Category Archives: Encryption
Did they crack the code? The importance of encryption for protest movements – OpenGlobalRights
Protesters march during a rally against government and President Lukashenko in Minsk, Belarus, 25 October 2020. According to reports, over 100,000 opposition activists took to the streets against Belarusian government and President Alexander Lukashenko calling him to step down and demanding new presidential elections. EFE/EPA/STR
In the presidential elections held in August in Belarus, Alexander Lukashenko was re-elected with 80% of the votes, yet only a few believed the official account. This disparity between reality and the state claims instigated record numbers of people to pour into streets and demand repeated elections. The regime answered with a brutal crackdown on protesters and internet shutdowns to limit accessing and sharing information. But Belarusians found a way to communicate through an encrypted messaging service called Telegram, which played a vital role in organizing protesters and disseminating information horizontally without any formalized leadership. Encryption remains a central tool for bypassing state surveillance, especially in countries with repressive governments, but it does not come without lingering safety and security concerns.
When Belarusians called for transparent elections, they were met with extreme police violence and detentions, photos of which filled the media and caused international outrage. A parallel battle was happening in the digital realm through the blocking of independent media and opposition websites and intermittent internet blackouts. These restrictions aimed to cause a chilling effect on popular mobilisation and prevent the publishing of information and evidence about police abuse. Lukashenko blamed foreign interference for the internet shutdowns but experts pointed to the government that controls the state-owned Internet provider Beltelecom. NetBlocks reported that internet access in Belarus has been disrupted for several days, creating an information vacuum preventing citizens from establishing contact with each other and with the outside world. On the night of the elections results, the government shut down social networks, blocked VPNs, while encrypted traffic was also blocked on certain websites and two election platforms so that people could not observe news about possible violations. Later that day, the whole mobile internet was shut down and most of the media outlets were unavailable. None of the usual messaging services worked without additional tools to bypass the censorship. Viber, WhatsApp, and Messenger were inaccessible.
Belarusian authorities used a DPI method for blocking internet access, but also monitored real-time communications, examined unencrypted content, and implemented targeted blockings and shutdowns, enabling both invasive privacy breaches and mass censorship. Similar technology has been documented in other countries, notably China and Russia, where it has been reviewed as a tool for implementing the Sovereign Internet Law. It seems like government manipulation of the internet will remain a constant feature in the future.
Multiple crackdowns have brought to the spotlight the rights to freedom of peaceful assembly and of association in the digital space. According to a UN special rapporteur threats to digital expression and internet freedom are more pronounced than ever [] and internet shutdowns have emerged as a popular means of information control. This issue has been lately growing in importance as the restrictions amid the COVID-19 pandemic have made the shutdowns of online civic space ever more consequential for exercising civil and political rights. The Belarusian case of coping with state interference through encrypted messaging service can be instrumental for understanding similar scenarios across the globe.
In the post-Soviet country with a booming IT sector adding 6.4% GDP, harnessing the potential of the tech platforms has been central to the oppositions success. YouTube popularized Siarhei Tsikhanouski and subsequently his wife, who ran as the lead candidate against Lukashenko. Again, when social media platforms became mostly unavailable, protesters turned to Telegram. The anti-censorship tools used by Telegram through robust encryption allowed Belarusian citizens to continue connecting via the app and access its channels to share messages, warn protesters of police movements, and guide demonstrators to certain neighborhoods.
The diffuse coordination made it more difficult for the security services to repress the protesters. As a journalist summed up: This is the Telegram revolution. Its not the opposition, not the political parties. Everything is made by bloggers, influencers, and these Telegram channels. Lukashenko himself acknowledged Telegrams importance when announcing that all the various Telegram channels that control crowds in Minsk will go away. The protests show how critical encryption is to protect citizens human rights and safety. It also offers a model to be copied by activists in many other countries looking to evade government control. Similar channels have been used by popular movements in Catalonia and Hong Kong, proving that even though the context might be different, similar tactics can still be adopted.
