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WWT Research
AI Coding Assistants: Enterprise Market Landscape and Tools Evaluation
Explore how AI coding assistants—including autonomous AI agents and agentic AI—are reshaping enterprise software development by accelerating delivery, improving code quality and driving productivity at scale. This market landscape breaks down key players, agentic capabilities and considerations for secure, strategic adoption.
How to Securely Implement AI Coding Assistants Across the Enterprise
A practical approach to balancing productivity, privacy and protection
The ROI Paradox: Two Truths About AI's Progress
Bridging the gap between AI's promise and AI's profit requires redefining ROI, strategic investment and empowering middle management. Success lies in integrating AI into core systems, fostering trust and treating AI as a capital investment, not an experiment.
A Guide for CEOs to Accelerate AI Excitement and Adoption
The age of AI is here. As the CEO, your leadership is crucial to driving AI transformation. Discover how active executive engagement in AI adoption leads to competitive advantage.
Implementing MCP Servers with Ansible Automation Platform
Model Context Protocol (MCP) servers can be integrated with Ansible Automation Platform (AAP) to enhance AI-driven network operations. By enabling natural language interaction with real-time network data, MCP augments large language models (LLMs) with contextual awareness, reducing technical debt and improving operational efficiency. A practical firewall use case illustrates the transformative potential of MCP in enterprise automation.
ATC Activity
How to Securely Implement AI Coding Assistants Across the Enterprise
A practical approach to balancing productivity, privacy and protection
Zscaler Zero Trust Branch - Branch Connector and Airgap
In this lab, we will look at how the Zscaler Zero Trust Exchange unifies our ability to deploy a zero trust methodology. First we will take you on a tour of the working consoles that relate to Zscaler Branch Connector and Airgap technologies. We will view all the policies and rule sets that make up the Zscaler Internet Access and Zscaler Private Access giving our organization granular control over user and device access both internally (East-West traffic) and externally (North-South traffic). This is a read only lab and you will be able to try the access set up already and view all the Zscaler modules and their settings.
Zscaler - Zero Trust Branch (ZTB) and Airgap
Zscaler, the leader in cloud security, brings together several of their technologies in their Zero Trust Exchange to implement, improve, and bolster your zero trust architecture (ZTA) within your organization. Utilizing their Zero Trust Exchange at the core of their technologies, it weave together secure internet access with Zscaler Internet Access (ZIA), private network access using Zscaler Private Access (ZPA) eliminating the need for traditional VPNs, data loss protection (DLP) and cloud access security broker (CASB) incorporated in Zscaler Data Protection, and network segmentation implementing Zscaler Airgap - their agentless micro-segmentation technology, all to reduce your attack surface and combining this all into a single enhanced platform. In this learning path, we are going to focus on our Zero Trust Branch and Airgap technologies and how they can together, improve your ZTA.
Fortinet Secure SD-WAN
The Fortinet Secure SD-WAN Learning Path is designed to build both foundational knowledge and hands-on skills with Fortinet's SD-WAN solution, aimed at anyone with fundamental networking knowledge interested in exploring SD-WAN using a Fortinet Solution.
It introduces learners to the key components required in deploying and managing an SD-WAN fabric. This path covers the basics of operating Fortinet's SD-WAN solution, including onboarding/provisioning new branches, SD-WAN Rules, configuration with variables and templates, and firmware upgrades.