Network Communication – Scots Beavers http://scotsbeavers.org/ Fri, 10 Sep 2021 22:57:32 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://scotsbeavers.org/wp-content/uploads/2021/06/icon-4.png Network Communication – Scots Beavers http://scotsbeavers.org/ 32 32 SpaceX and KDDI team up to eliminate wireless blind spots in Japan https://scotsbeavers.org/spacex-and-kddi-team-up-to-eliminate-wireless-blind-spots-in-japan/ https://scotsbeavers.org/spacex-and-kddi-team-up-to-eliminate-wireless-blind-spots-in-japan/#respond Fri, 10 Sep 2021 21:15:00 +0000 https://scotsbeavers.org/spacex-and-kddi-team-up-to-eliminate-wireless-blind-spots-in-japan/ TOKYO – KDDI, Japan’s second-largest mobile phone provider, has become one of SpaceX’s partners in deploying high-speed wireless coverage via satellites, Nikkei has learned, as part of the goal of SpaceX CEO Elon Musk to connect the whole world to the Internet. SpaceX has launched hundreds of Starlink telecommunications satellites with the aim of fully […]]]>

TOKYO – KDDI, Japan’s second-largest mobile phone provider, has become one of SpaceX’s partners in deploying high-speed wireless coverage via satellites, Nikkei has learned, as part of the goal of SpaceX CEO Elon Musk to connect the whole world to the Internet.

SpaceX has launched hundreds of Starlink telecommunications satellites with the aim of fully launching services in Japan by the end of the year. KDDI and SpaceX will begin a network test in Japan this month, and the coverage is expected to be commercially available next year.

The pair will begin by offering internet service to customers living in mountainous areas and islands at no additional cost. The satellite network will also serve as a back-up in the event of disruption of terrestrial telecommunications lines during natural disasters or power outages.

Once the Internet of Technology is launched, Starlink could set up a network for smart devices, which would be used for data collection in sparsely populated places or for drone operations in otherwise hard-to-reach areas.

The transmission of visuals and other large data will allow authorities to remotely monitor volcanic eruptions or floods or inspect bridges and power towers.

For farmers, Starlink will allow them to monitor weather and harvest conditions so that they are better informed about when to fertilize or when to harvest.

Terrestrial telecommunications infrastructure includes a network of base stations, switching stations, fiber optic cables and backbone networks. Starlink will connect data transmissions between phones and base stations to backbone networks via satellites.

The new service is expected to provide a low cost communication infrastructure for low population areas, as it makes fiber optic cables unnecessary. KDDI will add satellite communication antennas to base stations and install a new SpaceX transmission station at the Yamaguchi Satellite Communication Center.

Japan still has a few areas with incomplete telecommunications networks. At the end of March, around 9,900 people were living in places without mobile coverage. Even in areas with wireless coverage, it is often difficult to connect with devices on islands.

KDDI covers over 90% of the population with 4G communication, but the so-called platinum frequency band covers only 60% of the country’s land area.

A Starlink satellite can exchange signals over 1000 km with little latency. The satellites orbit at lower altitudes than conventional communications satellites, which hover about 36,000 km above the ground. Lower altitudes are said to allow faster communication compared to normal satellite services.

Such satellite network services must be approved by the Japanese Ministry of Communications before operations can begin. The ministry changed the rules in August that opened the doors for SpaceX to launch internet services in Japan. SpaceX and KDDI both plan to obtain licenses by the end of the year.

Back in the days when KDDI was strong in satellite control signals since the company was known as Kokusai Denshin Denwa. The carrier has been working with SpaceX technologically for the past year.

This current partnership involves SpaceX providing the satellites while KDDI takes care of the terrestrial telecom connections.

Musk mentioned “two fairly important partnerships with the countries’ major telecommunications operators” in June at the Mobile World Congress in Barcelona. While Musk has not disclosed the names of the companies, it turns out that KDDI is one of them.

SpaceX will use the service’s deployment in Japan, where customers expect high-quality connections, as a model for a global network.

SpaceX has launched Starlink satellites at a rapid rate. About 400 units alone were sent into space over a 12-month period from May 2019, according to NASA. More than 1,500 of the satellites are said to be in orbit today.

Musk’s company will continue to launch satellites until it forms a constellation of over 10,000 units. There are over 3 billion people in the world without Internet access. The expansion of services would allow the global diffusion of digitization.

A satellite network will be essential to make sixth generation communication a feasible reality. Driverless vehicles and similar applications will use 6G. To avoid latencies and service interruptions, ground base stations will need to work with air communications satellites and drones.

Other players are entering the satellite telecommunications sector. Amazon.com is spending $ 10 billion to create a network of more than 3,000 satellites. Japanese counterpart Rakuten Group has partnered with an American startup to launch mobile satellite services in the next fiscal year.

NTT, Japan’s largest telecommunications group, has partnered with Sky Perfect JSAT Holdings to develop what are essentially data centers in space. These services are expected to be operational in 2026.