Evidently, there are two sides to the liberating power of encryption. A key argument is that as much as it can be a tool for greater democracy, it can also foster illegal activities. Thinking of the democratic cause only, where the biggest Telegram channels are followed by millions of users, questions arise around self-organization, misinformation risks, and security threats to users. In a climate where traditional media cannot be trusted and oppositional media has been disabled, the platforms take on an unprecedented power over information. The biggest channel fuelling Belarusian protests is Nexta, with more than 2 million subscribers in a country of about 9.4 million people. Operating fast and without an editorial team, they do not have the time and the capacity to fact-check information. Misinformation can lead to higher risk-taking, such as when protesters wrongly heard that security forces joined them and approached the police chanting five cities have laid down their shields. They were later dragged into police vans and may have been among the thousands of detained Belarusians who faced torture and beatings.
Roman Protasevich, the chief editor of Nexta, offered a rare glimpse into the channels operational mindset when interviewed by the BBC: Do I feel responsible for what we publish? Only in terms of whether it will bring people closer to victory and the end of the dictatorship. Undoubtedly, a small team of six that works out of a community centre in Warsaw is short of resources to cross-check each piece of information when there are hundreds of items on the Telegram channel. But these and similar channels remain oblivious to alerting their followers that the information they publish has not been verified.
As the governments become increasingly repressive and tech-savvy in suppressing dissent, the popularity of encrypted platforms for news gathering and dissemination is here to stay. Encrypted communications fall beyond the reach of regulation, making them a strong alternative source. They will remain a key enabler of civic rights in undemocratic societies where the media is tightly controlled by the authorities. But with information power concentrated into the hands of a few, an additional layer of scrutiny should be placed on how they operate and whether or not they act responsibly towards citizens.
Nexta founder Stsyapan Putsila downplays their role saying that they do not force anyone to protest: We tell people that they can go out, defend their rights. Belarusians come out on their own. But he also added that Now we not only inform, but to some extent also coordinate people. For Nexta, the trade-off is worth the end goal of achieving democracy, and many of their followers would agree. But in the country hungry for uncensored information, this reluctance to take on a greater responsibility despite growing stakes creates additional risks for the protesters.
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Did they crack the code? The importance of encryption for protest movements - OpenGlobalRights
The EU’s muddled approach to encryption – The Spectator US
The EU would like you to know that it doesnt want to ban encryption. In fact, it correctly recognizes that encryption is absolutely essential for our privacy and financial safety on the internet. Thats why a draft resolution due to be tabled in front of EU leaders at a pivotal summit later this month spends paragraphs extolling the virtues of online encryption, before setting out the EUs complaint: they would really like to be able to read encrypted messages. And they want technology companies to do something about it.
On the surface, the EUs argument might seem quite reasonable: most of us would generally believe that with warrants or similar safeguards, authorities should be able to read the messages of serious criminals or terrorists. This is an argument successive British governments have also been fond of making.
The problem is that once you scratch below the surface, legislators are essentially proudly proclaiming themselves to be pro-cake and pro-eating it.
Online security is quite different from offline security, in that our communications are ultimately protected by encryption, which boils down to complex mathematics. Encryption uses calculations which are easy to perform one-way round but almost impossible to reverse the mathematical equivalent of scrambling an egg which means tech companies can make our messages all but impossible to decipher as they traverse the internets network of cables and servers.
In fact, thanks to encryption, the creators of most modern messaging apps cant read their users messages even if they wanted to. This is crucial for our security and privacy: messages arent secure if someone who works for a tech company (or a criminal or spy posing as them) can access them. And it means that when governments or police forces ask tech companies to hand over data, they cant they never had it in the first place.
But this is giving governments which in the internet era have become accustomed to being able to drown themselves in terabyte after terabyte of bulk data something of a headache. In response, they have begun urging, or threatening to compel, tech companies to create some means of circumventing their sophisticated encryption for selected users, so that they can hand over their data.
This is, essentially, the online equivalent of getting someone to leave the back door open so you dont have to use the locked, barred and reinforced front door. And just like an open back door in real life, in practice that means youre leaving the door open to everyone.
