Radiobotics https://radiobotics.com/ AI-powered, automatic trauma detection in seconds Wed, 18 Mar 2026 11:09:58 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://radiobotics.com/wp-content/uploads/2024/10/Radiobotics-favicon.svg Radiobotics https://radiobotics.com/ 32 32 Radiobotics selected to partner with King Faisal Specialist Hospital & Research Centre for AI-powered fracture detection https://radiobotics.com/press-release/radiobotics-selected-to-partner-with-king-faisal-specialist-hospital-research-centre-for-ai-powered-fracture-detection/ Mon, 16 Mar 2026 10:58:06 +0000 https://radiobotics.com/?p=11157 This is a strategic partnership with one of the region’s most prestigious and globally recognised healthcare institutions, aligned with KFSH&RC’s vision for advancing patient care and supporting the Kingdom’s wider healthcare transformation agenda.

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March 16, 2026 — Radiobotics today announced that, following an extensive and competitive evaluation process, King Faisal Specialist Hospital & Research Centre (KFSH&RC) has selected RBfracture™ as its AI solution for musculoskeletal (MSK) fracture detection across its KSA footprint, including Riyadh, Jeddah, and Madinah, as well as Aldara Hospital and Medical Centre and the Royal Palace satellite clinics.

This is a strategic partnership with one of the region’s most prestigious and globally recognised healthcare institutions, aligned with KFSH&RC’s vision for advancing patient care and supporting the Kingdom’s wider healthcare transformation agenda.

Supporting Saudi Vision 2030 and healthcare transformation

KFSH&RC’s selection of RBfracture aligns closely with the Saudi Vision 2030 Health Sector Transformation Program, which focuses on expanding e-health services and digital solutions, improving quality of care, and adhering to international clinical standards.

By integrating AI-powered decision support into trauma imaging workflows, this partnership reflects a shared commitment to clinical excellence, efficiency, and patient safety, enabling faster, more consistent pathways of care and supporting clinicians working under sustained service pressure.

A partnership built on collaboration

Attieh Medico, a long-standing partner to KFSH&RC and a distributor of RBfracture, supports the collaboration locally and brings deep experience within the Saudi healthcare landscape.

Together, the partners will focus on a high-quality rollout that supports clinical adoption, workflow integration, and sustained impact across the KFSH&RC network.

“This partnership with KFSH&RC is a major step for Radiobotics and a clear statement of shared intent: Improving patient care through smarter trauma imaging pathways,” said Jonathan Whitmore, Director of Global Partnerships at Radiobotics.

“KFSH&RC sets the benchmark for clinical excellence in the Kingdom, and we’re proud to support their vision and the broader Saudi healthcare transformation agenda under Vision 2030.”

About King Faisal Specialist Hospital & Research Centre

King Faisal Specialist Hospital & Research Centre (KFSH&RC) is a leading healthcare, research, and education institution recognized throughout Saudi Arabia and the Middle East. Established in 1975, the hospital is committed to providing world-class medical care and continuously advancing healthcare standards within the Kingdom.

About Attieh Medico

Attieh Medico Ltd., is one of the leading medical equipments firms in Saudi Arabia, dedicated to deliver and service the highest quality medical technologies and equipments in the various medical fields such as: Medical Imaging Line, Radiology, Pharmacy, OR,ICU & ER, Nuclear Medicine, Neurology, IVF & Laboratory Equipment, Hospital & Laboratory Furniture, Ent & Audiology, Healthcare Informatics and CSSD Department.

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Radiobotics and CARPL to support MSK AI deployment at national scale at Medica https://radiobotics.com/press-release/radiobotics-and-carpl-to-support-msk-ai-deployment-at-national-scale-at-medica/ Fri, 06 Mar 2026 13:34:35 +0000 https://radiobotics.com/?p=11135 With RBfracture embedded into Medica's national MSK workflow, this deployment brings advanced fracture detection capabilities to a wider patient population — supporting faster, more confident decision-making and reducing pressure on NHS services.

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March 6, 2026 — Copenhagen, Denmark — Radiobotics’ flagship solution, RBfracture™, has been selected to support all trauma musculoskeletal (MSK) AI needs at Medica (UK) — one of the UK’s largest and most trusted providers of teleradiology services.

This agreement marks a major milestone for CARPL.ai, the Radiology AI platform, which facilitated the integration of RBfracture into Medica’s existing radiology workflows.

