Tag: technology

Join the AS Software Team at Booth 723

January 27 — February 1, 2025

Join us as we connect with leaders and decision-makers shaping the future of obstetrics and maternal-fetal medicine. This event is your opportunity to explore groundbreaking ultrasound technology that enhances both your work and your patients’ care, all while connecting with colleagues from around the globe. To learn more and register, visit the SMFM 2025 event site.

  • Reduce your manual workload
  • Capture crucial data points with less errors
  • Report results faster
  • Improve billing and claims success
  • Integrate seamlessly with your EHR and other radiology systems
  • Automated Coding and Billing: Reduce errors and simplify administrative tasks with dynamic billing automation.
  • Enhanced Authentication and Authorization: Improve security with a streamlined login experience.
  • Professional Services Packages: Tailored offerings to maximize the value of your investment.

Poornima Gopalakrishnan

CEO

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Derek DellaVecchia

RDMS, RDCS, RVT, RMSR

Sr. Account Executive

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Mark Scott

Executive Director, Business

Development & Alliances

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Stephanie Gunter

Vice President,

Marketing

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Aaron Wimer

PMP, Vice President

Client Services

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Nicole Wosje

Vice President

Product

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Kerry Faulk

BS, RT(S), RDMS, RRDCS

Clinical Solutions

Manager

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Melanie Young

RDMS OBGYN, CLEAR, NT

Clinical Consultant

Connect with Melanie

The demand for integrated clinical software has never been higher. For maternal-fetal medicine (MFM) practices, these solutions aren’t just nice to have—they’re becoming essential. These tools help streamline workflows, enhance patient outcomes, and ultimately, raise the overall quality of care provided.

Maternal-fetal medicine is a highly specialized field, that requires a lot of coordination between healthcare providers to ensure the best outcomes for both mom and baby. Traditional systems often involve tools that don’t communicate effectively, leading to fragmented care, inefficiencies, and even potential risks for patients. This is where integrated clinical perinatal software comes in. It offers a seamless connection between different parts of the healthcare ecosystem.

Integration matters because it synchronizes data across systems like electronic health records (EHR), ultrasound imaging, lab results, and more. When these systems communicate effectively, MFM practices can access comprehensive patient information in real-time, reducing the likelihood of errors and ensuring accurate care decisions based on the most up-to-date information.

One of the most significant benefits of integrated clinical perinatal software is how it streamlines workflows. In a typical MFM practice, doctors, sonographers, nurses, and other providers must collaborate closely, but often have to juggle multiple platforms to access the information they need. This can be time-consuming and prone to mistakes.

With an integrated system, providers can work within a single, unified platform. For example, when an ultrasound is performed, the images and data are automatically uploaded to the patient’s EHR, allowing immediate access to all relevant information. This saves time and reduces the risk of errors associated with manual data entry and cross-referencing between different systems.

Ultrasound reporting is a critical part of perinatal care, providing detailed visual and quantitative data that guide clinical decisions. In traditional systems, ultrasound data is managed in a separate system from the patient record, which can create bottlenecks in accessing this vital information. Integrated clinical perinatal software changes that by bringing ultrasound data directly into the main patient management system, offering several advantages:

  1. Automatic Data Transfer: Ultrasound images and measurements are automatically transferred into the patient’s electronic health record (EHR), eliminating manual uploads and reducing the risk of data loss or transfer errors.
  2. Real-Time Access: Providers can access ultrasound data right away, allowing for quicker diagnosis, which is particularly important in high-risk pregnancies where timely intervention can make a significant difference in outcomes.
  3. Enhanced Collaboration: Multiple Providers can view and discuss ultrasound findings simultaneously, regardless of their location, fostering better collaboration and more coordinated care.
  4. Faster Reporting: Automatically populate ultrasound reports using standardized templates, saving time and ensuring consistency and compliance with clinical guidelines.
  5. Improved Data Analytics: Combining ultrasound data with other patient information enables advanced analytics that can reveal trends in patient care, leading to better management of high-risk cases and improved outcomes.

Integrated clinical perinatal software doesn’t just help healthcare providers; it also has a positive impact on patient outcomes. With all relevant data at their fingertips, clinicians can make more informed decisions, leading to more personalized care.

For instance, if an ultrasound shows a potential issue, the integrated system can alert the clinician in real-time, allowing them to take action. This proactive approach is crucial in perinatal care, where early detection and intervention can make a big difference in the health of both mother and baby.

