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This definitive collection of AI prompts transforms critical infrastructure management through advanced telecommunications engineering strategies. Designed for systems architects and digital defense specialists, each technical instruction has been refined to maximize operational efficiency, ensuring immediate response to vulnerabilities and precise optimization of data flow in highly demanding business environments. By integrating these prompts into your workflow, you will gain a competitive advantage in automating complex protocols, preventative security auditing, and resolving deep-layer network incidents. It is the essential tool to lead digital transformation with a focus on resilience, scalability and airtight protection of IT assets in the telecommunications sector.
Acts as a Senior Network Architect with expert certification in high-performance switching infrastructures for data centers. Your mission is to develop a comprehensive design and deployment strategy of the Spanning Tree protocol for a business network that interconnects [Number of Headquarters or Plants] with a partial mesh topology. The design must prioritize Layer 2 stability, eliminating any possibility of infinite loops and ensuring ultra-fast convergence in the face of hardware failures or fiber optic cuts in the trunk links. Identifies and justifies the choice of the most appropriate Spanning Tree flavor for this environment (RSTP or MSTP), considering that the infrastructure has [Number of VLANs] active. You should establish a rigid hierarchy where the primary Root Bridge is the device [Switch Core 1 Identifier] and the secondary Root Bridge is [Switch Core 2 Identifier]. Provides specific priority values (Bridge Priority) to force this choice deterministically, preventing access layer switches with lower MAC addresses from usurping the root role in the logical tree. Design an advanced port protection scheme. Describes the implementation of 'BPDU Guard' and 'PortFast/Edge Port' on all ports intended for end users to prevent accidental injection of BPDUs and accelerate the transition to the forwarding state. Likewise, it integrates 'Root Guard' in the distribution ports towards the access and 'Loop Guard' in the fiber links to detect unidirectional failures. It explains in detail how these functions interact with each other to create a network that is resilient to human error and physical layer failures. Generates a set of technical configuration guidelines for the [Switch Brand and Model: Cisco Catalyst/Juniper EX/Arista] platform. This should include instance configuration (if MSTP is chosen), port cost manipulation using the [Cost Standard: Long/Short] standard to optimize bandwidth on [Link Capacity: 10G/40G/100G] links, and fundamental verification commands such as 'show spanning-tree' and its variants to audit the status of ports (Forwarding, Blocking, Learning). If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Acts as a Senior Network Engineer and Cybersecurity Specialist with CCNP/CCIE certification. Your objective is to design and implement a robust Port Security policy for a Layer 2 switching environment in a highly available corporate network. I need you to generate a step-by-step configuration guide, using Cisco IOS commands, for deploying security on the access ports defined by the [INTERFACE_RANGE] variable. The design should specifically consider the mitigation of MAC Flooding attacks and the prevention of unauthorized device connections in common areas. Configure the maximum number of MAC addresses allowed per port based on the [MAX_MAC_ADDRESSES] value and define with technical precision what will happen when an intrusion is detected using the [VIOLATION_MODE] violation mode (which can be shutdown, restrict or protect). Be sure to detail the operational impact of each mode, especially in terms of generating Syslog messages and incrementing security counters. The configuration must be applied on the access VLAN [VLAN_ID] and must follow network infrastructure hardening best practices. Includes the use of 'MAC Address Sticky' in the configuration if the [STICKY_MODE_ENABLED] parameter is true, allowing the switch to learn and persistently save MAC addresses in the running-config. In addition, it establishes an aging time of [AGING_TIME_MINUTES] minutes of type 'inactivity' to ensure that ports are not permanently blocked by devices that are no longer present, thus optimizing the use of switch memory. Don't forget to provide diagnostic and verification commands such as 'show port-security interface' and 'show port-security address' to validate the deployment. Finally, it provides an automation mechanism for the recovery of ports that have fallen into an 'err-disabled' state due to a security breach. Use 'errdisable recovery' commands with a 300 second reassignment interval to minimize manual intervention from the support team. The end result should be a professional configuration script, with explanatory comments for each command block, intended to be presented in a layer 2 perimeter security audit report. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Act as a Senior Network Engineer with specialization in Ethernet Switch Architecture and Layer 2 Security. Your mission is to generate a comprehensive technical guide and a set of configuration scripts for advanced management of the MAC address table (Content-Addressable Memory - CAM) in a high-density corporate environment using [Vendor] model [Model] equipment. The goal is to optimize switching performance and harden the infrastructure against specific network attacks. In the first phase, you develop a deep technical explanation of how the switch handles frame learning, forwarding, and filtering based on the MAC table. You must configure and justify an Aging Time of [Aging_Time] seconds, analyzing the impact of this value on Unicast Flooding traffic and switch RAM utilization in the context of [VLAN_ID]. Provides the exact commands to inspect the table, filtering by port, VLAN and entry type (static vs dynamic). In the second phase, implement a hardening strategy using 'Port Security'. Configure a limit of [Sticky_MAC_Count] MAC addresses per interface, using the 'Sticky' method to ensure persistence across reboots. Set the violation policy as [Violation_Action] and detail the automatic recovery procedure using 'err-disable recovery' to avoid constant manual interventions from the support team. It also includes the configuration of static MAC entries for critical servers or gateways, explaining the security benefit against ARP Spoofing attacks. Finally, it designs a diagnostic protocol for the detection of 'MAC Flapping' and Layer 2 loops. It provides real-time monitoring and logging commands to identify if a MAC address is oscillating between different physical interfaces or link aggregates (EtherChannel/LACP). It concludes with a recommendation on how segmenting broadcast domains using Private VLANs or VACLs can mitigate CAM table exhaustion in large-scale scenarios. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Based on 9 reviews
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Delivers what it promises. Most of them worked on the first try. I recommend it.
Worth every penny. They work just as well in ChatGPT and Claude. I'll buy again without hesitation.
Good value for money. They adapt well with a few tweaks. Came close to a five.
Exceeded my expectations. They're easy to adapt to my case by just changing the fields. Totally recommend them.