Alternatives to Forescout Medical Device Security

Criminal IP's Attack Surface Management (ASM) is an intelligence-driven platform designed to continuously identify, catalog, and oversee all internet-connected assets linked to an organization, including overlooked and shadow resources, enabling teams to understand their actual external exposure from the perspective of potential attackers. This solution integrates automated asset detection with open-source intelligence (OSINT) methods, artificial intelligence enhancements, and sophisticated threat intelligence to reveal exposed hosts, domains, cloud services, IoT devices, and other internet-facing entry points, while also collecting evidence such as screenshots and metadata, and linking findings to known vulnerabilities and attacker techniques. By evaluating exposures through the lens of business relevance and risk, ASM emphasizes vulnerable elements and misconfigurations, providing instantaneous alerts and interactive dashboards that facilitate quicker investigations and remediation efforts. Furthermore, this comprehensive tool empowers organizations to proactively manage their security posture, ensuring that they remain vigilant against emerging threats.

Network engineers save time with the BackBox Automation Platform for Network Teams by quickly automating and auditing time consuming manual tasks. With a library of over 3,000 pre-built automations and a script-free way to build new ones BackBox makes it easy to get started on your automation journey. BackBox is a point-and-click automation solution for firewall and network device backups, OS updates and patching, configuration compliance audits and remediation, network vulnerability management, network configuration change management, and more.

Pentera (formerly Pcysys), is an automated security validation platform. It helps you improve security so that you know where you are at any given time. It simulates attacks and provides a roadmap for risk-based remediation.

Efficiently eliminate risks that may be introduced into the workflow while safeguarding the integrity of each task, all from one centralized platform. Gain comprehensive visibility and complete traceability of your software pipeline's security, spanning from the cloud to the code. Oversee your identified issues, coordinate DevSecOps initiatives, mitigate risks, and uphold the integrity of the software pipeline from a single dashboard. Address threats based on their urgency and the context of the business. Automatically intercept vulnerabilities that could seep into your pipeline. Swiftly pinpoint the appropriate personnel to take necessary action against any identified security threats. Steer clear of established security vulnerabilities such as Log4j and Codecov, while also thwarting emerging attack vectors informed by proprietary research and threat intelligence. Identify anomalies, including those similar to GitBleed, and guarantee the security and integrity of all cloud artifacts. Conduct thorough security gap analyses to uncover any potential blind spots, along with automated discovery and mapping of all applications, ensuring a robust security posture across the board. This holistic approach enables organizations to preemptively address security challenges before they escalate.

Skybox's risk-based vulnerability management approach starts with new vulnerability data from your entire network, including physical IT, multicloud and operational technology (OT). Skybox assesses vulnerabilities without the need to scan. Skybox uses a variety of sources including asset and patch management systems as well as network devices. Skybox also collects, centralizes and merges data from multiple scanners to provide you with the most accurate vulnerability assessments. - Centralize and improve vulnerability management processes, from discovery to prioritization to remediation - Harness power vulnerability and asset data, network topology, and security controls - Use network simulation and attack simulation to identify exposed vulnerabilities - Augment vulnerability data by incorporating intelligence on the current threat environment - Learn your best remedy option, including patching and IPS signatures, as well as network-based changes

Armis Centrix™ unifies cybersecurity operations by delivering continuous discovery, monitoring, and protection of every asset across complex hybrid networks. Its AI-powered intelligence engine enables security teams to detect unmanaged devices, assess vulnerabilities, and mitigate risks before attackers can exploit them. Organizations can manage IT systems, industrial OT environments, medical IoMT fleets, and IoT devices from a single platform with zero blind spots. The platform supports both on-premises and SaaS deployments, making it flexible for industries like healthcare, utilities, manufacturing, and critical infrastructure. VIPR Pro enhances the platform with automated remediation workflows, helping teams prioritize issues based on real-world threat activity. Early Warning intelligence provides insight into vulnerabilities actively being weaponized, ensuring organizations can act ahead of threats. Armis Centrix™ also improves business outcomes by increasing operational efficiency, supporting compliance, and strengthening resilience. Trusted by global enterprises and recognized by Gartner and GigaOm, Armis Centrix™ is built to meet the cybersecurity demands of modern digital environments.

