What You Need to Know About Intelligent Network SegmentationMedigate
Network segmentation creates barriers within a network to restrict access between users, applications, and systems. It assigns devices like medical equipment to virtual local area networks (VLANs) based on location. This eliminates excessive trust, adds control points, protects sensitive data, prevents lateral movement of attackers, and improves security. To implement segmentation, teams should define objectives, inventory devices, evaluate clinical context, and use solutions that offer clinically-vetted policies and automation while keeping security dynamic.
Global ransomware attacks like WannaCry have successfully infected medical devices at multiple healthcare systems, shutting some hospitals down and forcing them to cancel procedures. Over 300,000 medical systems worldwide have been impacted by "Medjack" attacks that target and exploit vulnerabilities in these devices. Common medical device attacks include using devices like blood gas analyzers or X-ray systems as entry points into hospital networks, as well as attacks on imaging systems that exfiltrate patient data overseas. Healthcare remains the most breached industry due to the weak security of many internet-connected medical devices.
Unlock the Power of Your IoT Security PlatformMedigate
This document discusses how clinical asset management platforms can help cut costs and improve ROI through three main opportunities:
1. Gathering insights into current device utilization and types from passive network traffic to evaluate PAR levels and inventory strategies.
2. Providing real-time device tracking to improve inventory visibility and ensure efficient patient care while reducing low-level tasks for nurses.
3. Operationalizing predictive analytics to automate PAR level adjustments based on real-time data and optimize workflows, maintenance scheduling, and forecasting to reduce expenses and capital expenditures.
Understanding Cybersecurity in Medical Devices and ApplicationsEMMAIntl
One of the major pillars of the current Industry 4.0 is Automation. Indeed, technology is intervening in almost every domain to “automate” the workforce and make human life easier and better. In the present age, machines are getting integrated with the Internet of Things, Cloud Computing, and Artificial Intelligence with the data flow being transferred and processed via the Internet. These changes indeed catalyze the overall productivity, but also expose data to the public
domains.
In cases of continuous data transfers and exposition, Cybersecurity becomes a pivotal element where it not only protects the data but also proactively provides mechanisms to defend against malicious attacks and malware. In the case of medical devices that include sensitive medical data flows and software-controlled hardware devices like heart implants or Continuous Glucose Monitoring (CGM) devices, Cybersecurity becomes an important factor for contributing towards system safety and quality...
The document discusses several challenges facing security for medical devices. Legacy devices were often not designed with network connectivity or cybersecurity in mind. Manufacturers do not typically share details of devices' software and firmware, preventing security researchers from inspecting them for vulnerabilities. Additionally, regulations, warranty concerns, and proprietary operating systems limit the ability to apply endpoint security solutions to medical devices.
This document discusses the importance of security in healthcare systems and information. It notes that attackers can gain access to protected patient health information, insurance details, financial records, and more by exploiting vulnerabilities. The document outlines various security policies, techniques, and best practices that can be used, including encryption, access authorization, logging, firewalls, passwords, and more. It also provides examples of real-world healthcare cyberattacks and data breaches, such as the WannaCry ransomware attack and a human error that exposed millions of patient records. The document emphasizes that security is crucial in healthcare to protect private patient information and systems.
The document describes several capabilities of the Public Safety Cloud from Haystax Technology. It enables school districts to manage safety plans and incidents, emergency responders to coordinate responses, fusion centers to gather and analyze threat information, monitoring of major events in real time, protecting critical assets through risk assessment and analytics, and mobile applications for field reporting and monitoring. All of these capabilities work together in the Public Safety Cloud to improve security, response coordination, and threat monitoring.
Viewfinity Application Control and Monitoring 2015Joseph Iannelli
This document discusses Viewfinity's application monitoring and control software. It allows users to view all applications running on servers and endpoints in real-time, detect rogue applications, and respond quickly to security breaches. Viewfinity integrates with security platforms to share suspicious activity for analysis and prevention of attacks. It can also "greylist" unknown applications by restricting their access until they are classified as trusted or blocked.
What You Need to Know About Intelligent Network SegmentationMedigate
Network segmentation creates barriers within a network to restrict access between users, applications, and systems. It assigns devices like medical equipment to virtual local area networks (VLANs) based on location. This eliminates excessive trust, adds control points, protects sensitive data, prevents lateral movement of attackers, and improves security. To implement segmentation, teams should define objectives, inventory devices, evaluate clinical context, and use solutions that offer clinically-vetted policies and automation while keeping security dynamic.
Global ransomware attacks like WannaCry have successfully infected medical devices at multiple healthcare systems, shutting some hospitals down and forcing them to cancel procedures. Over 300,000 medical systems worldwide have been impacted by "Medjack" attacks that target and exploit vulnerabilities in these devices. Common medical device attacks include using devices like blood gas analyzers or X-ray systems as entry points into hospital networks, as well as attacks on imaging systems that exfiltrate patient data overseas. Healthcare remains the most breached industry due to the weak security of many internet-connected medical devices.
