Category Archives: Encryption
Hacking, encryption and threat of attack: What the dead Israeli intel officer did before he was drafted – Haaretz
The mystery behind the jailing and death of the Israeli army intelligence officer has yet to be revealed. The Israel Defense Forces has yet to tell the public what offenses he committed and what led to his death in a prison cell.
The media have reported that friends and colleagues regarded him as a computer genius who completed his bachelors degree in computer science while still in high school. But what areas of technology did he specialize in before he was drafted? What tasks was he actually performing? What interested him?
The military courthas banned the media from publishingthe officers name, age or picture, but those questions can be partly answered by looking at his public activity on the GitHub programmer platform and other online forums.
Although it cant be revealed, the officer consistently used the same user name on the internet. His past work is still online and it may also have caught the attention of the military intelligence officials that enlisted him. It shows that one of the jobs he worked on was breaking into Israels smart transportation card - the Rav-Kav, a contactless-card-based electronic payments system used for public transportation. The system is based on the NFC protocol. Another project that he worked on was to enable an iPhone to read such cards.
He was a phenomenon, a software genius. What he did just between the ages of 14 and 19, most people wouldnt have been able to do for many years, said a software engineer who examined his online work.
Eleven years ago, he worked on a project based on open-source code in the programming language C. Its aim was to hack into the iPhone 4. I dont know if it really worked, but it looks serious, said the engineer, who asked not to be named.
Six years ago, he wrote in Java script a system that works with text, encrypts it by all sorts of methods and then performs statistical analyzes on it, probably for the purpose of encryption testing or for trying to break a code.
At that time, he also wrote a system that tried to hack into the Rav-Kav and similar smart cards. He did other projects based on open source in [the programming languages] Python and Java, working with databases, reading NFC devices, etc., he said.
The officer was arrested last September and indicted the same month on serious national security violations, the substance of which has been barred from publication. What has been made public is that the allegations involvedserious damageto Israels national security. The army says that its investigation revealed that the officer was aware how serious the harm was and sought to cover it up.
At first glance, it appears that all the work done by the intelligence officer, who died in his cell last month, occurred between 2010 and 2016. But it should be noted that a large part of his online activity including his personal accounts on social media networks have been taken down, apparently by the authorities. His Twitter feed, for example, is completely empty, even though he is known to have used it in the past.
It should also be noted that the kind of projects he was doing publicly is the hype of ethical hacking often done by programmers without malicious. Ethical or white hat hacking are cyberattacks done not to cause damage, but to test an organization's cyberdefenses.
However, in one instance it seems the man broke the rules of ethical hacking: In a discussion appearing on a technical forum, one of the participants talked about a scam in which sites offer to provide a service for a fee apparently, a simulation of the Siri voice-recognition software but dont deliver.
The participant then goes on to cite others making the same complaints, including a Tweet from the future officer that threatened: If you dont make good [on the complaints], Ill flood your systems until its brought down and then Ill hack into your site to show that it is a scam."
The young man was threatening the scammers with what is known as a DDoS (distributed denial of service) attack. However, there is no evidence that he made good on his threat. As noted on his LinkedIn profile, the future officer was working for a large startup before he was drafted into the army.
Fitting Into IoT Security with a New Open-Source Encryption Standard – IoT For All
If todays IoT devices have an Achilles heel, its that theyre prone to security lapses and often catastrophic data leaks. Part of that has to do with the breakneck speed at which the IoT industry developed and continues to churn out new devices. That speed made it impossible for the industry to coalesce around any agreed-upon security standards.
And as a result, todays IoT implementations force users to find their own security solutions to stay safe. But for IoT to reach its true potential, those fundamental security issues will require an industry-wide solution and soon.
So far, most efforts toward that end have seen manufacturers employing a mixture of legacy technologies like VPNs and SSL encryption to protect data going to and from their devices. But those technologies are of a different time and werent built to accommodate the unique use cases involved in IoT networking.
For example, its common for IoT devices to communicate in a one-to-many or many-to-one configuration, which most existing encryption schemes dont support without requiring significant hardware resources. And those shortcomings make it clear that new, custom-built encryption technology is a core component of whats really needed to protect IoT devices now and in the future.
Preferably, that technology would be open-sourced so every IoT manufacturer could adopt it. And at this years Real World Crypto conference in New York, thats exactly what Swiss cryptography company Teserakt announced they were working on. Heres a look at their announcement and how it fits into the broader security situation in the world of IoT.