Also, integrated systems often include patient portals that allow expectant mothers to access their medical information, appointment schedules, and educational resources. This empowers patients to take an active role in their care and improves the patient-provider relationship.

According to Global Market Insights, the clinical perinatal software market is expected to exceed $2 billion by 2032, driven by the increasing adoption of advanced technologies in maternal-fetal medicine. This growth is fueled by the number of pregnancy-related complications and the growing government initiatives and awareness regarding fetal care.

The report highlights that the demand for integrated solutions, especially those that incorporate ultrasound reporting, will continue to rise as healthcare providers look to improve clinical outcomes while reducing costs. For MFM practices, investing in integrated clinical perinatal software isn’t just about keeping up with trends—it’s about future-proofing their operations and delivering the highest standard of care.

The rising demand for integrated clinical perinatal software is driven by the need for efficiency, accuracy, and improved outcomes in maternal-fetal medicine. Practices that adopt these integrated solutions will be better positioned to handle the challenges of modern perinatal care.

At AS Software, we understand the unique needs of MFM practices and have designed our solutions to support seamless integration across all areas of perinatal care, including advanced ultrasound reporting. For over three decades, we’ve been committed to providing our clients with the most advanced tools, enabling them to provide the highest quality of care.

As the demand for integrated clinical perinatal software continues to grow, it’s clear these solutions are the future of maternal-fetal medicine. Practices that embrace this technology will not only improve their operational efficiency but also enhance the quality of care they provide, leading to better outcomes for both mothers and babies.

Healthcare is evolving, and traditional ultrasound processes are being replaced by modern automation. This white paper aims to provide you with actionable insights into how automation can streamline your ultrasound workflows, reduce costs, and enhance patient care.

What’s inside?

  • Operational Efficiency: How automation reduces manual tasks and speeds up diagnostic processes.
  • Business Growth: Ways to boost revenue by increasing patient throughput and minimizing downtime.
  • Cloud-Based Advantages: Benefits of cloud platforms, including enhanced security and reduced overhead.
  • System Assessment: Evaluate your practice’s position on the Automation Maturity Curve.

Who should read the white paper?

  1. CIOs: Strategies for reducing costs and improving system reliability.
  2. Ultrasound Technicians: Methods to enhance efficiency and job satisfaction.
  3. Physicians: How automation improves accuracy and streamlines workflows.
  4. IT Directors: The benefits of simplified maintenance and robust security.
  5. Financial Officers: Insights on cost savings and revenue growth.

AS Software delivers cloud-based ultrasound automation solutions that streamline workflows, enhance diagnostic accuracy, and improve patient outcomes.

Telemedicine has changed the way healthcare is delivered today. By leveraging information and communications technology, telemedicine makes it possible to give care to people, no matter where they live. Now, the growing use of telemedicine for general and obstetrical ultrasound has given rise to a new term: “tele-ultrasound.” Tele-ultrasound is a great example of how far we’ve come in the practical application of telemedicine, providing critical ultrasound services in areas where access to specialized expertise is limited.

What does the future hold for tele-ultrasound? We’ll explore how it is not only improving access to ultrasound services across the globe, but also helping manage healthcare costs, and advance medical education.

Tele-ultrasound isn’t just for rural areas; it’s a powerful tool in urban settings as well. It enhances the healthcare system, particularly in isolated or under-resourced regions, by improving patient outcomes. For patients in remote areas, such as Anchorage, Alaska, telemedicine has become a lifeline. Corinna Muller, DO, is an OB-GYN and a maternal-fetal medicine specialist at Aurora Maternal-Fetal Medicine. In her article: “Illuminating the path: Maternal-fetal medicine in Alaska and the dance of the aurora borealis”, she writes about her use of video consultations and remote monitoring.

In the article she goes on to explain how specialists in Maternal-Fetal Medicine (MFM) can use telemedicine to guide healthcare providers and patients, ensuring that even those far from major medical centers receive expert care.

What is a Maternal Care Desert?
Learn more about the lack of access to essential maternal care and how it’s being addressed.

Read On

One of the challenges of implementing tele-ultrasound is balancing costs. In traditional healthcare, the expense of medical experts, particularly specialists like MFMs and OB-GYNs, is a significant part of the overall budget. Telemedicine offers a way to increase the efficiency of these experts by reducing the need for their physical presence. This approach not only saves money but also enables specialists to serve more patients, thereby enhancing the overall standard of care.