Unlock the Power of Your IoT Security PlatformMedigate
This document discusses how clinical asset management platforms can help cut costs and improve ROI through three main opportunities:
1. Gathering insights into current device utilization and types from passive network traffic to evaluate PAR levels and inventory strategies.
2. Providing real-time device tracking to improve inventory visibility and ensure efficient patient care while reducing low-level tasks for nurses.
3. Operationalizing predictive analytics to automate PAR level adjustments based on real-time data and optimize workflows, maintenance scheduling, and forecasting to reduce expenses and capital expenditures.
Understanding Cybersecurity in Medical Devices and ApplicationsEMMAIntl
One of the major pillars of the current Industry 4.0 is Automation. Indeed, technology is intervening in almost every domain to “automate” the workforce and make human life easier and better. In the present age, machines are getting integrated with the Internet of Things, Cloud Computing, and Artificial Intelligence with the data flow being transferred and processed via the Internet. These changes indeed catalyze the overall productivity, but also expose data to the public
domains.
In cases of continuous data transfers and exposition, Cybersecurity becomes a pivotal element where it not only protects the data but also proactively provides mechanisms to defend against malicious attacks and malware. In the case of medical devices that include sensitive medical data flows and software-controlled hardware devices like heart implants or Continuous Glucose Monitoring (CGM) devices, Cybersecurity becomes an important factor for contributing towards system safety and quality...
The document discusses several challenges facing security for medical devices. Legacy devices were often not designed with network connectivity or cybersecurity in mind. Manufacturers do not typically share details of devices' software and firmware, preventing security researchers from inspecting them for vulnerabilities. Additionally, regulations, warranty concerns, and proprietary operating systems limit the ability to apply endpoint security solutions to medical devices.
This document discusses the importance of security in healthcare systems and information. It notes that attackers can gain access to protected patient health information, insurance details, financial records, and more by exploiting vulnerabilities. The document outlines various security policies, techniques, and best practices that can be used, including encryption, access authorization, logging, firewalls, passwords, and more. It also provides examples of real-world healthcare cyberattacks and data breaches, such as the WannaCry ransomware attack and a human error that exposed millions of patient records. The document emphasizes that security is crucial in healthcare to protect private patient information and systems.
The document describes several capabilities of the Public Safety Cloud from Haystax Technology. It enables school districts to manage safety plans and incidents, emergency responders to coordinate responses, fusion centers to gather and analyze threat information, monitoring of major events in real time, protecting critical assets through risk assessment and analytics, and mobile applications for field reporting and monitoring. All of these capabilities work together in the Public Safety Cloud to improve security, response coordination, and threat monitoring.
Viewfinity Application Control and Monitoring 2015Joseph Iannelli
This document discusses Viewfinity's application monitoring and control software. It allows users to view all applications running on servers and endpoints in real-time, detect rogue applications, and respond quickly to security breaches. Viewfinity integrates with security platforms to share suspicious activity for analysis and prevention of attacks. It can also "greylist" unknown applications by restricting their access until they are classified as trusted or blocked.
Open Source Insight: Securing Software Stacks, Election Security, FDA Pacema...Black Duck by Synopsys
This document provides a summary of recent cybersecurity and open source news. It discusses potential hidden threats that can exist in otherwise secure software stacks and Docker containers. It also covers issues around ensuring election security with open source software, a FDA recall of 465,000 pacemakers that were found to have cybersecurity vulnerabilities, and reasons why the cybersecurity industry has struggled to keep up with rising cybercrime. Additionally, it mentions a firmware update to address issues identified in Abbott pacemakers and what software teams can learn from building radar detectors.
5 Reasons Why Medigate is a Game Changer For IoT Security in HealthcareMedigate
Medigate is an IoT security solution that can comprehensively inventory all connected devices in a healthcare system, both medical devices and general IoT devices. It has invested in learning proprietary protocols and clinical workflows to provide context for meaningful security policies. Medigate's deep analysis can detect anomalies in device and network behaviors to integrate with firewalls and NACs for intelligent segmentation and policy building. It provides real-time visibility of all clinical network connections to empower stakeholders with a common baseline for strategic decisions.
This document outlines 3 steps for securing a clinical network: 1) Ensure a continuously maintained record of all medical and IoT devices; 2) Understand device functions and risks to effectively segment the network based on risk levels without disrupting patient care; 3) Constantly monitor the network and update security policies accordingly using best practices and automated enforcement. Medigate can help provide comprehensive device visibility, empower segmentation by device type and function, and continuously monitor the network to keep security current.
