Larry Ellison, co-founder and executive chairman of Oracle Corp., speaks during the Oracle OpenWorld conference in San Francisco on Oct. 22, 2018.
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Oracle unveiled a brand-new electronic health record on Tuesday, its most significant health-care product update since acquiring the medical records giant Cerner for $28 billion in 2022.
An electronic health record, or an EHR, is a digital version of a patient’s medical history that’s updated by doctors and nurses over time. EHR software can be complex and cumbersome for clinicians to use, but it’s become an integral component of the modern U.S. health-care system.
Oracle’s latest EHR is equipped with cloud and artificial intelligence capabilities that will make it easier to navigate and set up, the company said. There are no menus or drop-down screens, and doctors can pull up the information they need by asking questions with their voices. Ideally, this will allow doctors to spend less time searching through records and more time caring for patients, Oracle said.
“It’s not just a scribe. It’s not an assistant. It’s almost like having your own resident,” Seema Verma, executive vice president and general manager of Oracle Health and Life Sciences, told CNBC in an interview.
Oracle’s new offering could help boost its position within the fiercely competitive EHR market, where it has struggled to maintain its footing in recent years. In 2023, Oracle saw its largest net hospital loss on record while market leader Epic Systems, Oracle’s top rival, was the only company that saw a net increase in acute care market share, according to a report from KLAS Research.
Cerner contributed $5.9 billion to Oracle’s total revenue in fiscal 2023. Epic generated $4.9 billion in revenue last year.
Oracle co-founder and Chairman Larry Ellison delivers a keynote address during the Oracle OpenWorld on October 22, 2018 in San Francisco, California.
Justin Sullivan | Getty Images
The new EHR has been in the works since Oracle acquired Cerner, but it was not built on top of Cerner’s existing infrastructure, Verma said. That means current Cerner customers will have to decide whether to migrate to the separate system.
“Just think about crumbling infrastructure in a house, you’re not going to put new things on top of it,” she said. “That was the conclusion that we came to when we looked at the Cerner technology, so what we’re introducing to the market is something that’s brand new.”
Suhas Uliyar, Oracle’s senior vice president for product management in clinical and health-care AI, walked CNBC through a virtual demo of the new EHR. He showcased what it might look like for a doctor to get up to speed, respond to messages and fill prescriptions ahead of a day packed full of patient visits.
The EHR is browser based, and physicians will see a search bar and a chronological list of their appointments when they open it. The interface is very simple. A doctor can click on the microphone in the search bar and ask questions like, “How many openings do I have for today?” or “How many new patients do I have on schedule for today?” The doctor will then get an AI-generated answer within seconds.
If a doctor clicks on a patient, they’ll open their chart, where they can find AI summaries as well as more detailed explanations of their medical history. The physician can see what’s changed since the patient’s last visit, whether they’re taking any new medication and other details like lab results, clinical documentation, past treatments, risk factors, messages, allergies and vitals.
Additionally, the doctor can click the microphone and ask patient-specific questions like “Has she ever complained about panic attacks or shortness of breath?,” “Has he had a CT screening for lung cancer, and are his vaccinations up to date?” or “Which antibiotics have you treated her urinary tract infection with?”
“It’s going through the entire history, all the records, and it gives me a very specific answer,” Uliyar said. “I didn’t have to go scroll through 15 different documents and find that.”
The voice-activated questions can build on one another, and the EHR’s AI will start to learn the doctor’s habits, like the types of medications they prescribe and refill often. Even when Uliyar stumbled over his words or didn’t phrase a question exactly right, the system still pulled up the information he was looking for.
If a doctor wants to go into more detail or double-check an AI-generated answer within the new EHR, they can always click on the citation and look through the original record that’s referenced, Uliyar said. And answers that include content like medication dosage information or other evidence-based recommendations will link to validated databases, he added.
Traders work on the floor of the New York Stock Exchange (NYSE) on July 12, 2023 in New York City.
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While Oracle has been developing its new EHR, the company has also been rolling out features to existing Cerner customers to try and improve their experience with the product. Uliyar said many of these features, including Oracle Health Clinical AI Agent (formerly called Oracle Clinical Digital Assistant), are already embedded within the new EHR.
Oracle announced the general availability of Clinical AI Agent in June, and it aims to automate much of the documentation that doctors are responsible for.
Physicians can access the Clinical AI Agent through an app on their phone, and they hit a button to record their visits with patients. Once they stop recording, Oracle’s AI automatically generates a clinical note based on the appointment, so the doctorsno longer need to write it themselves.
Around 70 customers are already using the Clinical AI Agent, Uliyar said. The company is currently building a similar tool for nurses.
Since the Clinical AI Agent is already embedded within the new EHR, customers will not have to worry about integrating it. The tool will also remain available as a stand-alone product that’s EHR agnostic, Uliyar said.
The early adopter program for Oracle’s new EHR begins next year, and Oracle said it will work with customers to determine the customizations they need. The company has been moving its health-care customers to the cloud, so that should make the EHR implementation process much easier, Verma said.
“We see it as very disruptive to the market,” she said. “Our EHR is going to solve a lot of long-standing problems that we’ve had in health care.”
