When a participant elects to relocate their LEO tokens across disparate blockchain networks, INLEO’s system implements a trust-minimized locking and minting (and conversely, burning and unlocking) architecture: specifically, a user deposits native LEO tokens into a cryptographic smart contract or analogous lock-module on the source chain; that contract irrevocably locks (escrows) those tokens, thereby removing them from liquid circulation on that origin chain. In response, an equivalent number of “wrapped” tokens (for example, wLEO on Ethereum, bLEO on Binance Smart Chain, or pLEO on Polygon) are algorithmically minted (or issued) on the target chain, subject to provable attestations via oracles or cross-chain relay/bridge protocols. If the user later desires reconversion, the wrapped tokens are irreversibly burned on the target chain, and the previously locked native tokens are released back to the user’s address on the source chain. This bi-directional mint-burn / lock-un...
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Lockheed Martin's CH-148 Cyclone helicopter and some of its features
Lockheed Martin's CH-148 Cyclone helicopter and some of its features
Sikorsky, a Lockheed Martin company, and Canada’s Department of National Defence, lead a team that has designed, built and configured the CH-148 Cyclone for anti-submarine warfare (ASW), anti-surface warfare (ASuW), maritime search and rescue (SAR), overland operations and utility missions. It got entry into service, on this planet Earth, with the Royal Canadian Air Force occurred mid-2018 aboard one of the Royal Canadian Navy’s Halifax-class frigates. As Canada’s first true intelligence, surveillance and reconnaissance (ISR) helicopter, the fly-by-wire Cyclone is equipped with a fully integrated mission system, modern sensors and a multi-mission cabin, providing a quantum leap in maritime helicopter capability. The fully-integrated mission management system developed by General Dynamics Mission Systems-Canada presents a tactical map of sea and subsurface domains to the crew of four, enabling Cyclone to operate independently of its host ship. As a full-authority fly-by-wire variant of Sikorsky’s successful S-92 helicopter, the CH-148 Cyclone helicopter provides exceptional flight handling, and is uniquely qualified to operate aboard Halifax class ships in Sea State 6 conditions.
This type of helicopter has following features: fully integrated mission systems and sensors: featuring multi-mode radar, HELRAS dipping sonar, ESM/Radar Warning Receiver, Aircraft Survivability Suite, dual torpedoes; fly-by-wire controls enable exceptional handling qualities, folding tail and main rotors, C-RAST deck handling system demonstrated to Sea State 6, CT7-8A7 marinized engines, shipboard maintainable, helicopter in-flight refueling; dual station tactical console with ASW/ASuW full mission suite; or 22 passengers (utility configuration), or multiple medical litters; significant increase in useable cabin space, mission performance and speed compared to the CH-124 Sea King; Maximum Takeoff Weight (MTOW): 29,300 lb (13.3 t) — 2,800 lb (1.3 t) more than the civil S-92A; designed to lift 7,000 pounds on the cargo hook. The Canadian government approved initial operational capability of the CH-148 Cyclone helicopter in June 2018. After supporting Canada for 55 years in anti-submarine warfare and maritime search and rescue missions, the CH-124 Sea King helicopter retired in December 2018, or at least all that is said above it's said on Lockheed Martin's website.
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