Fortinet stands out as a prominent global entity in the realm of cybersecurity, recognized for its all-encompassing and cohesive strategy aimed at protecting digital infrastructures, devices, and applications. Established in the year 2000, the company offers an extensive array of products and services, which encompass firewalls, endpoint security, intrusion prevention systems, and secure access solutions. Central to its offerings is the Fortinet Security Fabric, a holistic platform that effectively melds various security tools to provide enhanced visibility, automation, and real-time intelligence regarding threats across the entire network. With a reputation for reliability among businesses, governmental bodies, and service providers across the globe, Fortinet places a strong emphasis on innovation, scalability, and performance, thereby ensuring a resilient defense against the ever-evolving landscape of cyber threats. Moreover, Fortinet’s commitment to facilitating digital transformation and maintaining business continuity further underscores its role as a pivotal player in the cybersecurity industry.

We cover all threats with automated security and risk reduction on every Healthcare IoT device, from medical/IoMT devices to Enterprise IoT systems and OT systems. This ensures patient safety, data confidentiality and operational continuity. Cynerio promotes proactive and preventive cybersecurity through automated risk reduction, threat mitigation and attack prevention tools. We also offer step-by-step remediation programs based on a zero trust framework that incorporates clinical context to make hospitals secure fast. Hospital networks are extremely vulnerable to IoT devices from Healthcare. Insecure devices increase cyber attack surface and pose a major threat to patient safety as well as the operational continuity of hospitals.

Medigate is a leading company focused on enhancing security and clinical analytics within the healthcare sector, offering the premier IoT device security solution tailored specifically for medical environments. The company has dedicated resources to develop the largest database of medical devices and protocols, ensuring you have access to comprehensive device inventories and precise threat detection capabilities. Medigate boasts the industry's only specialized medical device security platform, which effectively identifies and safeguards all Internet of Medical Things (IoMT) devices linked to a healthcare provider's network. Unlike generic IoT security solutions, our platform is uniquely tailored to meet the specific requirements of medical devices and clinical networks, ensuring optimal protection. Our solution fortifies clinical networks by delivering thorough visibility into connected medical devices, allowing for risk assessment based on clinical context and anomaly detection according to manufacturers’ guidelines. Furthermore, it actively prevents malicious activities by seamlessly integrating with your existing firewalls or Network Access Control systems. In this way, Medigate not only protects healthcare environments but also enhances the overall safety and efficiency of patient care.

Cortex Xpanse consistently identifies and oversees assets throughout the entire internet, ensuring that your security operations team is free from any exposure blind spots. Gain a comprehensive perspective of your potential attack surface. It helps you pinpoint and attribute all assets connected to the internet, uncover both authorized and unauthorized assets, track modifications, and maintain a singular source of truth. By detecting hazardous communications in the global data flow, it aids in the prevention of breaches and upholding compliance. Additionally, it mitigates third-party risks by revealing potential vulnerabilities that may arise from misconfigurations. Ensure that you do not inherit security issues from mergers and acquisitions. Xpanse delivers a thorough, precise, and perpetually updated inventory of all assets facing the global internet, empowering you to identify, assess, and mitigate risks associated with your attack surface. Furthermore, you can highlight risky communications, evaluate supplier risks, and scrutinize the security posture of acquired organizations. Stay proactive in catching exposures and misconfigurations to avert potential breaches before they occur, ultimately strengthening your overall security framework.

nxtTRUST Cyber Protection and Intelligence offers a comprehensive set of cybersecurity tools designed to prevent and manage attacks through methods such as segmenting lateral traffic, disrupting the strategies of attackers, safeguarding legacy devices, and uncovering vulnerabilities. It adheres to Zero Trust principles, which include securing endpoints, user authentication, traffic protection, continuous monitoring and reporting, and enforcing policies based on user roles. Additionally, nxtTRUST equips network administrators with the insights needed to understand the devices within their networks, enabling them to effectively address both known and unknown vulnerabilities. By fostering a robust security framework, nxtTRUST consistently protects the network from potential threats. This automated and proactive strategy not only enhances security but also allows administrators to devote their attention to other critical responsibilities, secure in the knowledge that their network defenses are robust and reliable. Ultimately, nxtTRUST empowers organizations to maintain operational efficiency while ensuring strong cybersecurity measures are in place.

AGNES Connect® serves as a secure, encrypted platform designed specifically for conducting clinical examinations in telemedicine. This innovative tool allows healthcare providers to evaluate patients remotely, enabling the transmission of medical device data, document sharing, and real-time medical imaging, all through a unified web interface. Clinicians and specialists can seamlessly connect via video conferencing integrated within the AGNES Connect® system. Furthermore, medical device data is transmitted in REAL-TIME through the application, enhancing the efficiency of patient assessments. The platform is designed to be compatible with the next generation of HL7 and FHIR standards. AGNES Connect® can also generate a comprehensive report that summarizes all captured data, which can be imported by any EMR that supports PDF documents. Notably, users benefit from AGNES Connect® without incurring any doctor or user fees, only requiring a one-time licensing fee for each sending site, with options for flexible monthly subscriptions or a single payment model available. This structure makes AGNES Connect® an attractive choice for healthcare providers looking to enhance their telemedicine capabilities.

