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Generative AI
Cloud
Testing
Artificial intelligence
Security
June 10, 2025
Head of Generative AI, USA
Global Head of ACT, Sogeti
Modern app delivery is changing. Intelligent apps generate value through both what they do and how they’re built. When those layers move in sync—and teams are ready to run with them—the impact compounds. Microsoft’s ecosystem of copilots, low-code platforms, and cloud-native services provides the foundation. Sogeti brings it to life through people and process.
Intelligent apps are reshaping value delivery on two fronts. First, they create smarter user experiences—apps that personalize, predict, and support complex decisions. Second, they participate in how those experiences are built—through copilots, intelligent agents, and automation layers that accelerate development. When both layers work together, the result is compounding value: organizations see gains not only in what they ship, but in how they ship it.
But this model only thrives in organizations that are structurally and culturally prepared. Teams need clarity, guardrails, and permission to experiment. Leaders need to sponsor adoption through mindset shifts, not mandates. This blog explores how to maximize the twin value tracks of intelligent apps—and what it takes to build the people and platform maturity needed to sustain them.
Building intelligent applications requires more than plugging in a model or embedding a chatbot—it involves preparing your organization to absorb intelligence, scale it, and trust it.
In today’s enterprise landscape, artificial intelligence is a present and growing feature within day-to-day work. But the conversation has moved beyond “should we use AI?” to much more complex questions: Where should we use it? How do we deploy it responsibly? Who governs it? And how do we operationalize it across real development projects?
AI is becoming a delivery asset. A collaborator. A contributor to the software development lifecycle. And in many cases, a catalyst that unlocks entirely new development and delivery models. For example, most AI services today—particularly generative and agentic capabilities—are cloud-native by design. They exist as APIs, platforms, or components that are meant to be consumed over the network. Whether it’s a fine-tuned model or a service like Microsoft Azure OpenAI, your ability to integrate and scale AI is directly tied to your ability to consume and manage cloud services effectively.
To realize that vision, organizations must rethink not just what their applications can do, but how they are built, governed, and extended.
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Consider those cloud-native environments where AI services are to be integrated. Before intelligent applications can thrive, organizations need to ascertain operational maturity:
Because AI services are layered into that environment, any misalignment at the cloud level—whether it’s lack of automation, inconsistent controls, or compliance gaps—will propagate upward into how you consume intelligence. As AI capabilities become more pervasive, the cost of poor cloud hygiene grows exponentially.
It’s also worth noting that some enterprises are exploring ways to run AI workloads on-premises—for cost control, data sovereignty, or compliance reasons. That’s a valid path, but it doesn’t reduce the need for platform governance. Whether AI runs in the cloud or in a local environment, the surrounding architecture still needs to provide observability, compliance enforcement, and scalable interfaces. In other words: you don’t need to be fully in the cloud, but you do need to be cloud-capable in mindset and model.
There’s growing excitement around “agentic delivery”—the use of AI agents to actively participate in application development and delivery. Agents can take on tasks such as recreating legacy user interfaces, analyzing source systems, or even generating code based on design patterns and prompts. In practice, this means rethinking and optimizing team structures.
Most enterprises aren’t yet prepared to support that model at scale. Using agents in delivery workflows requires more than technical enablement—it requires enterprise trust:
This trust gap is currently one of the biggest barriers to adoption. Many organizations are intrigued by the productivity benefits of agentic delivery but lack the governance frameworks to approve it. Without clear enterprise guidance, even promising pilot projects stall.
For forward-looking teams, the solution may involve a pre-project initiative: one that focuses not on building the app, but on preparing the enterprise to use AI responsibly. That means co-developing a framework for agent use, defining compliance protocols, and embedding AI-aware practices into the SDLC itself. It’s an upfront investment—but it’s also the foundation for unlocking compounding value down the line.
Agentic Delivery Readiness Checklist
✅ Secure, scalable Gen AI App Platform✅ Defined guardrails for agent output✅ Governance framework for data, access, and validation✅ Role clarity for agent contributions
The role of AI in app innovation is playing out across two distinct and equally important scenarios. The first involves using AI to accelerate how applications are delivered. The second involves embedding AI directly into what applications do.
When both layers advance in parallel, organizations gain a compounding effect: the ability to deliver more value, more efficiently, with every iteration.
In modernization scenarios, agentic AI is fast becoming a trusted tool for legacy system migration. Instead of requiring teams to painstakingly document every screen and rule, AI agents assist with everything – from reverse-engineering legacy UIs to recommending migration sequences and generating code based on screenshots or flow patterns. Months of manual effort turn into weeks of accelerated delivery. But the benefits only materialize when platform and governance foundations are strong. If AI is seen as experimental or risky, these workflows never make it past the pilot phase.
