HeartBeam, Inc. (NASDAQ:BEAT) Q4 2023 Earnings Call Transcript

HeartBeam, Inc. (NASDAQ:BEAT) Q4 2023 Earnings Call Transcript March 20, 2024

HeartBeam, Inc. misses on earnings expectations. Reported EPS is $-0.15 EPS, expectations were $-0.12. BEAT isn’t one of the 30 most popular stocks among hedge funds at the end of the third quarter (see the details here).

Operator: Greetings, and welcome to the HeartBeam Fourth Quarter and Full Year 2023 Financial Results Conference Call. At this time, all participants are in a listen-only mode. A question-and-answer session will follow the formal presentation. As a reminder, this conference is being recorded. Before we begin the formal presentation, I would like to remind everyone that statements made on the call and webcast may include predictions, estimates or other information that might be considered forward-looking. While these forward-looking statements represent our current judgment on what the future holds, they are subject to risks and uncertainties that could cause actual results to differ materially. You are cautioned not to place undue reliance on these forward-looking statements, which reflect our opinions only as of the date of this presentation.

Please keep in mind that we are not obligating ourselves to revise or publicly release the results of any revision to these forward-looking statements in light of new information or future events. Throughout today’s discussion, we will attend to present some important factors relating to our business that may affect our predictions. You should also review our most recent Form 10-K and Form 10-Q for a more complete discussion of these factors and other risks, particularly under the heading Risk Factors. A press release detailing these results crossed the wires this afternoon and is available in the Investor Relations section of our company’s website, heartbeam.com. Your host today, Branislav Vajdic, Chief Executive Officer and Founder; Rob Eno, President; Deborah Castillo, Vice President of Regulatory Affairs; and Rick Brounstein, Consulting Chief Financial Officer will present results of operations for the fourth quarter and full year ended December 31, 2023.

At this time, I will turn the call over to HeartBeam’s Chief Executive Officer, Branislav Vajdic.

Branislav Vajdic: Thank you, operator. I’d like to start by giving a brief overview of HeartBeam and our technology. It is really important to understand how our VECG technology is different and lastly, more powerful than the most common personal ECG technologies that are out there in the marketplace today. A 12-lead ECG is one of the most commonly performed diagnostic tests, and it is actually a standard in hospitals and clinics. There are many ECG technologies that can be used by patients or consumers at home. You can see a couple of examples on this slide. There are not 12-lead ECGs. Instead, there are 1-lead, 3-lead, or 6-lead. This is adequate for detecting many arrhythmias, but it is not sufficient for detecting a heart attack or complex arrhythmias.

In contrast, the HeartBeam AIMIGo is an easy-to-use, very concise system that synthesizes a 12-lead ECG. It is a hand-held device with no external electrodes or wires, and it is easy for the patient to apply. The key aim of the HeartBeam technology is to quickly and accurately help clinicians identify the full range of cardiac conditions, including a heart attack, and outside of a medical facility. Our proprietary 3D VECG technology offers higher-resolution monitoring by capturing heart activity in three projections, X, Y, and Z, which can provide for many cardiac conditions a more complete view of the heart than a standard 12-lead ECG. The AIMIGo device, coupled with a smartphone app and cloud-based diagnostic software, enables a remote evaluation of cardiac symptoms by physicians, and we believe it could reduce the critical time to intervention for heart attack patients.

The average patient waits three to four hours before seeking care. Shortening that time from symptoms to the door or a medical institution would reduce complications and save many lives. In addition, more than 80% of patients with chest pain who go to the emergency room are not having a heart attack. An effective triage tool in the hands of the patient would reduce the number of unnecessary emergency room visits and reduce costs to the healthcare system. So why do we think that an easy-to-use 12-lead ECG with patients is transformational? Well, first, having the ability for patients to take frequent 12-lead readings over time and in a variety of real-life situations potentially has huge diagnostic value. Whenever a patient is feeling symptoms, they can get a 12-lead reading that will be reviewed by a physician.

Secondly, trending a 12-lead ECG, both symptomatic and asymptomatic over time, will allow physicians to gain insight to help guide cardiac care. Frequent 12-lead ECGs to create this trending is simply not feasible today. And finally, as we will discuss in more detail, combining deep learning algorithms with a large number of longitudinally-created ECGs has the potential to create an unparalleled predictive and diagnostic algorithm. We have the opportunity to address not only atrial fibrillation markets, but also coronary artery disease markets, which is about 6x larger. In the United States, there are approximately 3 million AFib patients representing a $2 billion market. There are approximately 20 million total coronary artery disease patients, which is a $12 billion market.