While telemedicine consultations can lead to savings on traditional costs, such as patient transfers and human resources, they often come with additional technological expenses. However, the rapid development of medical devices and SaaS applications has made these costs more manageable. These tools offer the flexibility to perform ultrasounds anytime and anywhere, without the need for specialized settings, ensuring that quality care is accessible to all.

Software-based, personalized learning is becoming the norm, and tele-ultrasound devices are a key part of this educational evolution. By incorporating tele-applications, ultrasound skills can be taught anywhere in the world, breaking down geographical barriers to learning.

The latest advancements, such as tele-guided ultrasound, allow remote control of the ultrasound probe and device settings, providing real-time feedback that enhances both the quality of the scan and the proficiency of the operator. These tools, coupled with cloud-enabled ultrasound reporting & image management, means that even in remote or resource-limited areas, healthcare workers can receive the training they need to provide high-quality care.

As technology advances, tele-ultrasound’s role in healthcare continues to expand, especially in remote areas. With ultrasound machines becoming more portable and real-time image and data transfer possible with just an internet connection, tele-ultrasound is set to break through traditional barriers in healthcare.

In the end, it’s not just about overcoming distance; it’s about bridging the gaps in our healthcare system, ensuring that every patient has access to the best possible care.

  • In 2023, the scale of healthcare data breaches reached unprecedented levels. According to the latest HIPAA Journal analysis, a record 133 million individuals were compromised. This represents a 156% increase from 2022. (Forbes)
  • Ransomware attacks aren’t just hampering operations and costing money. They’re affecting patient care. A Ponemon survey found 45% of health IT pros reported complications from medical procedures due to ransomware attacks, up from 36% in 2021. (Chief Healthcare Executive)

A ransomware attack is a type of cyberattack in which malicious software is used to encrypt files or lock computer systems, rendering them inaccessible to users.

Ransomware attacks can cause significant disruption to organizations and individuals, resulting in data loss, financial losses, and reputational damage. 

“Cyber criminals are remotely launching ransomware attacks against U.S. hospitals, medical research laboratories, and other critical infrastructure— creating a direct threat to public health and safety; an example of how cyber criminals have become more sophisticated that’s extremely troubling for hospitals, is that hackers now specifically target medical devices, not only networks, servers, PCs, databases, and medical records.” (U.S. Department of Health and Human Services) 

“Cybersecurity analysts say ransomware groups are targeting hospitals because they know that many will pay to get their systems restored. And patient records are valuable on the dark web.” (Chief Healthcare Executive).

Healthcare organizations are common targets for ransomware attacks because they hold valuable information, like patient records, and losing access to this data can seriously disrupt patient care.

When attacked, they’re under pressure to quickly restore access due to the urgent need for medical information, and failing to do so can lead to regulatory fines. Plus, many hospitals lack the resources to defend against sophisticated cyberattacks, making them vulnerable.

Some have insurance that covers ransom payments, which inadvertently encourages attackers to target them. So, it’s a combination of the valuable data, urgency, regulatory obligations, limited defenses, and insurance that makes healthcare organizations a prime target for ransomware.

Ransomware typically spreads through email phishing campaigns, malicious attachments, compromised websites, or the exploitation of software vulnerabilities.  Email phishing is the most prevalent point of compromise, followed by spear-phishing (highly targeted phishing) and SMS phishing (via text message). (2023 HIMSS Healthcare Cybersecurity Survey)

It only takes one successful phishing attempt to cause a significant security incident. A successful phishing attack can lead to the leaking of sensitive, proprietary, or confidential information, a malware infection, or other types of security compromises (e.g., manipulation of data, credential theft, business email compromise, breaches, and others).

Once a system is infected, the ransomware encrypts files or locks the entire system, often displaying a ransom note informing the victim of the attack and providing instructions on how to pay the ransom.  

Mitigating the risk of malware takes a multifaceted security approach. At AS Software, we take these steps to safeguard customer data and help prevent ransomware damage: 

1. Protecting Your Perimeter 

Traffic to the environment is restricted to only known and approved ports and protocols. These ports can only be accessed from known IP addresses.  

2. Host-Based Intrusion Detection  

All access attempts are scanned with a host-based intrusion detection and prevention system, which flags and automatically bans any suspicious traffic. 