If tech giants create vulnerabilities so it is easier to access user data, the same methods will also be used by criminals and foreign governments. In the online world, it is simply not possible to selectively weaken security just for the good guys.
The EUs latest resolution tackles this thorny problem by insisting that they are big supporters of encryptionandthat they understand the risks of backdoors, and so would not ask tech giants to insert them into their messaging apps.
Instead, they ask tech companies, researchers, academics and others to look for some other way of allowing them to access messages essentially deciding that a back door by any other name will somehow magically work differently.
We should be relieved that the latest EU proposal is so laughably vague, but it is symbolic of the dead-end in which governments across the world have got to when it comes to regulating the internet a task we all agree, to different extents, is necessary, but one for which most governments seem woefully ill-equipped.
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If the EU is interested in tracking and monitoring criminals, there are already other technical methods available for example, through phone manufacturers themselves (though backdoors here could, again, cause unintended consequences). It could also spend more on human intelligence, which is traditionally far more effective, and has been starved of resources in the internet era.
Instead, the EU joins an array of other governments and bodies straddling between menace and comical ineffectiveness. By railing against encryption, they undermine public trust in a technology that is vital to our online privacy and security.
And by having nothing more than a plea to the heavens for some magical fix to their problem, the EU are instead making themselves look comically unprepared for the task of regulating the internet era of capitalism. We are two decades into the digital age, and our politicians are still decidedly analog.
This article was originally published on The Spectators UK website.
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The EU's muddled approach to encryption - The Spectator US
AES Encryption Software Market 2020 Global Industry Size, Demand, Growth Analysis, Share, Revenue and Forecast 2022 – The Think Curiouser
This new research report compilation added as an assessment overview of the global AES Encryption Software market is directed to unravel crucial details about market developments, encompassing various factors such as market trends, lingering barrier implications as well as dominant drivers that effectively carve a favorable growth route for global AES Encryption Software market progression and growth. The report specifically underpins superlative reader comprehension about multiple market developments by gauging into regional growth spots.
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DellEsetGemaltoIBMMcafeeMicrosoftPkwareSophosSymantecThales E-SecurityTrend MicroCryptomathicStormshield
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Some of the most crucial market relevant information drawn in the report is aimed at equipping market players with a crisp overview of fast transitioning vendor landscape. The report is also designed to influence lucrative decision making amongst prominent players in terms of their investment discretion towards most appropriate investment decisions pertaining to dynamic product and pricing mix to initiate user acceptance. A close review of the sub-segmentation has also been tagged in the report, aimed at unveiling novel growth opportunities, offsetting market saturation. Minute classification of the growth hubs, encompassing details on global and local developments alike to entice critical decision making.
Types Covered in Report:(On-premises, Cloud, , , )
Application Covered in Report:(Disk Encryption, File/folder Encryption, Database Encryption, Communication Encryption, Cloud Encryption)
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How to recover data from a Mac with T2 or FileVault encryption and without a password – Macworld
Its hard thing to discover that a loved one is incapacitated or passed away, and the Mac or Macs they left behind cant be unlocked to retrieve photos, important financial or legal information, or any of their digital traces. If the main account or any administrative user password is unavailable, a newer Mac may be completely unrecoverable.
Many times, a person who experiences dementia may have already appointed or had appointed someone with the legal right to access their devices; someone who may know they were facing death or who had planned ahead with a will may have left their gear explicitly to someone, or appointed an executor who has rights. (This is not legal advice, by the way; consult an attorney with any questions about the legality of accessing such hardware.)
But the right or need to access a Mac doesnt mean one has the ability, and Apple has designed its systems to prevent its own ability to break through strong protections.
The T2 Security Chip found in newer Macs (see the list of Mac models here) brought iPhone- and iPad-style security and encryption to macOS, including Touch ID on laptops. The Macs startup volume is automatically encrypted at rest, separate from the long-running FileVault technology in macOS. (See How FileVault and the T2 Security Chip work together in newer Macs for more details.)