Medica plays a critical role in the NHS diagnostic pathway by delivering high-quality, timely radiology services across the country. With RBfracture now embedded into their national MSK workflow, this deployment brings advanced fracture detection capabilities to a wider patient population, supporting faster, more confident decision-making and reducing pressure on NHS services.

Delivered through CARPL’s AI marketplace — which offers over 175 AI applications and enables pre-deployment validation, post-deployment monitoring, and seamless PACS integration — this collaboration ensures that Medica has access to a robust, scalable AI ecosystem that fits within their current systems.

The collaboration reflects the shared commitment across Radiobotics, CARPL, and Medica

“We are proud to support this national-scale deployment of MSK AI with Radiobotics and Medica,” says Vidur Mahajan, CEO of CARPL.ai. “When AI operates reliably within everyday reporting, it supports consistency, safety, and timely diagnosis. The MSK deployment with Radiobotics enables fracture detection at scale and establishes a clear path for expanding AI across further clinical use cases, supporting better patient care.”

“This is a major win for both Radiobotics and CARPL,” added Peter Ulvskjold, CEO of Radiobotics. “We’re excited to bring our specialized MSK expertise to a national deployment scale, helping to optimize radiology services, support clinical teams, and ultimately improve patient care across the UK.”

The collaboration reflects the shared commitment across Radiobotics, CARPL, and Medica to help deliver on the NHS’s priorities: Improving access to care, using technology to streamline processes, and empowering the workforce to meet growing demand.

About Medica

Medica (UK) is the UK’s leading teleradiology provider, working in partnership with more than half of NHS Trusts to deliver AI-enabled diagnostic services at a national scale.

Its clinically governed AI is embedded within existing NHS workflows, enabling rapid adoption without the need for new systems, complex procurement processes, or additional capital investment.

Medica supports faster, safer clinical decision making across imaging pathways, with demonstrated impact in emergency care through its award-winning AI for the detection of brain haemorrhage in stroke and major trauma. This is underpinned by a robust, enterprise- level approach to AI deployment, continuous performance monitoring, and clinical oversight.

About CARPL.ai

CARPL.ai is the world’s only US-FDA cleared and CE marked vendor-neutral AI platform that enables radiologists and researchers to seamlessly access, assess, and integrate radiology AI solutions into their clinical practice.

CARPL provides a single user interface, a single data channel, and a single procurement channel for the testing, deployment, and monitoring of AI solutions in clinical radiology workflows.

With the world’s largest radiology AI marketplace — offering over 175 applications from 75+ AI vendors — CARPL’s platform integrates deeply with leading PACS systems, including DeepHealth, Intelerad, Philips, and Ramsoft, among others, ensuring end-to-end interoperability across imaging environments.

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Medimaps Group and Radiobotics announce strategic merger to expand AI-driven MSK imaging portfolio https://radiobotics.com/press-release/medimaps-group-and-radiobotics-announce-strategic-merger-to-expand-ai-driven-msk-imaging-portfolio/ Mon, 02 Mar 2026 00:00:24 +0000 https://radiobotics.com/?p=11067 This partnership will create the world’s first end-to-end MSK AI ecosystem, where every X-ray becomes a tool for both detection and long-term risk prediction.

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March 2, 2026 — Copenhagen, Denmark — Medimaps Group S.A., a global leader in AI-driven bone microarchitecture imaging solutions, and Radiobotics ApS, a leader in AI-powered MSK radiology solutions, today announced that they have entered into a strategic merger agreement. Closing of the transaction is subject to receipt of Danish foreign direct investment (FDI) approval and other customary closing conditions.

The merger will combine the two specialized AI medical imaging analysis companies to accelerate the adoption of AI-enabled musculoskeletal imaging, bringing complementary technologies, clinical validation, and global commercial capabilities together under a unified MSK vision.

A strategic merger to bridge the gap between preventative bone health and acute trauma diagnostics

The combined organization will offer a comprehensive suite of AI-enabled medical imaging solutions across X-ray and DXA modalities, ranging from automated fracture detection and opportunistic bone fragility assessment to fracture risk prediction. Medimaps Group’s bone microarchitecture solutions – including TBS Osteo™ and TBS Reveal™ – together with RBfracture™, Radiobotics’ flagship solution for detecting trauma-related findings, integrate seamlessly into existing radiology workflows through PACS-enabled capabilities.

