Last updated on August 24th, 2019 at 05:57 pm
Managing technical debt is something few organizations now do, and fewer do well. Several issues make managing technical debt difficult and they’re discussed elsewhere in this blog. This thread explores tactics for dealing with those issues from a variety of initial conditions. For example, tactics that work well for an organization that already has control of its technical debt, and which wants to keep it under control, might not work at all for an organization that’s just beginning to address a vast portfolio of runaway technical debt. The needs of these two organizations differ. The approaches they must take might then also differ.
The first three posts in this thread illustrate the differences among organization in different stages of developing technical debt management practices. In “Leverage points for technical debt management,” I begin to address the needs of strategists working in an organization just beginning to manage its technical debt, and asking the question, “Where do we begin?” In “Undercounting nonexistent debt items,” I offer an observation about a risk that accompanies most attempts to assess the volume of outstanding technical debt. Such assessments are frequently undertaken in organizations at early stages of the technical debt management effort. In “Crowdsourcing debt identification,” I discuss a method for maintaining the contents of a database of technical debt items. Data maintenance is something that might be undertaken in the context of a more advance technical debt management program.
Whatever approach is adopted, it must address factors that include technology, business objectives, politics, culture, psychology, and organizational behavior. So what you’ll find in this thread are insights, observations, and recommendations that address one or more of the issues related to these fields. “Demodularization can help control technical debt” considers mostly technical strategies. “Undercounting nonexistent debt items” is an exploration of a psychological phenomenon. “Leverage points for technical debt management” considers the organization as a system and discusses tactics for altering it. And “Legacy debt incurred intentionally” explores how existing technical debt can grow as long as it remains outstanding.
Accounting issues also play a role. “Metrics for technical debt management: the basics” is a basic discussion of measurement issues. “Accounting for technical debt” looks into the matter of accounting for technical debt financially. And “Three cognitive biases” is a study of how technical debt is affected by the way we think about it.
- Leverage points for technical debt management
- Undercounting nonexistent debt items
- Crowdsourcing debt identification
- Demodularization can help control technical debt
- Legacy debt incurred intentionally
- Metrics for technical debt management: the basics
- Accounting for technical debt
- Three cognitive biases
- The resilience error and technical debt
- Synergy between the reification error and confirmation bias
- Retiring technical debt can be a wicked problem
- Retiring technical debt can be a super wicked problem
- Degrees of wickedness
- Nine indicators of wickedness
- Retiring technical debt in irreplaceable assets
- Technical debt retirement: where is the technical debt?
- Rules of engagement for auxiliary technical debt
- Legacy technical debt retirement decisions
- Retiring localizable technical debt
- Controlling incremental technical debt
- Automation-assisted technical debt retirement
- Outsourcing Technical Debt Retirement Projects
- Refactoring for policymakers