PA007

Higher Automation Reliability vs. Lower Redundancy Cost

Business Context. Business-critical automated processes benefit from redundant infrastructure that prevents downtime, but maintaining full redundancy for every automated workflow is costly and often unnecessary for lower-priority processes.

Process TRIZ Resolution. Rather than applying uniform redundancy to every automated workflow, organizations should tier redundancy investment according to the business criticality of each process, reserving full redundancy for the processes whose failure would have the greatest impact.

Applicable TRIZ Principles

Principle 3 (Local Quality) applies redundancy levels proportional to each process's business criticality.

Principle 35 (Parameter Changes) adjusts infrastructure investment based on measured criticality tiers.

Principle 2 (Taking Out) removes unnecessary redundancy from low-criticality automated processes.

Expected Outcome

High reliability where it matters

Lower overall infrastructure cost

Efficient resource allocation

Clear criticality-based investment

Decision Indicators

Every automated process receives identical infrastructure investment.

Low-priority automation consumes disproportionate redundancy budget.

Critical processes lack sufficient redundancy despite their importance.

No formal criticality tiering exists for automated workflows.

Infrastructure cost has grown faster than automation value delivered.

If several of these indicators are present, the contradiction is likely active and the Process TRIZ resolution above should be evaluated.