The Lifecycle of an Ad-Hoc Solution
It usually begins with a minor operational crisis—perhaps an upcoming annual conference and a ticketing process still entirely reliant on Excel spreadsheets and manual bank transfers. A capable employee simply wants to get the job done. They research and deploy a new, off-the-shelf events management system. It works. The tickets sell, the badges print, and the immediate crisis is averted.
Weeks pass, and naturally, colleagues begin bringing their tangentially related problems—CRM integrations, automated marketing emails, complex refund workflows—to this exact same person. Before long, a critical piece of business infrastructure is entirely managed by a single individual whose actual job title is often something entirely different, like 'Marketing Executive' or 'Community Manager'.
The Business Impact: An Architectural Hostage Situation
It is a wonderful display of initiative, but institutional memory does not scale.
What happens when this accidental owner takes a fortnight of annual leave during peak registration season? Or, as I have seen play out too many times, what happens when the API linking the events platform to the central database inevitably falls over after hours? The general support staff are left staring blankly at an undocumented dashboard they do not know how to fix.
If business continuity relies on one specific person never turning their phone off, you do not have an architecture—you have a hostage situation. Relying on an individual's personal knowledge rather than an organisational capability introduces a severe, yet entirely preventable, operational risk.
The Solution: Objective Competency Mapping
The solution to a human bottleneck is not to procure another piece of software. It is an objective skills map.
True continuity requires knowing exactly who holds what knowledge. This is not about managing a generic training budget or filling out subjective annual appraisals; it is about evaluating a team against a global standard to understand the reality of your operational capability.
To achieve this, businesses must adopt a structured ledger, such as the Skills Framework for the Information Age (SFIA).
Understanding SFIA SFIA is the globally recognised, industry-standard framework for describing professional skills in the digital and technology sectors. Rather than relying on vague, often inaccurate job titles (which fail to reflect reality, as seen with our accidental events manager), SFIA provides a common language to measure what a team can actually do.
It defines over 120 specific professional skills and categorises them across seven levels of responsibility—from entry-level execution to strategic, board-level leadership.
Done correctly, mapping an organisation against SFIA forces leadership to confront an uncomfortable truth: if the accidental owner leaves tomorrow, does the business possess the verified technical skills elsewhere in the team to keep the lights on?
Operational resilience comes from structural clarity. By documenting the unwritten rules and mapping exact competencies against an objective framework like SFIA, a business transitions away from a reliance on fragile heroics. The result is a stable infrastructure where systems are managed by documented capability, rather than the fading goodwill of a single, overwhelmed employee.
Further Reading and Resources:
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The SFIA Foundation: Learn about the current iteration of the framework (SFIA 9) and how it categorises digital skills directly at the source: sfia-online.org
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Navigating the SFIA Framework: Explore the different professional skills and levels of responsibility within the tech ecosystem: sfia-online.org/en/sfia-9/skills-view