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Rostelecom to deploy fiber optic communication network for Petropavlovsk gold miner https://scotsbeavers.org/rostelecom-to-deploy-fiber-optic-communication-network-for-petropavlovsk-gold-miner/ https://scotsbeavers.org/rostelecom-to-deploy-fiber-optic-communication-network-for-petropavlovsk-gold-miner/#respond Tue, 07 Sep 2021 22:03:44 +0000 https://scotsbeavers.org/rostelecom-to-deploy-fiber-optic-communication-network-for-petropavlovsk-gold-miner/ At the recent Eastern Economic Forum, gold company JSC MC Petropavlovsk and telecommunications leader PJSC Rostelecom entered into a strategic partnership agreement. The document was signed by Sergey Shumilov, Managing Director of the Petropavlovsk Management Company and Valery Ermakov, Senior Vice President of Corporate and Government Segments of Rostelecom. Under the agreement, Rostelecom will build […]]]>

At the recent Eastern Economic Forum, gold company JSC MC Petropavlovsk and telecommunications leader PJSC Rostelecom entered into a strategic partnership agreement. The document was signed by Sergey Shumilov, Managing Director of the Petropavlovsk Management Company and Valery Ermakov, Senior Vice President of Corporate and Government Segments of Rostelecom.

Under the agreement, Rostelecom will build fiber-optic communication lines in the territory of the Petropavlovsk gold mines, which will enable it to provide a wide range of telecommunications services. The company will provide data center services, create a single VPN network, and implement virtual PBX-based business telephony. The data center will provide a secure and reliable IT infrastructure for the business with secure communication channels through which data can be exchanged.

A virtual PBX makes it possible to organize telephony via the Internet with the functions of call forwarding, distribution and call recording. The phone number is not linked to the login address and will remain with the customer even if there is a change of office. In addition, the company will organize digital services such as telemedicine, managed WiFi and interactive television.


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Tourists unable to contact families due to communications blockade https://scotsbeavers.org/tourists-unable-to-contact-families-due-to-communications-blockade/ https://scotsbeavers.org/tourists-unable-to-contact-families-due-to-communications-blockade/#respond Fri, 03 Sep 2021 20:35:14 +0000 https://scotsbeavers.org/tourists-unable-to-contact-families-due-to-communications-blockade/ Suhail bhatSRINAGAR, September 3: Tourists find it difficult to communicate with their families and loved ones due to the suspension of cellular network and mobile internet services in Kashmir for the past two days.Following the death of a senior separatist leader, Syed Ali Geelani, on Wednesday, authorities shut down cellular networks and mobile internet services […]]]>

Suhail bhat
SRINAGAR, September 3: Tourists find it difficult to communicate with their families and loved ones due to the suspension of cellular network and mobile internet services in Kashmir for the past two days.
Following the death of a senior separatist leader, Syed Ali Geelani, on Wednesday, authorities shut down cellular networks and mobile internet services as a precaution, making it difficult for tourists to contact their families.
“The signals ended unexpectedly while I was having a video chat with my mother on Wednesday evening. Since then, I haven’t been able to communicate with any of my family. They must be concerned for my well-being.” , said Jyoti, a tourist from Madhya Pradesh, adding: “I came here for vacation, but I feel stuck.
A group of tourists told Excelsior they had been roaming for two days, unable to call home. “We are staying in a guesthouse that does not have a landline or working internet connection,” said a tourist, adding that life without internet is difficult nowadays.
Harpal Singh, a tourist from Punjab, believes the government should have built communication facilities for tourists before the blockade. “We understand why they are taking this step, but they have to provide facilities for tourists,” he said, adding that they were facing serious problems due to a lack of internet connectivity.
Authorities have installed steel barriers and razor wire on several roads, bridges and crossroads, as well as additional checkpoints in towns and villages in the Kashmir Valley, keeping people confined to their homes.
Many Kashmiris working or outside have expressed dissatisfaction with their inability to communicate with loved ones. “I cannot contact my family in Kashmir. I hope the situation in this country is stable. All services have been interrupted, ”Afaq Ahmad posted on Facebook.


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CannabisNewsWire should serve as the official newswire for https://scotsbeavers.org/cannabisnewswire-should-serve-as-the-official-newswire-for/ https://scotsbeavers.org/cannabisnewswire-should-serve-as-the-official-newswire-for/#respond Thu, 02 Sep 2021 13:35:00 +0000 https://scotsbeavers.org/cannabisnewswire-should-serve-as-the-official-newswire-for/ NEW YORK, Sep 02, 2021 (GLOBE NEWSWIRE) – CannabisNewsWire (“CNW”), a specialized communications platform for the cannabis industry and one of the 50+ brands of the InvestorBrandNetwork (“IBN”), has the pleasure to announce that it will collaborate with Kisaco Research to serve as the official newswire for the upcoming CBD Beverages & Ingestibles Summit 2021. […]]]>

NEW YORK, Sep 02, 2021 (GLOBE NEWSWIRE) – CannabisNewsWire (“CNW”), a specialized communications platform for the cannabis industry and one of the 50+ brands of the InvestorBrandNetwork (“IBN”), has the pleasure to announce that it will collaborate with Kisaco Research to serve as the official newswire for the upcoming CBD Beverages & Ingestibles Summit 2021. The conference will be held in Las Vegas from October 25-26, with an additional fully virtual session taking place on October 12. .

