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Abstract The digital signature generation process begins with the creation of a public key and a private key. A public key is generated and published to verify the signature and calculate the hash value of the received document. At present, in the very fast development of information technology, quantum computers have emerged the ability to solve very large and complex amounts of data calculated by qubits, which when compared to quantum computers can work 10 minutes to work on a process that takes 1025 years on a computer. Therefore, the research focuses on how electronic signatures on documents have a reliable security system. The Digital Signature Algorithm (DSA) is a key algorithm used for digital signatures, which uses the Secure Hash Algorithm (SHA-1) to convert messages into message digest and parameters based on the ElGamal signature algorithm. The author also shows an example of digital signature encryption and decryption process by taking any numbers p = 59419 and q = 3301 to prove that the message can be formed and verified its authenticity.

Abstract The digital signature generation process begins with the creation of a public key and a private key. A public key is generated and published to verify the signature and calculate the hash value of the received document. At present, in the very fast development of information technology, quantum computers have emerged the ability to solve very large and complex amounts of data calculated by qubits, which when compared to quantum computers can work 10 minutes to work on a process that takes 1025 years on a computer. Therefore, the research focuses on how electronic signatures on documents have a reliable security system. The Digital Signature Algorithm (DSA) is a key algorithm used for digital signatures, which uses the Secure Hash Algorithm (SHA-1) to convert messages into message digest and parameters based on the ElGamal signature algorithm. The author also shows an example of digital signature encryption and decryption process by taking any numbers p = 59419 and q = 3301 to prove that the message can be formed and verified its authenticity.

In connection with your request that we evaluate the effectiveness of the Internal Revenue Service's (IRS) computer controls over its external access points and internal networks and systems, we assessed the effectiveness of key computer controls designed to ensure the security, privacy, and reliability of IRS electronic filing systems and electronically filed taxpayer data during last year s tax filing season. This report discusses computer control weaknesses that existed in IRS electronic filing systems during the 2000 tax filing season and describes actions IRS has taken to correct these weaknesses prior to the current 2001 tax filing season.