Secunia provides verified vulnerability intelligence on over 50,000 systems and applications through its Vulnerability Intelligence Manager (VIM) solution. When Secunia researchers verify a new vulnerability, VIM customers are immediately notified so they can assess risk and prioritize mitigation. VIM correlates vulnerability data with customer inventories to determine exposure and status of vulnerabilities across their infrastructure. It offers continuous alerts, customized reporting, and the industry's largest coverage to help customers proactively manage software vulnerabilities.
RiskWatch for HIPAA Compliance™ is the top-rated total HIPAA compliance software that meets the risk analysis requirement and also does a TOTAL HIPAA COMPLIANCE ASSESSMENT! Use it on your laptop, desktop, server or over the web.
RiskWatch for HIPAA Compliance™ includes the entire HIPAA standard and NIST 800-66 and questions are separated by role including Medical Records, Clinical Staff, Database Administrator, etc. RiskWatch worked with regulators and auditors to make sure your RiskWatch for HIPAA Compliance™ assessment will stand up to the strictest audit. It also includes a Project Plan (in MS Project and Excel) so you can plan every aspect of your project.
RiskWatch for HIPAA Compliance™ writes all the reports for you automatically -- including charts, graphs and detailed information. The Case Summary Report includes Compliance vs. Non-Compliance graphs, where the non-compliance came from, how compliance matches requirements, and answers mapped by individual name or job category. The report can be edited to add photos, network diagrams, etc. RiskWatch for HIPAA Compliance™produces many other reports, including recommendations for improving your compliance profile. It also provides recommendations for risk mitigation and shows potential solutions by Return On Investment. Most importantly -- RiskWatch for HIPAA Compliance™ creates management level reports with complete audit trails and easy to understand recommended mitigation solutions included, and ranked by Return On Investment. Data can also be ported directly in your Business Continuity and Disaster Recovery plans.
Now also Includes Pandemic Flu Assessment! Consistently rated as the best software for HIPAA compliance, RiskWatch for HIPAA Compliance™ is used by hundreds of hospitals, health plans, insurance companies, academic medical centers and consulting organizations to meet HIPAA requirements. RiskWatch users include University of Miami, Sparrow Hospital, BlueShield of California, University of New Mexico, University of West Virginia, Harvard Pilgrim, Sisters of Mercy and St. John\'s Hospital.
The document describes a free cyber threat assessment program offered by Fortinet that analyzes a network's security, user productivity, and network utilization. The assessment involves deploying a FortiGate appliance on the network to monitor traffic for a set time period. Fortinet experts then analyze the collected logs and provide a report detailing any security threats detected, application vulnerabilities, malware and botnet activity, non-compliant device or application usage, and opportunities to optimize network performance and security solutions.
The Splunk App for Enterprise Security provides security intelligence and continuous monitoring capabilities for known and unknown threats. It includes technology add-ons, data visualizations, and reports and security metrics. It also supports incident review, classification, collaboration, and user identity correlation. The app takes advantage of Splunk Enterprise's big data, analytics, and visualization capabilities to provide monitoring, alerting and analytics needed to identify security issues.
The Haystax Asset Catalog application provides a comprehensive database to help users manage asset risk. It allows users to access asset information, create custom groups, and perform security assessments in one place. Haystax risk analytics combines asset, vulnerability, and consequence data to automatically determine relative risk to each asset. The asset catalog is available through mobile apps for viewing asset details and security assessments from any location. Haystax has been used by Boston and Houston to manage critical infrastructure, share information across agencies and private partners, and leverage mobile apps for data collection and incident response.
SeaCat: and SDN End-to-end Application Containment ArchitecTureUS-Ignite
SeaCat: and SDN End-to-end Application Containment ArchitecTure a presentation by Jacobus Van der Merwe, U. Utah at US Ignite ONF GENI workshop on October 8, 2013
At Softroniics we provide job oriented training for freshers in IT sector. We are providing IEEE project guidance and Final year project guidance. We are Pioneers in all leading technologies like Android, Java, .NET, PHP, Python, Embedded Systems, Matlab, NS2, VLSI, Modelsim, Tanner, Xilinx etc. We are specializiling in technologies like Big Data, Cloud Computing, Internet Of Things (iOT), Data Mining, Networking, Information Security, Image Processing and many other. We are providing long term and short term internship also. We are also providing IEEE project support at Calicut, Thrissur and Palakkad. For more details contact 9037291113, 7907435072
While mobile devices have improved efficiency and patient engagement while lowering costs, they’ve dramatically increased security risks. How can mHealth be safely implemented? View this slide show and learn:
• How mHealth increases security risks
• Where the greatest vulnerabilities lie
• How to improve mHealth security
Crime Investigation with Cybernetic ProtectorIRJET Journal
The document describes a proposed software called Crime Investigation with Cybernetic Protectors. The software aims to provide a secure way for secret intelligence agencies to communicate and exchange evidence. It would have different modules for the defense ministry, intelligence chief, undercover agents, and citizens. The intelligence chief would assign cases to agents, who would collect encrypted evidence. The software aims to securely transfer information between these users to help agencies operate secretly and securely while protecting national security. It proposes using RSA encryption to securely transfer evidence from agents to the chief and ministry.