The CBD product industry is growing rapidly, with several US states legalizing the sale of products containing hemp-based ingredients. As the early players in the industry capture market share and expand existing CBD product lines, the CBD Beverages & Ingestibles Summit will seek to provide attendees with the opportunity to network and connect with the growing community of suppliers and simultaneously allow access to the latest scientific breakthroughs within the field. As such, the summit will seek to cater to a variety of audiences – including retailers, wholesalers, distributors, restaurateurs and bar owners looking to experience some of the most cutting-edge and innovative products available. on the market today.

In addition to bringing together over 35 speakers and industry thought leaders, this year’s event will also host a series of panel discussions and case studies designed to help attendees grow and develop their respective brands. . Conference attendees will have the opportunity to hear from some of the industry’s top luminaries on a variety of topics, including “Determining Current Regulatory Trends in the United States”, “Innovating a New Format for CBD Delivery in the United States”. honey ”,“ Determining the right levels of CBD and THC to optimize the entourage effect ”and“ Protecting your business strategy for the future ”.

IBN and CNW will work collaboratively to leverage their wide range of corporate communications solutions to increase recognition among conference attendees looking to improve visibility with investors, journalists, consumers and the public. CannabisNewsWire will provide amplified article syndication to its more than 5,000 strategic syndication partners. In addition, InvestorBrandNetwork, CannabisNewsWire, CBDWire and HempWire will further promote the event by featuring the conference on their dedicated events pages.

“We are delighted to partner with this group of brands,” said Leah Darbyshire, conference producer. “CNW, IBN and their network of collective marks have a solid reputation for reaching a wide audience. Our team look forward to working alongside them to increase global awareness for our next event, as they help us ensure that our message will be widely shared with those interested in learning more about the future of the growing CBD industry. fast and the exciting new products, innovations and practices being introduced there.

In addition to the widespread distribution of articles and press releases by CannabisNewsWire, InvestorBrandNetwork is poised to provide social media coverage of the virtual event. Collectively among its more than 50 brands, the network now has more than 2 million likes and followers on several platforms such as Facebook, Twitter and LinkedIn.

“We are delighted to be working with the Kisaco research team in the production of the CBD Beverages & Ingestibles Summit,” said Chris Johnson, director of customer solutions for CannabisNewsWire. “This conference showcases some of the biggest innovations in the CBD industry, attended by some of the companies and major players in the industry, making it a standout event in the CBD space.”

For more information on the CBD Beverages & Ingestibles Summit 2021, including event registration, visit https://ibn.fm/jGfWB

About CannabisNewsWire
CannabisNewsWire (“CNW”), one of more than 50 brands in our InvestorBrandNetwork (“IBN”), is a specialty news service that (1) aggregates cannabis news; (2) provides CannabisNewsBreaks to quickly update investors in the space; (3) improves corporate press releases; (4) provides social media distribution via IBN to millions of social media subscribers; and (5) provides complete business communication solutions. CNW is uniquely positioned in the cannabis market with a strong team of journalists and writers who can help private and public businesses reach a large audience of investors, consumers, journalists and the general public through our network. ever-growing distribution of over 5,000 key syndication points. . CNW brings unprecedented visibility, recognition and content to the cannabis industry.

For more information, please visit www.CannabisNewsWire.com

Please review the full terms of use and disclaimers on the CannabisNewsWire website applicable to all content provided by CNW, wherever posted or republished:http://CNW.fm/ Disclaimer

Contact person for corporate communication:
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3 tests to guarantee zero trust network security https://scotsbeavers.org/3-tests-to-guarantee-zero-trust-network-security/ https://scotsbeavers.org/3-tests-to-guarantee-zero-trust-network-security/#respond Fri, 27 Aug 2021 23:42:02 +0000 https://scotsbeavers.org/3-tests-to-guarantee-zero-trust-network-security/ The COVID pandemic has highlighted the challenges of ensuring security on an expanding corporate network forced to support more and more remote workers, an ever-increasing diversity of devices and frequent mobility. Praveen Jain, founder and CEO of cloud networking startup WiteSand, spoke with ESecurity planet on the challenges of maximizing security in today’s environment, the […]]]>

The COVID pandemic has highlighted the challenges of ensuring security on an expanding corporate network forced to support more and more remote workers, an ever-increasing diversity of devices and frequent mobility. Praveen Jain, founder and CEO of cloud networking startup WiteSand, spoke with ESecurity planet on the challenges of maximizing security in today’s environment, the value of a zero trust model – and three key questions to address to make sure you’re on the right track.