Looking for a fast, affordable, and dependable emergency locksmith in Denver ? Shield Lock & Key is your go-to choice. We offer 24/7 locksmith services throughout the greater Denver metro area, including Aurora, Lakewood, Highlands Ranch, and beyond. Whether you're locked out of your car at Denver International Airport, need a smart lock repair in Highlands Ranch, or lost your keys in Lakewood, our licensed locksmiths are standing by to help—anytime, anywhere. Locked Out? Need Help Fast? When you're facing a lockout situation, there's no time to waste. At Shield Lock & Key , we specialize in fast, professional locksmith services—day or night. Our mobile units are dispatched quickly and equipped with the latest tools to solve your problem on the spot. Why Denver Residents Trust Shield Lock & Key: 24/7 Emergency Service Mobile Locksmiths in Every Local Area Licensed & Insured Technicians Fast Response Times – Typically 15–30 Minutes Transparent, Competitive Pricing Top Rated on Google, Yelp & More  Our Core Locksmith Services 1. Residential & Commercial Locksmith Services in Denver Your home or business security is our priority. Whether you need your locks rekeyed, replaced, or upgraded to smart locks, we provide expert locksmith solutions that fit your needs and budget. Popular Services: Emergency lockout assistance Lock repair and replacement Rekeying locks Broken key extraction Smart lock installation Security upgrades for businesses From apartments to office buildings, our professional locksmiths offer peace of mind with fast, high-quality service. 2. Auto Locksmith Services – All Vehicle Makes & Models Locked out of your car? Lost your key fob or dealing with a broken ignition? Our mobile auto locksmiths in Denver are trained to handle all makes and models, including chip keys, transponder systems, and keyless entry vehicles. Auto Services Include: Emergency car unlocks Ignition repair & replacement Car key duplication Key fob & remote replacement Transponder key programming Lost car key replacement Whether you're stranded at DIA, downtown, or anywhere in the metro area, we’ll be there fast—without damaging your vehicle. 3. Lock Repair in Denver – Fixing Sticky or Broken Locks If your locks are jammed, turning hard, or completely non-functional, our expert locksmiths can repair or replace them quickly. We service residential, commercial, and automotive locks of all types. Common Lock Issues We Fix: Worn or stuck tumblers Misaligned strike plates Broken deadbolts or knobs Damaged cylinders or hardware Rusted or weather-worn locks Get your security back on track today with our reliable repair service. 4. Fast Key Duplication – High-Quality Copies Every Time Need a spare key for your home, office, or vehicle? We offer accurate key duplication in Denver using high-quality materials that match OEM standards. We Duplicate: House keys Padlock & mailbox keys Office keys & file cabinet keys Car keys, including chip/transponder keys Don’t wait until you lose your only key—get duplicates made today. 5. 24/7 Lockout Service in Denver – We’re Always Available Getting locked out is never convenient—but with Shield Lock & Key, it doesn’t have to be stressful. Our technicians use non-destructive methods to help you regain access quickly and safely. Whether it’s your home, business, or vehicle, we’re just a call away— anytime, anywhere. Service Areas & ZIP Codes We Cover We proudly serve all of Metro Denver and nearby communities, including: Denver 80202, 80203, 80204, 80205, 80206, 80207, 80209, 80210, 80211, 80212, 80214, 80215, 80216, 80218, 80219, 80220, 80221, 80222, 80223, 80224, 80226, 80227, 80228, 80229, 80230, 80231, 80232, 80233, 80234, 80235, 80236, 80237, 80238, 80239, 80246, 80247, 80249, 80260 Aurora 80010–80019 Lakewood 80214, 80215, 80226, 80227, 80228, 80232 More Areas We Serve: Greenwood Village (80111) Centennial (80111, 80112, 80121, 80122) DTC – Denver Tech Center (80111, 80237) Englewood (80110, 80113, 80112) Littleton (80120–80128) Highlands Ranch (80126, 80129, 80130) Lone Tree (80124) Parker (80134, 80138) Castle Rock (80104, 80108, 80109) Golden (80401, 80403) Arvada (80002–80007) Westminster (80030–80036) Wheat Ridge (80033) Federal Heights (80260) Thornton (80229, 80233, 80234, 80241, 80602) Northglenn (80233, 80234) Broomfield (80020–80038) Brighton (80601–80603) Commerce City (80022, 80037) Green Valley Ranch / DIA (80249) If you’re located within or near these ZIP codes, our mobile team is just minutes away.  Why Choose Shield Lock & Key?   Fully Licensed, Insured, & Background Checked   Highly Trained Mobile Technicians   Fast Dispatch Across All Service Areas   Affordable Rates – No Surprise Fees   Non-Destructive Entry Methods   Top Reviews on Google & Yelp We take pride in providing honest, transparent pricing with no hidden fees. You’ll know exactly what to expect before we start any work.  Frequently Asked Questions (FAQs) Q1: What should I do if I’m locked out at Denver International Airport (80249)? A: Call us right away. Our mobile auto locksmith can arrive in 30 minutes or less and unlock your vehicle without any damage. Q2: Can you duplicate keys in Arvada (80003)? A: Absolutely. We provide fast key duplication services throughout Arvada and surrounding cities. Q3: Do you repair smart locks in Highlands Ranch (80126)? A: Yes. Our technicians are trained to repair, reprogram, and install smart locks and electronic security systems. Q4: What’s the cost of a basic home or car lockout in Thornton (80229)? A: Our standard lockout service starts at $75 , with no hidden fees. Prices may vary slightly based on time and location. Q5: Are your technicians certified and background checked? A: Yes. Every technician is licensed, insured , and undergoes a full background check for your peace of mind. 📞 Get Help Now – 24/7 Emergency Locksmith in Denver Don’t waste time or risk damage by trying to unlock your home or car yourself. Shield Lock & Key offers fast, affordable, and professional locksmith service anywhere in the Denver area. Whether it’s 2 PM or 2 AM, we’re here when you need us . 📱 Call Us Now: (720) 290-9174 🌐 Visit Us Online: www.shieldlockandkey.com 🚐 Mobile Service Across All Metro Denver ZIP Codes Shield Lock & Key – Your Trusted Locksmith in Denver, Aurora, Lakewood, Highlands Ranch & Beyond. Let us unlock your day—quickly, safely, and affordably.

