1. SDH We live in a new drastic change in hardware devices. The end of conventional processor scaling has driven research and industry practice to explore a new generation of approaches. The old DNA of architecture design, including vectors, threads, shared or private memories, coherence or message passing, dataflow or von Neumann execution, are hybridized together in new and exciting ways called SDH. Fora provide a more scalable approach to utilizing a portable compiler infrastructure tailored to the application domain that makes it easy to generate efficient code for a diverse set of architectures with minimal porting effort. by enabling this solution, about 200 million USD and a 3-year chip-making process can be compressed by less than 8 months by a few people with even less knowledge of chip design. FORA SDH push 3 based functions of major chip designed today: COMMUNICATION, COMPUTING & STORAGE MANAGEMENT into one integrated system on chip (SoC) unlike existing processor ecosystems like Qualcomm, AMD, NVidia, apple, and intel, FORA SDH implementation can change the chipset ecosystem because the hardware will be adjustable like software then its industry line will be dynamic like OS, software, etc. The direct impact of this is ANALOG PROCESSING responsible for many real word like SENSORS and ANTENNA TECH So that by SDH ANALOG PROCESSING such as MIXED SIGNAL PROCESSING will be easily managed just by the chipset. NOT MANY ADC-DAC, PLL, CLOCKING & RELATED MIXED SIGNAL PRODUCTS as we know today .—>Thus, ANALOG DEVICE WILL BE HIGHLY EFFICIENT BUT POWERFUL For instance, any country that applies the SDH model will lead the digital hardware from chip to analog processing 2. SPACE-DRIVEN DIGITAL ECONOMY BlackRock Observatory scientist: Prof Nial Smith prove that Space Latency interlink takes 47% faster than fiber optic and also space has NO CARBON ISSUE, 50% CHEAPER THAN GROUND INFRASTRUCTURE, other side space can get closer to the nearest location on earth