Presented by OKSI Missile seeker head Able to recognize and track a target without the need for GPS, laser designation or radio, the company said, the algorithms are capable of operating at both subsonic and hypersonic speeds.
The statement presented the manufacturer’s declared capabilities without mentioning the testing of any type of hypersonic missile.
Sensors and target detection software
From electro-optical and infrared sensors, along with on-board image processing, OKSI says that Can recognize and track a target after launchPermits the operator to use multiple munitions against one or more targets without the need for continuous external designation, which is its chief executive officer, Chris Holmes Parkeras described “A Passive Way to Set Goals”.
This is what the company said Can be applied in combat against drones, maritime attack weapons, indirect fire and interception systemsAdding that its modular design allows sensors and computers to be replaced and software updated separately. It states that the product family is ready to go into production.
This problem originates in electronic warfare. This kind of war Other weapons and platforms may interfere with navigation systems or radiosreducing its effectiveness. Image processing from the missile’s sensors will reduce this dependence on external signals.
According to the OKSI OMNISCIENCE product brochure, it must be taken into account that recognizing an object is not the same as knowing where the platform is located, and these two aspects are part of different modules.
Omniscience is also included OMNI Target For terminal guides and OMNImind To manage the mission using conditional programming logic. OKSI offers these capabilities in the form of a container module, which can be used separately or in combination.
Collaboration with Qualcomm and Ubuntu Linux environments
OKSI Company announced a collaboration with Qualcomm in 2026. According to the statement, The OMNISCIENCE software is adapted to the QCS8550 and its environment is based on Ubuntu Linux.Along with open source artificial intelligence and computer vision tools, this chip provides the computation and image processing needed to run this autonomous software on unmanned devices.
This release also paves the way for software integration for autonomy. However, it does not mention that the QCS8550 is either the microprocessor or the sensor in the announced new search head. Furthermore, as stated in the statement, there is no way to determine whether OKSI’s software follows the principles of open source programming, since that description refers to the Ubuntu environment and compatible tools.
As described in the Dioptra software documentation, fungal attacks, National Institute of Standards and Technology (USA)Changes to the physical environment, including changes to the input data, can affect the accuracy of artificial intelligence models used for computer vision, according to general documentation of dispersal attacks on machine learning systems, to prevent models from working correctly.
The releases do not provide quantitative information on the accuracy or error rate of the new search heads, which is necessary to evaluate OKSI’s claims. These communications also do not present hypersonic test results.
Picture | OKSI
