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H12-711 HCNA-Security-CBSN(Constructing Basic Security Network) mission |

H12-711 mission - HCNA-Security-CBSN(Constructing Basic Security Network) Updated: 2023

Take a review at these H12-711 braindumps question and answers
Exam Code: H12-711 HCNA-Security-CBSN(Constructing Basic Security Network) mission November 2023 by team

H12-711 HCNA-Security-CBSN(Constructing Basic Security Network)

Exam Details:
- Number of Questions: The H12-711 HCNA-Security-CBSN test typically consists of around 60 to 70 multiple-choice questions. The exact number of questions may vary.

- Time: Candidates are given a specific time limit to complete the exam, which is usually around 90 to 120 minutes. It is important to manage time effectively to ensure all questions are answered within the allocated time.

Course Outline:
The HCNA-Security-CBSN (Constructing Basic Security Network) certification test focuses on validating the knowledge and skills required to design and implement basic security networks using Huawei technologies. The course outline may include the following key areas:

1. Network Security Fundamentals:
- Introduction to network security concepts and principles
- Common network security threats and vulnerabilities
- Security policies and best practices

2. Firewall Technology and Implementation:
- Firewall basics and types
- Configuring firewall policies and rules
- Intrusion detection and prevention systems (IDPS)

3. VPN (Virtual Private Network) Technology:
- VPN fundamentals and protocols
- Configuring site-to-site and remote access VPNs
- VPN encryption and authentication mechanisms

4. Network Access Control:
- Authentication and authorization mechanisms
- Access control lists (ACLs)
- Network segmentation and isolation

5. Security Monitoring and Management:
- Security event monitoring and logging
- Security incident response and management
- Security device management and configuration

Exam Objectives:
The objectives of the H12-711 HCNA-Security-CBSN test typically include:
- Assessing the candidate's understanding of network security fundamentals and best practices.
- Evaluating the candidate's knowledge and proficiency in firewall technology and implementation.
- Testing the candidate's ability to configure and manage VPNs for secure communication.
- Assessing the candidate's understanding of network access control mechanisms and policies.
- Evaluating the candidate's knowledge of security monitoring and management practices.

Exam Syllabus:
The specific test syllabus for the H12-711 HCNA-Security-CBSN test may vary, but it generally includes the following topics:

1. Network Security Fundamentals:
- Network security concepts
- Network security threats and vulnerabilities
- Security policies and best practices

2. Firewall Technology and Implementation:
- Firewall basics and types
- Firewall configuration and management
- Intrusion detection and prevention systems

3. VPN (Virtual Private Network) Technology:
- VPN fundamentals and protocols
- Site-to-site and remote access VPN configuration
- VPN encryption and authentication mechanisms

4. Network Access Control:
- Authentication and authorization mechanisms
- Access control lists (ACLs)
- Network segmentation and isolation

5. Security Monitoring and Management:
- Security event monitoring and logging
- Security incident response and management
- Security device management and configuration
HCNA-Security-CBSN(Constructing Basic Security Network)
Huawei HCNA-Security-CBSN(Constructing mission

Other Huawei exams

H12-721 HCNP-Security-CISN (Huawei Certified Network Professional - Constructing Infrastructure of Security Network)
H12-221 Huawei Certified Network Professional-Implementing Enterprise Routing Network
H13-622 HCNP-Storage-HCNP-CBDS (Huawei Certified Network Professional- Constructing Big Data Solution
H12-211 Huawei Network Technology and Device (HCNA-HNTD)
H12-261 HCIE-R&S (Written) (Expert -Routing & Switching) 2023
H12-222 HCNP-R&S-IESN (Implementing Enterprise Routing & Switching)
H12-223 HCNP-R&S-IENP(Improving Enterprise Network Performance)
H12-311 HCIA-WLAN (Huawei Certified ICT Associate-WLAN)
H12-711 HCNA-Security-CBSN(Constructing Basic Security Network)
H13-511 HCNA-Cloud-BCCP (Building Cloud Computing Platform)
H13-611 HCNA-Storage-BSSN(Building the Structure of Storage Network)
H13-612 HCNA - Storage (HCNA-Storage-BSSN) V3.0
H13-629 HCIE-Storage (Written) (Internetwork Expert-Storage)
H31-211 Huawei Certified Network Associate - HCDA (Carrier IP)
H31-523 HCIE-Cloud Data Center Operations (Written)
H13-523 HCNP-Cloud-FCDS
H11-861-ENU HCNP-VC(Huawei Certified Network Professional Video Conference)
H12-111_V2.5-ENU HCIA-IoT V2.5
H12-311-ENU Huawei Certified Network Professional Wireless Local Area
H12-322_V1.0-ENU HCIP-WLAN-POEW V1.0

