News
Orchid Plans To Find Out What’s Wrong With You Before You’re Born
According to CEO Noor Siddiqui, the company isn’t on a mission to make designer babies, but aims to beat genetic odds and relieve suffering.
Each day, around 400,000 babies are welcomed into the world. However, among those, a growing number will experience some kind of birth defect or inherited disease.
Noor Siddiqui, CEO of Orchid, hopes to “mitigate” unpleasant genetic surprises using genome sequencing technology to reveal a wealth of genetic information on which newborns will grow into healthy adults.
Until 2019, IVF specialists had access to under 1% of the human genome. The tests, called PGT-A and PGT-M, scanned a mere 1,000 data points in a genome comprising around 3 billion bases, offering a very limited dataset compared to the technology used by Orchid.
“Our chromosomes are like chapters in a book that make up the table of contents.” Explained Siddiqui. “[PGT-A and PGT-M tests] only examine the table of contents, whereas what Orchid is doing is like a spellcheck on the entire book.” Orchid’s genome sampling technology assesses “100 times the data, covering many more conditions.” In essence, an Orchid report covers three categories of common genetic issues: monogenic disorders, polygenic conditions, and de-novo mutations.
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Orchid’s technology raises many questions. Aside from the obvious ethical concerns, data privacy is the most obvious potential issue with the tests. Noor Siddiqui is keen to alleviate any concerns: “No data at Orchid is ever sold to any third parties. Parents are in complete control of their data. If they want to delete the data, we’re happy to delete it off of our servers. If they want to export the data, they can export the data. And if they want us to re-analyze the data, we can re-analyze the data”.
Compared to a lifetime of medical bills, gene therapy, and suffering, Orchid’s genome screening report has the potential to change the future lives of thousands of newborns worldwide.
News
Viasat Satellite Messaging Tech Showcased In Saudi Arabia
The direct-to-device (D2D) demonstration highlighted the technology’s potential to revolutionize remote communication.
Satellite communications firm Viasat announced yesterday that it had completed its first demonstration of direct-to-device (D2D) satellite connectivity technology in Saudi Arabia. The live broadcast took place during the “Connecting the World from the Skies” event in Riyadh, organized by Saudi Arabia’s Communications, Space & Technology Commission (CST) alongside the International Telecommunication Union (ITU).
Attendees witnessed successful satellite-based two-way messaging and SOS alerts sent using commercial Android smartphones and a combination of Viasat’s robust L-band satellite network and the Bullitt over-the-top messaging app. Signals were transmitted using the company’s L-band spacecraft positioned over the Indian Ocean, while the infrastructure for 3GPP NTN services was deployed by Viasat’s partner Skylo.
Sandeep Moorthy, Viasat’s Chief Technical Officer, emphasized the significance of the demonstration, explaining, “By expanding our direct-to-device innovation to the Kingdom of Saudi Arabia, we’re showcasing the potential for D2D services in the fast-growing Gulf and Asia-Pacific region. D2D could help reduce barriers to connectivity in regions where terrestrial services are spotty and unavailable to help transform industries and supply chains, enable new opportunities, and to become more efficient, sustainable and safer. We’d like to thank the CST for their support in carrying out this exciting demonstration”.
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D2D technology allows devices like smartphones, vehicles, and industrial equipment to connect seamlessly to both satellite and terrestrial networks. Unlike traditional satellite setups, D2D eliminates the need for extra hardware, thanks to emerging global standards that are gaining traction among satellite operators, mobile network providers, and tech manufacturers.
What makes this approach particularly promising is that Viasat uses a licensed, dedicated satellite spectrum to deliver its D2D services. This avoids any interference with existing terrestrial networks, allowing smooth integration with mobile network operators in the future.
The demonstration clearly showed the potential of D2D technology to bridge connectivity gaps in remote regions while opening up opportunities for innovation, improved safety, sustainability, and efficiency.
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