TechCabal reported that Milsat, a Nigerian technology firm, constructed the geospatial infrastructure underpinning the nation's new digital postcode framework. Introduced on October 1, 2026, this system assigns unique identifiers to individual structures rather than broad districts. The initiative addresses the persistent difficulty of locating specific sites in Nigeria, where residents often rely on local landmarks instead of standardized numerical addresses.
According to TechCabal, Milsat positions itself as a location-data infrastructure provider rather than a conventional addressing service. Taslim Salaudeen, the company's chief executive, explained that the firm was founded in 2017 to tackle data inaccessibility in developing African economies. The organization argues that precise location information supports various administrative functions, including census operations, public service planning, and vaccination logistics, extending well beyond postal delivery.
TechCabal noted that Milsat began collaborating with the Nigeria Postal Service, or NIPOST, in late 2021. This partnership followed the firm's completion of mapping exercises for the National Population Commission. Salaudeen stated that this earlier work involved cataloging over 65 million buildings, roads, and points of interest. After a successful pilot in Abuja, Milsat worked with MEED Network, which secured the primary contract, to deploy the technology nationwide.
The new framework defines a delivery unit as a permanent structure where postal workers can leave parcels. Consequently, separate buildings within a single compound receive distinct codes. Adedamola Baderinwa, another participant in the interview, detailed the geographical logic of the system. He explained that an area holds no more than 99 structures, while a district encompasses up to 400 such areas. In sparsely populated zones, the model also factors in land coverage, such as two hectares, to ensure consistent application across different settlement densities.
TechCabal highlighted that Milsat engineered its tools to reflect local realities, including households spread across multiple buildings in northern regions or communities residing in caves and along rivers. The firm integrated satellite imagery into its field-mapping applications to verify data accuracy. However, human fieldwork remains crucial for confirming physical structures on the ground. This approach allows the system to adhere to international standards while accommodating specific cultural and geographical contexts.