Market to understand the competitive perspective of the global marketplace Important information on the regulatory scenario that defines the market, as well as the inflow of investments from majority stakeholders in the world market An in-depth assessment of the various trends that are fueling overall market growth and their impact on global market projection and dynamics A descriptive guide that identifies the key aspects along with the many growth opportunities in the Encryption Software market A detailed documentation of a wide variety of ongoing issues in the world market that will encourage important developments

Some Points from Table of Content

1. Study coverage2. Summary3. Encryption Software Market Size by Manufacturer4. Production by region5. Consumption by region6.Encryption Software Market Size by Type7. Encryption Software Market size according to application8. Manufacturer profiles9. Production forecasts10. Consumption forecasts11. Analysis of customers upstream, industrial chain and downstream12. Opportunities and challenges, threats and influencing factors13. Main results14. Appendix

Verified Market Intelligence is a BI enabled database service with forecasted trends and accurate market insights on over 20,000+ tracked markets helping organizations globally with their market research needs. VMI provides a holistic overview and global competitive landscape with respect to Region, Country, Segment and Key players for emerging and niche markets.

About Us:

Verified Market Research is a leading Global Research and Consulting firm servicing over 5000+ customers. Verified Market Research provides advanced analytical research solutions while offering information enriched research studies. We offer insight into strategic and growth analyses, Data necessary to achieve corporate goals, and critical revenue decisions.

Our 250 Analysts and SMEs offer a high level of expertise in data collection and governance use industrial techniques to collect and analyze data on more than 15,000 high impact and niche markets. Our analysts are trained to combine modern data collection techniques, superior research methodology, expertise, and years of collective experience to produce informative and accurate research.

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Encryption Software Market Size, Share, Growth Trends, Revenue, Top Companies, Regional Outlook, and Forecast, 2020-2027 - LionLowdown

Encryption, zero trust and the quantum threat security predictions for 2021 – BetaNews

We've already looked at the possible cybercrime landscape for 2021, but what about the other side of the coin? How are businesses going to set about ensuring they are properly protected next year?

Josh Bregman, COO of CyGlass thinks security needs to put people first, "2020 has been incredibly stressful. Organizations should therefore look to put people first in 2021. Cybersecurity teams are especially stressed. They've been tasked with securing a changing environment where more people than ever before are working remotely. They've also faced new threats as cyber criminals have looked to take advantage of the pandemic: whether through phishing attacks or exploiting weaknesses in corporate infrastructure. Being proactive, encouraging good cyber hygiene and executing a well thought out cyber program will go a long way towards promoting a peaceful and productive 2021, not least because it will build resiliency."

Mary Writz, VP of product management at ForgeRock thinks quantum computing will change how we think about secure access, "When quantum becomes an everyday reality, certain types of encryption and thereby authentication (using encrypted tokens) will be invalidated. Public Key Infrastructure (PKI) and digital signatures will no longer be considered secure. Organizations will need to be nimble to modernize identity and access technology."

Gaurav Banga, CEO and founder of Balbix, also has concerns over quantum computing's effect on encryption, "Quantum computing is likely to become practical soon, with the capability to break many encryption algorithms. Organizations should plan to upgrade to TLS 1.3 and quantum-safe cryptographic ciphers soon. Big Tech vendors Google and Microsoft will make updates to web browsers, but the server-side is for your organization to review and change. Kick off a Y2K-like project to identify and fix your organization's encryption before it is too late."

Sharon Wagner, CEO of Sixgill predicts greater automation, "We'll see organizations ramp up investment in security tools that automate tasks. The security industry has long been plagued by talent shortages, and companies will look toward automation to even the playing field. While many of these automated tools were previously only accessible to large enterprises, much of this technology is becoming available to businesses of all sizes. With this, security teams will be able to cover more assets, eliminate blindspots at scale, and focus more on the most pressing security issues."