Juniper Advanced Threat Prevention (ATP) serves as the central hub for threat intelligence in your network environment. It boasts a comprehensive array of advanced security services that leverage artificial intelligence and machine learning to identify attacks at an early stage while enhancing policy enforcement across the entire network. Operating as a cloud-enabled service on an SRX Series Firewall or as a locally deployed virtual appliance, Juniper ATP effectively detects and neutralizes both commodity malware and zero-day threats within files, IP traffic, and DNS requests. The solution evaluates risks posed by both encrypted and decrypted network traffic, including that from IoT devices, and shares this critical intelligence throughout the network, significantly reducing your attack surface and minimizing the risk of breaches. Additionally, it automatically identifies and addresses both known threats and zero-day vulnerabilities. The system can also detect and block threats concealed within encrypted traffic without needing to decrypt it, while simultaneously identifying targeted attacks against your network, including those involving high-risk users and devices, thus enabling the automatic mobilization of your defensive measures. Ultimately, Juniper ATP enhances your network’s resilience against ever-evolving cyber threats.

Using nation-state-grade technology, uncover all security holes in your organization. CyCognito's Global Bot Network uses an attacker-like reconnaissance technique to scan, discover, and fingerprint billions digital assets around the globe. No configuration or input required. Discover the unknown. The Discovery Engine uses graph data modelling to map your entire attack surface. The Discovery Engine gives you a clear view on every asset an attacker could reach, their relationship to your business, and what they are. The CyCognito risk-detection algorithms allow the attack simulator to identify risks per asset and find potential attack vectors. It does not affect business operations and doesn't require configuration or whitelisting. CyCognito scores each threat based on its attractiveness to attackers, and the impact on the business. This dramatically reduces the number of attack vectors organizations may be exposed to to just a few.

Every day, your devices interact with millions, if not billions, of others, leading to a heightened risk of unauthorized access that could inflict significant harm on your assets. This extensive connectivity necessitates robust authentication methods to safeguard both your connections and your valuable resources. We have developed an innovative solution that can be universally implemented across all devices within the internet of things. This system merges the strengths of a secure cloud platform with a physical token attached to each device, enhancing security measures. Different industries encounter specific challenges and threats associated with their connected devices, which must be addressed. For instance, unauthorized access to medical devices can jeopardize patient safety and jeopardize confidentiality. Similarly, connected vehicles face vulnerabilities that could lead to cyber-attacks capable of compromising critical functions like braking and steering. Moreover, any breach in defense and aerospace systems can result in dire and potentially disastrous outcomes, emphasizing the urgent need for comprehensive security solutions. As the landscape of connected devices continues to evolve, the implementation of advanced security measures will be crucial for protecting sensitive information and ensuring safety across various sectors.

The innovative solution that pioneered this category remains committed to enhancing enterprise protection against significant cyber threats that elevate business risks. Identify and mitigate your cyber vulnerabilities using the leading vulnerability management platform available today. Achieve comprehensive visibility into the severe vulnerabilities present within your IT infrastructure. Swiftly identify priority risks that have a high chance of exploitation and potential business repercussions. Take prompt and effective measures to address critical vulnerabilities and implement necessary remediations. Discover concealed vulnerabilities through continuous and proactive asset evaluation of both known and unknown elements in your environment, including rapidly changing cloud resources or remote workforce tools. Investigate, contextualize, and respond to vulnerabilities by leveraging the extensive data and intelligence from Tenable Research. With automated prioritization that merges vulnerability information, threat intelligence, and data science, determine which vulnerabilities to address first, ensuring a more strategic approach to cybersecurity. By staying ahead of potential threats, organizations can better safeguard their assets and maintain operational integrity.

Intercept X for Mobile safeguards users, their devices, and corporate information from both familiar and novel mobile threats by utilizing our industry-leading deep learning engine, Intercept X. This solution is effortlessly managed via Sophos Central, which integrates seamlessly with the comprehensive Sophos suite of next-generation cybersecurity measures. Sophos Intercept X for Mobile provides continuous oversight of device integrity, alerting users when a device is compromised, allowing for prompt remediation or automatic revocation of access to corporate assets. Security advisors for devices are capable of detecting jailbreaking or rooting, subsequently informing users and administrators about essential operating system updates. Positioning a robust first line of defense at the mobile network level for both Android and iOS devices, real-time analysis of network connections is conducted to identify any suspicious traits that may indicate an attack. This proactive approach significantly reduces the chances of Man-in-the-Middle (MitM) attacks. Additionally, web filtering and URL verification effectively block access to known harmful sites on mobile devices, thereby enhancing overall security. With these comprehensive features, users can feel more confident in the security of their mobile environments.