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HCNA-Security-CBSN(Constructing Basic Security Network)
Question: 49
Which statement about MUX VLAN is false?
A. Principal VLAN
B. Subordinate VLAN
C. Subordinate group VLAN
D. Guest VLAN
Answer: D
Question: 50
Which are the two parts in the port identifier of the uplink interface on a non-root switch?
A. 1-bit port priority and 1-bit port number
B. 1-bit port priority and 2-bit port number
C. 2-bit port priority and 1-bit port number
D. 2-bit port priority and 2-bit port number
Answer: A
Question: 51
In the network diagram, which switch will be selected as the root switch?
D. None of the above
Answer: A
Question: 52
A switching network has been enabled with STP protocol. To provide fast access speed to the file server for most of
the users, the switch that is directly connected with file server is configured as the root bridge.
A. True
B. False
Answer: A
Question: 53
Which of the following statements about the link failure detection in STP protocol is not true?
A. When network topology is stable, the Designated Port sends BPDU packet at every Hello Time interval.
B. When network topology is stable, BPDU packets will be transmitted periodically.
C. When the port does not receive new BPDU within a certain interval, the old configuration BPDU will time
out and the link failure can be detected.
D. The port sends Configuration BPDU at every Hello Time interval. When the link fails, Configuration BPDU
cannot be sent out. As a result, this port can detect the link failure.
Answer: D
answer is approved.
Question: 54
Which of the following statements about STP is not true?
A. STP can manage redundant links.
B. STP can block redundant links to eliminate loops
C. STP can prevent temporary loss of connectivity
D. STP can make LAN switch operate normally in a network with loops
Answer: C
confirmed answer.
Question: 55
According to OSI reference model, Layer 2 LAN switch operates at ( ).
A. Physical layer
B. Data link layer
C. IP layer
D. Application layer
Answer: B
Question: 56
According to the STP protocol, a certain field in the BPDU identifies the root switch. That is, if the BPDU sent by a
switch contains this field, this switch is considered as the root switch. What is this field?
A. Root Identifier
B. Root Path Cost
C. Bridge Identifier
D. Port Identifier
Answer: A
Question: 57
In a switching network that has been enabled with STP protocol, the priorities of all the switches are the same. The
MAC address of switch1 is 00-e0-fc-00-00-40, MAC address of switch2 is 00- e0-fc-00-00-10, MAC address of
switch3 is 00-e0-fc-00-00-20, and MAC address of switch4 is 00-e0-fc-00-00-80. Which of the switches will be
elected as the Root Bridge?
A. Switch1 B. Switch2 C. Switch3
D. Switch4
Answer: B
Question: 58
Some vendors set the TPID value in the outer VLAN tag of QinQ packets to the non-protocol value.
To be compatible with these vendors devices, the TPID value on Huawei switches is adjustable.
Which is the default value of the TPID value on Huawei switches?
A. 0x9200
B. 0x9100
C. 0x8200
D. 0x8100
Answer: D
Question: 59
Which types of interfaces can be configured with selective QinQ? (Select 2 Answers)
A. Access interface
B. Trunk interface
C. Hybrid interface
D. dot1q-tunnel interface
Answer: BC
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Huawei HCNA-Security-CBSN(Constructing mission - BingNews Search results Huawei HCNA-Security-CBSN(Constructing mission - BingNews Huawei, Vivo phones tag Google app as TrojanSMS-PA malware


Huawei, Honor, and Vivo smartphones and tablets are displaying strange 'Security threat' alerts urging the deletion of the Google app, warning that it is detected as the 'TrojanSMS-PA' malware.

