News
NASA Chooses Lockheed Martin To Build Nuclear Mars Rocket
The spacecraft will use a reactor from BWX Technologies to travel to the red planet.
NASA and DARPA have chosen Lockheed Martin to build a spacecraft featuring a nuclear rocket engine. The project is known as the Demonstration Rocket for Agile Cislunar Operations (DRACO), and should be ready for trials by 2027, in the hope that it will eventually be used for missions to Mars.
The rocket will use Nuclear thermal propulsion (NTP), which has several advantages over conventional chemical-powered engines. Nuclear power is up to five times more efficient than rocket fuel, which means that future spacecraft will be able to travel significantly further with a larger payload.
“These more powerful and efficient nuclear thermal propulsion systems can provide faster transit times between destinations,” explained Kirk Shireman, VP of Lunar Exploration Campaigns for Lockheed Martin. “Reducing transit time is vital for human missions to Mars to limit a crew’s exposure to radiation”.

The NTP system will use a nuclear reactor to rapidly heat hydrogen propellant to very high temperatures. The gas is then funneled through the engine’s nozzle, creating thrust. “This nuclear thermal propulsion system is designed to be extremely safe and reliable, using High Assay Low Enriched Uranium (HALEU) fuel to rapidly heat a super-cold gas,” explained reactor developers BWX Technologies. “As the gas is heated, it expands quickly and creates thrust to move the spacecraft more efficiently than typical chemical combustion engines”.
Also Read: Take A Balloon Journey To Space, Complete With Fine Dining!
To help alleviate concerns about radioactive leaks, NASA and DARPA will use a conventional rocket to take the new spacecraft out of Earth’s orbit before powering up the reactor after the ship has reached a safe distance.
News
Dirham-Backed Stablecoin DDSC Enters Live Phase In UAE
Central Bank approval moves the dirham-backed token into deployment, targeting regulated payments and settlement flows.
The UAE has cleared the launch of DDSC, a dirham-backed stablecoin now entering live operation after approval from the Central Bank. The move pushes the project beyond its pilot phase and into the country’s regulated financial system.
The token is backed by a consortium led by IHC, Sirius International Holding and First Abu Dhabi Bank (FAB), framing it as an institutional instrument rather than a consumer crypto product. DDSC was first announced in April 2025, but regulatory clearance now allows deployment and integration across approved channels.
DDSC runs on ADI Chain, a Layer 2 blockchain built by the Abu Dhabi-based ADI Foundation. The infrastructure is designed for governance and performance requirements expected by large institutions, linking blockchain settlement with existing compliance and oversight frameworks.
The focus is practical, targeting treasury settlements, high-value payments, trade and supply-chain transactions, and programmable financial flows for regulated entities. FAB plans to offer access to the token through approved platforms for its clients, keeping the rollout inside controlled banking environments.
“DDSC marks a defining milestone in the UAE’s digital finance journey,” said Syed Basar Shueb, CEO of IHC. “With the Central Bank’s approval and our transition into live operation, we are delivering trusted, institutional-grade infrastructure that strengthens resilience, accelerates innovation, and expands what is possible in regulated digital payments”.
Also Read: Basatne Debuts ORBT Platform For Digital Refunds In UAE
FAB says the project reflects how stablecoins can sit within traditional finance when risk controls are built in from the outset. “This milestone underscores that stablecoins can be integrated responsibly into the financial system when built to meet rigorous regulatory and risk requirements,” said Futoon Hamdan AlMazrouei, Group Head of Personal, Business, Wealth and Privileged Client Banking Group at FAB.
The launch reinforces the UAE’s strategy of pushing digital finance through regulation instead of open-ended crypto experimentation. Stablecoins in this model are positioned less as trading assets and more as programmable extensions of national currency, aimed at institutional scale and government use cases.