Michael Rezek, VP of cybersecurity strategy at Accedian sees room for a blend of tools and education, "As IT teams build out their 2021 cybersecurity strategy, they should look most critically to network detection & response solutions (NDR), and other complementary solutions like endpoint security platforms that can detect advanced persistent threats (APT) and malware. For smaller companies, managed security services such as managed defense and response are also good options. However, a comprehensive security strategy must also include educating all employees about these threats and what to watch out for. Simple cybersecurity practices like varying and updating passwords and not clicking on suspicious links can go a long way in defending against ransomware. Perhaps most importantly, since no security plan is foolproof, companies should have a plan in the event of a ransomware attack. This is especially important since attackers might perform months of reconnaissance before actually striking. Once they have enough data, they'll typically move laterally inside the network in search of other prized data. Many cybercrime gangs will then install ransomware and use the stolen data as a back-up plan in case the organization refuses to pay. The more rapidly you can detect a breach and identify what information was exploited, the better your changes of mitigating this type of loss. Having a plan and the forensic data to back it up will ensure your organization and its reputation are protected."

Amir Jerbi, CTO at Aqua Security, sees more automation too, "As DevOps moves more broadly to use Infrastructure as Code (IaC) to automate provisioning of cloud native platforms, it is only a matter of time before vulnerabilities in these processes are exploited. The use of many templates leaves an opening for attackers to embed deployment automation of their own components, which when executed may allow them to manipulate the cloud infrastructure of their attack targets."

Marlys Rodgers, chief information security officer and head of technology oversight at CSAA Insurance Group, inaugural member of the AttackIQ Informed Defenders Council says, "Despite the global COVID-19 pandemic, businesses still have to function and deliver on their promises to customers. This means adapting and finding new ways to enable employees to be productive from the safety of their homes. As CISO and Head of Technology Oversight for my company, I am dedicated to structuring and sustaining a security program that enables the business, as opposed to restricting capabilities in the name of minimizing risk. Additionally, I believe in complete transparency regarding the company's security posture across all levels, including the C-suite and board, so that we may work together to understand our risk and prioritize security investments accordingly. These two guiding principles have served me well throughout my career, but in 2020 especially, they allowed my company to innovate to better serve our customers while simultaneously scaling the security program."

Devin Redmond CEO and co-founder of Theta Lake believes we'll see more focus on the security of collaboration tools, "Incumbent collaboration tools (Zoom, Teams, Webex) are going to get dragged into conversations about privacy law and big tech, further pressuring them to stay on top of security and compliance capabilities. At least two regulatory agencies will make explicit statements about regulatory obligations to retain and supervise collaboration conversations. Additionally, collaboration tools will replace many call center interactions and force organizations on related compliance, privacy, and security risks."

Cybersecurity needs to become 'baked in' according to Charles Eagan, CTO at BlackBerry:

Cybersecurity is, in all too many ways, an after-market add-on. But this kind of model can become a roadblock to comprehensive security -- like plugging the sink while the faucet is already on.

Take, for instance, the connected vehicle market: vehicles continue to make use of data-rich sensors to deliver safety and comfort features to the driver. But if these platforms aren't built with security as a prerequisite, it's easy to open up a new cyberattack vector with each new feature. In many cases, the data that drives Machine Learning and AI is only useful -- and safe -- if it cannot be compromised. Cybersecurity must become a pillar of product and platform development from day one, instead of added on after the architecture is established.

Tony Lauro, Akamai's director of security technology and strategy thinks multi-factor authentication must become the norm, "Over the past 12 months, attacks against remote workers have increased dramatically, and the techniques used to do so have also increased in complexity. In 2021 security-conscious organizations will be compelled to re-evaluate their requirements for using multi-factor authentication (MFA) technology for solutions that incorporate a strong crypto component to defend against man in the middle and phishing-based 2FA bypasses."

Jerry Ray, COO of enterprise data security and encryption company SecureAge, thinks we'll see greater use of encryption, "Throughout most of 2020, VPNs, access controls, and zero trust user authentication became all the rage in the immediate push to allow employees to work from home. As the year ends and 2021 unfolds, though, a greater appreciation for data encryption has been slowly coming to life. As work from home will continue throughout 2021 and the ploys used by hackers to get into the untamed endpoints become more refined and clever, data that can't be used even if stolen or lost will prove the last, best line of defense."