3. Antivirus Program 

All system files are scanned with an antivirus program. The program is updated frequently as new virus definitions are made available. 

4. Development Training 

Our software engineers undergo secure development training, focused around the OWASP top 10 — a standard awareness document globally representing the most critical security risks to web applications. 

5. Weekly Vulnerability Scans 

All source code is continuously scanned for vulnerabilities and insecure patterns, both externally and internally. Third-party penetration tests are also conducted. 

These strategies ensure protection against ransomware and prevent damage to customer networks that would delay care and put patient data at risk.  

Healthcare organizations must implement robust cybersecurity measures, including regular updates, employee training, network segmentation, data backup procedures, encryption, and access controls to mitigate the risks posed by malware attacks and protect sensitive patient data within all their systems.   

“The key is being proactive rather than playing catch-up after an incident. Make security the backbone of everything from software development to remote access policies. With innovative partners and a prevention-first mentality, healthcare organizations can regain control of their cybersecurity.” (Forbes)

To learn more about how AS Software offers a secure solution for your ultrasound workflows, schedule a demo.

The Detailed Financial Transaction (DFT) interface is a vital component within healthcare information systems that enables electronic transfer of information related to billing accounts, charges, payments, adjustments, insurance, and other pertinent financial data.

By providing a standardized framework for exchanging financial information, the DFT interface empowers healthcare providers to achieve greater transparency, accuracy, and efficiency in managing their financial operations:

  • Facilitating the seamless exchange of financial data
  • Streamlining billing procedures
  • Improving revenue cycle management
  • Enhancing overall operational effectiveness

A Detailed Financial Transaction (DFT) message is a component of the electronic communication system used in healthcare. It contains detailed information about financial transactions related to patient care to ensure proper financial management and documentation.

For ultrasound specifically, think of it as a digital receipt that tracks the financial side of ultrasound appointments at your healthcare practice. It can include details such as the charges for the ultrasound service provided, payments made by the patient or their insurance, adjustments to the bill, and relevant insurance information.

These DFT messages make sure you accurately bill for ultrasound services. They help keep track of costs associated with each ultrasound procedure, process payments efficiently, and manage insurance claims.

Essentially, DFT messages help you maintain the financial health of your practice.

A DFT interface enables the seamless transfer of detailed financial data related to ultrasound services from the reporting system to the billing system. It can include information such as the:

  • Type of procedure performed
  • Patient demographics
  • Charges associated with the procedure
  • Insurance details
  • Payments received
  • Adjustments or discounts applied

With a DFT interface in place, healthcare providers can ensure accurate and efficient billing for ultrasound services. It reduces manual data entry errors, streamlines the billing process, and improves overall financial management within the healthcare organization. Additionally, it helps maintain compliance with regulatory requirements and facilitates proper reimbursement for ultrasound services rendered.

HL7 (Health Level Seven) interfaces are commonly used to exchange various types of healthcare data between different systems, such as electronic health records (EHRs), billing systems, and information systems. But the standard HL7 messaging format doesn’t directly support all aspects of billing, such as associating specific billing codes with individual services or procedures.

The DFT integration customizes the HL7 interface to include functionality that enables the inclusion of billing codes directly. For example, when relevant healthcare services or procedures are documented or reported within AS Software, the associated billing codes can be automatically included in the data exchange.

By incorporating billing codes directly into the HL7 messages exchanged between systems, the need for manual intervention or separate processes to add billing information is eliminated. This simplifies the billing process by automating the capture and transmission of billing-related data, reducing the potential for errors and improving efficiency.

AS Software’s DFT Interface enables the exchange of data between the reporting information system and external systems, like your EHR, using a DFT-customized HL7 communications standard.

This DFT integration allows both systems to function as one integrated solution for a clinic or medical practice. It also includes features for exporting patient charge information, charge cancellation messages, and correction charges.

Exporting Patient Charge Information: When a physician signs a report in the AS Software system, patient charge information is exported. This includes details of the services provided to the patient, with the correct billing codes.

Exporting Charge Cancellation Messages: If a report is unsigned or cancelled, the AS Software system exports charge cancellation messages to reflect this change automatically.

Exporting Correction Charges: When a corrected report is signed, the AS Software system exports the new charges to update the billing information accordingly.

The HL7 DFT Interface for Outbound Billing Charge Capture
Explore how to streamline the billing process by automatically capturing and forwarding details from the ultrasound study.