So the overall opportunity in the U.S. only is about $14 billion. I’d like to now turn the call over to Rob Eno, our President.

Rob Eno: Thanks, Branislav. We wanted to give an update on our progress related to AIMIGo. Our initial clearance for the AIMIGo system will be a major milestone for the company, and it’s important for many reasons. To start, we expect this to be the first patient-held 3D VECG device to be cleared by the FDA. Also, this clearance will be the basis for further FDA submissions for HeartBeam, so it’s the cornerstone of our efforts. The 3D VECG approach is an excellent platform for AI algorithms. We have a major AI effort underway. We’re encouraged about the progress and the initial results we presented at scientific meetings in Q2. In the longer run, we believe that applying AI algorithms on top of the rich VECG data, especially with longitudinal data sets for patients taking readings monthly, weekly, or even more frequently, could result in unsurpassed predictive and diagnostic capabilities.

In addition, there is significant clinical research over several decades that demonstrates the diagnostic value of a VECG approach. By capturing the heart vectors in three dimensions, there’s even more diagnostic information available than in the standard 12-Lead. And our landmark study, summarized here, that was published in JAK Advances in August of last year, showed that the AIMIGo VECG technology had similar diagnostic ability as a 12-Lead ECG in detecting coronary occlusions. And adding a baseline reading for comparison, which is a crucial part of our system, resulted in significantly better accuracy than a single 12-Lead ECG. And with that, I’d like to introduce Debbie Castillo to give an update on our regulatory efforts. Debbie is HeartBeam’s Vice President of Regulatory.

She holds a PhD in biomedical engineering from Johns Hopkins University and has extensive experience in regulatory affairs in industry and also at the U.S. Food and Drug Administration, where she held various roles, including Senior Lead Reviewer, Lead Scientific Reviewer, and Acting Chief of the Cardiac Devices Branch.

Deborah Castillo: Thank you, Rob. As a reminder, we have a 510(k) application under review with FDA for our AIMIGo 3D VECG system. This application includes our 3D VECG credit card-sized device that records cardiac activity from the XYZ projections and displays the signals for clinician review. The system also includes a patient application, a physician portal, and wireless communication among the elements. As Rob mentioned, this is the cornerstone submission for HeartBeam and will be the basis of future regulatory efforts. We submitted this 510(k) application in the second quarter of 2023. The review remains active with FDA as we have successfully passed the acceptance of the filing and have completed the initial substantive review phase with questions and requests received from FDA.

As we continue to navigate the progress towards clearance, we have taken advantage of all available regulatory tools and opportunities to work interactively with FDA, gaining valuable official communication and feedback on our proposed response approach, including our testing protocol. We have conducted the agreed-upon testing to address FDA’s open questions in the process of preparing our official responses. Once these are submitted, the FDA will complete the review of our 510(k). We currently are anticipating clearance by end of quarter two of 2024. I also want to touch on our second FDA submission. Following, of course, the clearance of AIMIGo 3D VECG system, we will be working to obtain a second 510(k) clearance. The second 510(k) will be focused on the ability to offer the physician a pair of baseline and symptomatic 12-Lead ECGs, both of which are synthesized from the 3D VECG signals, the XYZ, recorded by the HeartBeam AIMIGo device.

This approach leverages recently-issued patents for a personalized system for synthesizing 12-Lead ECG waveforms. The second 510(k) application is planned to be submitted to FDA by quarter three of 2024. A key part of this submission will be a pivotal study named our valid VECG study, which will demonstrate the similarities between the synthesized 12-Lead output from AIMIGo and a simultaneously-recorded standard 12-Lead ECG. To date, we have held two pre-submissions meetings with FDA on this 12-Lead synthesis submission. These meetings have been focused primarily on the performance goals of our proposed pivotal clinical study. Rob will now discuss the details of the pivotal study.

Rob Eno: Thanks, Debbie. Based on feedback from FDA and our clinical experts, we’ve designed our clinical study, the valid ECG study. As we announced last week, we’ve enrolled the first patients in the study, which is designed to validate the AIMIGo 12-Lead ECG synthesis software by comparing its results with those of a standard, hospital-based, FDA-cleared 12-Lead ECG using both quantitative and qualitative assessment methodologies. We plan to enroll approximately 198 patients presenting to an outpatient cardiology clinic or arrhythmia center with symptoms suggestive of cardiac arrhythmia or for routine checkup of previously diagnosed arrhythmia. The study is expected to include up to five sites in the U.S. The primary objective is to demonstrate the similarities of ECG waveforms between AIMIGo’s synthesized 12-Lead ECG and a standard 12-Lead ECG recorded simultaneously in each subject by assessing intervals and amplitudes.

