Cisco 300-735 Exam - Core Concepts of Network Programmability Covered

Network programmability changes the way that network infrastructure is managed. Understanding the foundations of network programmability has become crucial for networking professionals due to the growth of automation and software-defined networking (SDN). This blog will be quite helpful for individuals getting ready for the Cisco 300-735 exam since it attempts to give an accurate understanding of the subject. Here, we will review critical ideas, discuss some crucial queries, and give you multiple-choice (MCQ) questions to evaluate your understanding.

Cisco 300-735 Exam Details

The Cisco 300-735 exam, also known as "Automating and Programming Cisco Security Solutions (SAUTO)," is part of the Cisco Certified DevNet Professional and Cisco Certified CyberOps Professional certifications. Here are the key details:

• Exam Code: 300-735 SAUTO
• Duration: 90 minutes
• Exam Format: Multiple choice, drag-and-drop, fill-in-the-blank, and simulation-based questions.
• Number of Questions: Typically ranges from 55-65 questions.
• Languages: English
• Registration: Available through Pearson VUE.
• Prerequisites: No formal prerequisites, but knowledge of programming, automation, and Cisco security solutions is recommended.

Key Exam Topics Of  Cisco 300-735 Exam

1. Network Programmability Foundation 
2. Automating Security with Cisco Platforms 
3. Automating Security with Cisco ISE
4. Automating Security with Cisco Stealthwatch
5. Automating Security with Cisco Security Management Solutions

The exam focuses on automating Cisco security solutions through APIs and scripting, requiring hands-on knowledge of coding and security automation.

Network Programmability Foundation Exam Overview

The Network Programmability Foundation lays out the foundation for employing programmable techniques to manage and configure networking infrastructure. Traditional network management, which can be laborious and error-prone, relies on manual device configuration. By employing network programmability, engineers may increase agility, automate repetitive operations, and guarantee consistency throughout the network.

Why Network Programmability is Important?

Manual configuration just cannot keep up with the increasing complexity of networks. This problem is solved by network programmability, which adds automation and orchestration to the mix. Programmable networks allow businesses to.

Automate tasks to free engineers for higher-value work:

• Boost Network Flexibility: Without requiring time-consuming reconfigurations, quickly adjust the network to shifting business requirements.
• Boost Accuracy and Consistency: Automated scripts minimize configuration problems by ensuring consistency in network settings.
• Facilitate SDN and Cloud Integration: To integrate with SDN and cloud-based systems and enable smooth scaling and flexibility, network programmability is essential.

Key Concepts in Network Programmability

Before tackling the Cisco 300-735 exam questions, it is crucial to comprehend the fundamental ideas that underpin network programmability:

Application Programming Interfaces, or APIs,

The main components that allow programmability in networks are APIs. They give software programs a means of interacting with network setups and devices. For instance, SDN frequently uses REST APIs.

Software-Defined Networking (SDN)

Centralized network management is made possible by SDN, which divides the control plane from the data plane. SDN is largely made possible by programmability, which permits adaptable and dynamic network behavior.

Protocols for Network Configuration

For the automated and structured definition and management of network configurations, protocols such as NETCONF and YANG are essential.

Automation Tools

Network configurations are automated with the help of tools like Ansible, Puppet, and Chef. These solutions simplify the configuration process by managing several devices at once.

Tools and Technologies in Network Programmability

Some technologies and tools are essential to network programmability:

• Python: Writing network automation scripts is a common usage for Python, a flexible programming language.
• REST APIs are interfaces that let you communicate with network devices programmatically.
• Ansible: A well-liked automation tool that makes managing and configuring network devices easier.
• NETCONF & YANG: Network devices can be configured and interacted with programmatically using the NETCONF and YANG protocols.

Preparing for Cisco 300-735 Exam - Important Study Areas

It is crucial to concentrate on fundamental subjects like automation, Python scripting, and network programmability when getting ready for the Cisco 300-735 exam. Using study resources like Pass4Future Cisco 300-735 exam questions can be quite helpful to guarantee thorough preparation. Their products offer current, accurate questions that align with the exam objectives, simulating the actual test environment. Cisco 300-735 exam questions help you become more comfortable and confident with the format. This focused activity increases your overall preparedness for success and streamlines your study efforts.

Practice MCQs on Cisco 300-735 Exam

The following multiple-choice (MCQ) questions will assess your understanding of network programmability:

Which of the following tools is commonly used for network automation?

• a) Chef
• b) HTTP
• c) DNS
• d) SSL

            Answer: a) Chef

Which protocol is most closely associated with network device configuration?

• a) TCP
• b) NETCONF
• c) BGP
• d) FTP

Answer: b) NETCONF

Which programming language is often used for writing network automation scripts?

• a) C++
• b) Python
• c) Java
• d) Perl

Answer: b) Python

What is the role of YANG in network programmability?

• a) It's a protocol for routing data.
• b) It's a programming language.
• c) It’s a data modeling language used for network configurations.
• d) It’s an encryption standard.

Answer: c) It’s a data modeling language used for network configurations.

Final Thoughts

For network engineers hoping to maintain their competitiveness in the ever changing IT industry, network programmability is a crucial ability. Gaining a substantial advantage may come from comprehending important ideas like automation tools, SDN, and APIs. To succeed in the Cisco 300-735 Exam preparation, you must grasp these subjects. To increase your confidence, make sure you set aside enough time to study the Relevant technologies and practice answering Cisco 300-735 questions.