In what appears to be a false positive, these security alerts warn that "immediate uninstallation is advised," as the app is now considered high risk, as shown by the alert below from one of BleepingComputer's devices.

When users click on the 'View Details' option, the alert warns that the app was detected secretly sending SMS messages.

"This app was detected sending SMS privately, enticing users to pay with adult content, downloading/installing apps privately, or stealing private information, which may cause property damage and privacy leakage," reads the security alert details.

"We recommend uninstalling it immediately."

This issue has been reported by many users on the Google support forums (Vivo post), Reddit (Vivo thread), the Huawei forums, and various other Android communities.

BleepingComputer contacted Google to determine if a exact app update might have caused the sudden uptick in malware warnings, but a spokesperson said Google Play Protect is not triggering the alert.

"This security notification was not triggered by Google Play Protect and appears to be from a device that is not Play Protect certified and does not have access to officially download Google's core apps from Play. We recommend contacting the device manufacturer for further information. Google Play is the only app store where you can officially download Google's core apps for Android. All Google apps go through the same rigorous testing as all other apps on Google Play. These tests are designed to ensure that apps are safe, secure, and meet Google's quality standards." - Google spokesperson.

BleepingComputer has independently Tested that these alerts were shown on a Huawei device with Google's core apps pre-installed (released before the ban) and no side-loaded apps. 

Hence, Google's explanation does not accurately reflect the types of Android devices impacted by these alerts.

BleepingComputer confirmed that these alerts are being shown by the 'Huawei Optimizer' app on Huawei devices. However, it is unclear what apps are displaying the alerts for Vivo or Honor phones.

If you have not side-loaded the Google app on your Huawei, Vivo, or Honor phone, it should be safe to ignore the warning and keep it running.

Furthermore, while it is most likely these alerts are false positives, there has been no official comment from the device makers confirming this.

A proposed solution for disabling the "false alarm" is to go to Settings > Apps > Optimizer > App Info > Storage > Clear Cache / Clear Data and then reboot your device.

If that doesn't work, try to uninstall and reinstall the Huawei Optimizer app.

This action should refresh its outdated signature database, eliminating the incorrect false positive warnings.

BleepingComputer also contacted Huawei and Vivo for a comment, but we have yet to receive a response from the Chinese smartphone makers.

Sun, 29 Oct 2023 22:47:00 -0500 Bill Toulas en-us text/html
FCC expected to ban all sales of Huawei and ZTE telecom equipment FCC expected to ban all sales of Huawei and ZTE telecom equipment - CBS News

Watch CBS News

The FCC is expected to ban the sale of all Huawei and ZTE telecom equipment due to national security concerns. For years, security experts and intelligence agencies have accused the Chinese tech companies of spying on Americans. Gregory C. Allen, senior fellow in the Strategic Technologies Program at the Center for Strategic and International Studies, joined CBS News' Catherine Herridge to discuss.

Be the first to know

Get browser notifications for breaking news, live events, and exclusive reporting.

Fri, 14 Oct 2022 13:16:00 -0500 en-US text/html
This Week In Security: Huawei Gets The Banhammer, Lastpass, And Old Code Breaking

While many of us were enjoying some time off for Thanksgiving, the US government took drastic action against Huawei and four other Chinese companies. The hardest hit are Huawei and ZTE, as the ban prevents any new products from being approved for the US market. The other three companies are Dahua and Hikvision, which make video surveillance equipment, and Hytera, which makes radio systems. FCC Commissioner Brendan Carr noted the seriousness of the decision.

[As] a result of our order, no new Huawei or ZTE equipment can be approved. And no new Dahua, Hikvision, or Hytera gear can be approved unless they assure the FCC that their gear won’t be used for public safety, security of government facilities, & other national security purposes.