Eclypsium®, which protects enterprise devices at the hardware and fundamental firmware layers, ensures their health and integrity. This is something that traditional security cannot protect. Eclypsium adds a layer of security to protect the vital servers, networking gear, laptops, and computers at the heart of every company. Eclypsium provides security for the hardware and firmware, as opposed to traditional security that protects only the software layers of a device. Eclypsium detects and corrects low-level vulnerabilities and threats to traditional security, from the device's initial boot process to its most fundamental code. High-fidelity views of all enterprise devices, including servers, networking gear and laptops, are available. Automatically identify vulnerabilities and threats in every hardware and firmware component of each device. You can access devices on-premises and remotely, including remote work and BYOD.

CrowdStrike Exposure Management is a platform for managing attack surfaces that provides 24/7 discovery of exposed assets in all environments, including the supply chain. CrowdStrike Falcon Exposure Management is used by leading enterprises around the world to gain unprecedented visibility of their internet facing assets and actionable insights for eliminating shadow IT risk. CrowdStrike's Falcon Exposure Management's proprietary mapping technology maps all internet-exposed assets in real time. Cutting-edge ML classification engines and association engines analyze and create your inventory automatically. CrowdStrike EASM is unique in its ability to prioritize risks based on adversary intelligence. Understanding threats from the attacker's point of view will help you secure your assets.

Picture Archiving and Communication Software (PACS) serves as a vital tool for healthcare professionals, enabling them to capture, store, share, and display medical images for analysis and review. Medicasoft LIS offers comprehensive medical connectivity, integrating both standalone and networked devices utilized in clinics, hospitals, and professional laboratory settings. This system efficiently gathers, decodes, and transmits all medical information available from various medical devices. Notably, Medicasoft LIS is designed to be modular and scalable, allowing for flexible configuration and deployment tailored to any desired combination of functions, including connections to bedside equipment and laboratory tools. Furthermore, it facilitates the management and monitoring of tests while ensuring seamless data exchange with other source systems, enhancing overall workflow and efficiency in medical environments. This adaptability makes Medicasoft LIS a valuable asset for modern healthcare facilities.

To effectively combat the ever-changing landscape of cyber threats, organizations must engage in ongoing monitoring and management of their vulnerability to possible attacks. Continuous Threat Exposure Management (CTEM) encompasses a variety of processes and capabilities aimed at pinpointing, evaluating, and reducing risks within an organization’s digital framework. By implementing this approach, organizations of all dimensions can better position themselves against emerging cyber threats, thereby boosting their overall security posture. A successful CTEM strategy necessitates a unified platform that brings together essential tools and technologies, facilitating an efficient workflow. It is crucial to identify your organization’s most critical assets and data, as this allows you to allocate resources effectively and direct efforts toward the highest-risk areas. Additionally, it is important to collect and analyze data from all systems and networks to gain a comprehensive understanding of potential vulnerabilities. This holistic approach not only fortifies defenses but also fosters a culture of proactive risk management within the organization.

Vantari VR stands at the forefront of virtual reality (VR) education and training in the healthcare sector, enabling medical professionals, including doctors, nurses, and students, to hone their skills in a secure and scalable VR setting. Established in 2017 by a group of healthcare practitioners, Vantari has earned the nickname 'Flight Simulator' for the medical field. The company’s platform provides a highly immersive simulation experience designed for healthcare training, allowing clinicians, nurses, and students to engage in procedural training that replicates real-world scenarios complete with various complications. Users receive guidance from the Vantari AI Trainer, which shares best practices while also tracking their performance comprehensively. Additionally, Vantari Connect functions as a centralized hub for educational resources and VR simulations, encouraging users to cultivate their profiles and connect with a global community of VR medical professionals. Its innovative platform is utilized by hospitals, educational institutions, and medical device companies across multiple regions, including the United States, Australia, Europe, the Middle East, and India. Vantari's overarching goal is to reduce medical errors and make healthcare training accessible to all. By leveraging cutting-edge technology, they are transforming how medical education is delivered and experienced worldwide.