View Details

Without the DFT interface, several inefficiencies develop in the billing and administrative processes:

Manual Data Entry: Without the DFT interface, staff would need to manually enter charge information into the billing system after each ultrasound procedure. This manual process is prone to errors, leading to potential discrepancies in billing and delays in revenue cycle management.

Delayed Billing: Since charge information would need to be manually entered into the billing system, there may be delays in billing patients or submitting claims to insurance providers. This delay can result in delayed payment and negatively impact the cash flow of the healthcare organization.

Increased Administrative Burden: Healthcare staff would need to spend additional time reconciling data between the ultrasound reporting system and the billing system. This increased administrative burden reduces productivity and may divert resources away from patient care activities.

Billing Errors: Manual data entry increases the risk of billing errors, such as incorrect charge amounts or missing billing codes. These errors can lead to claim denials, payment delays, and potential compliance issues.

Lack of Real-Time Information: Without automated data exchange through the DFT interface, there may be a lack of real-time visibility into the financial aspects of ultrasound procedures. This hampers decision-making processes and the ability to monitor revenue performance effectively.

Incomplete Documentation: In the absence of automated charge export functionality, there may be instances where charge information is not properly documented or missed altogether. This incomplete documentation can result in revenue leakage and billing inaccuracies.

Manual work and disconnected technologies create inefficiencies, errors, and delays in billing and administrative processes, particularly in ultrasound reporting within healthcare settings.

However, implementing the DFT interface streamlines these processes, enhances accuracy, and boosts overall operational efficiency.

By facilitating efficient communication between systems, improving billing accuracy, and streamlining workflow processes, the DFT interface significantly optimizes the financial management of your healthcare operations.

To learn more about DFT interfaces and how they can create billing efficiencies in your organization, schedule a demo.


Caleb King

Caleb King, Director of Customer Engagement

With over a decade of experience building results-driven relationships, Caleb has a deep understanding of meeting customer needs with efficiency. At AS Software, Caleb coordinates complex healthcare projects, and is passionate about making a positive impact by delivering value with ongoing expertise and optimization. 

The way patients are diagnosed, treated, and cared for is undergoing significant transformation in maternal-fetal medicine (MFM). Artificial intelligence (AI) is emerging as a powerful tool in enhancing diagnostic accuracy, optimizing workflows, and fostering equitable access to healthcare. But there are many profound implications of AI in MFM, which were discussed in a recent panel, “Exploring the Expanding Role of Artificial Intelligence in Maternal-Fetal Medicine” that featured clinicians and experts at the SMFM 2024 Pregnancy Meeting.

The speakers and panelists included: Jeanne Sottile, RDMS RVT CSPO of AS Software; University of Kentucky College of Medicine’s Maternal Fetal Medicine Fellow Physician, Dr. Neil Bharat Patel; CEO of Ultrasound AI, Robert Bunn; Chief Medical Offer and Professor, Dr. Garrett K.Lam, of Intermountain High Risk Pregnancy Center and University of Kentucky; and Martin Mienkina, PhD, Advanced Technology and Innovation Manager at GE Healthcare.

Here is a breakdown into the key insights that emerged of the multifaceted applications of AI, challenges, opportunities, and its potential to reshape patient outcomes.

The establishment of trust in algorithmic insights is central to the integration of AI into MFM.

Rigorous testing methodologies are paramount to validate AI algorithms, ensuring consistency and persistence of results across diverse patient populations and clinical settings.

Transparency and trust will build the foundation of successful adoption and utilization of new AI technologies, ensuring that AI-driven innovations enhance, rather than compromise, patient care.

A compelling aspect of AI in MFM is its capacity to democratize healthcare access.

By mitigating skill barriers through technologies like AI-assisted ultrasound, AI enables less specialized practitioners to perform basic examinations with greater accuracy. This innovation is especially promising for underserved rural and international communities, where access to specialized care can be limited.

AI algorithms, like those that can predict preterm birth, represent a large shift in diagnostic approaches.

These algorithms transcend conventional anatomical markers like the cervix, leveraging digital signals within ultrasound images to discern subtle patterns and correlations. AI can ‘see’ beyond human perception and analyze a spectrum of anatomical areas (like the ovaries, uterus, and placenta).

By processing vast amounts of data in real time, AI algorithms can detect early indicators of complications, leading to timelier interventions and improved patient outcomes.