Looking for a fast, affordable, and dependable emergency locksmith in Denver ? Shield Lock & Key is your go-to choice. We offer 24/7 locksmith services throughout the greater Denver metro area, including Aurora, Lakewood, Highlands Ranch, and beyond. Whether you're locked out of your car at Denver International Airport, need a smart lock repair in Highlands Ranch, or lost your keys in Lakewood, our licensed locksmiths are standing by to help—anytime, anywhere. Locked Out? Need Help Fast? When you're facing a lockout situation, there's no time to waste. At Shield Lock & Key , we specialize in fast, professional locksmith services—day or night. Our mobile units are dispatched quickly and equipped with the latest tools to solve your problem on the spot. Why Denver Residents Trust Shield Lock & Key: 24/7 Emergency Service Mobile Locksmiths in Every Local Area Licensed & Insured Technicians Fast Response Times – Typically 15–30 Minutes Transparent, Competitive Pricing Top Rated on Google, Yelp & More  Our Core Locksmith Services 1. Residential & Commercial Locksmith Services in Denver Your home or business security is our priority. Whether you need your locks rekeyed, replaced, or upgraded to smart locks, we provide expert locksmith solutions that fit your needs and budget. Popular Services: Emergency lockout assistance Lock repair and replacement Rekeying locks Broken key extraction Smart lock installation Security upgrades for businesses From apartments to office buildings, our professional locksmiths offer peace of mind with fast, high-quality service. 2. Auto Locksmith Services – All Vehicle Makes & Models Locked out of your car? Lost your key fob or dealing with a broken ignition? Our mobile auto locksmiths in Denver are trained to handle all makes and models, including chip keys, transponder systems, and keyless entry vehicles. Auto Services Include: Emergency car unlocks Ignition repair & replacement Car key duplication Key fob & remote replacement Transponder key programming Lost car key replacement Whether you're stranded at DIA, downtown, or anywhere in the metro area, we’ll be there fast—without damaging your vehicle. 3. Lock Repair in Denver – Fixing Sticky or Broken Locks If your locks are jammed, turning hard, or completely non-functional, our expert locksmiths can repair or replace them quickly. We service residential, commercial, and automotive locks of all types. Common Lock Issues We Fix: Worn or stuck tumblers Misaligned strike plates Broken deadbolts or knobs Damaged cylinders or hardware Rusted or weather-worn locks Get your security back on track today with our reliable repair service. 4. Fast Key Duplication – High-Quality Copies Every Time Need a spare key for your home, office, or vehicle? We offer accurate key duplication in Denver using high-quality materials that match OEM standards. We Duplicate: House keys Padlock & mailbox keys Office keys & file cabinet keys Car keys, including chip/transponder keys Don’t wait until you lose your only key—get duplicates made today. 5. 