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U.S. Senators Urge Fintech Synapse To Give Users Access To Their Accounts
- Written by Andrea Miliani Former Tech News Expert
- Fact-Checked by Justyn Newman Former Lead Cybersecurity Editor
On July 1st, four Senators of the United States—Sherrod Brown, Ron Wyden, Tammy Baldwin, and John Fetterman—shared an open letter urging the company Synapse’s owners, operators, and partners to restore users’ access to their accounts immediately.
The letter, shared publicly on Monday, was sent to major investors of the fintech company and partners; and was addressed to W. Scott Stafford, president and CEO of Evolve Bank & Trust. The list of recipients included American Bank, Juno, Yotta, Copper, AMG National Trust, and former Synapse CEO Sankaet Pathak.
“As you well know, many customers who entrusted their money to Synapse and its fintech and bank partners have been unable to access their money since mid-May,” stated the document, addressing the abrupt shutdown of Synapse services a few weeks ago. “To date, you have failed to provide them with a clear timeline for restoring access to their funds.”
Synapse acted as a middleman between fintechs and banks and the victims come from different organizations. According to CNBC , Synapse had contracts with more than 100 companies. Since the company declared bankruptcy and decided to suspend services on May 11, over 100,000 Americans have been locked out of their accounts, and the amount of money in their balances combined reached $265 million. The largest percentage of the customers, around 85,000, were from Yotta.
CNBC interviewed victims from different backgrounds and locations in the United States who had been using their fintech accounts for multiple purposes. A driver from Indiana now has her life savings—over $7,000—locked. A social worker from Seattle worries about the money she saved for dental work. Organizations, tech experts, and entrepreneurs were also affected.
The Senators expressed their concern for the “potential shortfall of $65 to $96 million between what consumers are owed and the funds held on their behalf by Synapse’s partner banks.” And added that the situation is “deeply troubling and completely unacceptable.”
Other Bank as a Service (Baas) are also being affected as Synapse’s case affects multiple fintech’s reputations. “For millions of customers, the rise in Fintech offers the best of both worlds, innovative banking and cutting edge tech come on with the safety of government backing with names like CashApp, PayPal, SoFi, and Stripe,” said a CNBC host reporting the story on video , “but the reality for some of those customers appears to be anything but safe and secure.”

Revolutionizing Sleep Research: University of Houston Unveils New At-Home Sleep Study Method
- Written by Kiara Fabbri Former Tech News Writer
- Fact-Checked by Justyn Newman Former Lead Cybersecurity Editor
The University of Houston engineers has just published a new sleep study technique that utilizes a single-lead electrocardiogram (ECG) and deep learning, potentially replacing the traditional sleep lab experience.
Traditionally, polysomnography is currently the primary method for studying sleep patterns. This method involves multiple cables and sensors attached to the body, monitoring brain activity, heart rate, and other vital signs. This setup often makes it difficult for patients to sleep naturally. Sheth and Jones’s new method utilizes a single-lead electrocardiography-based deep learning neural network, drastically simplifying the process.
Empowered by AI deep learning, this simple method holds the promise as a convenient at-home sleep study solution. This means that the technology can collect and analyze vast amounts of data, revolutionizing sleep monitoring.
Commercial devices( like Apple Watch, Fitbit, and Oura Ring track sleep) have a lower accuracy than polysomnography.The new ‘at-home’ method bridges the gap, offering high-quality sleep analysis outside clinical settings. Accessible testing could increase sleep research data.
The implications of this development are significant for both sleep medicine and neuroscience research. Reliable classification of sleep stages is crucial for diagnosing and understanding various sleep disorders and brain states. Adam Jones emphasized the potential reach of their innovation: “It makes less-expensive, higher-quality studies accessible to a broader community, enabling improved sleep research and more personalized, accessible sleep-related healthcare interventions.”
The researchers have made the complete source code for their model freely available, encouraging further development and refinement.