Ensuring equitable access to AI-driven healthcare solutions is a critical consideration in the adoption of AI in MFM.

Some collaborative efforts underway include the development of solutions tailored for low-resource settings, supported by organizations like the Gates Foundation. By leveraging AI to bridge healthcare gaps globally, these initiatives aim to advance maternal and fetal health outcomes worldwide.

The equitable dissemination of AI solutions in MFM extends beyond merely providing access to technology. It involves tailoring solutions to suit the needs of diverse populations and addressing systemic barriers to healthcare access. By prioritizing inclusivity and accessibility, AI-driven innovations have the potential to revolutionize maternal and fetal healthcare delivery.

From enhancing diagnostic precision to optimizing workflows and fostering equitable access to healthcare, AI promises to transform patient care in MFM. However, realizing this potential requires collaborative efforts, rigorous testing methodologies, and regulatory oversight to ensure the reliability, validity, and accessibility of AI technologies.

As the healthcare industry navigates the intersection of AI and healthcare, the future of maternal-fetal medicine holds promise for improved patient outcomes and enhanced quality of care.


Learn more about AS Software’s approach to AI: AI in Ultrasound Reporting: Driving Efficiency and Automation

Artificial Intelligence (AI) has the potential to reshape the ultrasound technology landscape â€” revolutionizing patient care, enhancing diagnostic accuracy, and transforming the use of ultrasound technology.

“The integration of artificial intelligence technology in ultrasound imaging is expected to make the ultrasound imaging technique smarter and improve the efficiency of the technique to accurately examine the disease. The surging demand for imaging biomarkers and quantitative imaging is significantly driving the demand for AI in ultrasound imaging.” (Precedence Research

Current ultrasound reporting solutions drive value through greater efficiency, automation, and interoperability. These same benefits are also major catalysts of emerging AI value, which will continue to drive clinical, financial, and operational benefits for healthcare organizations.

How AI can complement our existing workflow solution

AS Software is the workflow conduit connecting ultrasound machines, EHRs, and PACS/VNA, and we’re uniquely positioned to incorporate AI into this existing solution ecosystem deployed across our customer base — which currently manages over 10 million studies annually.

We have a long track record of prioritizing interoperability with industry-leading technology providers; many of which are now incorporating AI into their offerings. AS Software will be positioned to both interoperate with existing AI and leverage embedded AI from various partners in the market.

We’re excited to have customers and partners working with us to explore options to best meet these needs, and see many opportunities for AI to enhance research capabilities, ensure diagnostic accuracy, and further automate features to reduce documentation time.

Opportunities for AI in Ultrasound Reporting

There are many opportunities for AI to positively impact ultrasound and ultrasound workflows, and help automate reporting, image analysis, and task administration — giving time back to sonographers and physicians.  Some of the near-term opportunities include:

Enhancing Clinical Research Tools

Today, researchers are limited to searching text data contained in historical reports. Adding a search dimension that includes information contained in the associated historical studies and images opens many new and interesting possibilities for exploration.

Maintaining Certifications

The ability to search DICOM images by their contents can enable the creation of new features that aid in preparing submissions to maintain AIUM certifications.

Capturing Charges

By comparing the contents of images captured in a study to the procedures within an order, AI can ensure that procedures listed within an ultrasound report for billing purposes reflect the work completed. This allows organizations to capture additional charges that would otherwise be missed without AI assistance.

Improving Quality Assurance

Detecting image contents can be used to improve the efficiency of individuals performing quality assurance and quality control functions.

Approaches to AI growth and development in ultrasound

As demand for ultrasound technology innovation grows, it’s exciting to see emerging niche AI vendors like BIOTICSai and BrightHeart, and established partners like Microsoft Azure, leveraging AI to accelerate innovation throughout the industry.

There are three paths for companies like AS Software to consider when adding AI into existing solutions:

  • Native AI: Developing AI technologies in-house.
  • Acquired AI: Acquiring existing AI solutions.
  • Embedded AI: Integrating AI tools into existing workflows and software solutions.

While native AI development isn’t our current focus, we are actively exploring embedded and acquisition opportunities. 

With an established history of embedding and complimenting electronic health records (EHR), picture archiving and communication systems (PACS), and other ultrasound and healthcare technology, AS Software is well-positioned to connect and incorporate AI tools within streamlined ultrasound workflows. 