Tarunidhar Chitirala seeks a position in corporate security that allows professional growth. He has over 2 years of experience in IT security, analyzing threats and responding to incidents. His skills include network security, penetration testing, Linux, programming, firewall technologies, vulnerability assessment, and log analysis. He is currently a Security Engineer at HCL Technologies, where he implements and manages SIEM and vulnerability management tools. His responsibilities include monitoring logs and security events, deploying and configuring security tools, and investigating and reporting on security incidents.
In the new digital economy, data – and what you do with that data – is the key to success. Consumers and employees alike now demand instant access to critical information that allows them to solve problems, make informed decisions, or conduct transactions. But that’s just the part of the data equation most of us can see.
To effectively compete in today’s digital market, and capitalize on the data being collected and processed, organizations need to be able to respond quickly to market shifts and consumer demands, fine tune production, realign resources, and manage infrastructure. Which is why nearly three-fourths of all organizations have begun to converge their information technology (IT) infrastructure with their traditionally isolated operational technology (OT) networks.
The document discusses plans to improve the CMS Blue Button program by developing a new Blue Button on FHIR API. This API would allow Medicare beneficiaries to access their claims data through a standardized FHIR format and enable them to securely share their data with apps and services of their choice. The goals are to put patients in control of their data, support interoperability, and directly aid key White House initiatives around precision medicine and cancer research. The API would use OAuth for authorization and give beneficiaries ease of access to their structured health information.
For more course tutorials visit
www.tutorialrank.com
CYB 610 Project 1 Information Systems and Identity Management
CYB 610 Project 2 Operating Systems Vulnerabilities (Windows and Linux)
CYB 610 Project 3 Assessing Information System Vulnerabilities and Risk
Enhancing Your Data Security: Closing the Gap on Unsecured CommunicationsSpok
This document discusses enhancing data security in healthcare by closing gaps in unsecured communications. It notes that healthcare is one of the most vulnerable industries to cyberattacks, with many recent breaches exposing patient data. While security is important, many healthcare companies are unprepared for attacks and share large amounts of data via unsecured methods. The document provides recommendations on keeping security plans updated through educated employees, tight processes, and the right technology like encryption, firewalls, and data loss prevention. It emphasizes defining a data strategy, implementing policies and layers of security tools, training end users, and developing business continuity plans to protect patient data.
ybersecurity is an increasing
concern for many in the
medical cybersecurity and
information technology
professions. As computerized
devices in medical facilities
become increasingly networked
within their own walls and
with external facilities, the risk
of cyberattacks also increases,
threatening confidentiality,
safety, and well-being. This
article describes what health
care organizations and
imaging professionals should
do to minimize the risks.
Privacy and Security by Design Spotlight Presentation at HIMMS Privacy and Security Forum, December 5th 2016. Presented by Jeff R. Livingstone, PhD, Vice President and Global Lead, Life Sciences & Healthcare, Unisys Corporation.
Open Source Insight: Securing Software Stacks, Election Security, FDA Pacema...Black Duck by Synopsys
This document provides a summary of recent cybersecurity and open source news. It discusses potential hidden threats that can exist in otherwise secure software stacks and Docker containers. It also covers issues around ensuring election security with open source software, a FDA recall of 465,000 pacemakers that were found to have cybersecurity vulnerabilities, and reasons why the cybersecurity industry has struggled to keep up with rising cybercrime. Additionally, it mentions a firmware update to address issues identified in Abbott pacemakers and what software teams can learn from building radar detectors.
5 Reasons Why Medigate is a Game Changer For IoT Security in HealthcareMedigate
Medigate is an IoT security solution that can comprehensively inventory all connected devices in a healthcare system, both medical devices and general IoT devices. It has invested in learning proprietary protocols and clinical workflows to provide context for meaningful security policies. Medigate's deep analysis can detect anomalies in device and network behaviors to integrate with firewalls and NACs for intelligent segmentation and policy building. It provides real-time visibility of all clinical network connections to empower stakeholders with a common baseline for strategic decisions.
This document outlines 3 steps for securing a clinical network: 1) Ensure a continuously maintained record of all medical and IoT devices; 2) Understand device functions and risks to effectively segment the network based on risk levels without disrupting patient care; 3) Constantly monitor the network and update security policies accordingly using best practices and automated enforcement. Medigate can help provide comprehensive device visibility, empower segmentation by device type and function, and continuously monitor the network to keep security current.