MikeRiemer, global chief technology officer of Ivanti thinks organizations must adopt zero trust, "As employees continue to work from home, enterprises must come to terms with the reality that it may not be just the employee accessing a company device. Other people, such as a child or spouse, may use a laptop, phone, or tablet and inadvertently download ransomware or other types of software malware. Then, when the employee starts using the device to access a corporate network or specific corporate cloud application, it becomes a rogue device. Without having eyes on employees, how do businesses ensure the user and device are trusted? And what about the application, data and infrastructure? All of these components must be verified on a continual basis every few minutes to maintain a superior secure access posture. That is why organizations must adopt a Zero Trust Access solution capable of handling the hyper-converged technology and infrastructure within today's digital workplace by providing a unified, cloud-based service that enables greater accessibility, efficiency, and risk reduction."

Casey Ellis, CTO, founder, and chairman of Bugcrowd thinks more governments around the world will adopt vulnerability disclosure as a default:

Governments are collectively realizing the scale and distributed nature of the threats they face in the cyber domain, as well as the league of good-faith hackers available to help them balance forces. When you're faced with an army of adversaries, an army of allies makes a lot of sense.

Judging by the language used in the policies released in 2020, governments around the world (including the UK) are also leaning in to the benefit of transparency inherent to a well-run VDP to create confidence in their constituents (neighborhood watch for the internet). The added confidence, ease of explanation, and the fact that security research and incidental discovery of security issues happen whether there is an invitation or not is making this an increasingly easy decision for governments to make.

Image credit: photousvp77/depositphotos.com

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Encryption, zero trust and the quantum threat security predictions for 2021 - BetaNews

How to Securely Send Sensitive Information over the Internet – TechBullion

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Sending sensitive information like banking details, credit card numbers, login credentials, or other information over the internet, email, or messages isnt the best idea. But sometimes, it is the only way to send information.

There are many ways through which you can send sensitive information over the internet, and most of them wouldnt require technical knowledge.

As online privacy is becoming a growing concern, encrypting your information has become more important than ever. In this guide, well be discussing some of the best ways to securely send sensitive information over the internet.

Have a look at these tools and apps that help you share sensitive information online:

The best way by far to secure your sensitive information on any device and safely send it to someone online is the use of a VPN.

A Virtual Private Network is an online privacy tool that keeps your online traffic encrypted from everyone on the internet. All the information that you send or receive through websites or the general internet travels through an encrypted tunnel.

If you want to send some kind of sensitive information through a website, it keeps your message completely safe. In fact, nobody from the ISP or the Government knows about what youre doing online. Also, not even a skilled hacker is able to intercept that encrypted tunnel.

This free cybersecurity tool also hides your real IP address and replaces it with an IP address of a VPN server. So technically, your original location is also secure along with the information you send.

If you want to send some files over the internet, you must use secure file-sharing services like Google Drive or Dropbox that use encryption. However, the files you share through these services will not be deleted automatically until you do it manually. Therefore, theres a chance that someone else might be able to see those files at some point in time.

You need a service that auto-deletes the file once it is securely received at the other end. Such services include Firefox Send or Tresorit Send.

I would recommend using Firefox Send which is quite easy to use and is able to send about 1 GB of files without signing up with the service and 2.5 GB when you sign up.

You just have to upload the file and send the URL to the receiver. It generates a key to the download link and encrypts the file completely. It even asks you how long would you need for the file to stay up.

Email is the most prominent method which is used for data breaches. It is a widely known form of a phishing attack to steal your information.

Encrypting your email will help you avoid major data breaches. Some of the best email encryption services include ProtonMail, Posteo, and Tutanota.

In these services, any email you sent is end-to-end encrypted. However, other than these tools, you can also spread awareness among your employees to never open any suspicious email let alone clicking on the link. That is how you will prevent email phishing.

If you only need to send or share a password with anyone, there are password managers that let you share it securely. Some of these secure password managers include LastPass and Dashlane.

You can also share other text information as well, alongside the password field. Its better to avoid sharing your password through messengers that arent encrypted.