The Internet of Things (IoT) has resulted in an unprecedentedly vast attack surface, with around 80% of these devices being connected wirelessly. Current networks and organizations were not designed to cope with the enormous scale, rapid data flow, and extensive interconnectivity introduced by smart devices. Many companies continue to face challenges in pinpointing IoT devices in their settings, leading to significant security vulnerabilities. AirShield aims to bridge this gap by offering extensive visibility into the IoT and operational technology (OT) threat landscape, enabling the detection, assessment, and mitigation of risks posed by unmanaged, insecure, and misconfigured IoT devices. Through AirShield, users gain real-time, non-intrusive visibility, as well as thorough monitoring and safeguarding for a wide array of wireless devices, including those in the realms of IoT, the Industrial Internet of Things (IIOT), the Internet of Medical Things (IOMT), and various OT environments, regardless of the operating system, protocol, or connection method employed. Additionally, AirShield's sensors seamlessly integrate with the LOCH Machine Vision Cloud, eliminating the need for any on-site server installations. This innovative approach enhances security measures in an increasingly connected world.

Sentinari is an advanced cybersecurity solution built to detect and respond to social engineering threats by activating employees as a real-time defense network. Through its mobile-first design, staff can instantly report suspicious interactions—whether via phone calls, SMS, email, or social platforms—without relying on slow, outdated reporting processes. The platform converts unstructured employee submissions into structured, actionable security events that feed directly into SIEM and broader security ecosystems. With its CrowdPulse AI capability, Sentinari initiates live polling across the workforce to quickly measure the scale and impact of emerging threats. Critical alerts are delivered straight to employee devices, ensuring timely awareness beyond crowded inboxes. The system reduces delays caused by helpdesk ticket workflows and manual investigations. By providing in-the-moment guidance during active incidents, it enhances employee confidence and response accuracy. Organizations gain early-warning intelligence that traditional monitoring tools often miss. This proactive feedback loop helps security teams detect coordinated campaigns sooner and respond before damage escalates. Sentinari ultimately transforms cybersecurity culture by turning frontline employees into engaged, empowered cyber defenders.

Cybersecurity executives can relax, knowing that they have robust protection with SightGain, the sole integrated risk management solution dedicated to enhancing cybersecurity preparedness. SightGain evaluates and gauges your readiness through authentic attack simulations conducted within your operational environment. Initially, it assesses your organization's risk exposure, encompassing potential financial impacts, operational downtime, or data breach incidents. Subsequently, it examines your readiness stance, pinpointing specific strengths and weaknesses present in your production setup. This innovative platform empowers you to strategically allocate resources for maximizing security readiness across personnel, processes, and technology. SightGain stands out as the first automated system delivering verifiable insights into your security framework, which encompasses not only technology but also the human and procedural aspects. Unlike typical Breach and Attack Simulation platforms, SightGain offers a comprehensive approach that integrates all critical components. By utilizing SightGain, organizations can consistently evaluate, measure, and enhance their security posture in response to evolving threats, ensuring they remain a step ahead of potential vulnerabilities.

As companies increasingly balance their workloads between on-premises networks and cloud services, they inadvertently introduce new vulnerabilities due to the complexity and breadth of their attack surfaces. Achieving compliance and securing a hybrid network becomes exceedingly difficult without comprehensive, real-time visibility into every device, workload, and connection. FireMon Lumeta offers a solution that delivers real-time monitoring of hybrid cloud environments, effectively identifying anomalies, potential threats, and compliance breaches. The system continuously scans and maps the entire network infrastructure, encompassing all devices and connections such as firewalls, routers, endpoints, and cloud components. By employing sophisticated behavioral detection methods, Lumeta establishes a baseline of normal network activity and promptly alerts security teams when it identifies any suspicious behavior or compliance issues. This capability ensures that organizations maintain a complete and accurate inventory of all network routes and appliances, facilitating proactive security measures. Ultimately, FireMon Lumeta empowers organizations to safeguard their networks against evolving threats while ensuring adherence to compliance standards.

WS offers the capability to evaluate web applications from an external viewpoint, simulating an attacker's approach; it aids in identifying vulnerabilities listed in the OWASP Top 10 as well as other recognized security threats while continuously monitoring your IP addresses for potential risks. The CyStack penetration testing team performs simulated attacks on client applications to uncover security flaws that may make those applications vulnerable to cyber threats. Consequently, the technical team is equipped to address these vulnerabilities proactively, preventing hackers from exploiting them. The Crowdsourced Pen-test merges the knowledge of certified specialists with the insights of a community of researchers. CyStack not only deploys and manages the Bug Bounty program for enterprises but also fosters a network of experts dedicated to discovering vulnerabilities in various technological products, including web, mobile, and desktop applications, APIs, and IoT devices. This service is an ideal choice for businesses looking to implement the Bug Bounty model effectively. Moreover, by harnessing the collective expertise of the community, companies can significantly enhance their security posture and respond to emerging threats more rapidly.

