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Healthcare cybersecurity is undergoing explosive growth, reflecting both escalating threats and urgent investments to protect patient data and systems. According to a new report, the global healthcare cybersecurity market was valued at US $21.25 billion in 2024 and is projected to reach $82.90 billion by 2033, at a robust 18.55% CAGR.
Meanwhile, ransomware attacks on healthcare providers will persist, targeting outdated systems and jeopardizing patient care, emphasizing the need for stronger defenses to protect critical services. Rising IoT use demands standards to prevent device weaponization, while AI-enabled phishing challenges defenses.
Your personal information is scattered across hundreds of locations: social media companies, IoT companies, government agencies, websites you have accounts on, and data brokers you’ve never heard of. Let’s take healthcare as an example. The implications extend far beyond healthcare.
The company discovered the zero-day vulnerabilities in IoT live-streaming cameras, used in industrial operations, healthcare, and other sensitive environments. GreyNoise discovered the two flaws while investigating the use of an exploit detected by its LLM-powered threat-hunting tool Sift.
Persistent exploitation of legacy systems One of the most alarming aspects of Ghost ransomware is its focus on legacy IoT and OT environments. The Ghost (Cring) ransomware campaign is a rapidly evolving global threat affecting critical infrastructure, healthcare, government agencies, and businesses of all sizes.
Whether it's financial institutions, healthcare providers, or e-commerce platforms, organizations are prime targets for hackers seeking sensitive data or financial gain. Healthcare The healthcare sector has seen a significant rise in cyberattacks, particularly after the COVID-19 pandemic.
Current cybersecurity trends show that attackers are now targeting critical infrastructure, healthcare, and financial services, leading to massive disruptions. Current cybersecurity trends show that attackers are now targeting critical infrastructure, healthcare, and financial services, leading to massive disruptions.
I sat down with Amit Sinha, CEO of DigiCert, to understand what ASC X9 changes, how its being implemented, and why this evolution could eventually influence how other sectorsfrom healthcare to IoTapproach digital trust. Healthcare, critical infrastructure, and IoT all have unique needs. Sinha: Its very likely.
Named after the ancient Roman weapon, Ballista targets TP-Link Archer routers and has affected manufacturing, healthcare, services, and tech sectors in the U.S., “IoT devices have been constantly targeted by threat actors for multiple reasons” concludes the report. Australia, China, and Mexico.
The threat actors targeted critical infrastructure sectors such as government, finance, transportation, energy, and healthcare. Using Shodan, they identify IoT devices and leverage default credentials to execute remote commands and exfiltrate data, including images and plaintext credentials.
As connected healthcare devices become more pervasive and critical to patient outcomes, the cyber risks tied to their design, production, and deployment grow exponentially. Sophisticated adversaries like APT41 and UNC1878 have already targeted healthcare systems through third-party suppliers. In its latest white paper, the U.S.
Related: PKI and the IoT cloud One quiet but consequential development now taking root in the financial sector could prove pivotal: the emergence of a dedicated Public Key Infrastructure (PKI) framework, tailored to banks and payment networks, guided by the Accredited Standards Committee X9 (ASC X9), and being rolled out by DigiCert.
Ransomware and state-sponsored attacks continue to escalate Canada's critical sectorsincluding healthcare, energy, education, and retailhave become prime targets for cybercriminals. Supply chain and cloud misconfigurations are weak links 82% of breaches stem from IoT and cloud misconfigurations, exposing businesses to cascading failures.
That’s exactly what Cisco’s Hybrid Mesh Firewall does: it offers seamless, end-to-end protection for on-premises, cloud, distributed infrastructures and IoT environments. A healthcare organization deploying Kubernetes-based applications, for example, can use Hypershield to secure patient data stored in containers.
The company discovered the zero-day vulnerabilities in IoT live-streaming cameras, used in industrial operations, healthcare, and other sensitive environments. GreyNoise discovered the two flaws while investigating the use of an exploit detected by its LLM-powered threat-hunting tool Sift.
Stop using this healthcare equipment, say Cybersecurity & Infrastructure Security Agency and Food & Drug Administration. China crisis? The post CISA/FDA Warn: Chinese Patient Monitors Have BAD Bugs appeared first on Security Boulevard.
Industries from healthcare and education to construction and even sports have begun experimenting with AI and VR in siloed functions, with products ranging from immersive learning material to cutting-edge home renovation tools and play-at-home golf simulation systems.
The opening months of 2025 have been sobering for anyone who depends on electricity, water, transport, or healthcare, which is to say, everyone. There has been a record vulnerability growth in unmanaged IoT sensors and medical devices , giving adversaries millions of new footholds. In February, U.S. The human toll can be equally stark.
This information was disseminated, making the vulnerable systems high-visibility targets for threat actors, especially as Fortinet products are commonly found in government, healthcare, and other critical sectors. Why does it matter? Fortinet products are integral to many organizations’ network security.
Struggling with High Data Volume and Complexity Today’s networks produce vast data from cloud services, IoT devices, and mobile endpoints. This is vital for organizations in regulated fields like healthcare and finance. So, your team might waste time on irrelevant alerts. Older SIEMs can’t manage this complexity.