In preparation for this pivotal study, we completed an 80-patient pilot study, which mirrors the pivotal study. Based on these pilot results, we initiated the valid ECG study. We anticipate completion of enrollment in the valid ECG study in Q2 2024 and submission of the second 510(k) application by Q3 2024. We continue to anticipate that our limited launch of AIMIGo will occur by the end of 2024. Now, I’d like to turn it back to Branislav for an update on our AI efforts.

Branislav Vajdic: Thanks, Rob. As we discussed last quarter, we have an active artificial intelligence program underway. Our AI team includes five PhDs. The leadership has deep AI expertise experience, including positions at Apple, Microsoft, and Google. We have acquired approximately 1 million 12-Lead ECGs from various sources, a key element in our fast-paced development efforts. We have developed initial deep learning algorithms focused on the ability to detect various cardiac arrhythmias. HeartBeam has had data of these deep learning algorithms accepted for presentation [indiscernible] out in Boston in May. We believe that, when combined with our credit card-sided AIMIGo 3D VECG technology, HeartBeam’s AI will provide additional value to patients and physicians in a number of ways, including providing automated classification of cardiac conditions, including common arrhythmias, the potential to further enhance the user experience and simplify the onboarding process.

And finally, in the longer run, we believe that applying deep learning algorithms on top of the rich VECG data that we obtained from our AIMIGo device, especially with the longitudinal data set from patients taking repeated recordings, could result in an unparalleled predictive and diagnostic capability. Turning to IP, we have recently received two additional U.S. patents, enhancing our already strong IP portfolio. As you have heard, our current focus is on the credit-side AIMIGo system, with the ability to create a 3D VECG signal in a small, easy-to-use, easy-to-carry form factor. This will be followed by a second clearance on the ability to synthesize a 12-Lead ECG from these signals. In addition, there are additional four factors covered by our IP.

First, in an on-demand 12-Lead extended patch, we have an opportunity to take the usual 1-Lead signal that’s obtained from the patches much further, and actually offer a 12-Lead. This would operate similarly to current extended cardiac monitors, such as extended Holter, or Mobile Cardiac Telemetry, known as MCOT as well. But using the AIMIGo technology, a patient would simply place two fingers on the top of the device, which will enable a 12-Lead reading, something that is really not possible today with any kind of patch that’s in the marketplace. Secondly, our integrated system combines AIMIGo with a continuous monitor. We have multiple patents granted to our LIVMOR watch, which is the first FDA-cleared prescription wearable for continuous cardiac system monitoring.

And finally, our IP allows a 12-Lead watch that is actually a combination of functionality of a wearable ECG that provides continuous monitoring with an on-demand 12-Lead ECG. Our patents cover a 12-Lead ECG watch so that when the watch detects abnormalities, the patient can remove the watch and simply place it on the chest, activating a 12-Lead ECG. We plan to pursue all options in the development of these products, including the possibility of collaborating with leaders in the ECG and wearable fields. I’d like now to turn the call over to our Consultant’s CFO, Rick Brounstein.

Rick Brounstein: Thank you, Branislav. Turning now to our financials, I will give a brief review of our financial results. A full breakdown is available in our Regulatory Filings and the press release that just crossed the wire after the closing of the market today. General and administrative expenses for the fourth quarter of 2023 and 2022 were both 2.1 million. For the year ended December 31st, 2023, G&A expense increased 1.2 million to 8.5 million compared to 7.3 million in the same period of 2022. The increase is primarily related to non-cash stock-based compensation expense, amounting to 1.6 million. That was associated with additional awards granted since December 31st, 2022, resulting primarily from the issuance of employee stock options following the May 2023 financings.