Secunia provides verified vulnerability intelligence on over 50,000 systems and applications through its Vulnerability Intelligence Manager (VIM) solution. When Secunia researchers verify a new vulnerability, VIM customers are immediately notified so they can assess risk and prioritize mitigation. VIM correlates vulnerability data with customer inventories to determine exposure and status of vulnerabilities across their infrastructure. It offers continuous alerts, customized reporting, and the industry's largest coverage to help customers proactively manage software vulnerabilities.
RiskWatch for HIPAA Compliance™ is the top-rated total HIPAA compliance software that meets the risk analysis requirement and also does a TOTAL HIPAA COMPLIANCE ASSESSMENT! Use it on your laptop, desktop, server or over the web.
RiskWatch for HIPAA Compliance™ includes the entire HIPAA standard and NIST 800-66 and questions are separated by role including Medical Records, Clinical Staff, Database Administrator, etc. RiskWatch worked with regulators and auditors to make sure your RiskWatch for HIPAA Compliance™ assessment will stand up to the strictest audit. It also includes a Project Plan (in MS Project and Excel) so you can plan every aspect of your project.
RiskWatch for HIPAA Compliance™ writes all the reports for you automatically -- including charts, graphs and detailed information. The Case Summary Report includes Compliance vs. Non-Compliance graphs, where the non-compliance came from, how compliance matches requirements, and answers mapped by individual name or job category. The report can be edited to add photos, network diagrams, etc. RiskWatch for HIPAA Compliance™produces many other reports, including recommendations for improving your compliance profile. It also provides recommendations for risk mitigation and shows potential solutions by Return On Investment. Most importantly -- RiskWatch for HIPAA Compliance™ creates management level reports with complete audit trails and easy to understand recommended mitigation solutions included, and ranked by Return On Investment. Data can also be ported directly in your Business Continuity and Disaster Recovery plans.
Now also Includes Pandemic Flu Assessment! Consistently rated as the best software for HIPAA compliance, RiskWatch for HIPAA Compliance™ is used by hundreds of hospitals, health plans, insurance companies, academic medical centers and consulting organizations to meet HIPAA requirements. RiskWatch users include University of Miami, Sparrow Hospital, BlueShield of California, University of New Mexico, University of West Virginia, Harvard Pilgrim, Sisters of Mercy and St. John\'s Hospital.
The document describes a free cyber threat assessment program offered by Fortinet that analyzes a network's security, user productivity, and network utilization. The assessment involves deploying a FortiGate appliance on the network to monitor traffic for a set time period. Fortinet experts then analyze the collected logs and provide a report detailing any security threats detected, application vulnerabilities, malware and botnet activity, non-compliant device or application usage, and opportunities to optimize network performance and security solutions.
The Splunk App for Enterprise Security provides security intelligence and continuous monitoring capabilities for known and unknown threats. It includes technology add-ons, data visualizations, and reports and security metrics. It also supports incident review, classification, collaboration, and user identity correlation. The app takes advantage of Splunk Enterprise's big data, analytics, and visualization capabilities to provide monitoring, alerting and analytics needed to identify security issues.
The Haystax Asset Catalog application provides a comprehensive database to help users manage asset risk. It allows users to access asset information, create custom groups, and perform security assessments in one place. Haystax risk analytics combines asset, vulnerability, and consequence data to automatically determine relative risk to each asset. The asset catalog is available through mobile apps for viewing asset details and security assessments from any location. Haystax has been used by Boston and Houston to manage critical infrastructure, share information across agencies and private partners, and leverage mobile apps for data collection and incident response.
SeaCat: and SDN End-to-end Application Containment ArchitecTureUS-Ignite
SeaCat: and SDN End-to-end Application Containment ArchitecTure a presentation by Jacobus Van der Merwe, U. Utah at US Ignite ONF GENI workshop on October 8, 2013
At Softroniics we provide job oriented training for freshers in IT sector. We are providing IEEE project guidance and Final year project guidance. We are Pioneers in all leading technologies like Android, Java, .NET, PHP, Python, Embedded Systems, Matlab, NS2, VLSI, Modelsim, Tanner, Xilinx etc. We are specializiling in technologies like Big Data, Cloud Computing, Internet Of Things (iOT), Data Mining, Networking, Information Security, Image Processing and many other. We are providing long term and short term internship also. We are also providing IEEE project support at Calicut, Thrissur and Palakkad. For more details contact 9037291113, 7907435072
While mobile devices have improved efficiency and patient engagement while lowering costs, they’ve dramatically increased security risks. How can mHealth be safely implemented? View this slide show and learn:
• How mHealth increases security risks
• Where the greatest vulnerabilities lie
• How to improve mHealth security
Crime Investigation with Cybernetic ProtectorIRJET Journal
The document describes a proposed software called Crime Investigation with Cybernetic Protectors. The software aims to provide a secure way for secret intelligence agencies to communicate and exchange evidence. It would have different modules for the defense ministry, intelligence chief, undercover agents, and citizens. The intelligence chief would assign cases to agents, who would collect encrypted evidence. The software aims to securely transfer information between these users to help agencies operate secretly and securely while protecting national security. It proposes using RSA encryption to securely transfer evidence from agents to the chief and ministry.
