Opening and closing scripts
# Presentation Opening & Closing Scripts (General Version)
Presentation Opening Script (General Version)
Opening (2-3 minutes):
"Good [morning/afternoon], everyone. Thank you for joining this session on Technology Adoption. Before we dive in, let me ask you a question: How many of you have seen technology that was successfully deployed but never actually used? [Pause for hands/responses] Yeah, I thought so. We've all been there. Significant investment, successful deployment by every traditional metric, and then... nothing. It sits on a shelf, or users find creative workarounds to avoid using it. Today, we're going to talk about why that happens and, more importantly, how to prevent it. Over the next [X] minutes, we're going to cover three critical areas:
- What technology adoption really means - and why there are two levels that both have to succeed
- How your position in the technology lifecycle and your architecture decisions fundamentally determine whether adoption will succeed or fail
- What adoption success actually looks like - with real metrics and real examples By the end of this presentation, you'll understand why successful organizations say: 'Technology on the shelf helps nobody. Design for adoption from day one.' Because here's the reality: The architecture and development decisions you make at the beginning of a project cascade through everything that follows. Get those wrong, and you're building expensive shelf-ware. Get them right, and you're building capability that users will actually want to use. Let's start with the fundamentals: What is technology adoption?"
Presentation Closing Script (General Version)
Closing (3-4 minutes):
"So let's bring this all together. We started by establishing that technology adoption has two levels - organizational and user. Organizational adoption is necessary but not sufficient. What really matters is voluntary user adoption, because involuntary adoption creates resistance, workarounds, and ultimately failure. Then we explored something critical that often gets overlooked: where you position yourself in the technology lifecycle determines everything else. Bleeding Edge is too unstable for mission-critical systems and makes voluntary adoption nearly impossible. Trending Behind limits your innovation and creates technical debt. The sweet spot is Leading Edge to Mainstream. This positioning gives you innovation opportunity with manageable risk and strong adoption potential. And that lifecycle position directly constrains your architecture choices. You can't just pick any architecture at any lifecycle stage:
- Cloud Enabling is your modernization path for legacy systems - lower disruption, higher voluntary adoption potential
- Cloud Native is ideal for greenfield projects when you have proven, innovative technology and can justify the learning curve
- Cloud Agnostic gives you portability across platforms when you need consistency and flexibility Each architecture approach has different adoption implications. Each creates different development decisions that cascade through your project. Then we walked through lifecycle planning - because adoption isn't a deployment checkbox, it's something you plan for in design, development, deployment, and sustainment. At every phase, you're asking: 'How does this affect voluntary adoption?' Finally, we looked at what success looks like with illustrative metrics and an example case study. We saw how lifecycle positioning, architecture approach, and user-centered design come together to create voluntary adoption - high sustained usage, voluntary expansion requests, and users serving as advocates. So here's what I want you to take away: First: Technology adoption isn't what happens after you build something. It's what you plan for from the very first design discussion. The architectural decisions you make at the beginning determine the development decisions that follow, which determine whether users will voluntarily adopt what you build. Second: Your lifecycle positioning is strategic, not just technical. It determines your management methods, your architecture approaches, your solution selection, and most critically, your adoption potential. Choose Leading Edge to Mainstream for the best balance of innovation and adoption. Third: Architecture approaches are adoption decisions. Cloud Enabling for legacy modernization. Cloud Native for high-performance greenfield projects. Cloud Agnostic for multi-platform consistency. Each has different user impacts and different development implications. Fourth: Avoid involuntary adoption whenever possible. It creates resistance, workarounds, and technical debt in human form. Design for voluntary adoption by demonstrating clear value and fitting into user workflows. And finally: Measure what matters. Don't just track deployment metrics - track user adoption metrics. Active usage, voluntary expansion, user advocacy. Those are the signs of real success. I'll leave you with the three questions I mentioned. The next time you begin a project, ask yourself:
- Where does this technology sit in the lifecycle - and where will it be over the long term? Am I in the Leading Edge to Mainstream sweet spot, or am I taking on unnecessary risk or technical debt?
- What architecture approach will enable voluntary adoption given my lifecycle position? Does Cloud Enabling, Cloud Native, or Cloud Agnostic make the most sense for my users and their workflows?
- Am I designing with users or just for users? Have I included them in requirements? Do I understand their workflows? Am I demonstrating clear value? Answer those honestly, and you'll avoid the expensive mistake of building something nobody wants to use. This framework - lifecycle-aware positioning, adoption-focused architecture, and user-centered design - is how successful organizations operate on every project. The result? Technology that gets used. Technology that delivers real capability. Not expensive shelf-ware. Thank you for your time. I'm happy to take questions."