The present study aims to identify the antecedents, components, and consequences of smart home technology adoption in Iraq. This research is applied in purpose and descriptive‑exploratory in terms of nature and methodology. The statistical population consists of 15 key experts and specialists in the field of technology as well as distributors located in major cities of Iraq, selected through purposive snowball sampling. Data were collected using semi‑structured interviews. The data analysis was conducted using thematic analysis, which ultimately led to the development of a three‑tier thematic network.The findings indicate that the model of smart home adoption in Iraq is strongly influenced by local contextual factors. In the domain of antecedents (barriers), electricity instability and infrastructural challenges (93.3%) and high initial cost (86.7%) were identified as the strongest obstacles. In the domain of components (drivers), locally perceived usefulness in electricity management and stability (80%) and trust in local importers and after‑sales services (73.3%) emerged as the most critical determinants of adoption, effectively substituting the traditional construct of perceived ease of use.Finally, the most significant outcomes of adoption were reduced operational costs and energy savings (86.7%), followed by gaining social credibility and prestige (60%). This study proposes a localized technology adoption model that emphasizes “survival‑oriented usefulness” (overcoming infrastructural deficiencies) and “perceived risk reduction” (through local warranties), rather than comfort or ease of use.