The product that Teserakt unveiled is called E4, and its an all-in-one encryption implant that manufacturers can include in their IoT devices and server backends. At the event, Teserakts CEO Jean-Philippe Aumasson likened their approach to the end-to-end encryption used in major messaging platforms like WhatsApp and Signal. He indicated that the decision to make their solution open source was intended to encourage industry-wide adoption and foster consumer trust through code transparency.
And crucially, the company also indicated that theyre building their system in consultation with technology companies in the aerospace, automotive, energy, healthcare, and agriculture industries. The idea behind that is to consider the many use cases that an IoT encryption system would have to accommodate. And by covering all of the major industries that might one day employ the technology, Teserakt hopes to create a universal solution that can protect many data streams.
The E4 system, for all its utility, wont be a complete IoT security solution, however. Security researchers have already pointed out that it will only protect devices from man-in-the-middle attacks and other similar exploits. It doesnt do anything to improve the devices security or the servers they communicate with.
Those problems would remain even if the IoT industry achieved universal end-to-end encryption adoption using E4 or similar technology. But creating a single wide-use IoT encryption solution would protect against many of the mistakes IoT vendors make today. For example, a recently announced flaw in implementing the open platform communication (OPC) network protocol by multiple vendors and issues like it would be rendered moot by end-to-end encryption.
Its also important to note that the E4 solution is still not ready for production environments. For that reason, Teserakt still hasnt released the fully open-source server code for it. However, they have indicated that a release will be forthcoming when theyve completed the documentation for the software.
But even when they do release the code, experts and industry stakeholders are quite likely to spend months if not years going over it with a fine-tooth comb before committing to use it. And thats yet another hurdle that has prevented previous IoT security solutions from ever making it into wide use. Major vendors may instead opt to create their own proprietary solutions in the intervening months. And history has shown that theyll be loath to make changes once that happens.
The good news here is that Teserakts E4 IoT encryption solution is a step in the right direction for the industry, even if its an incomplete one. In the end, some security standards will have to materialize for the IoT industry to fulfill its lofty promise, and its good to know that available options are coming online. That will make the jobs of device manufacturers and IoT software developers a little easier in the coming years. But for now, all anyone can do is keep an eye on Teserakts GitHub page to watch as E4s development unfolds. With some luck, it will catch the attention of enough stakeholders in the IoT industry to start making its way into their near-term plans. And if it does, that will go a long way towards making the future of IoT a little more secure. And thats something.
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Fitting Into IoT Security with a New Open-Source Encryption Standard - IoT For All
Raids worldwide as police reveal vast hack of criminal encryption platform – FRANCE 24
Issued on: 08/06/2021 - 03:00Modified: 08/06/2021 - 02:59
Sydney (AFP)
International law enforcement agencies on Tuesday revealed a vast three-year global operation to infiltrate an encryption platform popular among criminal groups, resulting in hundreds of arrests worldwide.
Unveiling the "world's most sophisticated" sting, law enforcement from New Zealand, Australia the United States and Europe revealed they had access to the supposedly secure 'AN0M' platform for years.
Forces monitored as members of the mafia, Asian crime syndicates and outlaw motorcycle gangs discussed drug deals, money laundering and even gangland hits, resulting in hundreds of arrests.
The Australian Federal Police said that in that country alone, a total of 224 people were now facing more than 500 charges while six underground drug labs were shut down and firearms and Aus$45 million (US$35 million) in cash was seized.
"We allege they are members of outlaw motorcycle gangs, Australian mafia, Asian crime syndicates and serious and organised crime groups," federal police commissioner Reece Kershaw said.
"We allege they've been trafficking illicit drugs into Australia at an industrial scale."
Australian Prime Minister Scott Morrison said the operation "has struck a heavy blow against organised crime -- not just in this country, but one that will echo around organised crime around the world".
New Zealand Police said it was the "world's most sophisticated law enforcement action against organised crime to date".
Detective superintendent Greg Williams said 35 people had been arrested across the country on 900 "serious drug dealing, money laundering and other conspiracy-type charges" and were due to appear in court Tuesday.
Police in New Zealand seized methamphetamine, firearms, and millions of dollars in cash and assets during the operation.
"Warrants are coming in and we expect a number of other arrests to be undertaken," Williams told reporters in Auckland.
More arrests were also expected to be announced around the world, Australian police said.
