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In this work we present the design of the ATLAS unit (AsteroidTerrestrial-impact Last Alert System) that will be installed at TeideObservatory in Tenerife island (Spain). ATLAS-Teide will be built by theInstituto de Astrofisica de Canarias (IAC) and will be operated as part of theATLAS network in the framework of an operation and science exploitationagreement between the IAC and the ATLAS team at University of Hawaii.  ATLAS-Teide will be the first ATLAS unit based on commercial on the shelf(COTS) components. Its design is modular, each module (building block) consistof four Celestron RASA 11 telescopes that point to the same sky field, equippedwith QHY600PRO CMOS cameras on an equatorial Direct Drive mount. Each module isequivalent to a 56cm effective diameter telescope and provides a 7.3 deg^2field of view and a 1.26 arcsec/pix plate scale. ATLAS-Teide will consist offour ATLAS modules in a roll-off roof building. This configuration allows tocover the same sky area of the actual ATLAS telescopes.  The first ATLAS module was installed in November 2022 in an existingclamshell at the TO. This module (ATLAS-P) is being used as a prototype to testthe system capabilities, develop the needed software (control, imageprocessing, etc.) and complete the fully integration of ATLAS-Teide in theATLAS network. The preliminary results of the tests are presented here, and thebenefits of the new ATLAS design are discussed.

ATLAS-TEIDE: The next generations of ATLAS units for the Teide Observatory