There is even the potential that previously approved equipment could have its authorization pulled. The raw FCC documents are available, if you really wish to wade through them. What’s notable is that two diametrically opposed US administrations have both pushed for this ban. It would surely be interesting to get a look at the classified reports detailing what was actually found. Maybe in another decade or two, we can make a Freedom of Information Act request and finally get the full story.

Fuzzing for Recollapse

[0xacb] has a fun new technique to share, that he calls REcollapse. It’s all about regular expressions that get used in user input validation and sanitation. Regex is hard to really get right, and is full of quirks in how different languages and libraries implement it. A simple example is an email address that contains “punycode” — non-ASCII Unicode characters. It’s perfectly legitimate for an address to contain Unicode, but many normalization schemes collapse unicode strings down into the nearest approximation of ASCII. Take exá and If some part of a web service sees these as the same thing, and another backend service keeps sees them as unique, that mismatch could allow account takeover. Enter your email here to receive a password reset link.

The novel thing here is a structured approach to fuzzing for these problems. [0xacb] suggests identifying “regex pivot positions”, places in a string where there could be unexpected or inconsistent regex matching. A very different example of this is the end-of-string symbol, $. A developer might use this to specify that a given pattern should only be matched when it’s at the very end of a string. But what happens when there’s a newline embedded in the string? It depends on the language. Yikes!

REcollapse is now available as an Open Source tool, and works great to feed fuzzing inputs into an automated tool. Run it against a target, and watch for different responses. Find something good enough, and profit!

Phishing With Smart Watches

The team at Cybervelia have cooked up yet another way to spear-phish a target. Many of us have smart watches, and one of the most useful functions of those wrist-mounted marvels is to glance at a SMS or other message without fishing out a phone. Could an attacker, with a Bluetooth Low Energy antenna, spoof a text message to a nearby smart watch? After some reverse engineering work, absolutely. With the right message, like “need help, 2nd floor”, the target might just start moving without checking the phone and discovering the spoof.

Real-time Malware Hunting

This one’s fun, as the researchers at Phylum found yet another malicious PyPi package campaign back on the 15th. Their tooling alerted them to the activity very early in the campaign, as packages were being uploaded and the payload was still being fine-tuned. That payload was being developed on Github, so there was only one thing to do.

The union of memes and security research is a wondrous thing. The packages were reported, removed, and it looks like this particular malware campaign was eliminated before it really got started.

This does lead to a hilarious tangent from Phylum, about some of the laughably terrible attempts at malware they’ve discovered in other campaigns. There’s a certain poetic justice to be found in malware refusing to run, because the deobfuscation routine checks for the acknowledgement string and errors out when it’s tampered with.

Lastpass Breach Continued

Lastpass has updated their security incident report, noting that there seems to have been follow-on access of data. They noticed “unusual activity within a third-party cloud storage service”, which usually means Amazon’s AWS. The story here seems to be that a token to the storage service was snagged during the August compromise, and was just now used for more mischief. This does raise some uncomfortable questions about how well Lastpass understands what data was accessed in the earlier breach. That said, cleaning up after an incident is a complicated task, and missing a single AWS token in the action is all too easy.

Another “Legitimate” Commercial Spyware Vendor

In the just-what-we-needed category, the latest report from Google’s Threat Analysis Group names Variston as previously unknown player in the commercial malware game. Like NSO Group and others, Variston seems to have access to 0-day exploits in multiple devices and platforms.

A trio of bug reports were opened in the Chrome bug system, and each contained a mature framework and exploit code for a serious bug. Each of these were known and fixed bugs, but piecing together the clues would indicate that they were being used as 0-days by a vendor, probably Variston. It’s not uncommon for the “legitimate” spyware authors like the NGO Group, the NSA, and others, to properly report bugs once they’ve finished exploiting them, or assumably once a target has discovered the exploit.