2021 AFP
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Raids worldwide as police reveal vast hack of criminal encryption platform - FRANCE 24
Social applications are the next big trend in encryption – QNT
Last weeks turmoil The crypto market drops 30% The subsequent rapid recovery made many people wonder what would happen next. Leaving aside the crypto circle, the discussion about the importance of building reliable, widely available applications is louder than ever. When participation is greater than guesswork, encryption will no longer be seen as a casino on the edge of the Internet.
An interesting development we have seen is that the conversation around the future of Web 3.0 is still going on on the centralized Web 2.0 platform. Obviously, the social application domain requires encryption native principles and processes. Adding privacy and security to the communication and community interaction layer will ensure that the transition from centralizing power to empowering individuals and communities will finally begin.
related: DeFi snowballing will become a Web 3.0 avalanche
I think that encryption-based social applications are the cornerstone of encryption evolution. The current chat and community spaces (such as Telegram and Discord) may be a good start, but they are still closed source, centralized, and far from being censorship-resistant. If we really want to lay the foundation for secure, open source, peer-to-peer communication flow and value exchange, then encryption-driven social applications are the way forward. As we emerge from the socially scarce but digitally intensive epidemic, a new era of social applications built on and around cryptocurrencies is beckoning us.
The desire to connect online and expand community life is obvious. Combined with crypto-native activities, such as diving into decentralized finance (DeFi) or creating, planning and collecting non-fungible tokens (NFT), it will evolve into a richer and more valuable form of online community life that will benefit all participants .
related: The role of decentralized networks in a data-rich, hyper-connected world
In particular, the crypto community has developed and developed in a variety of new and exciting ways, of which Twitter is the main discourse space, followed by Reddit, and recently Clubhouse. Discord and Telegram are mainly used as community management tools and channels for project-specific conversations.
What do they have in common? None of these platforms truly comply with the encryption principles of decentralization, privacy, and user rights. It seems inevitable to redesign social media and community spaces based on core encryption principles, not only for a safer medium of expression, but also to build an economic ecosystem focused on prosperity.
The opportunities for cryptocurrency unlocking are very diverse. We have seen it in DeFi and will continue to see it in NFT and the combination of the two. The next natural iteration will create a community space on encrypted infrastructure, where all participants have immediate access to user rights and user opportunities.
related: How NFT, DeFi and Web 3.0 are intertwined
By removing intermediaries from the value exchange processwhether communication, transaction, or pure societya new dynamic of online human interaction can be rooted in the opposite of the current role people play as Web 2.0 products.
In addition, the climax of these new technologies will be supported by social applications, and users can fully control their data, money, and even the platform itself. As user-owned social applications lead conversations on topics such as DeFi governance and the socio-economic value of NFTs, crypto users will eventually have full control over the initiative. Say goodbye to locks and locks. Encryption-driven social applications are the way forward.
This article does not contain investment advice or recommendations. Every investment and trading action involves risks, and readers should research on their own when making a decision.
The views, thoughts, and opinions expressed here are only those of the author, and do not necessarily reflect or represent the views and opinions of Cointelegraph.
Simone Pop Is the community leader of Status, a secure messaging application, encrypted wallet and Web 3.0 browser. She previously co-founded the Bounties Network and is an active Ethereum ecosystem administrator dedicated to community participation programs, education programs, and the practical use of cryptocurrencies. Her job is to broaden everyones access to decentralized applications and encrypted dynamics, and empower individuals and communities through the token economy.
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Social applications are the next big trend in encryption - QNT
Microsoft Teams: Here’s when your calls will get end-to-end encryption – TechRepublic
E2EE is finally coming to Microsoft Teams VoIP calls, adding more privacy to ad hoc conversations.
Microsoft Teams gets a security boost next month.
Image: fizkes, Getty Images/iStockphoto
Microsoft Teams is getting another round of updates, including the addition of fully encrypted voice calls for desktop and mobile users.
From July, one-to-one voice over IP (VoIP) calls on Teams will be secured with end-to-end encryption, offering further privacy to ad hoc conversations held over the app.
SEE:Research: Video conferencing tools and cloud-based solutions dominate digital workspaces; VPN and VDI less popular with SMBs(TechRepublic Premium)
End-to-end encryption (E2EE) for Microsoft Teams voice calls has been in the works since March, when Microsoft announced a handful of security enhancements to its remote-working and meeting platform during its Ignite 2021 conference.