There is an inherent weakness in how security too often relies on a trust but verification model in which endpoints have access to the network and are only quarantined when determined to be infected, Jain, former senior vice president of Cisco and founder of Insieme Networks, said ESecurity Planet.

Praveen Jain, Founder and CEO, WiteSand

The problem with this approach is that malware can sit idle on a user device for a long time before threat actors move sideways across a network – and most of today’s methods rely on perimeter security. will not notice this traffic flow.

Using a zero trust model instead, Jain said, ensures that endpoints only get access to the network after authentication – and recognizes that most traffic will likely be to the Internet. or a private data center, limiting lateral movement within the network via default deny policies (with exceptions for printers, conferences, etc.). “There really is no reason for laptops to talk to each other,” he said.

Network security becomes more complex

Networking and security are much more complex today than they were just a decade ago, when trust but verification was enough. “The rise of remote working gave birth to the ‘enterprise without borders’, characterized by the fluid movement of workers between home and office, and by the proliferation of devices – mobiles, laptops, tablets – used to doing business, ”Jain said. “The pandemic has added fuel to the fire by accelerating the irreversible trend. “

Now that it is no longer enough to just apply security at the entry and exit points of infrastructure, security must be ubiquitous and based on zero trust, Jain said. As the pandemic abates and employees return to work, the potential threats from unpatched laptops and new mobile devices acquired during the pandemic require increased attention to securing campus and branch office networks from the spread. zero-day attacks, ”he said.

The answer, Jain said, is to deploy a series of security tools at different layers, without any implicit trust placed in a device. “Every user or device – local or remote, wired or wireless – must be authenticated and authorized before granting access,” he said. “As a preventative measure, the ideal would be to block all unwanted communications between users and devices on the corporate network so that, in the event of a zero-day attack, its lateral movement is limited.”

The pandemic has clearly demonstrated the power of isolation to prevent viral contagion, and so has the protection of corporate networks. “Many organizations are concerned about implementing so-called isolation or microsegmentation in the existing network because they have little or no knowledge of the communication patterns between devices and users to determine what is valid. versus what isn’t, ”Jain said. “In the mind of an already functioning network, they often tend to leave it unanswered.”

New security tools that allow you to operate in surveillance mode first and then selectively block unwanted communications can be a great way to fill this gap, Jain said.

Jain – who held positions at three startups acquired by Cisco (and former Cisco CEO John Chambers, now heads Pensando Systems, a cutting edge IT startup co-founded by Jain) – now heads WiteSand, which emerged out of stealth mode in June with $ 12.5 million in seed funding and is touting itself as the premier “zero trust network as a service.” He spoke with ESecurity planet on what he considers three important network security tests.

Three network security tests

Jain suggests using the following three basic tests to assess the security of a corporate network:

  1. Can you ping your peers’ laptops from your laptop in the office? “There’s a good chance you can,” he said. “It is worth asking why this communication is allowed. Is it really necessary to connect to other employees’ laptops? Why aren’t laptops isolated from other laptops? The problem with this open communication is that if one of the employee laptops is infected with a zero-day exploit, it can spread sideways to other laptops.
  2. Are your IoT and other devices properly segmented? “If your IoT camera is supposed to talk to an on-site DVR to store the recordings, are they fully segmented to only allow that communication? Otherwise, any attack on an IoT camera or DVR can spread laterally to other parts of the network.
  3. Do any of your offices always use a pre-shared password to connect to corporate Wi-Fi? “You may think, ‘No way! But you’ll probably be surprised at the reality, unless you’ve deployed a network access control solution or equivalent capable of authenticating employees to a trusted corporate identity source such as than Active Directory. If this is not the case, be aware that a former employee can access the company’s Wi-Fi network from the company’s parking lot. “

Another way to maximize security against today’s threats is to deploy a “network DVR” to record all authentication processes for all devices, allowing you to look back and see who was affected, when and where. they were affected, and if anyone else was affected. “With all of the activity recorded – all employees, BYOD, guests, and IoT devices – a complete forensic record exists,” Jain said.

Ultimately, Jain said, the goal should be to move away from manual configuration, working towards 360-degree visibility of the network to ensure consistent policies across all devices and locations.

Further Reading: Zero Trust Cannot Protect Everything. Here is what you need to watch.


