The Puebla state government presented on July 13, 2026, the first operational results of the Yankuilotl project, a state technological sovereignty strategy that includes a semiconductor assembly plant with a capacity of 200,000 units per hour, a software factory with 30 specialists, and a digital public bicycle platform at 90 percent completion, reported El Universal Puebla.
The project operates under the coordination of Governor Alejandro Armenta Mier's administration, with backing from the federal Secretariat of Science, Humanities, Technology and Innovation (SECIHTI). The assembly plant, which has been operating for three months, features a Class 1000 Clean Room and works in conjunction with the federal semiconductor design center Kutsari, which designs the chips while Yankuilotl assembles them onto electronic circuit boards. The software factory, with 20 specialists already hired out of a target of 30, is developing platforms to modernize public services including cadastral records, the Public Registry of Property, and the digital transformation of the state, according to Radio Fórmula.
Celina Peña Guzmán, Undersecretary of Technological Development, Linkage and Innovation for the federal government, participated in the progress presentation and highlighted the project's alignment with the national semiconductor strategy. The public bicycle system will integrate a payment gateway and connect with other transportation modes, including the RUTA network, cycling lanes, and the cable car. The bicycle factory will be installed next to Kutsari-Puebla in Acatzingo, while the maintenance plant will operate in Cuautlancingo.
Yankuilotl represents a model of subnational industrial policy aligned with the federal semiconductor strategy, a sector where Mexico seeks to enter North American supply chains. The combination of hardware assembly, public software development, and electric mobility charts a technological diversification path that other Mexican states are watching as a benchmark for state-level innovation policy.
This article was drafted with artificial intelligence assistance from verified sources and reviewed by a human editor before publication.