24/7 Lockout Service in Denver – We’re Always Available Getting locked out is never convenient—but with Shield Lock & Key, it doesn’t have to be stressful. Our technicians use non-destructive methods to help you regain access quickly and safely. Whether it’s your home, business, or vehicle, we’re just a call away— anytime, anywhere. Service Areas & ZIP Codes We Cover We proudly serve all of Metro Denver and nearby communities, including: Denver 80202, 80203, 80204, 80205, 80206, 80207, 80209, 80210, 80211, 80212, 80214, 80215, 80216, 80218, 80219, 80220, 80221, 80222, 80223, 80224, 80226, 80227, 80228, 80229, 80230, 80231, 80232, 80233, 80234, 80235, 80236, 80237, 80238, 80239, 80246, 80247, 80249, 80260 Aurora 80010–80019 Lakewood 80214, 80215, 80226, 80227, 80228, 80232 More Areas We Serve: Greenwood Village (80111) Centennial (80111, 80112, 80121, 80122) DTC – Denver Tech Center (80111, 80237) Englewood (80110, 80113, 80112) Littleton (80120–80128) Highlands Ranch (80126, 80129, 80130) Lone Tree (80124) Parker (80134, 80138) Castle Rock (80104, 80108, 80109) Golden (80401, 80403) Arvada (80002–80007) Westminster (80030–80036) Wheat Ridge (80033) Federal Heights (80260) Thornton (80229, 80233, 80234, 80241, 80602) Northglenn (80233, 80234) Broomfield (80020–80038) Brighton (80601–80603) Commerce City (80022, 80037) Green Valley Ranch / DIA (80249) If you’re located within or near these ZIP codes, our mobile team is just minutes away.  Why Choose Shield Lock & Key?   Fully Licensed, Insured, & Background Checked   Highly Trained Mobile Technicians   Fast Dispatch Across All Service Areas   Affordable Rates – No Surprise Fees   Non-Destructive Entry Methods   Top Reviews on Google & Yelp We take pride in providing honest, transparent pricing with no hidden fees. You’ll know exactly what to expect before we start any work.  Frequently Asked Questions (FAQs) Q1: What should I do if I’m locked out at Denver International Airport (80249)? A: Call us right away. Our mobile auto locksmith can arrive in 30 minutes or less and unlock your vehicle without any damage. Q2: Can you duplicate keys in Arvada (80003)? A: Absolutely. We provide fast key duplication services throughout Arvada and surrounding cities. Q3: Do you repair smart locks in Highlands Ranch (80126)? A: Yes. Our technicians are trained to repair, reprogram, and install smart locks and electronic security systems. Q4: What’s the cost of a basic home or car lockout in Thornton (80229)? A: Our standard lockout service starts at $75 , with no hidden fees. Prices may vary slightly based on time and location. Q5: Are your technicians certified and background checked? A: Yes. Every technician is licensed, insured , and undergoes a full background check for your peace of mind. 📞 Get Help Now – 24/7 Emergency Locksmith in Denver Don’t waste time or risk damage by trying to unlock your home or car yourself. Shield Lock & Key offers fast, affordable, and professional locksmith service anywhere in the Denver area. Whether it’s 2 PM or 2 AM, we’re here when you need us . 📱 Call Us Now: (720) 290-9174 🌐 Visit Us Online: www.shieldlockandkey.com 🚐 Mobile Service Across All Metro Denver ZIP Codes Shield Lock & Key – Your Trusted Locksmith in Denver, Aurora, Lakewood, Highlands Ranch & Beyond. Let us unlock your day—quickly, safely, and affordably.