The T2 chip on a Mac automatically encrypts the startup drive as a way to improve security dramaticallyincluding rendering a drives contents unreadable if a device were lost or stolen. Without a fingerprint on a Touch ID-equipped Mac (for a computer thats running, logged in, and in the right circumstances) or a password for any Mac, even without FileVault enabled, the contents of the Macs drive could be permanently unavailable.
If the Mac in question is one of the above models, skip to Strategies to work around not having the password, later in this article.
If it doesnt have a T2 chip, you can try the following; if not, read on for what wont work, and then strategies to try without the password.
You may be able to mount a Mac as a volume on another Mac without a password using Target Disk Modeas long as FileVault wasnt enabled. You may not know if was, so you can try the following if both Macs have a FireWire (older models) or Thunderbolt 2 or 3 port:
Connect the computers.
Restart or startup the Mac you want to mount on the other while holding down the T key.
If it works, a volume icon appears on the other Mac.
If you receive a prompt to enter a password, then either FileVault is enabled or theres a T2 chip on the computeror even both.
However, if you dont have another Mac to try this with or they dont have compatible ports, you can also set up an external, bootable macOS drive with a version of macOS new enough to start up the computer in question and not too new for an older Mac. (Consult the Macs model to check on which system releases work with it.)
Heres how to boot from an external drive:
With a macOS startup volume installed on an external drive, plug it into the Mac you want to start up.
Either restart the Mac or start it up, holding down the Option key as it powers up.
A roughly formatted display showing available startup drives should appear. Click or use a keyboard to select and boot from that drive.
The internal drive shows up as a volume after macOS starts up.
If you cant start up from an external drive because youre prompted for a password or blocked in another fashion, or macOS prompts you for a password to mount the internal drive (as above), youre stuck.
In nearly every scenario involving either a Mac with a T2 chip, FileVault enabled, or both, you have to have an administrative accounts password, often the main or only account on a Mac:
With FileVault turned on with any Mac, a password has to be entered at startup to even start macOS running. Otherwise its startup volume remains unavailable.
With the T2 chip and no FileVault, a Mac will boot to the startup screen, but unless you had the password, even though the drives contents are available to a user, youd have to break into macOS to gain access to files. Because the T2 chip restricts starting up with an external drive without making a specific administrative change that requires a password, you wont even be able to boot off an external driveand youd need an account password after that to mount the drive when started up externally, in any case.
You might consider removing the hard drive as one strategy. But Macs of the last few years have drives that cant easily be removed or are impossible to remove at all. Even if you could mount a drive on another device, if FileVault is enabled or its a mac with a T2 chip, its impossible to decrypt the drives contents.
The Startup Security Manger on T2-equipped Macs prevents staring up from an external drive without changing settingswhich requires a password.
Dont give up yet, however.
Several strategies can help, some of them absurdly low tech:
Check for sticky notes, password books, or other places someone may have written down their password. This is surprisingly common, yet often overlooked. (The best hackers in movies always make a joke about it when asked what sophisticated cracking tool they will use: they just find the sticky note.)
Did the person ever give you a password as a backup in case they lost or forgot theirs? Check your messages, password manager, or notes.
Look for local backups. While startup drives may be encrypted via FileVault or the T2 chip, Time Machine and other backups typically arent, unless someone takes an extra step to encrypt the volume. (If they did that, they might also have taken steps to allow someone else to gain access later if they couldnt.) Look for a drive directly connected to the computer, to another computer on the network, or a Time Capsule, Apples discontinued networked Time Machine backup option.
Look for online backups. A person may be using a cloud-based backup storage system, like Backblaze or Carbonite, and you may be able to find the password for that if you cant find their Mac accounts password. Check credit-card bills to see if theyre using such a service.
Check iCloud. Again, you might be able to find or figure out their iCloud login, and retrieve photos and synced files from iCloud.
Look for other sync services. Dropbox, Google Drive, OneDrive, and other options can sync the contents of folders or nearly an entire drive from a computer to cloud-based storage.
Preparation always helps, too. If youre reading this column prospectivelybefore a problem has cropped upsee How to prepare your digital assets in case of death for advice on setting up yourself or helping someone else be set up for access when they cant provide a password.
This Mac 911 article is in response to a question submitted by Macworld reader Janvier.