If you have any questions about the future of AI at AS Software or are interested in partnering with us to explore new ways AI can reshape ultrasound reporting, please contact us.


David Lintz

David Lintz is the CEO of AS Software and brings over 25 years of healthcare and technology leadership to the organization. His commitment to building strategies centered on providing value to customers, along with his visionary approach to innovation, is instrumental in propelling AS Software to offer transformative ultrasound reporting, automation, and image management solutions. Under David’s leadership, AS Software continues to expand and enhance its capabilities to better serve the healthcare market, driving efficiency for providers nationwide.

“Ultrasound has expanded medical imaging well beyond the “traditional” radiology setting – a combination of portability, low cost and ease of use makes ultrasound imaging an indispensable tool for radiologists as well as for other medical professionals who need to obtain imaging diagnosis or guide a therapeutic intervention quickly and efficiently.” (Klibanov, Alexander L. PhD; Hossack, John A. PhD).

As ultrasound usage continues to grow, utilizing reporting software for general ultrasound offers many advantages that streamline and enhance workflows for radiologists and sonographers. Here are some of the advantages of implementing a structured ultrasound reporting system with AS Software’s advanced integration capabilities.

Electronic Reporting:  No More Paper Worksheets

Traditional general ultrasound workflows often require sonographers to manually record ultrasound information and measurements on paper worksheets. Then the radiologist must dictate the entire report, including the measurements. This manual data entry can be time-consuming, lack standardization, and increase the risk of errors. 

With reporting software for general ultrasound, this process is replaced with electronic reporting and digital worksheets. Sonographers can automatically input their findings into the system, eliminating the need for paper worksheets altogether.

Automation: Streamlining the Workflow

By seamlessly transferring data and automating report creation, integrated ultrasound reporting software allows sonographers to create reports faster. It also allows radiologists to focus more on their clinical assessments, without disrupting their workflows or requiring them to navigate multiple systems.

For example, a well-designed ultrasound reporting system can create clinical protocols tailored to specific findings. If a sonographer identifies a particular anomaly, the system can automatically generate impressions and recommendations for follow-up procedures. This level of automation not only saves time but also ensures consistency in reporting, benefiting both patients and healthcare providers.

Interconnectivity: Seamless, Secure Integration with Existing Systems

Modern ultrasound reporting systems can integrate seamlessly with existing tools and technology for a closed-loop workflow.

For example, AS Software integrates with speech recognition tools, e.g. PowerScribe, Dragon, etc., allowing radiologists to dictate their findings directly into a predefined format, ultimately saving time and improving the efficiency of the reporting process.

Reports generated by the ultrasound reporting system also integrate with the Picture Archiving and Communication System (PACS) and are sent back to the Electronic Medical Record (EMR) system, ensuring that patient data is readily available for reference and review, and creating effective charge capture.

Web Access: Anywhere, Anytime

Unlike traditional setups that require users to be physically present at specific workstations, web-based systems like AS Software allow for greater flexibility. Sonographers and radiologists can access the system from any computer with internet connectivity.

Whether it’s inputting data, reviewing reports, or dictating findings, users can efficiently and remotely complete work to save time and increase flexibility and efficiency by leveraging reporting software for general ultrasound workflows.

In addition to saving time and effort, these general ultrasound reporting efficiencies can:

  • Reduce redundant tasks.
  • Increase revenue capture.
  • Improve accuracy.
  • Provide data-mining, analytics, and querying capabilities for research, accreditation, and compliance.

Embracing ultrasound reporting for general ultrasound workflows is more than just a technological upgrade — it’s a strategic move that can enhance patient care, reduce errors, and ensure that healthcare professionals can make informed decisions with ease.

With AS Software’s ultrasound reporting software, general ultrasound workflows are becoming more seamless, automated, and efficient than ever before.  To learn more about the advantages of ultrasound reporting software, schedule a demo.


Derek DellaVecchia, RDMS, RDCS, RVT, RMSR   

Derek has experience in both shared services and hospital settings. He received Registered Diagnostic Medical Sonographer (RDMS) board registries in abdomen, vascular, OB/GYN, and adult echocardiography specialties and was able to work in departmental head positions in his career. He currently serves on the Society of Diagnostic Medical Sonography (SDMS) Continuing Medical Education (CME) board review committee and is a Senior Account Executive at AS Software.

> Learn more about Derek