|Place of Origin:||China|
|Certification:||CCC, CE, RoHS|
|Minimum Order Quantity:||1 SET|
|Packaging Details:||Outer Carton plus Inner Foam|
|Delivery Time:||1-3 Working Days|
|Payment Terms:||L/C, D/A, D/P, T/T, Western Union, MoneyGram|
|Supply Ability:||100 sets per month|
|Application:||Internet Of Things Security||Network:||Huawei 5G Network|
|Security:||Security Threats, Analysis||Value:||Effective Bandwidth To Improve Benefits, Reduce Risks, Improve User Satisfaction|
|Security Threats:||Data Leakage||Related Solutions::||Network Visibility, Network Monitor, Network Security, Network Analytics, Data Center, Traffic Management, Traffic Optimize|
data network security,
network and security services
Internet of Things Security Solution Data Analytics in Huawei 5G Network
There’s no doubt that 5G Network is important, promising the high speeds and unparalleled connectivity that are required to unleash the full potential of the “internet of things”—the ever-growing network of web-connected devices—and artificial intelligence. Huawei's 5G Network could prove critical to economic competitiveness, but not only will a race to install the system end up backfiring, there is also reason to think twice about the claims of China’s Huawei that it alone can shape our technological future.
Internet of things intelligent terminal security threat
1) weak password problem exists in intelligent terminal devices of Internet of things;
2) the operating system of intelligent terminal equipment of the Internet of things, built-in Web applications, databases, etc. have security vulnerabilities and are used to steal data, launch DDoS attacks, send spam or be manipulated to attack other networks and other serious security events;
3) weak identity authentication of intelligent terminal devices of Internet of things;
4) Internet of things smart terminal devices are implanted with malicious code or become botnets.
Security threat characteristics
1) there are a large number and types of weak passwords in intelligent terminal devices of Internet of things, which cover a wide range;
2) after the Internet of things intelligent terminal device is maliciously controlled, it can directly affect personal life, property, privacy and life security;
3) malicious use of simple;
4) it is difficult to reinforce the intelligent terminal equipment of Internet of things in the later stage, so security issues should be considered in the design and development stage;
5) the intelligent terminal devices of the Internet of things are widely distributed and used in different scenarios, so it is difficult to carry out unified upgrade and patch reinforcement;
6) malicious attacks can be carried out after identity forging or forgery;7) used for stealing data, launching DDoS attacks, sending spam or being manipulated to attack other networks and other serious security events.
Analysis on security control of intelligent terminal of Internet of things
During the design and development stage, the intelligent terminal of Internet of things should consider security control measures simultaneously.Perform safety protection test synchronously before terminal production release;Synchronize firmware vulnerability update management and intelligent terminal security monitoring during the terminal release and use phase.Specific Internet of things terminal security control analysis is as follows:
1) in view of the wide distribution and large number of intelligent terminals in the Internet of things, the Internet of things should carry out virus detection and detection on the network side.
2) for information retention of intelligent terminals of the Internet of things, relevant specifications should be established to limit the types, duration, methods, encryption means and access measures of information retention.
3) the identity authentication strategy of Internet of things intelligent terminal should establish strong identity authentication measures and perfect password management strategy.
4) before the production and release of Internet of things intelligent terminals, security testing should be done, firmware updates and vulnerability management should be done timely after the release of terminals, and network access permission should be granted if necessary.
5) build a security inspection platform for intelligent terminals of the Internet of things or build corresponding security monitoring means to detect abnormal terminals, isolate suspicious applications or prevent the spread of attacks.
Internet of things cloud service security threats
1) data leakage;
2) login credentials stolen and identity authentication forged;
3)API (application program programming interface) is attacked by a malicious attacker;
4) system vulnerability utilization;
5) system vulnerability utilization;
6) malicious personnel;
7) permanent data loss of the system;
8) threat of denial of service attack;
9) cloud services share technologies and risks.
Characteristics of security threats
1) large amount of leaked data;
2) easy to form APT (advanced persistent threat) attack target;
3) the value of leaked data is high;
4) great impact on individuals and society;
5) Internet of things identity forgery is easy;
6) if the credential control is not proper, the data cannot be isolated and protected;
7) the Internet of things has many API interfaces, which are easy to be attacked by malicious attackers;
8) the types of Internet of things API interfaces are complex and the attacks are diversified;
9) the vulnerability of the cloud service system of the Internet of things has a great impact after being attacked by a malicious attacker;
10) malicious ACTS of internal personnel against data;
11) threat of attack by outsiders;
12) cloud data damage will cause damage to the entire Internet of things system
13) affecting the national economy and people's livelihood;
14) causing abnormal services in the Internet of things system;
15) virus attack caused by sharing technology.
2. Intelligent Traffic Processing Abilities(Part)
ASIC Chip Plus Multicore CPU
480Gbps intelligent traffic processing capabilities
Supported L2-L7 packet filtering matching, such as SMAC, DMAC, SIP, DIP, Sport, Dport, TTL, SYN, ACK, FIN, Ethernet type field and value, IP protocol number, TOS, etc. also supported flexible combination of up to 2000 filtering rules.
Real-time Traffic Trend Monitoring
Supported real-time monitoring and statistics on port-level and policy-level data traffic, to show the RX / TX rate, receive / send bytes, No., RX / TX the number of errors, the maximum income / hair rate and other key indicators.
NetTAP® Visibility Platform
Supported NetTAP® Matrix-SDN Visual Control Platform Access
1+1 Redundant Power System(RPS)
Supported 1+1 Dual Redundant Power System
4. Typical Application Structures Value
Contact Person: Jerry
Data Monitoring: Real-time and Historical Traffic Trend Monitoring
Anti-ddos Solution: Nanosecond response, separation of inspection and control, flexible management
Bank Application need Data Masking: To avoid the leakage of sensitive information data by the back-end analysis system
Bank Customer Value: make effective use of network bandwidth to improve enterprise benefits, Reduce Risks, Improve user satisfaction
Network Benefit: The safety, stability and efficiency of the Internet are directly related to operating income and business quality
Network Reliability and Security: There are more and more businesses operating on the Internet, and more and more end users, which means more and more traffic carried on the Internet, more and more complex protocols, and more and more serious security threats
NetTAP Mangement: Supported NetTAP® Matrix-SDN Visual Control Platform Access
Network Data or Packet Filtering: Supported L2-L7 packet filtering matching, such as SMAC, DMAC, SIP, DIP, Sport, Dport, TTL, SYN, ACK, FIN, Ethernet type field and value, IP protocol number, TOS, etc. also supported flexible combination of up to 2000 filtering rules.