Weve compiled a list of the questions we get asked most frequently along with answers and links to columns: read our super FAQ to see if your question is covered. If not, were always looking for new problems to solve! Email yours to mac911@macworld.com including screen captures as appropriate, and whether you want your full name used. Not every question will be answered, we dont reply to email, and we cannot provide direct troubleshooting advice.
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How to recover data from a Mac with T2 or FileVault encryption and without a password - Macworld
Security flaws in smart doorbells may open the door to hackers – We Live Security
The peace of mind that comes with connected home security gadgets may be false your smart doorbell may make an inviting target for unwanted visitors
Smart doorbells commonly found on marketplaces such as Amazon and eBay contain serious vulnerabilities that expose their owners to a host of security and privacy threats, according to an investigation led by the British consumer watchdog Which?.
Together with NCC Group, Which? looked into 11 internet-connected video- and audio-equipped doorbells, finding disconcerting vulnerabilities in all of them. A number of the gadgets are designed to have the look and feel of Amazons Ring and Googles Nest Hello and are sold either under their own brands or have no discernible branding. Some devices were promoted with the Amazons Choice logo and received rave users reviews.
Notably, this includesthe Victure VD300 smart doorbell, listed as the number one bestseller in door viewers. The device was found to send a Wi-Fi network password to servers in China unencrypted. If stolen, the login details might not just give crooks access to the victims Wi-Fi network, but also to other devices connected to it and exposing peoples sensitive data in the process.
The lack of data encryption was overall a common find in the test and also affected video footage, which was often stored unencrypted.
RELATED READING: These things may be cool, but are they safe?
Other flaws had to do with poor password protections, since the units came with basic and easy-to-guess default passwords or their passwords were easy to reset by unwanted guests. Some devices were vulnerable to being readily switched off or stolen, paving the way for burglars to do their job and be gone while nobody is watching. One gadget was susceptible to a critical exploit taking advantage of the Key Reinstallation AttaCK (KRACK) vulnerability in Wi-Fi authentication that could ultimately leave Wi-Fi networks wide open to compromise.
Unsurprisingly, most units gathered more customer data than they actually needed for their operations. Overall, the tests findings are by no means unique as similar probes have been conducted before and also brought unflattering results.
RELATED READING: IoT security: Are we finally turning the corner?
Amazon has since removed the listings for at least seven products. Meanwhile, eBay had this to say: These listings do not violate our safety standards but represent technical product issues that should be addressed with the seller or manufacturer, said the company.
If youre in the market for any connected gizmo, you want to do your homework and choose a reputable manufacturer with a proven track record of securing their devices. Then, when you first set up your new smart device, at the very least make sure you protect it with a strong and unique password or passphrase as well as with two-factor authentication.
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Security flaws in smart doorbells may open the door to hackers - We Live Security
Document Encryption Software Market 2020 – Impact of COVID-19 Pandemic, Future Development, Top Manufacturers Analysis, Trends and Demand discussed in…
Document Encryption Software Market 2020 Research Report initially provides a basic overview of the industry that covers definition, applications and manufacturing technology.The report explores into the international players in the market. Market division by Regions, this report splits Global into several key Regions, with production, consumption, revenue, market share and growth rate.
Document Encryption Software market presents substantial inputs about the market size, market share, regional trends, and profit projection of this business sphere. The report also enlightens users regarding the foremost challenges and existing growth tactics implemented by the leading organizations that constitute the dynamic competitive gamut of this industry.
The research report on Document Encryption Software market provides a comprehensive assessment of the business sphere by evaluating all the vital aspects such as the current scenario of the marketplace and its trends over the forecast timeline. Key developments in Document Encryption Software market over the forecast period are also elaborated in the report, alongside insights regarding the regional landscape as well as various industry policies that shape the market dynamics.
In-depth information pertaining competition patterns in consort with advantages and disadvantages of the products manufactured by the market majors are cited in the report. The report briefly analyzes the production and consumption aspects of the industry including raw material matrix, production cost, and downstream buyers.