Our cash spending is actually down in fiscal 2023 compared to fiscal 2022. Of note in 2022, we had invested in the commercial team, and due to our change in our near-term focus in early 2023, we are not currently emphasizing commercial activities as we proceed through the FDA clearance process for HeartBeam AIMIGo. Research and development expenses for the fourth quarter of 2023 were 2 million compared to 1.6 million for the fourth quarter of 2022. For the year ended December 31st, 2023, research and development expenses, which increased 1.1 million to 6.8 million compared to 5.7 million in the prior year, are also due to the increase in non-cash stock-based compensation expense, as well as the increase in headcount and professional services supporting the FDA clearance process, primarily offset by completion of initial development in 2022 of the platform for AIMIGo. Our cash and cash equivalents are conservatively invested in treasuries with a duration of up to three months.

With 2023 interest rates in the short-term markets around 5%, we earned $675,000 in interest income in Fiscal ’23 compared to 66,000 in Fiscal 2022. As a result of our increased cash balance following the $26.5 million financings in May of 2023, coupled with these higher interest rates. Net loss for the full year of 2023 was 14.6 million compared to a net loss of 13 million for the full year of 2022. We ended 2023 ahead of plan with 16.2 million in cash and cash equivalents as of December 31st, 2023, compared to 3.6 million as of December 31st, 2022. As mentioned, in May, we closed common stock financings with gross proceeds of 26.5 million. This cash is anticipated to last into early 2025, while we anticipate to begin the limited launch of AIMIGo by the end of 2024.

Net cash used in operating activities in the fourth quarter of 2023 was approximately 2.9 million. We remain confident that we have sufficient funds to deliver on our milestones and get prepared to move into commercialization phase of HeartBeam AIMIGo. And finally, I’ve said this before, it’s worth emphasizing that the May 2023 financings were common stock only financings. They did not include any warrants in our balance sheet as a result, as a very simple and straightforward capital structure with approximately 26 million shares now outstanding. I’m now going to turn the call back over to Branislav for his closing thoughts.

Branislav Vajdic: Thanks, Rick. So, in conclusion, this is an exciting time for HeartBeam and 2024 is a pivotal year in our company’s evolution. I want to reiterate that our FDA clearance of the AIMIGo system will be foundational for the company. When cleared, it will be the first patient health 3D VECG device to be cleared by the FDA. It will also serve as a robust and IP protected foundation for many future developments. As Debbie noted, we have made significant progress on the AIMIGo clearance, having successfully passed the acceptance of the filings and have completed the initial review phase. We have taken advantage of all available regulatory tools and opportunities to work interactively and intensely with the FDA. And we are finalizing our testing and our formal responses to questions raised by the FDA.

Once these responses are submitted, the FDA will complete their review. We currently anticipate clearance by the end of Q2 of this year. This initial clearance is foundational for a number of reasons. First, it will be the basis of our second submission of the algorithm that will generate 12-Lead synthesized ECG. And as we discussed, we will have a completed 80 patient pilot study. And once we have completed it, we had actually engaged in the pivotal study that’s in progress as we speak. Second, we are developing deep learning artificial intelligence algorithms using our 3D VECG signals for inputs. We are very much encouraged by the progress and early results and we look forward to presenting the initial clinical data on AI at scientific meetings in Q2 of this year.

Finally, we will build upon the initial AIMIGo clearance as a foundation with both the 12-Lead synthesis algorithms and AI efforts. We will continue to advance our robust product pipeline that includes AI-enabled advances to expand indications as well as patient-friendly four factors such as the on-demand 12-Lead patch and the 12-Lead HeartBeam watch. We ended 2023 ahead of plan with 16.2 million in cash, and cash equivalents as of December of last year. We anticipate that our strong cash position provides runway to early 2025. We remain confident that we have sufficient funds to deliver on our limited launch of AIMIGo that is currently anticipated to occur by the end of this year. I look forward to providing our shareholders with further updates in the near term.

I thank you all for attending and now HeartBeam team would like to answer your questions. Operator.

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Q&A Session

Operator: Thank you. At this time, we will be conducting a question-and-answer session. [Operator Instructions]. Our first question comes from the line of Ben Haynor with Alliance Global Partners. Please proceed with your question.

Ben Haynor: Good afternoon, guys. Thanks for taking the questions. First off for me, Debbie, I’m just curious on the official responses that you’re formulating with your FDA here on. I guess, how would you characterize the questions that you’ve gotten? Are they fairly straightforward? Any sort of showstoppers? Any surprises on that front?

Branislav Vajdic: Yes, Debbie, would you please comment on that?