Clara provides specialized tools and pre-trained AI models that are driving significant advancements across various sectors, such as healthcare technologies, medical imaging, pharmaceutical development, and genomic research. Delve into the comprehensive process of developing and implementing medical devices through the Holoscan platform. Create containerized AI applications using the Holoscan SDK in conjunction with MONAI, and enhance deployment efficiency in next-gen AI devices utilizing the NVIDIA IGX developer kits. Moreover, the NVIDIA Holoscan SDK is equipped with acceleration libraries tailored for healthcare, alongside pre-trained AI models and sample applications designed for computational medical devices. This combination of resources fosters innovation and efficiency, positioning developers to tackle complex challenges in the medical field.

Amrita HIS is a healthcare management system built on a J2EE framework, designed with a standards-driven architecture that offers an all-in-one solution tailored for the healthcare sector. Utilizing open-source technologies, it is highly adaptable and configurable, enabling scalability and optimal performance while allowing users to customize workflows through a rule-based approach. The Amrita Personal Health Record (APHR) serves as a secure, portable tool that empowers individuals to access their medical records anytime and anywhere. Quick access to accurate medical information is crucial for facilitating appropriate care and diagnosis, particularly in emergencies when timely intervention is essential. Often, a person's comprehensive medical history is either incomplete or dispersed across various clinics and hospitals, typically in paper format. With the implementation of APHR, individuals gain the ability to manage their health records proactively, which can significantly enhance the overall quality and efficiency of healthcare services provided to the public. This innovation stands to transform how patients and healthcare providers interact, ultimately promoting better health outcomes.

LinkShadow Network Detection and Response NDR ingests traffic and uses machine-learning to detect malicious activities and to understand security threats and exposure. It can detect known attack behaviors and recognize what is normal for any organization. It flags unusual network activity that could indicate an attack. LinkShadow NDR can respond to malicious activity using third-party integration, such as firewall, Endpoint Detection and Response, Network Access Control, etc. NDR solutions analyze the network traffic in order to detect malicious activities inside the perimeter, otherwise known as the "east-west corridor", and support intelligent threat detection. NDR solutions passively capture communications over a network mirror port and use advanced techniques such as behavioral analytics and machine-learning to identify known and unidentified attack patterns.

Chameleon EMR tracks the patient’s healthcare experience from admission through discharge, ensuring that all caregivers have a comprehensive view of the patient at the point of care. It integrates with various medical devices to create a unified perspective of patient data, enabling secure sharing across hospitals, clinical environments, and HMOs. As a well-established longitudinal electronic medical records solution, it features structured documentation, computerized physician order entry (CPOE), allergy interaction warnings, and alerts for patient conditions. This all-encompassing electronic medical records software is crucial for a fully digital healthcare environment. It plays a vital role in guiding clinical facilities toward achieving HIMSS stage 7 readiness. Given the high-pressure context of the Emergency Department, it is essential that clinical information is readily accessible to all caregivers, allowing them to effectively prioritize their attention among multiple patients while ensuring optimal care delivery. By providing these functionalities, Chameleon EMR significantly enhances the efficiency and effectiveness of emergency medical services.

InstaSafe is redefining the challenge of secure access to modern networks by leveraging Zero Trust principles with its security solutions, that ensure seamless access to cloud applications, SAP applications, on-premise data, IoT devices, and multiple other neoteric use cases. InstaSafe discards traditional VPN based conceptions of a network perimeter, instead moving the perimeter to the individual users and the devices they access. The Zero Trust approach followed by InstaSafe mandates a “never trust, always verify' approach to privileged access, without focusing on network locality.

CarePassport offers a user-friendly platform for individuals to effortlessly compile, oversee, and share their entire medical history in a secure manner. This reliable healthcare application allows users to gather and retrieve a wide range of medical information, such as lab results, clinical reports, dental records, medical images, and more, all sourced from various healthcare providers. With CarePassport, users can bring together their medical documentation from diverse sources, including imaging CDs, Apple Watch, HealthKit, Fitbit, health forms, CDA files, JPEGs, PDFs, or any self-reported health information through either the native app or the patient portal. Additionally, users can monitor their health and access their medical data conveniently from any device, ensuring that their health information is always within reach. This comprehensive approach to managing health records empowers patients to take control of their healthcare journey.

Collaborating with top healthcare organizations, harrison.ai develops AI-based medical device solutions that significantly influence global health and promote excellence in clinical practices. We at harrison.ai are firm in our conviction that equitable access to high-quality healthcare is a basic human right that should be available to everyone, regardless of their location. To transform this vision into reality, we integrate medical knowledge with cutting-edge data engineering and leverage the capabilities of artificial intelligence (AI) to create a more just and promising future for healthcare. By uniting brilliant minds, we foster an environment that inspires exceptional work and innovative ideas. As a clinician-led organization specializing in healthcare artificial intelligence, we focus on designing efficient and accessible solutions and services. Our approach combines remarkable deep learning proficiency with hands-on clinical experience, allowing us to implement healthcare AI solutions that truly make a difference. In doing so, we aim to enhance patient outcomes and streamline healthcare processes globally.

