Consumer Packaged Goods (CPG) manufacturers sit at the center of daily life. They are delivering the essentials that keep societies moving. But while demand remains strong, the pressures shaping the sector have never been more intense. Volatile markets, shifting consumer expectations, sustainability mandates, retailer driven complexity through “home brand” competition, and ever shortening innovation cycles mean that manufacturers must now operate at a pace their legacy systems were never designed for.

Europe, in particular, stands at a crossroads. It remains a global powerhouse in CPG value, quality, regulation, and sustainability leadership. Yet its factories, built on decades‑old infrastructures, struggle to match the speed, flexibility, and digital maturity emerging in other markets. Incremental digitization is no longer enough. What CPG leaders need now is a fundamental shift in how manufacturing systems are built and behave.

That shift is Open Software‑Defined Automation (SDA)

Open SDA reimagines the factory not as a fixed, hardware‑bound environment but as a configurable, adaptable, and intelligent production platform. Rather than hard‑coding behavior into machines, Open SDA defines operations in platform agnostic software – making the plant automation inherently fluid, responsive, and scalable. It is the architectural foundation required for truly agile manufacturing, without hardware vendor lock in.
Decades of incremental upgrades have left many European CPG plants with tightly coupled control layers, aging hardware platforms, and automation environments that are increasingly expensive to maintain and difficult to evolve. The issue is no longer just digital maturity – it is systemic obsolescence. Critical components reach end‑of‑life faster than plants can modernize, vendor‑specific architectures limit upgrade paths, and even minor changes can require costly engineering or hardware replacement. This creates a widening gap between operational needs and the capabilities of the installed base. Addressing obsolescence now requires more than swapping equipment; it demands a shift to an automation architecture where software – not hardware – defines behavior, enabling plants to modernize continuously rather than in disruptive cycles.

The agility gap: Why traditional automation can’t keep up

The modern CPG plant is expected to do more than simply produce efficiently. It must switch recipes, packaging formats, support mass-personalization, react to demand swings, and do it all while keeping the plant safe, managing sustainability obligations and freeing up labor from the line. The problem is intuitive: traditional automation locks behavior into hardware specific implementations. Every recipe change, packaging variation, or new Stock Keeping Unit (SKU) requires engineering intervention, slowing down the time to get new products to markets. Changeovers consume hours. Tribal knowledge becomes a hidden operational risk. Capacity remains tied to specific lines. And continuous improvement becomes episodic rather than systemic.

In such an environment, agility becomes aspirational rather than achievable.

Where Open SDA changes the game

Open Software Defined Automation breaks this cycle by shifting control, intelligence, and configurability out of closed, hardware specific logic and into open software platform agnostic models. Instead of treating each change or upgrade as an engineering project, Open SDA treats it as a data update. Updating recipes, pack formats, quality tolerances, labeling rules, and equipment capabilities become parameterized elements that can be adjusted without rewriting code or reconfiguring hardware.

This change transforms some of the biggest operational pain points in CPG.

In an Open SDA enabled plant, the automation system enables changeovers to evolve from disruptive mechanical events into simple software operations. Versioned recipes can be swapped instantly, and line setup becomes automated. The result is not only faster changeovers but also the economically viable production of smaller batches and more frequent product refreshes. Innovation cycles accelerate because manufacturing no longer holds commercialization hostage.

Equally important is the impact on modularity. Many plants already invest in modular equipment, but in practice those “modules” still behave like fixed lines once commissioned. With Open SDA, the digital capabilities of each piece of equipment – fill, seal, label, inspect – are exposed through standard interfaces. Orchestration software can dynamically assemble production orders, mange workflows using whichever plant modules are required. The same physical assets can support multiple families of products, making new SKU launch a configuration task, not a capital investment.

This same flexibility reshapes capacity allocation. Today, scaling a high demand product often involves reengineering a line, redistributing technicians, or commissioning new assets. Open SDA turns capacity into a software managed resource. Production schedules, constraints, and priorities become dynamic, enabling leadership – not engineering – to make allocation decisions based on real-time demand, retailer commitments, energy mix & availability, and margin priorities. Plants begin to operate as fluid capacity pools rather than siloed production lines.

Making complexity manageable

Channel and packaging complexity continues to explode. Club multipacks, convenience formats, online‑ready or shelf ready packaging, DTC bundles – each comes with its own labeling rules, serialization requirements, and retailer‑specific logic. Legacy automation assumes dominance of a single format; modern CPG realities require support for many.

Open SDA manages this by abstracting pack logic and compliance variations into software layers. The physical line remains the same; the digital model changes. Manufacturers can expand routes to market without proliferating assets, reduce the marginal cost of customization, and scale new formats with confidence.

Strengthening the workforce through embedded knowledge

Labor scarcity and the loss of experienced operators represent another growing challenge. In traditional environments, operations rely heavily on tribal knowledge, creating fragility and inconsistency. Open SDA counteracts this by embedding operational knowledge into digital workflows and version‑controlled logic. Operators interact with guided, role‑based systems rather than relying on memory or improvisation. Onboarding accelerates, cross‑training becomes easier, operations become more consistent and plants become far less dependent for day-to-day operations on scarce specialist talent, allowing them to focus on higher value activities.

Continuous improvement at digital speed

Perhaps the most transformative outcome of Open SDA is that it turns continuous improvement from an engineering‑heavy exercise into a natural, data‑driven process. Because production logic and parameters are versioned, observable, and comparable across lines and plants, best practices can be replicated quickly. Digital twins enable scenario testing without disrupting operations. Improvements are implemented through software updates rather than line overhauls. The result is a living manufacturing system that improves itself, the aspiration should not stop at an autonomous plant, it is entirely possible to foresee self-actuating plants built on Open SDA.

Not more automation – different automation

Critically, Open SDA is not about adding more robots, more PLCs, or more point solutions. It is about decoupling hardware from software, treating automation like an IT platform, break the cycle of hardware obsolescence/upgrade and designing plants for change rather than stability. It is a strategic, architectural shift – not an incremental upgrade.

The leadership mandate

The CPG manufacturers who will lead the next decade are those who modernize at the pace of global competition, not at the pace dictated by legacy systems. Open SDA is the missing enabler that makes flexible, intelligent, and future‑ready manufacturing not just possible but economically sustainable.

The defining question for leaders is simple:

How much of your plant’s behavior is hardcoded in steel and how much is defined in software? The answer will determine who keeps up, who sets the pace, and who gets left behind.

Do you want to learn more? Discover Open Software-Defined Automation.