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What threatens other critical infrastructure when communications are down? https://scotsbeavers.org/what-threatens-other-critical-infrastructure-when-communications-are-down/ https://scotsbeavers.org/what-threatens-other-critical-infrastructure-when-communications-are-down/#respond Tue, 24 Aug 2021 23:36:45 +0000 https://scotsbeavers.org/what-threatens-other-critical-infrastructure-when-communications-are-down/ Everyone knows this person who likes to say that they are not addicted to their phone. In 2021, it’s hard to find a way to socialize, work, access essential services, and be entertained without the internet. From Zoom meetings to forecasts relayed through Alexa, the communications industry provides it all. As a critical infrastructure sector, […]]]>

Everyone knows this person who likes to say that they are not addicted to their phone. In 2021, it’s hard to find a way to socialize, work, access essential services, and be entertained without the internet. From Zoom meetings to forecasts relayed through Alexa, the communications industry provides it all. As a critical infrastructure sector, the communications industry has taken the world by storm in so many ways you may not even realize. From repetitive sunglasses ads on Instagram to curated playlists on Spotify, it’s all created using data collected from the internet and smartphone activity.

According to the United Nations, Internet use has become so pervasive that Internet access is considered a fundamental human right. Dominated by private companies, telecommunications service providers have capitalized on widespread use. In 2020, AT&T was awarded a total revenue of $ 171.6 billion, and their competitor, Verizon, earned a comfortable $ 128.9 billion. The combination of wide use with profitable businesses is sure to invite a multitude of malicious actors seeking to exploit the industry.

Cybercriminals can exploit banking information, personal information, and business documents through device breaches. Spreading like a virus, malware needs only one point of entry to compromise all clients and devices on the same telecommunications network. Entry points abound in the communications sector. As demand for the Internet and accessibility increase, so do devices.

Widespread effects of cyber breach in the communications industry include departmental / regional internet outages, compromised or stolen information, damage to corporate reputation and huge financial losses.

As telecommunications increasingly become part of our daily lives, service providers face a deluge of cyber risks that target the organization, consumers and the nation. Governments depend on the Internet just like businesses and individuals. It provides agencies with the networks to communicate and function, and they are just as vulnerable to threats as other Internet users. The possibility of malicious actors hacking into government systems that control sectors such as transportation, nuclear systems and financial services is a great public risk.

With so much at stake for ISPs, businesses need to take a proactive approach to their security strategy and instill strong cybersecurity practices within their business. In addition, regulators need to step up their efforts. The Federal Communications Commission (FCC) has been catastrophic at best in mandating compliance and managing risk. We’ll dive into the inefficiencies of the FCC in a moment.

Technology is driving the future of this industry. But, as technology develops, the security and risk management strategies that businesses implement to protect themselves are expected to evolve. Obsolete governance, risk and compliance (GRC) platforms cannot withstand the speed and sophistication of new cyber threats. Businesses can deliver stronger products and services and ensure public safety with a protected supply chain by prioritizing risk management and compliance.

The challenges of a cyber breach

The communications sector facilitates many other critical infrastructure sectors. The IT industry works with the communications industry to provide essential Internet services. The energy sector depends on communications networks to monitor and control the delivery of electricity, and transportation agencies rely on the communications sector to monitor and control land, sea and air traffic. Emergency services rely on the industry to coordinate responses, public alerts and warnings. Without telecommunications, emergency services cannot direct resources or receive 9-1-1 calls.

To fully understand the value of this industry, let’s take a look at the consequences of a communications cybersecurity incident. In state-sponsored cyber attacks, malicious actors can gain access to networks through remote infiltration, manipulate critical infrastructure, steal personal data or intellectual property, and launch spy campaigns.

From 2017 to 2021, Chinese hackers carried out a cyber espionage campaign over five global telecommunications companies. In a report released by Cybereason Inc., the group targeted Southeast Asia, including Microsoft Corp’s Exchange servers. Hackers were able to enter networks through a computer’s trash folder and disguise malware as antivirus software. According to the researcher, the hackers could have obtained information about government officials, businesses and law enforcement. They could also have interfered with or shut down networks.

Closure of networks via a telecommunications system would have a domino effect of closures in all of the dependent sectors mentioned. A compromised telecommunications network leads to a vulnerable government and puts critical infrastructure sectors at risk. Networks in the telecommunications supply chain are highly interconnected and vulnerable because of this. As with the SolarWinds attack, a compromised tech companyy allowed hackers access to the US Treasury, Justice, and Commerce Departments and other agencies.

As the health industry, the telecommunications industry faces many entry points with the number of smartphones and IoT devices being used to access the internet. To meet the demand for larger mobile networks and 5G technology, the telecommunications industry faces risks with every device that practices unhealthy cyber practices. Between customers and employees, every vulnerable application, insecure network, and repeated password is a risk that carriers face.

Through compromised devices or domain name systems (DNS), there can be attacks in the form of Distributed Denial of Service (DDoS), stolen files, and Operational Technology (OT) manipulation among many other forms of attack. According to Global DNS Threat Report, 79% of businesses experienced a DNS attack and, on average, it cost them $ 942,000 to recover.

With so much at stake for ISPs, businesses need to take a proactive approach to their security strategy and instill strong cybersecurity practices within their business.

Mitigate risks at industry and company level

Even though the telecommunications industry is quite large, only one regulator is responsible, the FCC. In the past, the commission ignored the Communications Act. Agency review of the Communications, Security, Reliability and Interoperability Council (CSRIC) and discontinuation of Electronic Alert System (EAS) monitoring for security vulnerabilities.