Tarunidhar Chitirala seeks a position in corporate security that allows professional growth. He has over 2 years of experience in IT security, analyzing threats and responding to incidents. His skills include network security, penetration testing, Linux, programming, firewall technologies, vulnerability assessment, and log analysis. He is currently a Security Engineer at HCL Technologies, where he implements and manages SIEM and vulnerability management tools. His responsibilities include monitoring logs and security events, deploying and configuring security tools, and investigating and reporting on security incidents.
In the new digital economy, data – and what you do with that data – is the key to success. Consumers and employees alike now demand instant access to critical information that allows them to solve problems, make informed decisions, or conduct transactions. But that’s just the part of the data equation most of us can see.
To effectively compete in today’s digital market, and capitalize on the data being collected and processed, organizations need to be able to respond quickly to market shifts and consumer demands, fine tune production, realign resources, and manage infrastructure. Which is why nearly three-fourths of all organizations have begun to converge their information technology (IT) infrastructure with their traditionally isolated operational technology (OT) networks.
The document discusses plans to improve the CMS Blue Button program by developing a new Blue Button on FHIR API. This API would allow Medicare beneficiaries to access their claims data through a standardized FHIR format and enable them to securely share their data with apps and services of their choice. The goals are to put patients in control of their data, support interoperability, and directly aid key White House initiatives around precision medicine and cancer research. The API would use OAuth for authorization and give beneficiaries ease of access to their structured health information.
For more course tutorials visit
www.tutorialrank.com
CYB 610 Project 1 Information Systems and Identity Management
CYB 610 Project 2 Operating Systems Vulnerabilities (Windows and Linux)
CYB 610 Project 3 Assessing Information System Vulnerabilities and Risk
Enhancing Your Data Security: Closing the Gap on Unsecured CommunicationsSpok
This document discusses enhancing data security in healthcare by closing gaps in unsecured communications. It notes that healthcare is one of the most vulnerable industries to cyberattacks, with many recent breaches exposing patient data. While security is important, many healthcare companies are unprepared for attacks and share large amounts of data via unsecured methods. The document provides recommendations on keeping security plans updated through educated employees, tight processes, and the right technology like encryption, firewalls, and data loss prevention. It emphasizes defining a data strategy, implementing policies and layers of security tools, training end users, and developing business continuity plans to protect patient data.
ybersecurity is an increasing
concern for many in the
medical cybersecurity and
information technology
professions. As computerized
devices in medical facilities
become increasingly networked
within their own walls and
with external facilities, the risk
of cyberattacks also increases,
threatening confidentiality,
safety, and well-being. This
article describes what health
care organizations and
imaging professionals should
do to minimize the risks.
Privacy and Security by Design Spotlight Presentation at HIMMS Privacy and Security Forum, December 5th 2016. Presented by Jeff R. Livingstone, PhD, Vice President and Global Lead, Life Sciences & Healthcare, Unisys Corporation.
In the new world of connected healthcare, medical device manufacturers are challenged with cybersecurity issues to comply with the new FDA regulations. We examine the 5 domain areas of cybersecurity which apply to IoT HealthCare Vendors/ Providers.
Due to advancement of technology and incorporation of sofrtwares and microchips, vulnerability increased for medical devices.
Outsiders are hacking the devices by advanced technologies.
Cyber security is not safety.
I've updated a talk I gave in 2010 to include the latest FDA guidance on mobile devices and cyber security. But really nothing has changed since then. Medical device vendors are still grappling with the notion that cyber security involves a complex, interconnected, rapidly changing landscape of vulnerabilities, threats, zero-day exploits, software security issues that does not fit the slow-moving pre-market approval and static risk analysis that FDA uses for safety.
In this presentation we show how to use a practical threat analysis methodology and present real-life examples of how to build a prioritized, cost-effective security countermeasure plan.
So - guess what? Safety is not cyber security!
Managing cyber security for medical devices is a challenge for medical device vendors and regulatory consultants who are accustomed to estimating patient safety risk without having to explain and understand a complex, rapidly changing and interconnected environment of vulnerabilities, attackers, attacker entry points and zero-day threats.
In this updated version of a talk I gave 5 years ago - I show how to use threat modeling in order to provide a prioritized security countermeasure plan that will cost the medical device vendor the least amount of money and save him the grief of trying to deal with cyber threats in his safety risk analysis.
Security and privacy issues with io t healthcare devicesZoe Gilbert
Read this blog to know the challenges that come with security and privacy with IoT healthcare devices be it unauthorized access, device hijack, privacy violations, so this write may help you understand the top ways to cope up with by analyzing the security, using a secured cloud platform.