Encrypted messengers like Signal and Wickr Me are two of the most secure messaging services where your communication is completely encrypted.

In these messengers, data will be auto-deleted to minimize the storage risk. You can share text messages and share small files if you want.

Signal is open-source and end-to-end encrypted messaging service but requires a phone number to begin with.

Wickr Me is similar to Signal but the good thing is, it doesnt require a phone number. Other secure messengers include WhatsApp, Wire, Telegram, Threema, and Viber.

Sending sensitive information through the internet nowadays has become risky. Every hacker knows that the majority of employees throughout the world are working from home and there are security loopholes that can lead them to sensitive information.

However, if you take precautionary measures and secure your network, you can still share sensitive information over the internet. You can use a VPN while being on the internet, use email encryption, use password managers to share passwords, and even use encrypted messengers.

Theres a lot you can do to make your conversation private and that is what it is being discussed in this guide.

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How to Securely Send Sensitive Information over the Internet - TechBullion

Encryption Software Market Size 2020 by Top Key Players, Global Trend, Types, Applications, Regional Demand, Forecast to 2027 – LionLowdown

New Jersey, United States,- The report, titled Encryption Software Market Size By Types, Applications, Segmentation, and Growth Global Analysis and Forecast to 2019-2027 first introduced the fundamentals of Encryption Software: definitions, classifications, applications and market overview; Product specifications; Production method; Cost Structures, Raw Materials, etc. The report takes into account the impact of the novel COVID-19 pandemic on the Encryption Software market and also provides an assessment of the market definition as well as the identification of the top key manufacturers which are analyzed in-depth as opposed to the competitive landscape. In terms of Price, Sales, Capacity, Import, Export, Encryption Software Market Size, Consumption, Gross, Gross Margin, Sales, and Market Share. Quantitative analysis of the Encryption Software industry from 2019 to 2027 by region, type, application, and consumption rating by region.

Impact of COVID-19 on Encryption Software Market: The Coronavirus Recession is an economic recession that will hit the global economy in 2020 due to the COVID-19 pandemic. The pandemic could affect three main aspects of the global economy: manufacturing, supply chain, business and financial markets. The report offers a full version of the Encryption Software Market, outlining the impact of COVID-19 and the changes expected on the future prospects of the industry, taking into account political, economic, social, and technological parameters.

Request Sample Copy of this Report @ Encryption Software Market Size

In market segmentation by manufacturers, the report covers the following companies-

How to overcome obstacles for the septennial 2020-2027 using the Global Encryption Software market report?

Presently, going to the main part-outside elements. Porters five powers are the main components to be thought of while moving into new business markets. The customers get the opportunity to use the approaches to plan the field-tested strategies without any preparation for the impending monetary years.

We have faith in our services and the data we share with our esteemed customers. In this way, we have done long periods of examination and top to bottom investigation of the Global Encryption Software market to give out profound bits of knowledge about the Global Encryption Software market. Along these lines, the customers are enabled with the instruments of data (as far as raw numbers are concerned).

The graphs, diagrams and infographics are utilized to speak out about the market drifts that have formed the market. Past patterns uncover the market turbulences and the final results on the markets. Then again, the investigation of latest things uncovered the ways, the organizations must take for shaping themselves to line up with the market.

Encryption Software Market: Regional analysis includes:

?Asia-Pacific(Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia)?Europe(Turkey, Germany, Russia UK, Italy, France, etc.)?North America(the United States, Mexico, and Canada.)?South America(Brazil etc.)?The Middle East and Africa(GCC Countries and Egypt.)

The report includes Competitors Landscape:

? Major trends and growth projections by region and country? Key winning strategies followed by the competitors? Who are the key competitors in this industry?? What shall be the potential of this industry over the forecast tenure?? What are the factors propelling the demand for the Encryption Software Industry?? What are the opportunities that shall aid in the significant proliferation of market growth?? What are the regional and country wise regulations that shall either hamper or boost the demand for Encryption Software Industry?? How has the covid-19 impacted the growth of the market?? Has the supply chain disruption caused changes in the entire value chain?

