Organisations with sizable capital resources and high-end engineering talent often succumb to a peculiar illusion: the belief that building their own technological solutions from scratch is the only valid way to gain a competitive advantage. This mechanism is driven by the desire for full autonomy, control over intellectual property and the ambition to create unique innovations. However, market reality is increasingly verifying this approach as costly, slow and – ultimately – ineffective.
The curse of the white paper and psychological barriers
A romantic vision of engineering, in which success is measured by the number of proprietary patents and the uniqueness of the code written, still lingers in many boards and IT departments. Having an in-house infrastructure and a team capable of taking on a design challenge often becomes sufficient justification for starting work on an in-house system. This is a classic example of the resource trap: because an organisation ‘can’ build something, it recognises that it ‘should’ do so.
This lack of rational project selection leads to a phenomenon that can be called strategic fragmentation. Instead of concentrating energy on developing key products, companies waste the potential of their most talented employees on replicating tools that are already available on the market in a much more mature and scalable form. Confusing technological self-sufficiency with real market advantage is one of the most costly mistakes of modern management.
Technological debt
Investing in proprietary solutions for problems that have already been solved by the market generates consequences far beyond the original implementation budget. By opting for proprietary software, an organisation assumes full responsibility for its lifecycle: from ongoing maintenance and monitoring, to security audits, to compliance with dynamically changing regulations (such as RODO or EU cyber security acts).
This gives rise to the accumulation of proprietary micro-solutions, which over time become a crutch. The cost of maintaining proprietary infrastructure grows faster than the profits flowing from it. Development teams, instead of initiating new projects, turn into service departments, dedicated to patching bugs and updating technological debt. In extreme cases, a paradox occurs in which the company works for its technology instead of using the technology to drive business.
Recycling solutions as an expression of strategic proficiency
Modern engineering is undergoing a transformation similar to that undergone decades ago by the automotive or aerospace industries. No one today builds their own power plant to power a factory, or designs their own bolts if a market standard provides the highest quality at a fraction of the cost. In IT, we call this process standardisation and orchestration.
Real innovation has moved up a level. It is not about writing a new database or process control system, but about how these components will be integrated to solve a real business problem. Adopting existing, proven solutions – whether in a SaaS model or through the use of mature open-source libraries – allows for a drastic reduction in time to market.
It is worth noting that suppliers specialising in specific niches spread the cost of innovation across thousands of customers. As a result, they offer solutions that are more secure, more frequently updated and more efficient than any organisation would be able to produce in-house. “Recycling” market knowledge and technology is therefore an expression of pragmatism rather than a lack of ambition.
Strategic pragmatism: where to look for differentiation?
Competitive advantage rarely comes from having a unique server or proprietary communication protocol. It comes from the ability to deliver value to the end customer faster than the competition. Using mature tools allows the brightest minds in the company to focus on what actually generates margin: optimising processes, analysing user behaviour and creating unique customer experiences.