The sector lags behind most other critical infrastructure sectors without a trade regulatory compliance mandate. In order to push private companies to improve their cybersecurity measures and reduce risk, there must be a regulatory body that encourages the advancement of security. This will ensure sector-wide security that also protects government, the public and the entire supply chain.

There are a lot of things that businesses can do on their own. In 2019, 43% of telecom companies have suffered of a DNS malware attack and it costs them an average of $ 600,000 to contain and recover from the attack. Instead of repeatedly falling into the trap of these attacks, organizations should implement multi-factor authentication (MFA). This extra layer of protection makes it difficult for hackers to access accounts.

When implementing AMF, companies should also caution employees and customers against using single or repeated passwords. If cybercriminals discover a repeated password, all associated accounts can be exploited. Users should follow strong password suggestions and avoid storing password information in cloud software. Network access controls (NAC) should also be enforced. Companies must regulate where and on what device the network is accessible. Employees should avoid using public networks that make users vulnerable to data theft.

Risk-aware personnel should already implement these practices. Along with these measures, companies should train their employees in risk awareness and healthy cyber practices. To alleviate the stress of small risks, in-depth training in phishing tactics will allow security teams to be better prepared for prevention and recovery. This would create a better risk management culture in the workplace. An advanced global cybersecurity posture will facilitate the implementation of an Integrated Risk Management (IRM) platform.

What GRC tools cannot do, IRM tools can do. Those with legacy GRC solutions may fear to change, but a The MRI approach is more efficient securing sensitive information systems and managing long-term risks. Businesses can leverage a third-party platform such as CyberStrong to perform vendor risk assessments to secure the supply chain network and provide real-time insight into cybersecurity posture.

Knowledgeable staff and innovative technology will enable business leaders to improve decision-making and business performance. Telecommunications companies will be better equipped to deal with evolving cyberthreats through ongoing risk assessments and collaboration between the C suite and the security team.

Create a stronger sector

The telecommunications industry is ubiquitous and will continue to be so as we become more and more dependent on the internet and IoT devices to communicate and work. Positioned as a power source for all other critical industries, malicious actors and other national hackers will continue to target the industry. With such unique value, there must be enterprise and industry-wide cybersecurity regulation, the incorporation of stronger security tools, and ongoing risk and vendor assessments.

To learn more about how to respond to malware attacks, please see our webinar How to Respond When a Competitor is Affected by Ransomware. To see how CyberSaint can be a risk assessment tool for your organization, Contact us.


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Singapore opens up to new suppliers with Symbio’s launch of the communication-as-a-service platform https://scotsbeavers.org/singapore-opens-up-to-new-suppliers-with-symbios-launch-of-the-communication-as-a-service-platform/ https://scotsbeavers.org/singapore-opens-up-to-new-suppliers-with-symbios-launch-of-the-communication-as-a-service-platform/#respond Tue, 24 Aug 2021 07:00:00 +0000 https://scotsbeavers.org/singapore-opens-up-to-new-suppliers-with-symbios-launch-of-the-communication-as-a-service-platform/ SYDNEY, August 24, 2021 / PRNewswire / – Symbio, part of leading communications and cloud infrastructure software provider MNF Group (ASX: MNF), officially launched its Proprietary Communication Platform as a Service (CPaaS) offering in Singapore. The launch is important for international companies looking to grow their global footprint in Asia because it simplifies the technical […]]]>

SYDNEY, August 24, 2021 / PRNewswire / – Symbio, part of leading communications and cloud infrastructure software provider MNF Group (ASX: MNF), officially launched its Proprietary Communication Platform as a Service (CPaaS) offering in Singapore.

The launch is important for international companies looking to grow their global footprint in Asia because it simplifies the technical infrastructure necessary to gain a foothold in the market.

Symbio is the first fully interconnected operator to develop network capabilities in Singapore for over 20 years, introducing a whole new unified communications capability into a market largely controlled by incumbent telecommunications providers.

CEO of Symbio, René Sugo noted: “Singapore is one of the most digitally competitive countries in the world, but it lacked options for advanced unified communications solutions. Many businesses were unable to grow Asia due to complicated infrastructure and the inability to merge their software with required telecommunications services.

“Symbio’s technology removes this complexity and provides businesses with the building blocks for market entry and success. We are the missing piece of the puzzle that will enable global businesses to grow in Singapore and the region, ”he said.

This expansion will be a boon for many large companies that have experienced a strong period of innovation and are now looking to explore new territories.

Sugo says, “Symbio brings decades of innovation and expertise along with a proprietary technology stack that effectively bridges the gap between telecommunications and cloud software. Our offer provides greater choice and better quality services to businesses while promoting healthy competition in the telecommunications sector. “

Symbio’s wholesale IP network will allow nationwide call and number porting so customers can easily move phone numbers from existing networks to the cloud. This will provide the freedom and flexibility to move numbers between providers to provide advanced unified communications solutions.