The report also covers the trade scenario,Porters Analysis,PESTLE analysis, value chain analysis, company market share, segmental analysis.

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Market Research Blogs is a leading Global Research and Consulting firm servicing over 5000+ customers. Market Research Blogs provides advanced analytical research solutions while offering information enriched research studies. We offer insight into strategic and growth analyses, Data necessary to achieve corporate goals, and critical revenue decisions.

Our 250 Analysts and SMEs offer a high level of expertise in data collection and governance use industrial techniques to collect and analyze data on more than 15,000 high impact and niche markets. Our analysts are trained to combine modern data collection techniques, superior research methodology, expertise, and years of collective experience to produce informative and accurate research.

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Encryption Software Market Size 2020 by Top Key Players, Global Trend, Types, Applications, Regional Demand, Forecast to 2027 - LionLowdown

AES Encryption Software Market 2021: Comprehensive Analysis and Growth Forecast – NeighborWebSJ

AES Encryption Software Market Overview 2021 2028

This has brought along several changes in This report also covers the impact of COVID-19 on the global market.

The risingtechnology in AES Encryption Software Marketis also depicted in thisresearchreport. Factors that are boosting the growth of the market, and giving a positive push to thrive in the global market is explained in detail.

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Key Competitors of the Global AES Encryption Software Market are: Dell, Eset, Gemalto, IBM, Mcafee, Microsoft, Pkware, Sophos, Symantec, Thales E-Security, Trend Micro, Cryptomathic, Stormshield,

Historical data available in the report elaborates on the development of the AES Encryption Software on national, regional and international levels. AES Encryption Software Market Research Report presents a detailed analysis based on the thorough research of the overall market, particularly on questions that border on the market size, growth scenario, potential opportunities, operation landscape, trend analysis, and competitive analysis.

Major Product Types covered are:On-premisesCloud

Major Applications of AES Encryption Software covered are:Disk EncryptionFile/folder EncryptionDatabase EncryptionCommunication EncryptionCloud Encryption

This study report on global AES Encryption Software market throws light on the crucial trends and dynamics impacting the development of the market, including the restraints, drivers, and opportunities.

The fundamental purpose of AES Encryption Software Market report is to provide a correct and strategic analysis of the AES Encryption Software industry. The report scrutinizes each segment and sub-segments presents before you a 360-degree view of the said market.

Market Scenario:

The report further highlights the development trends in the global AES Encryption Software market. Factors that are driving the market growth and fueling its segments are also analyzed in the report. The report also highlights on its applications, types, deployments, components, developments of this market.

Highlights following key factors:

:-Business descriptionA detailed description of the companys operations and business divisions.:-Corporate strategyAnalysts summarization of the companys business strategy.:-SWOT AnalysisA detailed analysis of the companys strengths, weakness, opportunities and threats.:-Company historyProgression of key events associated with the company.:-Major products and servicesA list of major products, services and brands of the company.:-Key competitorsA list of key competitors to the company.:-Important locations and subsidiariesA list and contact details of key locations and subsidiaries of the company.:-Detailed financial ratios for the past five yearsThe latest financial ratios derived from the annual financial statements published by the company with 5 years history.

Our report offers:

Market share assessments for the regional and country level segments. Market share analysis of the top industry players. Strategic recommendations for the new entrants. Market forecasts for a minimum of 9 years of all the mentioned segments, sub segments and the regional markets. Market Trends (Drivers, Constraints, Opportunities, Threats, Challenges, Investment Opportunities, and recommendations). Strategic recommendations in key business segments based on the market estimations. Competitive landscaping mapping the key common trends. Company profiling with detailed strategies, financials, and recent developments. Supply chain trends mapping the latest technological advancements.

