The benefits of quantum technology could hit the mainstream sooner than you think—at least that’s what one company is aiming for.
“We’re actually really hoping in the next year or two [to] release these as products that people can buy and integrate into their cybersecurity protocols,” said Mehdi Namazi, co-founder and chief science officer of the quantum networking company Qunnect. But the products aren’t “that futuristic.”
Quantum is usually discussed as being able to one day break encryption and help discover new drugs. But Qunnect is betting that commercial quantum technologies for telecommunications networks could be ready sooner rather than later, according to newly released research.
Several focus on authentication, including a quantum position verification process that allows you to verify the position and time of a transaction, providing a physical receipt, Namazi told Defense One ahead of the Quantum World Congress event outside of Washington, D.C.
That could unveil the true source of a phishing call that is pretending to be your bank, for example.
Another example is quantum channel protection, where “entanglement networks can supplement post-quantum encryption to perfectly protect and monitor the communication networks to make sure no one is eavesdropping, no one is harvesting the data,” he said. It also protects against redirecting traffic on the network.
Qunnect counts In-Q-Tel, an investment firm focused on intelligence and national security needs, as one of its backers.
Background: DARPA has previously explored entanglement networks through its Quantum Augmented Networks effort, but has recently become more vocal about it. Following a White House executive order, the Pentagon released its quantum strategy, which focuses on network modernization, such as integrating secure commercial products and using quantum-resistant devices. It also named 2030 as the deadline for all Pentagon systems to support post-quantum cryptography.
That method of using entangled photons or particles, known as quantum entanglement, can also aid in precise time synchronization, which could be used for future telecommunications networks, including 6G. Precision would drill down to one trillionth of a second, “which you usually need for financial transactions, defensive systems—places that you really, really care about the security and the accuracy of your network,” Namazi said.
But there are challenges, particularly in making sure the technology is compatible with existing telecommunications infrastructure.
“These are hardware-based technologies. So, as much as we build everything to be compatible with the telecommunications infrastructure—which they are—this still means that you do need to go and add devices to different locations,” Namazi said. “And when it [comes] to devices that you use for your cybersecurity, you usually want them to be manufactured [domestically]…in very large quantities, in form factors that make sense. That’s definitely still a challenge.”
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Bigs v. littles: quantum edition. Last week, I had the pleasure of interviewing Amy Gilliland, president of GDIT, onstage at NDIA’s Women in Defense conference. When I asked her how GDIT was navigating a changing dense industrial base with startups getting more interest, in some cases, than primes, she said: “It is our job to go out and find these companies and to show them how we can bring them to the mission.”
- Gilliland, who received a “Service to the Flag” award at the event, named the quantum company IonQ as an example.
- “These are companies with great ideas. A lot of times they have no certification or accreditation, but they have really great ideas,” she said. “They have a lab at the University of Maryland…They have a big clock in there that’s ticking down to when they think Q-Day is,” the day quantum technology would be able to crack the encryption protecting some of the world’s most secure systems.
- “They’re making great progress. And it is our job to bring the big brains that are in this quantum company to bear on programs.”
- That includes an intelligence contract in which GDIT is using quantum computing to look through imagery and “detect the tiniest of changes…so we can see what the enemy is doing in ways that conventional computers can’t today,” she said.
Remember the Huawei ban? The Pentagon and General Services developed processes and tools to comply with Section 889 of the 2018 National Defense Authorization Act, including a search function for contracting officers to find out how companies “represent their compliance,” the Government Accountability Office wrote in a report released Tuesday. But they don’t routinely share those insights with the rest of the federal government.
- “GSA and DOD do not broadly share their insights from implementing Section 889 prohibitions with other government agencies,” the report states. “For example, based on its experience with Section 889 prohibitions, GSA has plans to expand its use of customs data to identify the origin of goods, which GAO previously reported is difficult to do. By sharing information about their experience with current prohibitions, GSA and DOD could help other agencies address additional upcoming statutory prohibitions, such as on semiconductors. Sharing information could also help improve compliance.”
- The GAO issued four recommendations, two for DOD: to share “subsidiary and affiliate information it collects with relevant federal agencies,” including the Cybersecurity and Infrastructure Security Agency; and coordinate with federal agencies on Sec. 889 implementation.
Making moves + other news
- AEVEX has a new jet-powered drone called Scepter.
- Holland & Knight added Ike Blanton to its national security team. He previously led global investment and economic security out of the Pentagon’s acquisition and sustainment office.
- John Roche, Accenture’s managing director for defense, joined the Professional Services Council’s board.
- The Space Force awarded Impulse Space a $28 million contract for space domain awareness.
- BAE Systems delivered two prototype combat vehicles to the Army. The “Infantry Fighting Vehicles” are based on the Armored Multi-Purpose Vehicle chassis and are designed to combat drone threats.
- The Special Competitive Studies Project released its tech scorecard on biotechnology and the U.S. competition with China.
Read the full article here