The mission of the combined entity will be to solve the silent crisis of bone health by closing the gap between reactive diagnostics and preventative care. This partnership will create the world’s first end-to-end MSK AI ecosystem, where every X-ray becomes a tool for both detection and long-term risk prediction. To achieve this at scale, the organization will leverage its combined clinical expertise, operational capabilities, and established distribution networks to expand access to its portfolio across 90 markets worldwide – including the United States – serving hospitals, clinics, and imaging centers.

Radiobotics and Medimaps: Addressing MSK care more holistically

“This merger represents a pivotal milestone in Medimaps Group’s long-term strategy to strengthen our leadership in bone health assessment,” said Univ.-Prof. Dr. Didier Hans, Co-founder and CEO of Medimaps Group. “Our ambition is to give radiologists a single, trusted platform that brings together fracture detection and fracture risk prediction across the continuum of care, so clinicians can make better decisions, patients receive better outcomes, and healthcare systems benefit from more efficient, evidence-based care.”

A combined executive team will lead the new organization, ensuring continuity in strategy and support while preserving the MSK expertise of both brands. By maintaining key leadership from both sides, the group will be positioned to foster a high-growth, collaborative environment that honors the heritage of both companies.

“Radiobotics has always been driven by scientific rigor and real-world clinical impact,” says Peter Ulvskjold, CEO of Radiobotics and member of the Medimaps Group Executive Committee. “Joining Medimaps Group will accelerate access to our technology. It’s an important step in our vision to ensure patients receive immediate and precise, expert-level care in MSK imaging, 24/7, regardless of time, infrastructure, or staffing constraints.”

Fractures remain one of the most common and operationally demanding challenges for hospitals and emergency departments. High trauma volumes, time-critical decision-making, and the risk of missed or delayed diagnoses place sustained pressure on clinicians and care pathways. Improving the speed and consistency of fracture assessment is therefore critical for patient outcomes and hospital efficiency. Osteoporosis and related fragility fractures alone represent a significant clinical and economic burden for healthcare systems, with annual costs currently estimated at $22 billion and projected to rise to more than $95 billion by 20401.

Early identification of bone fragility and accurate fracture risk assessment are critical to enabling timely intervention and preventing fractures before they occur. By leveraging AI-powered imaging solutions such as RBfracture™, TBS Reveal™ and TBS Osteo™, radiologists can more effectively identify at-risk patients and support proactive clinical management.

Financial terms of the transaction will not be disclosed.

Peter Ulvskjold, CEO Radiobotics

Peter Ulvskjold, CEO of Radiobotics

Didier Hans, CEO Medimaps Group

Univ.-Prof. Dr. Didier Hans, Co-founder and CEO of Medimaps Group

References

1 Singer, A., McClung, M.R., Tran, O. et al. Treatment rates and healthcare costs of patients with fragility fracture by site of care: a real-world data analysis. Arch Osteoporos 18, 42 (2023). https://doi.org/10.1007/s11657-023-01229-7

About Medimaps Group

Founded by medical practitioners and clinical researchers, Medimaps combines Swiss innovation with a global presence to lead in bone health management. We provide healthcare professionals worldwide with advanced AI-driven software that enables comprehensive bone microarchitecture assessment. 

Our passion for musculoskeletal health is grounded in scientific expertise and strengthened through collaborations with world-class academics, clinicians, industry partners, and patient communities. The science behind our imaging applications and robust clinical evidence form the core of Medimaps Group’s identity.

Medimaps Group, headquartered in Geneva, Switzerland, has offices in the United States and France. Its U.S. affiliate, Medimaps Group USA LLC, markets the company products and services.

Learn more at www.medimaps.ai

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Radiobotics passes the NHS Data Security and Protection Toolkit (DSPT) https://radiobotics.com/blog/radiobotics-passes-the-nhs-data-security-and-protection-toolkit-dspt/ Wed, 18 Feb 2026 08:28:37 +0000 https://radiobotics.com/?p=11044 We’re pleased to share that Radiobotics has successfully completed the NHS Data Security and Protection Toolkit (DSPT) self-assessment, demonstrating that we meet the NHS’s expectations for good data security and responsible handling of personal information.

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We’re pleased to share that Radiobotics has successfully completed the NHS Data Security and Protection Toolkit (DSPT) self-assessment, demonstrating that we meet the NHS’s expectations for good data security and responsible handling of personal information.

While this isn’t headline news, it is an important marker of trust, maturity, and readiness — especially for organisations working with NHS data.

What is the NHS Data Security and Protection Toolkit (DSPT)?