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AES Encryption Software Market 2021: Comprehensive Analysis and Growth Forecast - NeighborWebSJ

Encrypting data is the key to a peaceful New Year (Includes interview) – Digital Journal

Technology and awareness need to combine to create a more secure business setting in 2021. To gain an insight into the shifting world of cybersecurity, Digital Journal touched base with from Nir Gaist, Founder and CEO, Nyotron. The key points Gaist made were:COVID-19 is here to stay, virtuallyGaist says we need to adapt to living with the virtual world, forced upon us by the SARS virus: "The pandemic is not going away, at least not from the attacker's standpoint. Mass fear and uncertainty have always served as ultimate 'opportunities' for scams and other, brand new creative attack vectors. While we are all on the lookout for long-awaited vaccines, we should also beware of vaccines related scams and messages, as these will surely become a major vector for fake news, misinformation and malware delivery."More infrastructural vulnerabilitiesCybersecurity will increase in 2021, says Gaist, and this not least due to inherent flaws in infrastructure: "As many organizations are adapting to the new WFH normal, some are even embracing it and have already announced it as their forever normal. While remote employees have always been there, most organizations' security theater is not really there yet. This reality draws more attacker's attention to the infrastructure, and, as the old saying goes - the more popular the product, the more vulnerabilities will be found in it."More data goes encrypted, and voilaThe solution to better cybersecurity, says Gaist, lies with encryption and this is the best protection against ransomware. Here he notes: "Yes, ransomware. But not that old pay-to-decrypt modus-operandi that we all know. With a rapidly-growing budget most VC-backed startups are dreaming of, these ransomware groups are becoming really slick, well organized and pretty darn effective. New pressure techniques and incentives of payment are evolving with recent attacks, where encryption of data is sometimes left out in favor of exfiltration. We should certainly prepare for bolder, more sophisticated techniques."

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Encrypting data is the key to a peaceful New Year (Includes interview) - Digital Journal

HashiCorp Vault vs. Akeyless Vault: Which is the right secrets management solution? – ITWeb

HashiCorp Vault is one of the known names when it comes to secrets management, providing an extensive range of features to match the needs of different kinds of organisations. Some consider it the de facto standard for cloud and automation implementation.

Just like other leading products, though, it is bound to be challenged by new players that offer a fresh and improved take on managing enterprise secrets. Akeyless Vault is one of the new worthwhile contenders, offering features that improve on security and speed of deployment not present in HashiCorps solution.

Which solution is better?

Find out in the Akeyless Vault vs. HashiCorp Vault comparison below.

Deployment and setup

HashiCorp Vault deployment is often described as difficult and extremely complicated. Users describe it as cumbersome to deploy, taking a lot of time and effort. In fact, you can find a great book on Amazon, Running HashiCorp Vault in Production which is a 273-page guide for deployment. This is indicative of the complexity of the solution.

Thus, Akeyless Vault takes the cake in this aspect of the comparison. The reason: Akeyless has a software-as-a-service solution (SaaS) option. This means that users do not need to install anything to start using the system. All they need is to sign up through a web-based interface and start taking advantage of the robust set of features.

With SaaS there is no software installed on-premises, which means there is also no need for any maintenance or updating routine. If there are errors encountered, troubleshooting is conducted quickly on the servers by the Akeyless team.

Scalability and flexibility

HashiCorp Vault and Akeyless Vault are scalable secrets managers. They can be used in any type and size of organisation. However, Akeyless earns an extra point because of its SaaS nature. It is much more convenient to deploy it for a growing base of users since there is no deployed infrastructure to install and maintain.

Flexibility-wise, the two secrets managers are similar. They can handle almost the same kinds of secrets, including passwords, metadata, database connection strings, and API keys. Both act as an internal certificate authority as well as a KMS. They can be employed in virtually any kind of enterprise or team including DevOps processes. That said, Akeylesss core IP includes its ability to act as a FIPS 140-2 virtual HSM so you wont need an HSM, as with HashiCorp Vault, in order to gain higher security (See Security and privacy below).

Features and functions

Arguably, HashiCorp has set the standard for what a dependable secrets manager should be. These include the use of arbitrary key/value secrets to be stored in the vault, dynamic secrets, data encryption, secrets leasing and renewal, and built-in support for secret revocation. Also, HashiCorp Vault is cloud-agnostic and can be used in multi-cloud environments. It also features automation to enable the use of secrets across different platforms, services, and applications without ever revealing them in discernable plain text form.

