Watch: Elon Musk's SpaceX Starship rocket engulfed by flames in explosion
A SpaceX Starship rocket exploded during a routine test on Wednesday (18 June) at Starbase, the company's launch site in Texas.
Footage shows the 36 rocket, which was undergoing a static fire test, suddenly blowing up, with the screen going white before fading to reveal an enormous fireball.
In a statement, Elon Musk 's SpaceX said the rocket suffered 'a major anomaly' whilst preparing for the tenth flight test.
It said that 'all personnel are safe and accounted for', before stating that there are no hazards to nearby communities. The company advised people not to approach the site.
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VLANs Eliminate Routing Needs: Communication between VLANs requires a router or Layer 3 switch. Without proper routing and security protocols, inter-VLAN traffic can expose vulnerabilities. Understanding these limitations ensures that VLANs are used appropriately, complementing rather than replacing other network management and security tools. How VLANs Work VLANs operate by tagging network traffic with VLAN IDs, which allow switches to direct traffic to the appropriate VLAN. This process ensures that devices within the same VLAN can communicate seamlessly while maintaining isolation from other VLANs. Key Operational Features: Direct Communication: Devices within the same VLAN communicate without routing, reducing latency. Devices within the same VLAN communicate without routing, reducing latency. Inter-VLAN Routing: Traffic between VLANs is routed through a Layer 3 device, which can enforce access controls and firewall rules. Traffic between VLANs is routed through a Layer 3 device, which can enforce access controls and firewall rules. Tagged and Untagged Traffic: VLAN IDs are used to tag traffic, while untagged traffic is assigned to a default VLAN. Trunk ports play a critical role in VLAN setups by allowing multiple VLANs to share a single physical connection between switches. This reduces cabling complexity and enhances scalability, making VLANs an efficient solution for growing networks. Practical Applications of VLANs VLANs offer a wide range of practical applications, making them a valuable tool for network organization and optimization. Their versatility allows them to address various challenges in both small and large-scale environments. Device Isolation: VLANs can separate sensitive devices, such as security cameras or IoT devices, from general network traffic to enhance security. VLANs can separate sensitive devices, such as security cameras or IoT devices, from general network traffic to enhance security. Departmental Segmentation: Organizations can create distinct VLANs for different teams or departments, making sure that traffic remains organized and manageable. Organizations can create distinct VLANs for different teams or departments, making sure that traffic remains organized and manageable. Data Center Efficiency: VLANs reduce cabling requirements and improve scalability in data centers, streamlining operations. VLANs reduce cabling requirements and improve scalability in data centers, streamlining operations. Guest Networks: VLANs can provide isolated networks for guest users, making sure they do not interfere with internal traffic. By logically separating traffic, VLANs simplify troubleshooting, improve resource allocation, and enhance overall network performance. 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Security Considerations for VLANs While VLANs provide traffic isolation, they are not a standalone security solution. Misconfigurations or vulnerabilities can expose networks to risks such as VLAN hopping, where attackers exploit weaknesses to bypass VLAN boundaries. Best Practices for VLAN Security: Implement strict firewall rules and access controls to regulate inter-VLAN traffic. Regularly audit VLAN configurations to identify and address potential vulnerabilities. Apply enhanced security measures to VLANs that handle sensitive or external-facing traffic. A layered security approach, combining VLANs with other protective measures, is essential to safeguard your network. Advanced VLAN Features Modern VLAN implementations offer advanced features that enhance their functionality and adaptability, making them suitable for complex network environments. Dynamic VLANs: Automatically adjust configurations to meet changing network demands, improving flexibility and efficiency. 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