Automate Everything in SecureCRT

From simple command mapping to complex Python-driven network auditing. Stop manual typing and start building scalable terminal workflows.

Begin Mastery

The Logic Pillars

Scripted Intelligence

The core of modern infrastructure management is the ability to programmatically interact with the command line. In this module, we move beyond the graphical interface and explore the SecureCRT Scripting API. You will learn the fundamental object model—understanding how the Application, Session, and Tab objects interact to give you complete control over your terminal environment. We focus on Python as the primary engine, teaching you how to use the 'crt' module to automate repetitive login sequences, handle complex authentication prompts, and manage session timeouts gracefully.

We provide a deep dive into variable management and how to use external data sources (like CSV files or SQL databases) to drive your automation. Imagine a script that reads a list of 500 routers, logs into each one, captures the current routing table, and alerts you if any specific BGP peer is down. This is the level of scripted intelligence we empower you with.

Furthermore, we cover the nuances of error handling within scripts. A robust automation tool must be able to handle network latency, session drops, and unexpected terminal output without crashing. We teach you the patterns for building resilient, production-ready scripts that can run unattended for hours.

Session Orchestration

Automation is only as effective as the environment it runs in. This module covers the advanced organization of your terminal landscape. You will learn to build 'Dynamic Session' models where session parameters are generated on the fly based on user input or external metadata. We explore the use of the SecureCRT configuration database, teaching you how to manipulate .ini files directly to deploy fleet-wide changes to logging formats, terminal emulation settings, and security protocols.

We also delve into the philosophy of 'State-Aware Automation'—scripts that don't just send commands, but first verify the current state of the device. You will learn to use 'WaitForString' and regular expression matching to ensure that your commands are only executed when the terminal is in the correct mode (e.g., global configuration mode vs. exec mode). This prevents catastrophic errors during automated deployments.

By the end of this section, your SecureCRT environment will be a highly organized, automated engine capable of handling any scale of infrastructure with minimal human intervention.

Visual Feedback & Triggers

Not all automation happens in the background. In this module, we explore the 'Human-Machine Interface' (HMI) enhancements in SecureCRT. You will learn to create custom Button Bars and Command Windows that turn complex multi-step processes into single-click actions. We show you how to use 'Keyword Highlighting' not just for aesthetics, but as a diagnostic tool that triggers specific scripts when certain patterns are detected in the terminal stream.

We also cover the creation of custom dialog boxes and progress bars using VBScript or Python, allowing you to provide real-time feedback to other team members using your automation tools. This makes your scripts more accessible and professional, moving them from 'hacker tools' to 'enterprise utilities'.

Understanding how to balance automation with manual oversight is a key theme here. We teach you when to automate fully and when to use 'semi-automated' workflows that pause for human verification at critical steps.

Cross-Platform Portability

In a diverse IT environment, your automation must be as portable as your terminal. This module focuses on building scripts that run consistently across Windows, macOS, and Linux. We explore the differences in the SecureCRT environment across these platforms and teach you how to write 'Platform-Agnostic' code. This is particularly important for teams that use a mix of hardware.

We also cover integration with other automation frameworks. You will learn how to trigger SecureCRT scripts from Ansible playbooks or Jenkins pipelines, and how to use SecureCRT as a secure 'Jump Box' interface for other automation tools. This integration is essential for creating a unified automation ecosystem within your organization.

Finally, we discuss the management of script libraries—how to version control your automation using Git and how to share scripts securely across your team using shared directories or internal repositories.

Interactive Script Snippet Explorer

Explore the fundamental objects of the SecureCRT API. Click the nodes to see the logic.

crt.Session.Connect("/S \"MySession\"")

Primary session establishment logic. Learn to programmatically trigger connections with specific session parameters.

Mastery Curriculum

01

Environmental Engineering

We begin by optimizing the SecureCRT engine for automation. This includes configuring the Python environment, setting up local script directories, and mastering the multi-tab layout for high-efficiency auditing. You will learn to use the 'Global Settings' to create a standardized environment that is shared across your team, ensuring that every administrator is using the same logging and security protocols.

02

Transactional Scripting

Focuses on the interaction between the script and the terminal. You will write scripts that log into multiple devices, execute a series of diagnostic commands, and capture the results. We cover advanced parsing techniques, showing you how to take raw terminal output and turn it into structured data (JSON/CSV) that can be used by other business systems. This is where the real time-savings begin.

03

Advanced Logic & Flow

In this phase, your scripts become 'intelligent'. We teach you how to implement decision-making logic within your scripts—if the device is a Cisco router, do X; if it's a Juniper switch, do Y. You will learn to handle complex scenarios like password changes, firmware upgrades, and fleet-wide configuration audits. We also cover 'Trigger-Based' automation, where SecureCRT reacts to specific network events automatically.

04

Enterprise Deployment

The final phase looks at scaling your automation. We discuss how to package your scripts for distribution, how to implement version control with Git, and how to integrate SecureCRT with enterprise orchestration tools like Ansible. You will complete a capstone project where you design a fully automated network audit workflow that can handle hundreds of devices without human intervention.

Industry Context: The Scripting Imperative

In the age of Cloud and SD-WAN, the 'CLI Engineer' is becoming an 'Automation Architect'. The ability to script your terminal is no longer an optional skill—it is a core requirement for any senior IT professional. SecureCRT's robust API provides the perfect bridge for this transition. Our training is designed to guide you through this shift, moving you from manual configuration to scripted orchestration.

By mastering terminal automation, you increase your personal productivity ten-fold while significantly reducing the risk of human error in production environments. Our graduates are found in the most demanding IT sectors—from global finance to telecommunications—where speed, security, and precision are the only metrics that matter.

Frequently Asked Questions

Do I need to be a programmer to take this course?

No. While some familiarity with basic logic is helpful, we teach you everything you need to know about Python specifically in the context of SecureCRT automation. We start with the basics and move progressively to advanced topics.

Which scripting languages are covered?

Our primary focus is Python 3, as it is the industry standard for network automation. However, we also touch on VBScript for teams that have existing legacy scripts they need to maintain or adapt.

Will the scripts I write work on both Windows and macOS?

Yes. One of our core modules focuses on writing 'Cross-Platform' scripts that function identically across all OS versions supported by SecureCRT.

What version of SecureCRT do I need?

We recommend v8.5 or higher to take full advantage of the modern Python 3 scripting features. The earlier versions primarily used Python 2.x or VBScript.

Are there any prerequisites for the Advanced Logic module?

You should have a solid understanding of network protocols (SSH, Telnet) and be comfortable with the command line. The scripting logic builds on these fundamentals.

Can I automate firmware upgrades with these scripts?

Absolutely. In fact, firmware automation is one of our key lab exercises. You will learn to handle the entire lifecycle—uploading the file via SFTP, verifying hashes, and managing the reboot process.

Does the course cover integration with Ansible?

Yes, we have a dedicated section on using SecureCRT as a secure interface for external automation engines like Ansible, SaltStack, and Terraform.

Is the certification recognized in the industry?

The 'AutoMastery' credential is highly respected among network architects and senior sysadmins as a mark of a practitioner who can handle high-scale automation challenges.

How are the labs conducted?

We provide a downloadable 'Lab Pack' that includes a virtual network topology you can run on your own machine (using GNS3 or EVE-NG) to practice your scripting in a safe environment.

Is there a focus on security?

Yes, security is integrated into every module. We teach you how to handle credentials securely within scripts, how to avoid hardcoding passwords, and how to maintain audit-ready logs.

Register for the Automation Lab

Join our next cohort of automation architects. Limited seats available for the hands-on lab sessions.