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For more information about data security , check out these Tenable resources: The value of data security integrated into a unified cloud security strategy (infographic) Harden Your Cloud Security Posture by Protecting Your Cloud Data and AI Resources (blog) Know Your Exposure: Is Your Cloud Data Secure in the Age of AI? (on-demand
Why CAASM Tools Matter in 2024 As organizations continue to adopt cloud services, remote work, and Internet of Things (IoT) devices, their attack surfaces have expanded dramatically. This makes it a top choice for highly regulated industries such as finance and healthcare.
Cybersecurity is on the brink of significant transformation as we approach 2025, grappling with escalating complexities driven by advancements in technology, increasing geopolitical tensions, and the rapid adoption of AI and IoT. These frameworks aim to enhance digital trust while promoting technological innovation.
This incident highlights the necessity of keeping machines inside the firewall perimeter up to date, and serves as a reminder that any IOT device could be abused as a foothold to reach Windows machines. It was a rare and notable event to observe a Linux ELF application being used to try to spread malware across platforms to Windows computers.
Richard Staynings is a renowned thought leader, author, public speaker, and advocate for improved cybersecurity across the Healthcare and Life Sciences industry. Richard is currently Chief Security Strategist for Cylera, a pioneer in the space of medical device and IoT security.
Beyond software, hardware, and IoT devices, the supply chain is also a target. Meanwhile, the logistics and manufacturing sectors are deploying a multitude of IoT sensors, cameras, and robots to streamline their operations. And because third-party software updates are often implicitly trusted, such attacks can go undetected for months.
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and its allies must keep up; GenAI; mobile threats; RaaS makes it easier for the bad actors; non-human identity management; OT, IoT, and IIoT security and threats; cyber resiliency; SOC models; and improving cybersecurity education and programming. What the Practitioners Predict Jake Bernstein, Esq.,
Akira: The Healthcare Menace The Akira ransomware group was first observed in March 2023 and immediately became one of the most formidable threats in the threat landscape. Akira’s victims spanned a wide range of sectors, with a particular focus on manufacturing, professional services, healthcare, and critical infrastructure.
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Richard Staynings , Chief Security Strategist for IoT security company Cylera and teaching professor for cybersecurity at the University of Denver, provides comments throughout. Here's a summary of the key provisions, initiatives, and notable omissions from the sweeping legislation included in the 100-page bill's budget.
Enterprises must adopt zero trust as their foundation, eliminating implicit trust, enforcing least-privilege access, and continuously verifying all AI interactions.Zscalers zero trust architecture delivers zero trust everywheresecuring user, workload, and IoT/OT communicationsinfused with comprehensive AI capabilities.
Atlas - Digital Identity Platform Certificate Lifecycle Management Atlas Discovery Managed PKI ACME Certificate Automation Manager PKI for IoT Edge Enroll - IoT Identity Platform IoT Partner Program PKI for DevSecOps Post Quantum Computing Document Signing Secure your documents and improve workflows with digital signatures and seals.
Scope and Coverage The EU CRA regulation applies to: Software and hardware products with a digital element, such as IoT devices, mobile applications, and network equipment. Once compliance is demonstrated, manufacturers issue an EU declaration of conformity and affix the CE marking, enabling products to move freely within the market.
Healthcare Systems: Hospitals and clinics can trade patient records smoothly and safely. Plus, with IoT gadgets, 5G, and edge computing getting bigger, SOA OS23 will probably adapt to handle faster service connections and way more data-on-the-move. OS23 keeps the data private and still follows all the rules.
The brief attack appears to have been a test run for a massive new Internet of Things (IoT) botnet capable of launching crippling digital assaults that few web destinations can withstand. Read on for more about the botnet, the attack, and the apparent creator of this global menace. For reference, the 6.3 Image: Cloudflare.
Add IoT devices, bring-your-own-device (BYOD) policies, and manual processes vulnerable to human error, and many organizations struggle to achieve the full visibility needed to defend against evolving cyber threats. . In these orgs, external exposure directly correlates with the likelihood of a breach.
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There’s no doubt, the increasing use of telemedicine, the explosion of health-based cloud apps, and innovative medical IoT devices are improving the patient care experience. Related: Hackers relentlessly target healthcare providers. There are many reasons for the vulnerable state of healthcare data. Patient data exposures.
The Internet of Things (IoT) has come a long, long way since precocious students at Carnegie Melon University installed micro-switches inside of a Coca-Cola vending machine so they could remotely check on the temperature and availability of their favorite beverages. Related: Companies sustain damage from IoT attacks That was back in 1982.
Palo Alto Networks today rolled out a new Medical IoT Security offering, designed to provide improved visibility, automated monitoring and more for hitherto vulnerable healthcareIoT frameworks, thanks to machine learning and adherence to zero trust principles.
New government rules coupled with industry standards meant to give formal shape to the Internet of Things (IoT) are rapidly quickening around the globe. When it comes to IoT, we must arrive at specific rules of the road if we are to tap into the full potential of smart cities, autonomous transportation and advanced healthcare.
The Internet of Things (IoT) is transforming efficiency in various sectors like healthcare and logistics but has also introduced new security risks, particularly IoT-driven DDoS attacks. What Is IoT? IoT (Internet of Things) refers to online, interconnected devices that collect and exchange
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