Yet the exact arrival of E2EE was only confirmed this week via theMicrosoft 365 roadmap. Encrypted VoIP calls will be available on Teams for desktop, mobile, iOS and Android platforms from the middle of next month, providing an additional option for users conducting sensitive online conversations.
It appears that web users will be missing out on encryption, at least initially. IT admins will still be able to control who can use E2EE within the organization, the roadmap notes.
Security has become a key battleground for software companies in the virtual meeting and collaboration space.
E2EE, in particular, has become something of a coveted standard as more people have turned to platforms such as Teams, Zoom and Google Meet to connect with colleagues while working remotely.
While Microsoft Teams encrypts data in transit and in rest, E2EE does not currently cover video meetings. E2EE means that messages are encrypted on the sender's device and can only be decrypted on the recipient's device.
SEE: The future of work: Tools and strategies for the digital workplace (free PDF) (TechRepublic)
Zoom, on the other hand, features full E2EE for its video meetings on both its free and paid subscriber plans.
Further additions to the Teams platform were announced this week, albeit less security-focused.
Specifically, Microsoft is giving itsSpotlight feature an update. Designed for group presentations, Spotlight will soon allow presenters to highlight (or 'spotlight') up to seven participants at the same time during a Teams video call, as opposed to its current limit that only allows one other participant to be highlighted.
Microsoft's 365 roadmap tells us that the new and improved spotlight is rolling out to users starting this month, across Teams for desktop, mobile, and on the web.
Be your company's Microsoft insider by reading these Windows and Office tips, tricks, and cheat sheets. Delivered Mondays and Wednesdays
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Microsoft Teams: Here's when your calls will get end-to-end encryption - TechRepublic
Microsoft Teams calls are getting end-to-end encryption in July – BleepingComputer
Microsoft Teams is getting better security and privacy next month with the addition of end-to-end encrypted 1:1 voice calls.
While Microsoft Teams already encrypts data at rest and in transit, it allows administrators to configure automatic recording and transcription of voice calls.
Due to this, Microsoft Teams calls are not suitable for sharing very sensitive information that should remain private between two individuals.
Starting in July, Microsoft Teams is getting end-to-end encryption for 1:1 VoIP calls so that their discussions remain entirely private.
"Teams will support an option to use end-to-end encryption (E2EE) for ad hoc 1:1 Teams VoIP calls, providing an additional option for conducting sensitive online conversations," Microsoft revealed today in the Microsoft 365 roadmap.
Microsoft says that they will allow Microsoft Teams administrators to configure who has access to this feature to support their particular organization's security and compliance policies.
As reported by MSPoweruser, this feature can be enabled by Microsoft Teams administrators for specific users or the entire organization. Users can then enable end-to-end encryption by enabling the 'End-to-end encrypted calls' setting under Settings > Privacy.
When end-to-end encryption is enabled, certain Microsoft Teams features will no longer be available, such as recording and transcription.
This feature will be a welcome addition as it allows the sharing of sensitive information, such as passwords, bank accounts, or other confidential information, without fear that they will be stored in recordings.
In October 2020, Zoom began supportingend-to-end encryption for meetings with up to 200 participants for both free and paid users.
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Microsoft Teams calls are getting end-to-end encryption in July - BleepingComputer
Survey reveals how businesses have gotten more serious towards encrypting their data – Digital Information World
While technological advancements are being made all over the globe, people are getting more and more dependent on their tech devices, apart from people big companies and organization are also moving towards technology as it makes work easier for them while also cutting costs thus increasing their profits. Day by day computers are getting more advanced but with the advancements hacking and data stealing has also significantly increased. While computers sure have a lot of benefits, its main drawback is the hacking of computers and stealing of important and private data.
Nowadays it is easy for hackers to breach data which is why a lot of companies are spending money to keep their data encrypted thus saving it from getting stolen. Vanson Bourne a specialized IT and information company recently conducted a survey on encryption, the result of the survey was quite interesting and showed how brands and businesses are getting much more concerned about the security of their data. Lets dive into the numbers and stats to find out more.
When the encryption and security of companies were compared to the encryption they had a year before, the results were mind blowing as around 32% of the companys encryption was better than the one they had the year before. More over the survey revealed that around 31% of the companies expect their data to be encrypted no matter if the data is at rest or is currently in transit, apart from that 24% companies believe that their data should be encrypted when saved into their computers or cloud.