500 Years Later

There’s a concept in encryption, that pretty much any encryption scheme is theoretically breakable, given enough time and technological innovation. As an example, see the rate at which quantum computers are developing, and the predicted breakdown of some classical crypto. The philosophy that spills out of this reality is that crypto just needs to be strong enough, that the secrets being protected are entirely stale by the time technology and computing power catch up. Which finally brings us to the story, that Emperor Charles V got nearly 500 years out of his cipher. Probably strong enough.

It turns out that this cipher had some clever elements, like multiple symbols that didn’t mean anything at all, just to make it harder to figure out. The real breakthrough was finding a cipher text that had been loosely translated. It was enough to finally figure out the basic rules. So what was in the central letter that was finally deciphered? Political maneuvering, fears of assassination, and a conspiracy to spread fake news to downplay a setback. Some things never change.

Font Fingerprint

There was a Reddit post over the break that caught our attention, where a user wired money online from his bank in England to Kenya, to pay for a trip. It was a legitimate transaction, but triggered the fraud protection from his bank. In the conversation with the fraud department, one of the flags for possible fraud surprised the Redditor in question: You have TeamViewer installed on your computer.

Now wait. That’s a bit disconcerting, a website can see your list of installed programs? No, not directly. There is no web API to list applications, at least, not since ActiveX died. However, there is an API to list installed fonts. And since Teamviewer brings its own font, it’s pretty easy to detect when it’s installed. And let’s face it, a remote controlled desktop is a reasonable flag for malicious activity. So now you know, your fonts may just be fingerprinting you.

Bits and Bytes

The Google Play store has ejected a pair of mildly popular apps, that were spying on users’ SMS messages. The data collection was incidental, and the real point was to enable fake accounts on various web services, using the victim’s cell phone numbers. Need a hundred Twitter accounts? Rent access to a hundred compromised phones, to use those numbers for the activation flow.

Need to get something past a plagiarism checker? Just rot13 and change the font! It’s a silly demonstration, but it does indeed work. Make your own font to change the letter mapping, and then apply the reverse mapping to the underlying text. To the human eye, it’s the same, but to an automated tool it’s garbage. Save as PDF, and off you go. While circumventing a plagiarism filter is a bad idea, this could have other, more positive uses, like censorship circumvention.

Black Hat 2022 videos are available, only three months later. There are some fun presentations in here, like the Starlink hack, analysis of real-world malware campaigns, and lots of software getting compromised. Enjoy!

Thu, 01 Dec 2022 18:13:00 -0600 Jonathan Bennett en-US text/html
Accelerating the Mission with AI and Security No result found, try new keyword!Government organizations are evolving their cloud and AI strategies to drive mission outcomes, scale operations and increase productivity in a secure and responsible way. Federal, state and local ... Wed, 27 Sep 2023 07:31:00 -0500 en text/html UK includes Huawei ban in telecoms security bill

The U.K. government on Tuesday said it will ask parliament for wide-reaching powers to oversee telecoms operators' security policies, including cracking down on operators' use of Chinese equipment for future 5G networks.

The Telecoms Security Bill would allow the government to force operators to rip out equipment from "high-risk" telecom vendors when rolling out 5G networks, according to a statement by the U.K.'s Department for Digital, Culture, Media and Sport. U.K. authorities have previously designated Chinese vendors Huawei and ZTE as "high-risk."

Digital Secretary Oliver Dowden said the bill "will provide the U.K. one of the toughest telecoms security regimes in the world and allow us to take the action necessary to protect our networks."

The draft law implements an earlier decision by the U.K. government to ban purchases of Huawei's 5G equipment.

The bill would also provide the telecoms regulator Ofcom new responsibilities to oversee operators’ security policies and impose fines of "up to 10 percent of turnover or £100,000 a day" in case operators don't comply, the department said.

The law aims to beef up requirements for everything from equipment to software that runs internet traffic and traditional telecoms data over 5G networks. The government plans to introduce follow-up legislation specifying requirements on how it expects operators to design telecom networks, protect them from cyberattacks and audit security.