Finnish Information Security Cluster meeting on March 21st in Helsinki. IoT in healthcare and the various current and emerging cyber security risks IoT brings into healthcare environment, especially hospitals, and their security requirements and frameworks; includes some examples of dark web activity.
Outstanding innovations come with the heavy burden of dealing with new risks and threats. Especially when public health is at risk, FDA and other regulatory agencies attempt to provide guidance for companies to develop safe and effective products. With all the technological advancements in the digital health arena, medical devices are susceptible to attacks by hackers...
This document provides a summary of the top 10 findings from Microsoft's 2016 Trends in Cybersecurity report. Key findings include:
- 41.8% of all vulnerability disclosures were rated as highly severe, a 3-year high risk level.
- Encounters with exploits of the Java programming language are on the decline likely due to changes in how web browsers handle Java applets.
- Consumer computers encounter malware at twice the rate of enterprise computers likely due to stronger security protections in business networks.
- Locations with the highest malware infection rates were Mongolia, Libya, Palestinian territories, Iraq and Pakistan.
The document summarizes the top 10 cybersecurity trends found in Microsoft's research in 2016. These include: an increase in highly severe vulnerabilities; a decline in Java exploits; consumer computers encountering twice as many threats as enterprise computers; locations like Mongolia and Libya having the highest malware infection rates; exploit kits accounting for 40% of commonly encountered exploits; Adobe Flash Player being the most commonly detected object on malicious pages; over 40% of vulnerabilities being in non-browser or OS applications; an increase in Trojan encounters; threats varying dramatically by country; and less than 10% of vulnerabilities being in Microsoft software.
NIST stands for National Institute of Standards and Technology and this federal agency develops and promotes measurements, standards, and technology to improve system productivity. NIST has a robust Cybersecurity Framework and is one of the most popular topics in the MedTech industry. It is the encapsulation and security of user data and their electronic documents against cyber-attacks. Being in the medical device industry, I wanted to know what cybersecurity framework or tools I should utilize to protect patients and their data. That is when I found the NIST-based Cybersecurity framework...
Looking to understand how hackers and other attackers use cyber technology to attack your network and your executives? This slide set provides an overview and details the anatomy of a cyber attack, and the strategies you can use to manage and mitigate risk.
Breakout Session: Cybersecurity in Medical DevicesHealthegy
Presentation by PwC at Medtech Conference 2016.
Participant:
Geoff Fisher, Director – PwC
Powered by:
Healthegy
For more healthcare innovation
Visit us at Healthegy.com
5 Ways to Be Vigilant for your Medical Devices from a Cybersecurity PerspectiveEMMAIntl
When I was working on a web application as a developer, I always noticed two small issues. The identified issues included data getting stored in the browser’s “session” storage and the display of the user ID in the location of the web page. To simply define session storage, it is the data stored inside the browser when a user logs in. Surely, while building applications or for testing, this is indeed a common practice where this session data gets referred multiple times. But in cases where critical data is getting saved in sessions such as a user or admin ID, it would be of major concern as session data is easily accessible by anyone. Truly, it is of major concern when the application is linked to a medical device such as a cardiac implant...
Medical Device Cybersecurity : A Regulatory PerspectiveJon Lendrum
The document summarizes a presentation on cybersecurity regulations for medical devices. It discusses how the FDA regulates cybersecurity through guidance documents and interpretations of quality system regulations, despite no explicit authority. The presentation reviews FDA recommendations for documenting cybersecurity in premarket submissions and debunks common myths. Senator Blumenthal introduced legislation to further require cybersecurity testing and transparency.
This document discusses the evolution of attacks on medical devices in hospitals, termed MEDJACK.2. It analyzes data from three case studies of hospital networks compromised through medical devices. The attackers hid advanced tools within old malware variants that exploited vulnerabilities in older Windows systems still used by some medical devices. This allowed the malware to infiltrate networks undetected. Once inside, medical devices were easy targets that provided backdoors for exfiltrating data over long periods. The document concludes hospitals remain highly vulnerable and recommends best practices to improve medical device and network security.
Medical device security presentation - Frank SiepmannFrank Siepmann
Since I am not presenting (due to personal reasons) at the Medical Device Security conference 25/26 July 2016 in Arlington, VA I thought I post my slides about the current problems with Medical Device security and what can be done on a tactical level and what is needed at a strategic level.
This document provides an audit program to evaluate the effectiveness of Norton Antivirus 2005 software running on Windows XP. It begins with researching the software's results on third-party antivirus testing sites. The audit program then consists of 7 checklist items to test configurations like automatic definition updates, scanning of internet downloads, emails and attachments, all file types, and compressed files. Conducting this audit would verify Norton 2005 is properly configured and able to detect current viruses and malware.