With the world going into a pandemic after the COVID 19 virus came out, companies had to work remotely, this was not a good news for IT and data companies as data was now not moving through a safe and private network but from numerous devices and connections. The pandemic forced these companies to increase their encryption and security, the survey reveals that the 27% of IT companies said that they have increased the ways in which they protect their data.
With increasing data breaching encryption of data is the way forward, the new US president Joe Biden sent an executive order stating that companies need to protect their data and adopt encryption on data whether it is at rest or in transit, furthermore the president said that if there is any time to start encrypting data it is now.
In the survey employees were asked about the main causes of data breaching in their company, mostly replied that it is due to lack of encryption and the misplacement and stealing of devices.
The survey revealed that 77% of the employees said that their company has a policy that encrypts data that is stored on any storage device that can be removed. Big IT companies when asked about encryption on their devices said that they are working towards expanding encryption on these devices.
This survey conducted by Vanson Bourne proves that data encryption is important for companies to survive in the future.
Photo: Getty
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Survey reveals how businesses have gotten more serious towards encrypting their data - Digital Information World
Data encryption cyber security software company DAtAnchor, Inc. offers affordable CMMC v1.02 compliance for Office, CAD, video, and audio files. Ohio…
Columbus, Ohio, June 3, 2021 / PRNewswire / Cyber Security Maturity Model Authentication (CMMC) v1.02 leverages the right level of cyber security and processes for Pentagon suppliers to process controlled non-confidential information (CUI). The purpose is to be a verification mechanism that guarantees that. The CMMC acts as a procurement gate that suppliers must pass through to apply for and obtain a contract with the Department of Defense. It is estimated that over 300,000 suppliers will be affected by the new CMMC v1.02 standard, most of them SMEs and large enterprises.
Many SMB and SME companies do not fully segment CUI data from their day-to-day operations, presenting major challenges to achieving compliance. SMEs are facing disruptive workflow changes and significant technological investments to meet CMMC standards in order to comply with CMMC. Emre Coxal, CEO and founder of DAt Anchor. This happens when supply chain disruptions and rising material costs are already squeezing corporate profits.
Built on the Zero Trust framework, DAtAnchor solves this problem through cryptographic security technology, enabling data security to move with data while providing organizations with complete data governance control and automatic revocation. To do. If the data is used outside the control of the organizations boundaries of use, the data will not be automatically readable as ciphertext. DAtAnchor supports Office, CAD, video, and audio files with a zero-knowledge security model to protect your data, but not display it. Persistent, fully transparent end-to-end encryption eliminates the need to modify workflows or use FedRAMP-certified cloud services for non-ITAR data.
DAtAnchor provides DOD suppliers with a FIPS-verified cryptographic module that can be verified on the governments CMVP website. In addition, DAtAnchor utilizes the Kubernetes platform with AES 256-bit military-grade encryption that meets FIPS 140.2 requirements. DAtAnchor also provides geo-fencing and geolocation services for tracking and monitoring sensitive CUI data.
For more information on DAtAnchors CMMC v1.02 and NIST SP 800-171 compliant security solutions, visit the following website: http://www.anchormydata.com Or contact us sales@anchormydata.com..
contact information: jake@anchormydata.com
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Data encryption cyber security software company DAtAnchor, Inc. offers affordable CMMC v1.02 compliance for Office, CAD, video, and audio files. Ohio
Source link Data encryption cyber security software company DAtAnchor, Inc. offers affordable CMMC v1.02 compliance for Office, CAD, video, and audio files. Ohio
Only 17% of organizations encrypt at least half of their sensitive cloud data – SC Magazine
A woman speaking on a mobile phone walks past a cloud computing presentation ahead of the CeBIT technology trade fair in 2012. (Sean Gallup/Getty Images)
New research by Thales on security trends one year into the pandemic found that about 50% of businesses say that they store more than 40% of their data in external cloud environments, but only 17% have encrypted at least half of their sensitive data in the cloud.
While this raises some concerns, the Thales 2021 Data Threat Report, based on a study by 451 Research, pointed to some improvement in regulated industries. For example, 33% of health care respondents say they encrypt their data.
However, mitigating cloud-related data breaches via data encryption stands as just part of the puzzle, said Ted Driggs, head of product at ExtraHop.
While we agree that encryption is an important part of securing the cloud, we feel its only a partial security strategy and organizations must do more to protect themselves against the sophisticated attacks that have become our daily reality, Driggs said. For complete cloud security an organization should encrypt data to protect it in the cloud and also implement real-time threat detection and response.