The first step in Symbio’s global growth story

Symbio’s entry into Singapore is part of the company’s broader plans for global expansion as the company capitalizes on the global growth of unified communications (including CPaaS and UCaaS) which grew nearly 30% in 2020[1].

A global hub for innovation, Singapore is a fast growing region of Asia which offers significant business opportunities for Symbio to bring its communication platform as a service (CPaaS) offering to new markets. However, the company has plans that go beyond Singapore.

Sugo said: “Singapore is the first stop, but we plan to bring our cutting edge innovation and expertise to other countries as well. The pandemic has accelerated the global adoption of advanced unified communications services and increased the role Symbio plays in unlocking these services for technology innovators and enabling them to do business in new markets.

This is just the start of a bigger journey as we seek to deliver our solutions and enable more businesses around the world to improve their Unified Communications and make it easy for users to move around the world. telecommunications space without depending on existing providers. “

About Symbio

Symbio helps service providers of all sizes compete – and win – with software communications. Our software platform and cloud infrastructure make it easy to provide communication services. Replace operator complexity with software scale and agility.

Based at Sydney, Australia, Symbio serves a global market with a focus on South East Asia. We are the trusted name behind over 500 suppliers.

Symbio is part of the MNF group listed on the Australian Stock Exchange (ASX: MNF).

www.symbio.global

Logo – https://mma.prnewswire.com/media/1600473/Symbio_Logo.jpg

SOURCE MNF Group


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Heavy rain storm hits Shaanxi, China https://scotsbeavers.org/heavy-rain-storm-hits-shaanxi-china/ https://scotsbeavers.org/heavy-rain-storm-hits-shaanxi-china/#respond Sun, 22 Aug 2021 16:18:00 +0000 https://scotsbeavers.org/heavy-rain-storm-hits-shaanxi-china/ XI’AN, Aug. 22 (Xinhua) – Heavy rains have hit northwest China’s Shaanxi Province since Saturday with rainfall reaching 220.7mm, according to the provincial weather bureau. From 6 am Saturday to 6 am Sunday, 1,658 weather stations in 94 counties and districts across the province recorded rainfall. Among them, 42 recorded rainfall greater than 100 mm, […]]]>

XI’AN, Aug. 22 (Xinhua) – Heavy rains have hit northwest China’s Shaanxi Province since Saturday with rainfall reaching 220.7mm, according to the provincial weather bureau.

From 6 am Saturday to 6 am Sunday, 1,658 weather stations in 94 counties and districts across the province recorded rainfall. Among them, 42 recorded rainfall greater than 100 mm, and 382 recorded more than 50 mm of rain. Ten stations reported hourly precipitation of more than 50 mm.

As of Saturday, Mianxian County of Hanzhong City in the province recorded a maximum precipitation of 237.7mm, a record for the county, while its hourly precipitation reached 72.5mm during the same. period.

As of 4 p.m. Sunday, about 60,000 people in the county are having difficulty accessing water and electricity supplies.

Currently, everyone affected in the county has been relocated to safer places. Rescue and repair efforts are still underway to resume traffic, electricity and communications.

The Shaanxi Weather Observatory issued an orange thunderstorm warning on Sunday morning, with heavy rains expected to continue in the province.

Mountainous areas are threatened with flooding and mountain torrents, while waterlogging is expected in low-lying urban areas, the observatory said.

China has a four-color-coded weather warning system, with red representing the most severe warning, followed by orange, yellow and blue.


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LG sets THz distance record with candidate 6G mobile network https://scotsbeavers.org/lg-sets-thz-distance-record-with-candidate-6g-mobile-network/ https://scotsbeavers.org/lg-sets-thz-distance-record-with-candidate-6g-mobile-network/#respond Sun, 22 Aug 2021 08:05:00 +0000 https://scotsbeavers.org/lg-sets-thz-distance-record-with-candidate-6g-mobile-network/ A team of researchers, supported by LG Electronics (LG) and the Fraunhofer-Gesellschaft research organization, claim to have successfully demonstrated a candidate 6G (mobile broadband) mobile technology capable of using the TeraHertz (THz) band to send data on a record distance of 100 meters outdoors. Granted, the 100m may not seem particularly impressive to a casual […]]]>

A team of researchers, supported by LG Electronics (LG) and the Fraunhofer-Gesellschaft research organization, claim to have successfully demonstrated a candidate 6G (mobile broadband) mobile technology capable of using the TeraHertz (THz) band to send data on a record distance of 100 meters outdoors.

Granted, the 100m may not seem particularly impressive to a casual observer, but it’s actually quite a significant achievement. Typically, low-frequency mobile frequency bands (e.g. 700 MHz) can reach farther with their signals and penetrate better through walls than higher ones (e.g. 3.8 GHz), but at higher frequencies. low, there is less spectrum available for your data transmission (i.e. slower broadband speeds).