OpenAI has been awarded a $200 million contract to provide the U.S. Defense Department with artificial intelligence tools.
The department announced the one-year contract on Monday, months after OpenAI said it would collaborate with defense technology startup Anduril to deploy advanced AI systems for “national security missions.”
“Under this award, the performer will develop prototype frontier AI capabilities to address critical national security challenges in both warfighting and enterprise domains,” the Defense Department said. It’s the first contract with OpenAI listed on the Department of Defense’s website.
Anduril received a $100 million defense contract in December. Weeks earlier, OpenAI rival Anthropic said it would work with Palantir and Amazon to supply its AI models to U.S. defense and intelligence agencies.
Sam Altman, OpenAI’s co-founder and CEO, said in a discussion with OpenAI board member and former National Security Agency leader Paul Nakasone at a Vanderbilt University event in April that “we have to and are proud to and really want to engage in national security areas.”
OpenAI did not immediately respond to a request for comment.
The Defense Department specified that the contract is with OpenAI Public Sector LLC, and that the work will mostly occur in the National Capital Region, which encompasses Washington, D.C., and several nearby counties in Maryland and Virginia.
Meanwhile, OpenAI is working to build additional computing power in the U.S. In January, Altman appeared alongside President Donald Trump at the White House to announce the $500 billion Stargate project to build AI infrastructure in the U.S.
The new contract will represent a small portion of revenue at OpenAI, which is generating over $10 billion in annualized sales. In March, the company announced a $40 billion financing round at a $300 billion valuation.
In April, Microsoft, which supplies cloud infrastructure to OpenAI, said the U.S. Defense Information Systems Agency has authorized the use of the Azure OpenAI service with secret classified information.
A United Launch Alliance Atlas V rocket is shown on its launch pad carrying Amazon’s Project Kuiper internet network satellites as the vehicle is prepared for launch at the Cape Canaveral Space Force Station in Cape Canaveral, Florida, U.S., April 28, 2025.
Steve Nesius | Reuters
United Launch Alliance on Monday was forced to delay the second flight carrying a batch of Amazon‘s Project Kuiper internet satellites because of a problem with the rocket booster.
With roughly 30 minutes left in the countdown, ULA announced it was scrubbing the launch due to an issue with “an elevated purge temperature” within its Atlas V rocket’s booster engine. The company said it will provide a new launch date at a later point.
“Possible issue with a GN2 purge line that cannot be resolved inside the count,” ULA CEO Tory Bruno said in a post on Bluesky. “We will need to stand down for today. We’ll sort it and be back.”
The launch from Florida’s Space Coast had been set for last Friday, but was rescheduled to Monday at 1:25 p.m. ET due to inclement weather.
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Amazon in April successfully sent up 27 Kuiper internet satellites into low Earth orbit, a region of space that’s within 1,200 miles of the Earth’s surface. The second voyage will send “another 27 satellites into orbit, bringing our total constellation size to 54 satellites,” Amazon said in a blog post.
Kuiper is the latest entrant in the burgeoning satellite internet industry, which aims to beam high-speed internet to the ground from orbit. The industry is currently dominated by Elon Musk’s Space X, which operates Starlink. Other competitors include SoftBank-backed OneWeb and Viasat.
Amazon is targeting a constellation of more than 3,000 satellites. The company has to meet a Federal Communications Commission deadline to launch half of its total constellation, or 1,618 satellites, by July 2026.
Thomas Kurian, CEO of Google Cloud, speaks at a cloud computing conference held by the company in 2019.
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Google apologized for a major outage that the company said was caused by multiple layers of flawed recent updates.
The company released an incident report late on Friday that explained hours of downtime on Thursday. More than 70 Google cloud services stopped working properly across the globe, knocking down or disrupting dozens of third-party services, including Cloudflare, OpenAI and Shopify. Gmail, Google Calendar, Google Drive, Google Meet and other first-party products also malfunctioned.
“We deeply apologize for the impact this outage has had,” Google wrote in the incident report. “Google Cloud customers and their users trust their businesses to Google, and we will do better. We apologize for the impact this has had not only on our customers’ businesses and their users but also on the trust of our systems. We are committed to making improvements to help avoid outages like this moving forward.”
Thomas Kurian, CEO of Google’s cloud unit, also posted about the outage in an X post on Thursday, saying “we regret the disruption this caused our customers.”
Google in May added a new feature to its “quota policy checks” for evaluating automated incoming requests, but the new feature wasn’t immediately tested in real-world situations, the company wrote in the incident report. As a result, the company’s systems didn’t know how to properly handle data from the new feature, which included blank entries. Those blank entries were then sent out to all Google Cloud data center regions, which prompted the crashes, the company wrote.
Engineers figured out the issue in 10 minutes, according to the company. However, the entire incident went on for seven hours after that, with the crash leading to an overload in some larger regions.
As it released the feature, Google did not use feature flags, an increasingly common industry practice that allows for slow implementation to minimize impact if problems occur. Feature flags would have caught the issue before the feature became widely available, Google said.
Going forward, Google will change its architecture so if one system fails, it can still operate without crashing, the company said. Google said it will also audit all systems and improve its communications “both automated and human, so our customers get the information they need asap to react to issues.”