Meanwhile, in new product development, the focus shifts from speed to intelligence at the point of use. AI becomes embedded in the experience itself—augmenting decisions, automating steps, or creating entirely new types of functionality. For example, a hospital that uses AI to generate nurse schedules based on live inputs like patient load and staff preferences is designing intelligence into the workflow.
Both approaches rely on the same underlying maturity: readiness in platform, confidence in governance, and a delivery culture that understands where intelligence fits. This is the heart of compounding value. Each track accelerates the other when they share the same foundational clarity.
The two parallel evolutions of intelligent apps:
Intelligent apps are changing both how teams build and how users interact.
Even the most capable platform cannot unlock value unless the people using it are equipped to trust and apply AI effectively. Delivering intelligent apps at scale depends largely on a mindset shift. For many organizations, access to AI is not the barrier—it’s a comfort level and confidence to try. Leaders are being asked to deploy new tools, but also to change how teams think, how they learn, and how they adopt.
Here’s what that looks like in practice:
Too often, AI knowledge sits with a few champions while the rest of the team remains unsure. Broadening that base means making AI approachable—translating abstract terms into daily tasks, showing how copilots function in development, testing, or documentation work, and helping people understand what outputs to expect and how to validate them. Learning doesn’t have to be formal. There is a need to demystify the tools—connecting them to everyday use cases and showing where they fit into real workflows.
People learn faster when examples reflect their own work. Show how a QA engineer can use a copilot to write test cases, or how a developer can generate boilerplate code from a prompt. Even lightweight sessions—15 minutes during sprint reviews or standups—can introduce shared language and habits.
Innovation happens when teams feel safe to try. That means creating space for experimentation without fear of mistakes or judgment. AI enablement can’t be top-down. Some of the most effective learning happens when someone in a pod shares what worked, what didn’t, and how they got there.
Encourage pods to try out prompts together, reflect on what they learn, and share working sessions as learning tools. When exploration becomes part of the delivery process, adoption starts to grow organically. Innovation doesn’t require a hackathon—it can start with a “show and tell” on Friday.
The fastest way to normalize intelligent delivery is to show that it’s already happening. Success stories have more power when they come from peers. Real stories from real teams—“This copilot helped us cut onboarding time by half” or “This agent shaved 40 hours off our QA cycle”—build trust far faster than a mandate.
The stories don’t need to be overly formal or externally branded: they need to be recent, honest, accessible. A screenshot. A two-line Slack post. A demo clip at the all-hands. What matters is immediacy and relatability: the sense that “people like us” are already working this way.
Every team has questions about hallucinations, compliance, and LLM safety. They worry about sensitive data leaking into prompts, or escalation procedures. And in the absence of clear guidance, that uncertainty becomes a blocker that delays adoption.
Clear, contextual answers—aligned with your platform architecture and enterprise policies—give teams the confidence to move forward. Teams need to know when they’re allowed to use an LLM, what data is in scope, how outputs should be validated, and where to go if something looks off. Policy documents help, but real enablement comes from point-of-need support—FAQs that speak the team’s language, sandbox environments for testing safely, and trusted channels to raise questions.
Teams may not yet see the full spectrum of what AI can enable, or how those capabilities translate into business outcomes. That’s why structured ideation is important for intelligent app delivery. Our Jumpstarts are designed to guide organizations through a rapid, focused journey: from understanding AI capabilities, to aligning those capabilities with business value, to prototyping and testing real applications.
At the heart of this is an ideation process inspired by the “Thinkubator” model—bringing together stakeholders, designers, and technical experts for short, high-impact workshops. They help uncover use cases, prioritize ideas, and identify where AI (including generative and agentic capabilities) can make the most difference.
Start small—a prototype, an agent in a single workflow, a focused Jumpstart. What creates lasting value is everything that surrounds it: the structures that turn experiments into an intelligent way of working. When platform capabilities and team practices evolve together, intelligent delivery scales naturally—without needing to be championed at every step.
The goal isn’t to simply automate everything. It’s to reduce the time spent on rework, handoffs, and overhead, so that you can focus on the work that requires judgment, direction, and leadership. That’s the cultural step-change. As organizations build more with less friction, the pace of progress picks up. Capacity grows. And delivery starts to feel quite different.
Whether you’re modernizing legacy systems or building something brand new, true advantage comes from alignment—across platforms, processes, and people.
🟦 Explore our Intelligent App JumpstartsQuick, high-impact engagements to align business needs with AI-powered delivery.
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