REMARK: The signal itself was sent between the Fraunhofer Heinrich Hertz Institute (HHI) and the buildings of the Berlin Institute of Technology in Germany.

The idea of ​​pushing into the THz bands with 6G is therefore to achieve incredible data speeds, with Samsung having previously indicated that they wanted to aim for a top speed (shared capacity) of 1 Tbit / s (Terabits per second) and latency times of only 100 microseconds (0.1 ms) for the future 6G technical (here). Sounds wonderful, but coverage quickly becomes a major issue due to the laws of physics, but we’ll get to that.

LG’s experience is important because, so far, a similar transmission would have fizzled out over just 15 meters (Samsung test). The solution was to use better power amplification to generate a stable signal at ultra wideband frequencies. The power amplifier is capable of generating a stable signal output up to 15 dBm in the frequency range of 155-175 GHz.

LG-6G-Test-Configuration

LG has also successfully demonstrated adaptive beamforming technology, which changes the direction of the signal based on changes in channel and receiver position, as well as high-gain antenna switching, which combines the output signals of several power amplifiers and transmits them to specific antennas.

Dr IP Park, President and CTO of LG Electronics, said:

“The success of this test demonstrates that we are getting closer and closer to the successful application of the terahertz radio communications spectrum in the next 6G era. Our successful partnerships with local and global research institutions and organizations to advance the development of 6G capabilities have been very rewarding. “

As usual, these tests are often more notable for the details they omit. In this case, they did not provide any information about the data transmission speed or the weather conditions, but we assume it was a clear sunny day. As far as we know, the data speeds achieved may have only been at the dial-up level.

The problem with all of this is that very high mobile frequencies only have very limited benefits, often through specific use cases. For example, existing 5G services also planned to use higher frequencies around 23 GHz to 100 GHz, but this created a conflict between the laws of physics and economic reality.

At present, only a few 5G operators have operated bands above 23 GHz, and usually only in high traffic areas (shopping malls, etc.) or for fixed wireless access (FWA) type links, as these signals are extremely weak and therefore do not travel very far. . The only way to counter this for mobile is to build a much denser and more complicated network deployment, which is extremely expensive and therefore operators have tended to shy away from it.

Suffice to say that the development of 6G, focusing so intensely on the terahertz band, risks repeating the same mistake, when it might be better to focus its energy more on improving 5G in the sector. underused. mmwave (mmW) bands first. All of this is currently the subject of a larger debate (here) and it is not yet clear what impact this will have on the development of 6G, if at all.

As it stands, 6G is currently in a very early R&D phase, and it is not expected to become a solid standard until 2025 (a draft standard could be defined in the 2021/22 period), with commercial launches. likely to follow a few years after that. Expect the usual hype to follow, which, as with 3G, 4G, and 5G before, often tends to be separate from reality.


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Lumen Technologies to Present at 7th Annual Cowen Communications Infrastructure Summit https://scotsbeavers.org/lumen-technologies-to-present-at-7th-annual-cowen-communications-infrastructure-summit/ https://scotsbeavers.org/lumen-technologies-to-present-at-7th-annual-cowen-communications-infrastructure-summit/#respond Mon, 09 Aug 2021 13:15:00 +0000 https://scotsbeavers.org/lumen-technologies-to-present-at-7th-annual-cowen-communications-infrastructure-summit/ DENVER, August 9, 2021 / PRNewswire / – Maxine Moreau, President of Mass Markets at Lumen Technologies (NYSE: LUMN), will present at the 7th Annual Cowen Communications Infrastructure Summit on August 10. The presentation should start at 6:55 p.m. ET. Webcast information for the investor presentation is available on the Lumen Investor Relations website at […]]]>

DENVER, August 9, 2021 / PRNewswire / – Maxine Moreau, President of Mass Markets at Lumen Technologies (NYSE: LUMN), will present at the 7th Annual Cowen Communications Infrastructure Summit on August 10. The presentation should start at 6:55 p.m. ET.

Webcast information for the investor presentation is available on the Lumen Investor Relations website at https://ir.lumen.com/events-and-presentations.

About Lumen Technologies

Lumen is guided by our belief that humanity is at its best when technology advances the way we live and work. With approximately 450,000 miles of fiber optic and serving customers in more than 60 countries, we offer the fastest and most secure platform for applications and data to help businesses, governments and communities to deliver incredible experiences. Learn more about the Lumen network, the edge cloud, security, communication and collaboration solutions and our goal of enabling human progress through technology at news.lumen.com/home, LinkedIn: / lumentechnologies, Twitter: @lumentechco, Facebook: / lumentechnologies, Instagram: @lumentechnologies and YouTube: / lumentechnologies. Lumen and Lumen Technologies are registered trademarks of Lumen Technologies LLC in the United States. Lumen Technologies LLC is a wholly owned subsidiary of Lumen Technologies Inc.

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SOURCE Lumen Technologies

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https://www.lumen.com/


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