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COVID-19, the disease it causes, surfaced in late 2020, and now had become a full-blown crisis worldwide. Over fifty key countries had declared a national emergency to combat coronavirus.
With cases spreading, and the epicenter of the outbreak shifting to Europe, North America, India and Latin America, life in these regions has been upended the way it had been in Asia earlier in the developing crisis. As the coronavirus pandemic has worsened, the entertainment industry has been upended along with most every other facet of life.
As experts work toward a better understanding, the world shudders in fear of the unknown, a worry that has rocked global financial markets, leading to daily volatility in the U.S. stock markets.
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U.S. Hardware Encryption Market is expected to reach $259.12 billion by 2026 | CAGR 32.4% – WhaTech
Hardware encryption is considered as the most effective form of data protection against unauthorized access. To address the grave issue of the increasing number of complex cyber-attacks, governments across the globe are coming out with stringent regulations pertaining to data protection; a factor that further supplements the demand of hardware encryption as a key data security technology.
The U.S. hardware encryption market size was valued at $28.08 billion in 2018, and is projected to reach $259.12 billion by 2026, growing at a CAGR of 32.4% from 2019 to 2026.
In the current scenario, factors such as reduced cost differences between hardware encrypted and non-hardware encrypted products, growing number & complexity of data breaches, regulatory and compliance requirements are driving the growth of the U.S. hardware encryption market. Some of the restraints associated with hardware encryption market are lack of awareness among the users and limited use of encrypted drives in the U.S.
Several encrypted hardware vendors and manufacturers are aiming at developing encrypted keys at reduced prices; customized according to the specifications of the end consumers. Government mandates and regulations, supporting the use of hardware-encrypted products by companies and enterprises, have now been adopted in many countries across the world.
The segment of encrypted USB flash drives is expected to grow significantly and register a highest CAGR during the forecast period. Increase in demand for robust memory storage devices that are highly compact, offer maximum storage and render better security of data is the key factor, which is anticipated to drive the growth of the segment.
However, the solid-state drive (SSD) segment is expected to grow at the highest rate of 35.6% between 2019 and 2026.
SSD provides faster encryption as compared to the HDD devices, which majorly fosters the growth of this segment. The need for the adoption of SSD is expected to increase in the upcoming years due to increase in data breaches and expansion of digital content.
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Among the various verticals, consumer electronics sector was the largest contributor, accounting for around 33.2% of the total hardware encryption market share in 2018. The sector would continue to be the highest revenue generator throughout the analysis period.
The stringent government regulations, and security standards along with the increasing use of BYOD devices are the key factors supplementing the adoption of hardware encryption in the consumer electronics sector. The industrial sector would also grow at a notable rate over the forecast period.
With an aim to reduce cyber-attacks and improve data protection, governments across different regions are promoting the use of hardware encrypted devices.
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Some of the key U.S. hardware encryption market players profiled in the report include International Business Machines (IBM) Corporation, Kingston Technology Company, Inc., McAfee, LLC, Micron Technology, Inc., NetApp, Inc., Samsung Electronics Co., Ltd., Seagate Technology LLC, Symantec Corporation, Toshiba Corporation, and Western Digital Technologies, Inc. Players operating in the U.S. hardware encryption market have witnessed high revenue growth opportunities for hardware encryption especially due to rise in number of cyber-attacks.
This study includes the hardware encryption market analysis, trends, and future estimations to determine the imminent investment pockets.
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U.S. Hardware Encryption Market is expected to reach $259.12 billion by 2026 | CAGR 32.4% - WhaTech
Data Encryption Market: Global Industry Analysis, Size, Share, Trends, Growth and Forecast 2020 2026 – The Think Curiouser
The latest report on Data Encryption Market now available at Market Study Report, LLC, explains the current and upcoming trends besides details related to the regional landscape of the Data Encryption market that includes numerous regions. The report further emphasizes intricate details regarding the demand and supply analysis, contributions by leading industry players and market share growth of the Data Encryption industry.