This document discusses improving the security of a health care information system. It begins by describing vulnerabilities in software applications and how connected systems can be exploited. The document then proposes a 3-tier architecture with encryption and file replication to strengthen security. Database backups and regular vulnerability checks are also recommended to defend the system from attacks and allow recovery of data. The goal is to develop a secure electronic health records system that protects sensitive patient information.
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We’re talking about Vedic Meditation, a form of meditation that has been around for at least 5,000 years. Back then, the people who lived in the Indus Valley, now known as India and Pakistan, practised meditation as a fundamental part of daily life. This knowledge that has given us yoga and Ayurveda, was known as Veda, hence the name Vedic. And though there are some written records, the practice has been passed down verbally from generation to generation.
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These lecture slides, by Dr Sidra Arshad, offer a quick overview of the physiological basis of a normal electrocardiogram.
Learning objectives:
1. Define an electrocardiogram (ECG) and electrocardiography
2. Describe how dipoles generated by the heart produce the waveforms of the ECG
3. Describe the components of a normal electrocardiogram of a typical bipolar lead (limb II)
4. Differentiate between intervals and segments
5. Enlist some common indications for obtaining an ECG
6. Describe the flow of current around the heart during the cardiac cycle
7. Discuss the placement and polarity of the leads of electrocardiograph
8. Describe the normal electrocardiograms recorded from the limb leads and explain the physiological basis of the different records that are obtained
9. Define mean electrical vector (axis) of the heart and give the normal range
10. Define the mean QRS vector
11. Describe the axes of leads (hexagonal reference system)
12. Comprehend the vectorial analysis of the normal ECG
13. Determine the mean electrical axis of the ventricular QRS and appreciate the mean axis deviation
14. Explain the concepts of current of injury, J point, and their significance
Study Resources:
1. Chapter 11, Guyton and Hall Textbook of Medical Physiology, 14th edition
2. Chapter 9, Human Physiology - From Cells to Systems, Lauralee Sherwood, 9th edition
3. Chapter 29, Ganong’s Review of Medical Physiology, 26th edition
4. Electrocardiogram, StatPearls - https://www.ncbi.nlm.nih.gov/books/NBK549803/
5. ECG in Medical Practice by ABM Abdullah, 4th edition
6. Chapter 3, Cardiology Explained, https://www.ncbi.nlm.nih.gov/books/NBK2214/
7. ECG Basics, http://www.nataliescasebook.com/tag/e-c-g-basics
1. Securing Mobile Medical Applications and Devices
from External Threats
According to the Identity Theft Resource Center, the first eight months of 2016
has seen 584 total breaches with more than 20,500,000 records exposed. What’s
perhaps more alarming is the fact that 58 percent of the total breaches have been
in the medical/healthcare category. So that’s the bad news!
The good news? The medical industry has seen significant progress delivering
cutting edge medical devices such as heart monitors and implantable insulin
pumps and sleep devices that automatically monitor a patient’s status, deliver
potentially needed real-time treatment, and collect data that can be used by
medical personnel to improve patient outcomes.
The manufacturers of these medical devices can use specialized hardware and
software to secure these actual devices from outside threats – malware and
ransomware – but more often than not, these devices rely on applications and
mobile platforms to communicate this data and other medical signals to the
doctors and medical staff. These operating systems (such as Android) become the
weak link or backdoor to an otherwise secure system. So that’s also the bad
news!
The good news? The FDA has recently released guidance designed to provide a
framework for the management of cybersecurity in medical devices. The draft
guidance goes into great detail, but the key points are:
2. Device and application creators need to incorporate security elements
consistent with the NIST Framework for Improving Critical Infrastructure
Cybersecurity: Identify, Protect, Detect, Respond, and Recover.
Incorporate detection mechanisms into their device design and device
features to increase the detectability of attacks and permit forensically
sound evidence capture.
Design the devices to ensure that risks inherent in remediation are properly
mitigated including ensuring that the remediation is adequate and
validated and that the device designs incorporate mechanisms for secure
and timely updates.
How about some more good news? whiteCryption’s enterprise-level solution,
Cryptanium, has two main components that can help medical device
manufactures introduce the security needed to prevent malware threats like
ransomware. The first is Cryptanium Secure Key Box, a white box cryptographic
library that implements standard cryptographic algorithms in a way that
completely hides the keys. The second is Cryptanium Code Protection, a
comprehensive tool for hardening software applications on multiple platforms.
These two components work together to increase security protection against
these types of malware threats.
whiteCryption designed Cryptanium for application developers who need to add
tamper resistance and self-defense mechanisms to apps running in threat-rich
environments, such as Android. The connected world we live in today goes
beyond computers and mobile devices to automobiles, home appliances and
medical devices and applications; the security solutions that we rely on need to
work harder to protect the people that rely on these devices.
To know more visit:
whitecryption.com