The NHS Data Security and Protection Toolkit (DSPT) is the NHS’s standardised assurance framework for organisations that access, process, or store NHS patient data.

It requires organisations to assess themselves against a comprehensive set of requirements covering:
Data protection and GDPR compliance

  • Cybersecurity controls and risk management
  • Staff training and awareness
  • Incident response and governance processes

Completion of the new DSPT provides assurance to the NHS and its partners that an organisation takes data security seriously and has appropriate safeguards in place.

What does passing the DSPT mean for Radiobotics?

Completing the DSPT self-assessment confirms that our internal policies, technical controls, and organisational practices align with NHS expectations for data security and information governance.

In practical terms, this means:

  • We have defined and documented how personal data is handled and protected
  • We have appropriate technical and organisational security measures in place
  • We regularly assess risks and maintain accountability at an organisational level

It also means we can support NHS customers and partners with RBfracture™ with confidence, knowing that our data security posture meets the required baseline.

Why does this matter for NHS customers and partners?

AI solutions in radiology are only valuable if they are also trusted. Passing the DSPT helps demonstrate that RBfracture is not just clinically focused, but operationally responsible.

For NHS organisations, this provides:

  • Additional assurance when working with us as a supplier
  • Confidence that data protection and security are treated as core requirements—not afterthoughts
  • Alignment with broader NHS information governance expectations set by NHS England

A baseline, not the finish line

We see the DSPT as a minimum standard, not a differentiator. Data security, privacy, and governance are ongoing responsibilities, and we continue to review and strengthen our practices as requirements evolve.

For us, passing the DSPT is part of a broader commitment: Building AI solutions for emergency and trauma care that clinicians can rely on clinically, operationally, and ethically.

If you’d like to learn more about how RBfracture is deployed within NHS environments, or how we approach data protection in practice, feel free to get in touch.

RBfracture DSPT certificate

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Radiobotics releases RBfracture version 2.6, introducing industry-first focus on confidently identifying negative exams https://radiobotics.com/press-release/radiobotics-releases-rbfracture-version-2-6-introducing-industry-first-focus-on-confidently-identifying-negative-exams/ Sun, 01 Feb 2026 09:11:05 +0000 https://radiobotics.com/?p=10551 For hospitals facing overcapacity and resource constraints, RBfracture 2.6 offers additional possibilities to explore more efficient patient workflows.

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February 1, 2026 — Copenhagen, Denmark — Radiobotics is excited to announce the release of RBfracture™ version 2.6, which focuses on improving transparency and confidence when assessing negative trauma X-ray examinations.

With this release, Radiobotics becomes the first AI-driven fracture detection provider to place explicit emphasis on the interpretation of negative exams. This is an area with significant potential to support efficiency in trauma radiology workflows.

Introducing enhanced transparency for negative findings

RBfracture already communicates positive findings using two confidence levels: A Solid-line bounding box for high-confidence findings and a dashed-line bounding box for lower-confidence findings.

In RBfracture version 2.6, this concept is extended to exams without positive findings.

The exam-wide negative classifications are:

  • AI Negative
  • AI Negative (very high confidence)

AI Negative (very high confidence) indicates no trauma-related findings with a false negative rate of 0.7%1.

Evidence-based development

The feature is supported by results from a retrospective study, Retrospective Evaluation of an AI System to Classify Negative Musculoskeletal Trauma Radiographs, which demonstrates RBfracture’s ability to reliably classify negative MSK trauma exams while maintaining patient safety.

For hospitals facing overcapacity and resource constraints, RBfracture 2.6 offers additional possibilities to explore more efficient patient workflows. These capabilities may support the evaluation of optimised patient routing and prioritisation strategies, within the hospital’s existing clinical governance framework.

Clinical adoption in high-volume emergency care

Södersjukhuset in Stockholm, Scandinavia’s largest emergency department, is already using RBfracture to support more efficient patient routing in a high-volume trauma setting.

“RBfracture 2.6 represents a meaningful step toward greater transparency in AI-supported trauma diagnostics,” said Peter Ulvskjold, CEO of Radiobotics. “By clearly distinguishing negative exams of very high confidence, we aim to give clinicians better insight into how the AI reaches its conclusions, without compromising safety.”