Attaxion is an Exposure Management solution that extends beyond traditional EASM to help organizations continuously understand and reduce their external risk footprint. It automatically uncovers internet-facing assets, prioritizes vulnerabilities, and monitors changes in real time, giving security teams visibility into both known infrastructure and shadow IT. In addition to asset discovery and risk context, Attaxion incorporates Traffic Monitoring and Impersonation Detection. These capabilities provide insight into suspicious activity targeting exposed assets and detect lookalike domains or brand abuse attempts. Designed for scalability and seamless workflow integration, Attaxion enables continuous, proactive exposure reduction.

HealthCare Synergy's Synergy EMR (Electronic Medical Records) software is specifically tailored for home health and hospice agencies, post-acute care providers, and various other healthcare services. This innovative EMR system allows you to access patients' medical records online from nearly any device that has a web browser and internet connectivity. With Synergy EMR, your entire home health or hospice agency can conveniently obtain essential patient information through a single platform. The integrated clinical documentation feature aids your agency in maintaining compliance with the standards set by the healthcare industry. Furthermore, Synergy EMR enhances your understanding of how information in your charts can influence outcomes, thanks to its complimentary built-in clinical audits and detailed reporting capabilities. By utilizing these resources, agencies can make informed decisions that ultimately improve patient care.

Health Studio™ provides an innovative, all-encompassing AI platform that brings together patient care, clinical research, and remote monitoring into one cohesive system. By effectively linking wearables, medical instruments, and patient information, it offers immediate insights, optimizes workflows, and improves health outcomes, thus revolutionizing healthcare into a more interconnected and data-centric journey. This advancement not only benefits healthcare providers but also empowers patients through better access to their health information.

Networks are in a perpetual state of flux, leading to challenges for IT and security operations. This continuous change can create vulnerabilities that attackers may take advantage of. Although organizations deploy various security measures, such as firewalls, intrusion prevention systems, vulnerability management, and endpoint protection tools to safeguard their networks, breaches can still occur. A robust defense strategy necessitates ongoing assessment of daily risks stemming from exploitable vulnerabilities, typical configuration errors, poorly managed credentials, and legitimate user actions that may compromise system integrity. Given the substantial investments made in security measures, one might wonder why cybercriminals continue to succeed. The complexity of network security is compounded by the overwhelming number of alerts, relentless software updates and patches, and a flood of vulnerability notifications. Those charged with maintaining security find themselves sifting through vast amounts of data, often lacking the necessary context to make informed decisions. Consequently, achieving meaningful risk reduction becomes a daunting task, requiring not just technology but also a thoughtful approach to data management and threat analysis. Ultimately, without a strategic framework to navigate these challenges, organizations remain susceptible to attacks.

Gain a comprehensive understanding of your attack surface by implementing a unified approach that minimizes cyber risks from the perspective of potential attackers through ongoing security assessments across various platforms including networks, devices, applications, clouds, and containers. Simply having more data isn't sufficient; even the most skilled security teams can struggle with the overwhelming number of alerts and vulnerabilities they face. Utilizing advanced threat intelligence and machine learning, our solutions deliver risk-oriented insights that help you prioritize which issues to address first, ultimately decreasing the time required for patching vulnerabilities. Our predictive, risk-based vulnerability management tools are designed to enhance your network security proactively, expediting remediation processes and improving patching efficiency. Moreover, we offer the most comprehensive methodology in the industry for the continuous identification of application weaknesses, ensuring that your Software Development Life Cycle (SDLC) is safeguarded for quicker and safer software deployments. Additionally, secure your cloud migration efforts with our cloud workload analytics, CIS configuration assessments, and container inspections tailored for multi-cloud and hybrid environments, ensuring a fortified transition. This holistic strategy not only protects your assets but also contributes to overall organizational resilience against evolving cyber threats.

