"A developer, a self-taught cloud-native architect, an eager DevOps engineer, and an automation engineer walk into a meeting room…"
No, this isn’t the setup for a joke. It’s the reality for many organizations embarking on an application modernization or re-platforming journey, moving from a legacy app stack running in VMs to the same stack running in containers. On paper, it sounds simple enough. In practice, it’s an operational, technical, and strategic minefield.
Each of these individuals brings valuable experience, but they also approach modernization from different perspectives:
These are all well-intentioned professionals who want the best outcome for the business. But without strong, experienced leadership guiding the transition, modernization efforts can become misaligned, slow, and riddled with unexpected roadblocks.
Modernizing a legacy application stack isn’t just a technical upgrade—it’s a fundamental shift in how software is built, deployed, and managed. While every team member brings expertise, misalignment in expectations, workflows, and roles can create friction:
These challenges don’t stem from a lack of talent but from a lack of strategic, experienced leadership to bring these perspectives together, set a clear roadmap, and guide decision-making.
The difference between a modernization project that succeeds and one that struggles often comes down to leadership with real-world experience. This doesn’t just mean technical knowledge but knowing how to balance strategy, execution, and change management.
Experienced leadership brings:
Even with a capable and motivated team, without experienced guidance, modernization efforts often face these challenges:
🚨 Endless debates over tooling – Instead of focusing on delivering business value, teams get caught up deciding between Helm vs. Kustomize, GitOps vs. traditional CI/CD, or whether they need a service mesh.
🚨 Role confusion slows progress – DevOps and automation engineers struggle to define who owns what. Does DevOps absorb automation? Should infrastructure as code replace legacy scripting? Without clarity, progress stalls.
🚨 Partial adoption without real impact – The organization moves to containers but doesn’t change operational processes, leading to the same inefficiencies they had in VMs.
🚨 Unrealistic expectations leading to disappointment – Executives expect faster releases, lower costs, and fewer operational headaches, but without proper planning, the transition can introduce just as much complexity as before. Worse, it could even add MORE complexity.
🚨 Technical debt in a new form – Instead of modernizing applications correctly, teams lift and shift existing inefficiencies into containers, creating a fragile, hard-to-maintain environment.
🚨 Flawed budgeting leads to corner-cutting – When a budget is set based on best-case assumptions, teams are forced to cut features, delay automation, or sacrifice reliability to fit within financial constraints. The result? A platform that doesn’t fully deliver on its promise.
This is where Portainer’s Managed Services step in to guide your modernization journey from the start. We’ve helped countless organizations avoid the common pitfalls of container adoption, providing the expertise needed to ensure success without unnecessary complexity or wasted effort.
Portainer’s three-year Managed Services engagement ensures that your modernization journey is structured, efficient, and delivers lasting success:
🚀 Year 1: DevOps Enablement & Technical Stewardship
🔧 Years 2 & 3: Platform Stability & Team Maturity
This phased approach ensures that your transition to containers isn’t a one-time project but a sustainable transformation.
Modernization is about more than just technology: it’s about people, process, and strategy. The key to success isn’t just adopting Kubernetes—it’s about having the right leadership to guide the transition.
Portainer’s Managed Services give you access to experts who have been through this before, so you don’t have to figure it out the hard way.
Because when a developer, a self-taught cloud-native architect, an eager DevOps engineer, and an automation engineer walk into a meeting room… someone needs to know how to get them out.