References

1 Steffen Czolbe, Jonas Christophersen, Rikke Bachmann, Janitha Mudannayake, Andreas Nexmann, Fabrizio Perria, Nikolaus Knauer, Pavel Lisouski, Michael Lundemann, Retrospective Evaluation of an AI System to Classify Negative Musculoskeletal Trauma Radiographs, medRxiv 2025.11.27.25341142; doi: https://doi.org/10.1101/2025.11.27.25341142

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AI as Clinical Decision Support, Not Decision-Making https://radiobotics.com/blog/ai-as-clinical-decision-support-not-decision-making/ Thu, 27 Nov 2025 15:01:03 +0000 https://radiobotics.com/?p=10323 Even though AI adoption in radiology is rapidly growing, Radiologists are still in high demand. So if AI isn’t replacing radiologists even though it’s becoming increasingly adopted and integrated — what is its role?

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Let’s get the famous quote out of the way: Geoffrey Hinton, “the Godfather of AI,” said nine years ago that “People should stop training radiologists now.”

Even though AI adoption in radiology is rapidly growing, Radiologists are still in high demand. So if AI isn’t replacing radiologists even though it’s becoming increasingly adopted and integrated — what is its role?

And more importantly: What should its role be?

What is Clinical Decision Support?

Clinical Decision Support Systems, or CDSS, refers to digital tools that assist healthcare professionals in making informed, confident choices. Importantly with CDSS, the final decision always remains with the clinician.

How Clinical Decision Support Systems Work in Practice

For AI tools like RBfracture™, decision support means operating on two fronts:

  1. Reducing missed fractures by identifying subtle or unexpected findings.
  2. Reinforcing negative findings by offering clinicians the confidence to move forward quickly when there are no findings.

In both cases, the AI acts as a second set of eyes, providing structured, consistent feedback that clinicians can verify, interpret, and act upon.

If AI is So Accurate, Why Not Decision-Making?

AI does read better than a human (in most cases). In externally validated studies, we almost always find that AI out performs readers of all levels, and that readers using AI outperform readers without AI.

But handing over final diagnostic authority to AI would not only be premature — it risks eroding trust in clinical judgment. Medical decisions rely on more than pattern recognition; they require understanding of context, history, and ethics.

CDSS frameworks respect that complexity. They ensure that AI complements human decision-making, enhancing safety, consistency, and efficiency without compromising accountability.

What Should AI’s Role in Decision Making Be?

I expect that one day, AI will be decision making and not decision support. Therefore, I think a conversation about what AI’s role should be is more relevant and interesting.

It’s not just the complexity of handing over a high-stakes decision to AI. It’s the idea that “AI should do the laundry so that I can do art.”

We see AI regularly “doing art” for consumer-grade uses: ChatGPT can write poetry, Sora is generating more realistic looking videos, etc. And I imagine you use these consumer-grade AI tools for all sorts of life maintenance “laundry”: Administrative chores, information filtering and summarization, etc.

In medical institutions, however, the “laundry” takes a more systemic form: Confirming positive findings and marking obvious negative findings for discharge.

 

Balancing the Human Experience with Decision Support

The biggest issues in healthcare today are supply (staffing, beds, clinicians, infrastructure) and demand (an aging population that is living longer).

Imagine: If AI can do a clinician’s “laundry”, then they can be free to attend to nuanced cases or simply provide better patient care.

This article was originally published in RAD Magazine, the the voice of medical imaging and clinical oncology. You can read the original article at RAD Magazine.

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HKM Group https://radiobotics.com/partner/hkm-group/ Tue, 18 Nov 2025 14:05:26 +0000 https://radiobotics.com/?p=10268 HKM Group represents world leading manufacturers of emergency medical equipment in Australia.

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Cognizance Health https://radiobotics.com/partner/cognizance-health/ Tue, 18 Nov 2025 13:54:56 +0000 https://radiobotics.com/?p=10250 Cognizance Health's various products and services include AI Market place, Radiology Information Systems (RIS), Jivex Picture Archival and Communication Systems (PACS), Cloud PACS and Teleradiology.

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Attieh Medico https://radiobotics.com/partner/attieh-medico/ Tue, 18 Nov 2025 12:48:47 +0000 https://radiobotics.com/?p=10240 Attieh Medico is a major supplier to the Healthcare industry in the Kingdom of Saudi Arabia.

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Wizard https://radiobotics.com/partner/angionautix/ Tue, 18 Nov 2025 12:43:21 +0000 https://radiobotics.com/?p=10231 Wizard specializes in distribution, implementation, and training in the latest technologies and devices within the geographical areas of Spain, Portugal, Chile, and Mexico.

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