Perma.cc archive of https://enssinc.com/ created on 2022-04-05 20:34:35.036413+00:00.

Perma.cc archive of https://enssinc.com/ created on 2022-04-05 20:34:35.036413+00:00.

Perma.cc archive of https://enssinc.com/ created on 2022-04-05 20:34:35.036413+00:00.

The digitalized patient-centric system, the Electronic Health Record (EHR), is a platform where comprehensive health information is stored, managed, and accessed electronically. The primary findings of this study aim to secure sensitive patient data and increase overall system resilience by demonstrating that machine learning can evaluate vulnerabilities and improve the security of Electronic Health Record (EHR) systems. This research examines the prospects of incorporating machine learning-driven assessment tools and safety improvements in EHRs to enhance data protection in the healthcare industry.  The proposed method utilizes the implementation of machine learning classifiers, specifically the XGBoost and LightGBM models. These classifiers are employed to enhance various aspects of the system, such as data protection and security, within the framework of EHRs. The study emphasizes the efficiency of these machine learning classifiers in ensuring that EHR systems are secure enough to deal with any problem that may occur due to threats posed by external factors or hackers. The findings reveal that the XGBoost model always has outstanding performance, with a near-perfect Receiver Operating Characteristic Curve (ROC) having an AUC equal to 1.00, indicating close to perfect accuracy in distinguishing positive from negative cases. Similarly, LightGBM has a perfect ROC curve as well. Therefore, its performance would be considered flawless. Consequently, future developments could lead to sophisticated machine learning models besides those that have already been developed. Improving data storage through encryption and building safer communication protocols should also be considered to make these systems withstand new security problems. Thus, this study contributes to the existing literature on applying technology to safeguard vulnerable medical records while fostering a safe and efficient healthcare ecosystem.

The digitalized patient-centric system, the Electronic Health Record (EHR), is a platform where comprehensive health information is stored, managed, and accessed electronically. The primary findings of this study aim to secure sensitive patient data and increase overall system resilience by demonstrating that machine learning can evaluate vulnerabilities and improve the security of Electronic Health Record (EHR) systems. This research examines the prospects of incorporating machine learning-driven assessment tools and safety improvements in EHRs to enhance data protection in the healthcare industry.  The proposed method utilizes the implementation of machine learning classifiers, specifically the XGBoost and LightGBM models. These classifiers are employed to enhance various aspects of the system, such as data protection and security, within the framework of EHRs. The study emphasizes the efficiency of these machine learning classifiers in ensuring that EHR systems are secure enough to deal with any problem that may occur due to threats posed by external factors or hackers. The findings reveal that the XGBoost model always has outstanding performance, with a near-perfect Receiver Operating Characteristic Curve (ROC) having an AUC equal to 1.00, indicating close to perfect accuracy in distinguishing positive from negative cases. Similarly, LightGBM has a perfect ROC curve as well. Therefore, its performance would be considered flawless. Consequently, future developments could lead to sophisticated machine learning models besides those that have already been developed. Improving data storage through encryption and building safer communication protocols should also be considered to make these systems withstand new security problems. Thus, this study contributes to the existing literature on applying technology to safeguard vulnerable medical records while fostering a safe and efficient healthcare ecosystem.

The digitalized patient-centric system, the Electronic Health Record (EHR), is a platform where comprehensive health information is stored, managed, and accessed electronically. The primary findings of this study aim to secure sensitive patient data and increase overall system resilience by demonstrating that machine learning can evaluate vulnerabilities and improve the security of Electronic Health Record (EHR) systems. This research examines the prospects of incorporating machine learning-driven assessment tools and safety improvements in EHRs to enhance data protection in the healthcare industry.  The proposed method utilizes the implementation of machine learning classifiers, specifically the XGBoost and LightGBM models. These classifiers are employed to enhance various aspects of the system, such as data protection and security, within the framework of EHRs. The study emphasizes the efficiency of these machine learning classifiers in ensuring that EHR systems are secure enough to deal with any problem that may occur due to threats posed by external factors or hackers. The findings reveal that the XGBoost model always has outstanding performance, with a near-perfect Receiver Operating Characteristic Curve (ROC) having an AUC equal to 1.00, indicating close to perfect accuracy in distinguishing positive from negative cases. Similarly, LightGBM has a perfect ROC curve as well. Therefore, its performance would be considered flawless. Consequently, future developments could lead to sophisticated machine learning models besides those that have already been developed. Improving data storage through encryption and building safer communication protocols should also be considered to make these systems withstand new security problems. Thus, this study contributes to the existing literature on applying technology to safeguard vulnerable medical records while fostering a safe and efficient healthcare ecosystem.