The study on Data Encryption market presents a comprehensive analysis of the key growth markers of this industry vertical in accordance with the regional outlook and competitive landscape. Also, the report discusses the prevalent challenges and limitations in this business sphere. Moreover, it renders a robust outlook on the opportunities that can turn in profit over the projected timeline. In addition, a conclusive overview of the impact of Covid-19 pandemic is included to empower stakeholders with the latest updates on changing market dynamics.
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Data Encryption Market: Global Industry Analysis, Size, Share, Trends, Growth and Forecast 2020 2026 - The Think Curiouser
Arrests and raids in Essex as police crackdown on encrypted criminal networks – Gazette
SEVEN people have been arrested and huge amounts of cash seized in police raids in Essex and London.
The activity is linked to Operation Eternal, the Metropolitan Police's investigation to counter the use of encrypted devices by criminals to avoid detection.
Operation Eternal is the Mets investigation name for its involvement in Operation Venetic, led by the National Crime Agency.
There were also addresses raided in Essex included properties in Grays and Clacton.
Other warrants in Redbridge and Havering were carried out in the early hours of this morning by the Mets Specialist Crime Proactive Hub, aided by the Territorial Support Group.
The warrants relate to an investigation into people who thought their criminality was hidden behind security devices to distribute messages and images in order to carry out their crimes.
Images are used by the criminals to show the illicit items and the one attached shows what is attributed to be a one kilogram block of cocaine.
The investigation relates to EncroChat, which was one of the largest providers of encrypted communications and offered a secure mobile phone instant messaging service, but an international law enforcement team cracked the companys encryption.
On June 13 this year, EncroChat realised the platform had been penetrated and sent a message to its users urging them to throw away their handsets.
The phones which have pre-loaded apps for instant messaging, have a kill code which wipes them remotely have no other conventional smart phone functionality and cost around 1,500 for a six-month contract.
As a result on the investigation on Tuesday, police arrested a man in Maldonon suspicion of directing the supply of drugs into east London and Essex between April and September 2020.
Knives that were seized
Also seized at the time of the arrest was a knife that is also suspected to be a stun-gun.
The 52 year-old man is currently being questioned by detectives and following the arrest, a residential property was searched in Liverpool.
In addition, other addresses in east London and Essex, believed to be linked to the organised crime group, were searched todayas police sought further evidence of drugs supply.
At an address in Havering, a 40-year-old manwas arrested on suspicion of possession of criminal property and cash, believed to be in excess of 100,000, was seized.
Three addresses in Ilford that were searched resulted in three arrests.
At one a 46-year-old-man was arrested on suspicion of conspiracy to supply controlled drugs. A suspected firearm was also found in the search, this awaits forensic examination.
At the second address a 48-year-old womanwas arrested on suspicion of possession of criminal property and about 6,500 in cash was seized.
At a third Ilford address, officers executed a search warrant and arrested a 45 year-old manon suspicion of possession of drugs with intent to supply.
At an address in Grays,two 18-year-old menandwere arrested on suspicion of conspiracy to supply controlled drugs.
At another Graysaddress a 23-year-old manwas arrested on suspicion of cultivation of cannabis.
Lastly, at an address in Clacton, police executed a search warrant and discovered a cannabis factory. There were no occupants or arrests.
As a result of the operation, eight people have been arrested.
Police continue to identify other subjects concerned in the supply of drugs and offences under the proceeds of crime act.
Det Insp Niall McSheffrey, from the Specialist Crime Command, said: The action taken today demonstrates the Mets continued fight to tackle serious and organised crime.
"The extent of this organised crime groups criminality is clear from the messages and images on the encrypted devices. I hope todays activity sends a clear message to criminals that they have nowhere to hide.
The National Crime Agency played a key role combatting encrypted communications through Operation Venetic and due to extensive and thorough investigations a number of EncroChat users have been found.
Read more here:
Arrests and raids in Essex as police crackdown on encrypted criminal networks - Gazette
2020 and Beyond: Homomorphic Encryption Market Trends and Outlook Study to 2027 – The Haitian-Caribbean News Network
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The major vendors covered: Gemalto, Oracle Corporation, Microsoft, IBM Corporation, Galois Inc, CryptoExperts, Netskope, and more
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