Deborah Castillo: Yes, certainly. First, we’ve received a number of questions similar to this from many participants. So, what I can share is that the current status and process of our 510(k) submission is within expectation. Definitely from my perspective and experience from being on both sides of the fence, this is a typical process for 510(k) reviews where FDA provides their open questions that must be answered prior to their final assessment and submission. So, for me, this is a pretty standard process and sort of questions from the agency. So, in doing that, to address this as best we can, as we’ve mentioned, we’re using the regulatory tools available to industry where we have leveraged all opportunities to engage with the agency in order to align with our responses and approach to these open questions. This will help us ensure that our responses will meet FDA expectations and, of course, then allow FDA to make their final assessment of our submission.

Ben Haynor: Okay, that’s helpful. And then, on future FDA submissions for the AI applications, do you have any sort of timeline on when we might start to expect those submissions going in, or is that kind of open-ended at this point?

Branislav Vajdic: Yes, as you know, we have engaged in the full-speed AI development, technology development for AI not so long. We have made incredible progress over the last six months, and we are at this point assessing really what the schedule will be. So, we are at this point not ready to share anything, but we are intensely in the phase of estimating the effort to get that 510(k) submitted eventually cleared.

Ben Haynor: Okay, got it. And then, lastly for me on commercialization, you know, kind of once you get that second AIMIGo clearance, is that kind of the time to ramp up the commercialization folks and begin adding to the team again, or would that be kind of later on after you make potentially some of these AI submissions?

Branislav Vajdic: Rob?

Rob Eno: Yes, I’ll take that. Yes, no, we, you know, as we said, we’re planning on doing a limited launch by the end of 2024. So, we’re currently, you know, pretty deep in work with our current team of defining the go-to-market strategy and our plans. And as we get closer, you know, with the first clearance, have the opportunity to get some beta testing and experience with the device, we plan to be ramping up the commercial team kind of in conjunction with that limited launch toward the end of the year.

Ben Haynor: Okay, got it. Very helpful. Congrats on all the progress, guys, and I’ll jump back in, queue.

Branislav Vajdic: Thank you. Thank you, Ben.

Operator: Thank you. [Operator Instructions]. And there are currently no questions for the telephone Q&A session. Therefore, I’ll now hand the call over to Brooke Hamilton [ph] for any questions on the webcast.

Unidentified Company Representative: Thank you, operator. First question asks, could you describe the valid ECG study in more detail, specifically as it relates to patient follow-up or endpoints?

Branislav Vajdic: Rob?

Rob Eno: Sure. So, first, to reiterate, the goal of the study is to demonstrate that our synthesized 12-Lead ECG is similar, it clinically comparable to a standard hospital-based 12-Lead ECG. And we’re doing that by taking simultaneous recordings of both the 12-Lead and the AIMIGo device. So, they’re literally simultaneous while the patient has the electrodes from a standard 12-Lead, we also place the AIMIGo device on. As far as endpoints, we’ve worked closely with FDA to define the endpoints. The primary endpoint is looking at a series of ECG measures that are called intervals and amplitudes. We’ve also defined what the performance criteria is. In other words, how similar these measurements need to be between the synthesized 12-Lead and the standard 12-Lead.There’s also a secondary endpoint, which physicians will categorize all the arrhythmia that they see in the 12-Leads in a blinded manner, and we’ll analyze the similarities and differences between the two.

As far as follow-up, there’s no patient follow-up in the study. So, we’re only analyzing the simultaneous recorded ECGs during a single visit. And, just, I think what I’d add on to that is we mentioned we’re enrolling 198 patients at up to five sites. They’re leading U.S. research centers, but also high-volume. And because they’re high-volume and these are arrhythmia clinics where there’s lots of patients coming in every day, we expect to be able to see a range of arrhythmia, which helps us in the study, and also expect enrolled patients quickly, and that’s why we anticipated enrollment being complete in Q2 of this year.

Unidentified Company Representative: Excellent. Thank you. Next question. It seems like you’re developing AI tools internally, but so many of them are already developed by arrhythmia. Why not license?

Branislav Vajdic: Yeah, we are keenly following everything that’s being published, and there is a lot of it in the license should these days, and that’s relevant. However, and luckily for us, our signals are 3D ECG signals. They’re very much data-rich source or input, if you want, to the AI. And so, for us, it’s key that we develop our AI tools and methods based on this data-rich set of X, Y, and Z signals. So, that’s the key differentiation. And of course, these signals come from a device, any good device that’s always with the patient. So, all in all, that’s the key why we are following what’s happening in the field, but our unique situation is that we have even more data-rich set of signals, and that’s why we like to take full advantage of those sets of signals that come out of AIMIGo device.