Mon, 23 Nov 2020 09:01:00 -0600 en text/html
A rare look inside Huawei, China’s tech giant

A Huawei employee rests under his cubicle during his lunch break in Shenzhen, China. This is a common practice at many workplaces in China, photographer Kevin Frayer said.

The Chinese company Huawei is one of the giants of the tech industry. It’s the world's largest provider of telecommunications equipment, a leader in next-generation 5G technology, and last year it passed Apple to become the second-biggest smartphone seller in the world.

But to many, especially in the West, there’s still an air of mystery around it.

And in the United States, suspicion.

A thermal engineer performs a heat test in the research-and-development area of a Huawei facility in Shenzhen.

Huawei employees leave work at the end of a week in late April.

For years, Washington has been concerned that the Chinese government could use Huawei equipment to spy on other nations. The US government says Huawei could pose a threat to national security because it’s unable to say no to the Chinese government.

Huawei has pushed back against those allegations, saying it would refuse any Chinese government requests to gain access to the technology it sells to telecom operators. But last week, the Trump administration blacklisted the company, placing it on a list of foreign firms barred from receiving components from US exporters without a license.

Huawei employees work on a production line in Dongguan, China.

A Huawei engineer displays parts in a research-and-development area.

A display for facial recognition and artificial intelligence is seen on monitors at Huawei's Bantian campus in Shenzhen.

In an effort to dispel some of the mystery surrounding it, Huawei has recently opened up its facilities to international media.

Kevin Frayer, a Getty Images photographer based in Beijing, traveled to southern China in April to visit three of Huawei’s campuses.

“My goal was to take people a step beyond the breaking news and Huawei headlines, to provide them a sense of what the company looks like and to see who works there,” he said.

A worker in Huawei's cybersecurity lab works on his computer in Dongguan.

A Huawei engineer opens the door of a server unit during a tour of the cybersecurity lab in Dongguan.

Huawei has 180,000 employees worldwide. More than a third of them work at the campuses Frayer visited in Dongguan and nearby Shenzhen, which is considered China’s Silicon Valley.

The employees he encountered work in a variety of roles: production, research and development, and finance, just to name a few.

“Jobs at Huawei are coveted,” Frayer said. “It’s among the highest-paying companies in China for highly skilled workers, and many of its employees have been educated overseas and at the country’s top schools. Some of the brightest minds are hired away from other companies, and Huawei has also been luring foreign experts to join.”

Huawei employees play pool after work, at a recreation area in staff housing.

Huawei employees use treadmills in a company gym after work.

Frayer marveled at the size of the campuses he visited, especially Huawei’s headquarters in Shenzhen and the European-style research-and-development campus in Dongguan.

“When you first arrive, it is a bit overwhelming how spread out everything is,” he said. “There are restaurants and cafes, sports facilities and its own transportation system. They have villas and fancy dining rooms for high-level clients and low-cost housing for employees.

“At the new European-style campus, the buildings are designed to reflect the company founder’s training as an architect. And every day after lunch, the lights are dimmed in most offices so workers can nap, which is common at companies in China.”

An aerial view of Huawei’s European-style research-and-development campus in Dongguan.

Huawei workers look at their smartphones as they line up for lunch at the Dongguan campus.

An employee sleeps at her cubicle during her lunch break.

Frayer said the campuses feel like university campuses: quiet and relaxed, unlike much of the country.

“The only reminders that you’re in China were the crowds at lunch hour and the end of the work day,” he said.

Frayer was able to talk to some employees, and many of them expressed concern about what they see as misconceptions about the company.

“They were very aware of the political challenges and the American view, and they went to lengths to explain that Huawei is a tech company trying to innovate like any other tech company — as one engineer put it, to make things that make life easier.”

Huawei employees leave at the end of a workday in Dongguan.

A Huawei worker moves boxes on a train used by employees, clients and visitors at the campus in Dongguan.

Some of the research-and-development areas were off-limits in the interest of protecting intellectual property, and Frayer was asked at times not to photograph some clients. But overall, he said, Huawei was very open in what they allowed.

