Engineers Should Be Held Liable

The debate centers on whether software engineers should face personal consequences—up to termination or legal liability—when critical systems fail, using CrowdStrike’s widely reported outage as the flashpoint. The most consequential thread is the analogy to regulated professions: anesthesiologists and structural engineers can be held to strict standards because their work directly affects life-or-death outcomes, and their licenses create clear accountability. In that framing, software failures that disrupt hospitals, airlines, banks, and other critical infrastructure should trigger similarly serious responsibility.

But the counterargument draws a hard line between “impact” and “legal enforceability.” Unlike licensed medicine or engineering, software development lacks universally enforced, legally codified safety requirements that define what “defect-free” means and what specific practices are mandatory. Participants argue that without such enforceable standards—analogous to what only licensed professionals can sign off—individual developers risk being scapegoated for systemic failures driven by management decisions, release processes, and inadequate QA. Even when a developer presses “go” to production, the responsibility may still be shared across the chain: product leadership, change management, testing culture, and rollout discipline.

The discussion also pushes back on simplistic severity comparisons. A structural engineer’s mistake can be evaluated against safety factors and engineering calculations with clear thresholds. Software, by contrast, is often a moving target: different paradigms (OOP vs functional), different testing strategies (unit vs fuzz vs end-to-end), and different definitions of risk make it hard to assign a single “coefficient” of negligence. Critics argue that turning software into a regulated engineering discipline would be disruptive—potentially requiring extreme measures like 100% test coverage, which could be impractical at scale and could even be counterproductive if automated testing (including AI-generated tests) locks in incorrect assumptions or fails to catch unknown unknowns.

Still, there’s agreement that accountability should exist somewhere. Several comments concede that consequences already happen in practice—people can be fired for outages—and that the specific CrowdStrike incident could plausibly have caused real harm through delayed medical care or other downstream effects. The disagreement is less about whether harm matters and more about where liability should land: on individuals without licensing frameworks, or on corporations and processes that can be legally compelled to meet standards.

By the end, the most concrete proposal is not “punish coders,” but “make responsibility real up the chain.” That means holding organizations accountable through legal proceedings and enforceable requirements, while avoiding the idea that software developers should be treated like licensed professionals in the absence of codified, enforceable safety rules. The conversation repeatedly returns to a central tension: software’s real-world stakes demand seriousness, yet the field’s current lack of enforceable standards makes personal blame both legally and practically complicated.