Ivanti Neurons for Mobile Threat Defense offers a cloud-based solution that provides real-time protection against zero-day threats for both corporate and personal devices, safeguarding against various types of attacks including those targeting devices, networks, applications, and phishing attempts, while also automating threat remediation. This system effectively detects and blocks harmful URLs at the moment they are clicked, whether through email, SMS, social media, or other platforms, and promptly alerts users about any content that has been blocked. Integrated within Ivanti Neurons for MDM and Endpoint Manager Mobile clients, it requires no action from the end-users to install or activate, which facilitates complete adoption and empowers administrators to enforce compliance measures that prevent any disabling or removal of the service. Utilizing advanced machine learning, it consistently evaluates device traffic, installed applications, and potential zero-day vulnerabilities, yielding threat-assessment scores, comprehensive analytics, and in-depth reports. Moreover, continuous visibility into applications allows administrators to assess, permit, or restrict apps based on various risk indicators such as behavior patterns, certificates, and network interactions, ensuring a robust defense against evolving threats. With its automated processes and in-depth analytics, organizations can maintain a higher level of security and compliance effortlessly.

To effectively protect your assets, you must first understand what needs safeguarding. Attain real-time insight through the ongoing mapping of your complete external perimeter, which encompasses all domains, subdomains, networks, third-party infrastructures, and additional components. Detect vulnerabilities that are exploited in actual scenarios, including those that are part of intricate attack sequences, by utilizing an automated system that filters out irrelevant information and highlights significant threats. Make use of expert-led continuous penetration testing alongside cutting-edge offensive security tools to confirm vulnerabilities and reveal potential pathways, systems, and data that may be in jeopardy. Subsequently, take action on these insights to mitigate potential attack opportunities. Cosmos comprehensively captures your external attack surface, identifying not just the obvious targets but also those often overlooked by conventional technologies, thus enhancing your security posture. By proactively addressing these risks, organizations can significantly bolster their defenses against evolving threats.

Utilize SpaceCREST’s digital twin to swiftly pinpoint and assess vulnerabilities, enhance cyber resilience, and safeguard your physical assets against threats that may jeopardize their functionality. The collaboration between SpaceCREST and Redwire has led to the creation of advanced tools and technologies designed to facilitate vulnerability research on hardware components, allowing for the identification of potential weaknesses that could affect system integrity. Additionally, these resources offer actionable methods and strategies for mitigating and protecting against the vulnerabilities discovered. BigBear.ai can seamlessly incorporate your devices into a robust evaluation and security testing framework, enabling a comprehensive assessment of vulnerabilities and the identification of cybersecurity requirements. Furthermore, SpaceCREST’s digital twin equips operators with essential tools for conducting vulnerability research, enabling them to promptly detect when an attack or system failure occurs. This platform ensures ongoing monitoring and situational awareness of assets, empowering users to leverage digital twins for immediate responses to early warning signals. In this way, organizations can enhance their overall security posture and ensure greater protection against evolving threats.

Covail’s Vulnerability Management Solution (VMS) offers a user-friendly platform that allows IT security teams to evaluate applications and conduct network scans, gain insights into threats present on their attack surface, monitor vulnerabilities in real-time, and prioritize their responses effectively. With over 75% of enterprise systems exhibiting at least one security flaw, it is clear that attackers are ready to exploit these weaknesses. Our managed security service empowers you to establish a comprehensive 360-degree perspective on cybersecurity threats, risks, and vulnerabilities. This will enhance your ability to make well-informed choices regarding threat and vulnerability management. By keeping abreast of ongoing threats related to known vulnerabilities through trending data and CVE® (common vulnerabilities and exposures) lists, you can maintain a proactive stance. You will also be able to analyze your vulnerabilities based on assets, applications, and scans while understanding their alignment with established frameworks, ultimately fostering a more secure environment. This holistic approach is essential for organizations aiming to strengthen their defenses against an evolving threat landscape.

Dark Web Monitoring and Attack Surface Management. ImmuniWeb®, Discovery uses OSINT and our award winning AI technology to illuminate a company's Dark Web exposure and attack surface. This non-intrusive, production-safe discovery is ideal for continuous self-assessment as well as vendor risk scoring to prevent supply-chain attacks.

Created by medical professionals, MedShr provides an intuitive and secure platform for healthcare practitioners to explore, converse about, and share clinical cases along with medical images. Become part of our extensive community, where countless verified doctors, healthcare experts, and medical students exchange knowledge and insights within a protected private network. Whether it's ECGs, imaging scans, X-rays, or even patient photos and videos, MedShr enables you to locate and engage in discussions about pertinent medical cases tailored to your specialty and expertise. The platform ensures complete security and privacy, incorporating a straightforward in-app patient consent mechanism and a system for anonymizing visuals. You can also follow interesting clinical cases and benefit from both casual and accredited discussions based on real-life scenarios. MedShr simplifies the process of capturing, sharing, and discussing clinical images and videos, making it an invaluable tool for your daily medical practice. Additionally, you can create a case, secure patient consent, and initiate a discussion directly from your mobile device, enhancing collaboration among peers.