He called the company a “juggernaut” and a source of national pride in China.

“It’s hard to really know what it’s like to work there, but people generally looked happy and interested in what they are doing,” Frayer said. “You could feel that it’s big and important and it’s growing.”

An employee looks at her smartphone as a woman serves tea at a cafe on the company’s Bantian campus in Shenzhen.

A member of Huawei's reception staff arranges chairs in a private dining room that’s used for high-profile customers.

CNN’s Sherisse Pham and Julia Horowitz contributed to this report.

Kevin Frayer is a Getty Images photographer based in Beijing. Follow him on Facebook, Instagram and Twitter.

Photo editor: Brett Roegiers

Wed, 12 Jul 2023 11:37:00 -0500 en-US text/html
Huawei warns security issues will take up to five years to resolve

Chinese technology giant Huawei has said security issues raised in a Government report could take between three and five years to resolve.

In a letter to Norman Lamb MP, chairman of the House of Commons Science and Technology Committee, the firm pledged to spend £1.5 billion over five years to address security issues flagged last year.

However, the Chinese company warned the process could take up to five years to see “tangible results”.

“Modern communications networks are complex systems that keep evolving in new and innovative ways. Enhancing our software engineering capabilities is like replacing components on a high-speed train in motion,” Huawei’s carrier business group president, Ryan Ding, said in the letter.

“It is a complicated and involved process and will take at least three to five years to see tangible results. We hope the UK Government can understand this.”

The letter was in response to concerns raised by the Huawei Cyber Security Evaluation Centre (HCSEC) in its annual report, a body that includes Huawei, UK operators and UK Government officials.

It warned that “areas of concern” in Huawei’s security infrastructure meant it could provide only “limited assurance” that Huawei’s involvement in UK telecommunications infrastructure did not pose a national security threat.

The company also denied previous claims it could be compelled to assist Chinese national intelligence work using information gathered from the UK.

“Huawei has never and will never use UK-based hardware, software or information gathered in the UK or anywhere else globally, to assist other countries in gathering intelligence. We would not do this in any country,” Mr Ding said.

“Were Huawei ever to engage in malicious behaviour, it would not go unnoticed – and it would certainly destroy our business. For us, it is a matter of security or nothing; there is no third option. We choose to ensure security.”

Mr Ding also defended the company’s reputation in the face of several UK allies restricting the use of Huawei equipment in crucial communications infrastructure.

He said that while some countries – including New Zealand, Australia and the US – had “indeed taken measures to restrict Huawei business activities”, some of the restrictions had been “exaggerated or even misinterpreted by the media”.

The company has suffered a number of setbacks in exact months because of apparent concerns over its security – The Prince’s Trust recently announced it would no longer accept donations from the firm, and both Defence Secretary Gavin Williamson and the head of MI6 Alex Younger have publicly expressed their concerns over the company.

Its chief financial officer Meng Wanzhou was arrested in Canada in December at the request of the US.

US charges of stealing technology and violating sanctions on Iran have since been issued against the company, sparking new tensions in relations between the United States and China.

Wed, 06 Feb 2019 02:17:00 -0600 en text/html
Social Security

Catching a killer clown

Marlene Warren answered the door to her Wellington, FL, home and was fatally gunned down by a mysterious clown. Despite eyewitnesses, circumstantial evidence, and the identification a suspect early on, it would take more than 30 years for her killer to face justice.

Thu, 12 Oct 2023 12:00:00 -0500 en-US text/html
Huawei's Global Transparency: Advancing Cybersecurity and Privacy Protection No result found, try new keyword!During this time, Huawei has connected over three billion people around the world and maintained a solid track record in security throughout. As digital transformation continues to pick up speed ... Thu, 02 Nov 2023 18:14:00 -0500 en-us text/html Huawei's Payment Firm Changes Name to 'Petal Payment' to Accelerate Construction of Harmony Ecological Infra

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Thu, 26 Oct 2023 03:29:00 -0500 text/html

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