Akeyless offers similar features with some refining to make the process of managing secrets easier for all users. For one, it provides an additional graphical user interface instead of forcing all users to learn how to use the command line interface. It also has an encryption-as-a-service option to make it easy to implement field-level encryption without the need for key management.

In addition, Akeyless has developed an API compatibility with Vault OSS in terms of plugins. Thus, all community-developed plugins for Vault OSS, such as Kubernetes, Jenkins, Ansible, etc., will work with Akeyless out of the box. This means that Akeyless has the same platform coverage for interconnection, and even more.

Yet the big news is that as part of its Vault, Akeyless provides Zero-Trust Remote Access solution, which implements and combines Just-in-time-access approach, least privileges and Zero-Standing-Permissions model. This is a whole set of features that allows you to control and protect not just the secrets themselves but also the actual access to your resources and assets. Within one service, youll find a solution for securing work-from-home and vendor access scenarios with VPN-less approach. This is definitely an early answer to an early-newcomer product by HashiCorp named Hashicorp Boundary that claims to be doing the same, though it is offered only as a beta Open Source project.

Both HashiCorp and Akeyless secrets managers offer excellent integration. They come with plugins to easily connect with different platforms and services including Kubernetes, Jenkins, CircCI, Chef, Ansible, Docker, and Terraform. Akeyless also sports compatibility with HashiCorp Vault OSS plugins.

Usability

HashiCorp uses a command-line interface, which is not bad for users who are used to CLI. However, it is not for everyone. IT personnel and development teams may be accustomed to it, but not everyone who will be using secrets in an enterprise is IT savvy. Thats why Akeyless Vault has the advantage regarding usability. Akeyless supports command-line control as well as a graphical user interface.

Security and privacy

HashiCorp Vault and Akeyless Vault provide secure ways of handling secrets. However, Akeyless ups the ante with its Distributed Fragments Cryptography or DFC technology. This patent-pending tech enables Akeyless customers to perform encryption and decryption by using fragments of encryption key, stored in different cloud regions / locations, without ever combining the encryption key fragments.

With DFC, it is virtually impossible for anyone to reveal the data protected by the Akeyless Vault system. For hackers or even authorities armed with court orders to access any usable data, they need to obtain all of the fragmented keys at the same time. When customers are interested, they can have one of the fragments stored on their environment, and as a result make Akeyless completely blind to the customers secrets value or encryption keys, simply because they dont have all fragments.

Akeyless is also FIPS 140-2 certified, and this technology is approved by the US NIST. It acts as a Virtual Hardware Security Module (or Virtual HSM). In contrast, HashiCorp requires an HSM to gain greater security.

Pricing

It is a given that the HashiCorp Vault pricing is on the higher end of the typical secrets management solution price range. Even HashiCorp implicitly acknowledges that its pricing is fixed and is not competitive it does not even explicitly state its prices on its website or ads.

In contrast, Akeyless has a free version for the community that is good for up to 3 clients and 50 secrets. You may add $40 per client if interested. The Business plan starts at $1400 per month with a Silver SLA, and includes 100 clients and 5 000 secrets inside. From there, you may choose the Enterprise package with 250 clients, with various SLA configurations up to Platinum 99.99% of availability and Global coverage. Corporate packages for higher or unlimited numbers of clients and secrets are also available, where the price can be negotiated.

Support

Both HashiCorp and Akeyless provide excellent support. HashiCorp is particularly very responsive on GitHub and has an active community of users. While Akeyless is relatively new, it is available on Slack around-the-clock, which makes both official and community support user-friendly.

Conclusion

Akeyless Vault, as a challenger to HashiCorp Vault, shows a lot of promise. Its features, reliability, security, and technical support are a good match to what HashiCorp has built over the years. Organisations that are looking for a good alternative to HashiCorps secrets management product will find a far simpler and quicker piloting process through Akeyless Vault Platform (SaaS). Users get value at a shorter time-to-deployment, simply because there is nothing to deploy, with Akeyless connect-and-go solution.

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HashiCorp Vault vs. Akeyless Vault: Which is the right secrets management solution? - ITWeb