Brought to you by a team of space industry experts with decades of experience in satellite mission design, satellite manufacturing and ground processing, EarthDaily Constellation is launching this Q2, ready to take change detection to the next level with Earth Observation data that boasts the best quality, the broadest coverage and the highest revisit frequency. The unprecedented insights, unlocked by our constellation will enable you to make informed decisions across critical areas such as agriculture, environmental protection, defense, and emergency response with the magnitude of accuracy and efficiency unseen before.

The functions of the BRS ship align closely with the maritime characteristics and outlook of Indonesia. As an archipelagic nation situated along the Ring of Fire, Indonesia faces significant vulnerability to natural disasters such as volcanic eruptions and earthquakes, which may trigger secondary disasters like tsunamis and others. In such circumstances, the BRS ship's mobility enables it to be rapidly deployed to disaster-affected areas to carry out emergency response activities. Pursuant to Indonesian Armed Forces Law No. 34 of 2004, under Military Operations Other Than War (MOOTW), the BRS ship is capable of conducting operations to assist in disaster management, evacuation, and humanitarian aid, as well as search and rescue missions in the event of accidents. Beyond these scenarios, the BRS ship also possesses the capability to undertake international diplomacy missions.

OERLIKON REVOLVER GUN® MK3 - This remote controlled, high precision 35mm air defence gun with integrated radar tracker and electro-optical sensor unit is a powerful, autonomous shooter suitable for various kinds of missions. - The Revolver Gun Mk3 can receive and process target data from 3D or 2D search radars or higher order control systems. The tracking radar’s automatic search pattern makes target handover simple, fast and reliable. The integrated gun control computer manages target tracking and engagement. - The integrated 35mm Oerlikon Revolver Cannon® provides superior fi repower and accuracy. Combined with the Oerlikon Ahead® air burst ammunition the gun achieves a high effectiveness against a wide range of air threats, including low, slow and small (LSS) targets, UAS, artillery rockets, mortars and air-to-ground missiles. OERLIKON SKYNEX® CONTROL NODE 1 - The Skynex Control Node 1 houses the computers and operator consoles of the Skymaster Battle Management System in a 20 feet container equipped with power supply, air conditioning, protection and communication systems. - The Skynex Control Node is designed to be operated by four operators, an operations offi cer, two target operators and a technical operator. In order to increase the maximum amount of simultaneous target engagements, two more target operator consoles can be installed. OERLIKON MULTI SENSOR UNIT - The Oerlikon Multi Sensor Unit (MSU) is the next generation sensor unit for ground based air defence. It can be installed on a wide range of platforms and is equally suited for stationary or rapid deployment missions. The fully automated MSU is remotely controlled from the Oerlikon Skynex® control node or from a third party battle management system. OERLIKON X-TAR3D® TACTICAL ACQUISITION RADAR - The X-TAR3D is a three-dimensional multi-mission X-band search radar. As a light and mobile tactical acquisition radar it is ideally suited for short and very-short range air defence systems such as the Oerlikon Skynex® Air Defence System. - The X-TAR3D performs the search, detection, acquisition, tracking and identification of high and low-altitude air targets, in order to provide the Skynex Control Node with a coherent three-dimensional air picture. OERLIKON AHEAD® AIR BURST TECHNOLOGY - The Revolver Gun Mk3 and the Twin Gun GDF009 TREO both rely on the proven Oerlikon Ahead® Air Burst Technology to achieve the highest possible kill performance for small air threats and in particular for RAM threats and drones. The Ahead ammunition carries a payload of subprojectiles, which is ejected at a pre-determined distance ahead of the target, with the objective of achieving an optimal subprojectile density for maximum effectiveness. FUTURE SKYNEX EFFECTORS OERLIKON HIGH ENERGY LASER - For more than a decade, Rheinmetall has been working on new weapon technologies such as the high energy laser. Its scalable degree of escalation, the low cost per engagement and the extended engagement range make it the ideal weapon against unmanned aerial systems, in particular drones and other low, slow and small targets that come in masses. Integrated into the Skynex Air Defence System, the high energy laser certainly adds a first level of saturation resistance that is well required looking at the future threat scenarios.

In-house commissioning services for Submarine Battery 209 Class and Scorpene Class Submarine Neo Power play a critical role in ensuring optimal functionality, safety, and operational readiness for submarine propulsion systems. These services encompass a comprehensive set of procedures, including detailed inspections, rigorous testing, integration, and validation of the battery systems. The commissioning process is designed to verify that the batteries meet stringent performance and compliance standards, ensuring their capability to support underwater endurance and manoeuvrability. Expert engineers conduct thorough evaluations to assess electrical efficiency, charge-discharge cycles, thermal management, and overall battery reliability under real-world submarine operating conditions. The integration phase involves seamlessly incorporating the battery systems into the existing electrical and propulsion frameworks, ensuring compatibility and synchronization with submarine control mechanisms. Additionally, validation testing is conducted to certify that the batteries can sustain prolonged deep-sea missions while maintaining peak energy output and resilience. Safety assessments are integral to commissioning, ensuring risk mitigation measures are in place to prevent battery malfunctions that could compromise submarine operations. The in-house approach allows specialized teams to work within controlled environments, optimizing precision and efficiency while reducing potential delays associated with outsourcing. Beyond technical verification, these services contribute to extending battery lifespan, enhancing sustainability, and minimizing maintenance requirements, thereby improving overall submarine operational capability and cost-effectiveness. With cutting-edge diagnostics, adherence to naval regulations, and expert oversight, in-house commissioning services ensure that submarine batteries meet the highest industry standards, providing submarines with the reliable power they require to navigate the depths with confidence and strategic superiority.