Kevin Kennedy, vice president at Vectra, said attackers love the cloud for the same reason organizations do: it stores critical data in one easy to access place. Today, its incredibly easy for adversaries to abuse user credentials and take over cloud accounts, he said.Vectra research showsaccount takeoversinOffice 365have become the largest threat vector in the cloud, while,according to the Verizon Data Breach Investigations Report (DBIR),77% of cloud breaches involved account takeovers withmisconfiguration of production environments and improper IAM and permission configurations other top threats.
Once attackers have access, they may try to hide their tracks or move laterally between cloud services and the network to reach sensitive data, or may stay on the network undetected, Kennedy said. This is why you need to have detection within the cloud, not just prevention-focused tools that try to stop attackers gaining access to systems. At some point, an attacker will get in. When they do, its vital they are caught before they have the chance to do any harm.
The Thales survey also found as the pandemic pushed organizations to the cloud many now use multiple providers for Infrastructure-as-a-Service (IaaS). Some 53% use AWS as their IaaS provider and 41% opt for Microsoft Azure with considerable overlap across Google Cloud, IBM Cloud, Oracle and Alibaba.
Organizations are also more measured in using Platform-as-a-Service (PaaS) providers. The largest percentage indicated theyre using two (44%) PaaS providers. And 21% identified that they use three PaaS providers. The use of multiple SaaS-delivered applications was much higher, as 27% usee more than 50 SaaS apps and 16% use 51-100 SaaS applications.
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Only 17% of organizations encrypt at least half of their sensitive cloud data - SC Magazine
Database Encryption Market 2021 Present Scenario on Growth Analysis and High Demand to 2030 KSU | The Sentinel Newspaper – KSU | The Sentinel…
The latest Global Database Encryption Market report lends a competitive head start to businesses by offering accurate predictions for this vertical at both regional and global scale. It entails a top-to-bottom evaluation of the various industry segments, highlighting the current and future development possibilities, and all other factors affecting the revenue potential. Moreover, the research piece covers the leading companies, as well emerging contenders and newcomers to provide a holistic view of the competitive landscape. Additionally, it makes inclusion of the challenges due to the Covid-19 pandemic and the potential paths going forward.
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The process begins with internal and external sources to obtain qualitative and quantitative information related to the Database Encryption Market. It also provides an overview and forecast for the Database Encryption Market based on all the segmentation provided for the global region. The predictions highlighted in the Database Encryption Market share report have been derived using verified research procedures and assumptions. By doing so, the Big Market Research report serves as a repository of analysis and information for every component of the Database Encryption Market
NOTE: Our report highlights the major issues and hazards that companies might come across due to the unprecedented outbreak of COVID-19.
Market players have been discussed and profiles of leading players including Top Key Companies:IBM CorporationIntel Security (Mcafee)Microsoft CorporationSymantec CorporationNetapp, IncGemaltoOracle CorporationSophos LtdHewlett-Packard Development Company
Talk to our Analyst / Ask for a discount on Database Encryption Market and Get More Information Related to This Report: https://www.bigmarketresearch.com/request-for-discount/2963489?utm_source=MMT&utm_medium=MWA
Key highlights from Covid-19 impact assessment:
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The Database Encryption Market is also characterized by a highly complex value chain involving product manufacturers, material suppliers, technology developers, and manufacturing equipment developers. Partnerships between research organizations and the industry players help in streamlining the path from the lab to commercialization. In order to also leverage the first mover benefit, companies need to collaborate with each other so as to develop products and technologies that are unique, innovative and cost effective.
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The report includes the region-wise segmentation North America (United States, Canada and Mexico), Europe (Germany, France, UK, Russia and Italy), Asia-Pacific (China, Japan, Korea, India and Southeast Asia), South America (Brazil, Argentina, Colombia etc.), Middle East and Africa (Saudi Arabia, UAE, Egypt, Nigeria and South Africa) of the market. In the regional segmentation, the regions dominating the Database Encryption market are included along with the regions where the growth of the market is slow.
By the product type, the Database Encryption Market is primarily split into 2020-2025:Column Level EncryptionFile-System EncryptionApplication-Level EncryptionTransparent/External Database EncryptionOther
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Conclusively, this report is a one stop reference point for the industrial stakeholders to get Database Encryption market forecast of till 2025. This report helps to know the estimated market size, market status, future development, growth opportunity, challenges, and growth drivers of by analyzing the historical overall data of the considered market segments.
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