The digitalized patient-centric system, the Electronic Health Record (EHR), is a platform where comprehensive health information is stored, managed, and accessed electronically. The primary findings of this study aim to secure sensitive patient data and increase overall system resilience by demonstrating that machine learning can evaluate vulnerabilities and improve the security of Electronic Health Record (EHR) systems. This research examines the prospects of incorporating machine learning-driven assessment tools and safety improvements in EHRs to enhance data protection in the healthcare industry.  The proposed method utilizes the implementation of machine learning classifiers, specifically the XGBoost and LightGBM models. These classifiers are employed to enhance various aspects of the system, such as data protection and security, within the framework of EHRs. The study emphasizes the efficiency of these machine learning classifiers in ensuring that EHR systems are secure enough to deal with any problem that may occur due to threats posed by external factors or hackers. The findings reveal that the XGBoost model always has outstanding performance, with a near-perfect Receiver Operating Characteristic Curve (ROC) having an AUC equal to 1.00, indicating close to perfect accuracy in distinguishing positive from negative cases. Similarly, LightGBM has a perfect ROC curve as well. Therefore, its performance would be considered flawless. Consequently, future developments could lead to sophisticated machine learning models besides those that have already been developed. Improving data storage through encryption and building safer communication protocols should also be considered to make these systems withstand new security problems. Thus, this study contributes to the existing literature on applying technology to safeguard vulnerable medical records while fostering a safe and efficient healthcare ecosystem.

Prior to Nov. 2020, cyber security experts warned of potential vulnerabilities in electronic voting systems on HBO & PBS. Some states abandoned the tech. But recently, a federal court case mentioned an allegation that a major vulnerability still exists. See it for yourself. https://t.co/9duOfjo1Dh

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

Government Publishing Office U.S. Congress House of Representatives Committee on House Administration HEARING ON VERIFICATION, SECURITY AND PAPER RECORDS FOR OUR NATION'S ELECTRONIC VOTING SYSTEMS Date(s) Held: 2006-09-28 109th Congress, 2nd Session GPO Document Source: CHRG-109hhrg31270 Superintendents of Documents ID: Y 4.H 81/3 Related Items: United States House Bill 550 (109th Congress)

This article examines the issues of information security in electronic document circulation systems, and provides information about the role of digital technologies and the quality of electronic government. It is possible to obtain information about the content of practical work performed by the electronic digital signature and e-document system.

This article examines the issues of information security in electronic document circulation systems, and provides information about the role of digital technologies and the quality of electronic government. It is possible to obtain information about the content of practical work performed by the electronic digital signature and e-document system.

This article examines the issues of information security in electronic document circulation systems, and provides information about the role of digital technologies and the quality of electronic government. It is possible to obtain information about the content of practical work performed by the electronic digital signature and e-document system.

This article is from Journal of Medical Internet Research , volume 15 . Abstract Background: The Cloud Computing paradigm offers eHealth systems the opportunity to enhance the features and functionality that they offer. However, moving patients’ medical information to the Cloud implies several risks in terms of the security and privacy of sensitive health records. In this paper, the risks of hosting Electronic Health Records (EHRs) on the servers of third-party Cloud service providers are reviewed. To protect the confidentiality of patient information and facilitate the process, some suggestions for health care providers are made. Moreover, security issues that Cloud service providers should address in their platforms are considered. Objective: To show that, before moving patient health records to the Cloud, security and privacy concerns must be considered by both health care providers and Cloud service providers. Security requirements of a generic Cloud service provider are analyzed. Methods: To study the latest in Cloud-based computing solutions, bibliographic material was obtained mainly from Medline sources. Furthermore, direct contact was made with several Cloud service providers. Results: Some of the security issues that should be considered by both Cloud service providers and their health care customers are role-based access, network security mechanisms, data encryption, digital signatures, and access monitoring. Furthermore, to guarantee the safety of the information and comply with privacy policies, the Cloud service provider must be compliant with various certifications and third-party requirements, such as SAS70 Type II, PCI DSS Level 1, ISO 27001, and the US Federal Information Security Management Act (FISMA). Conclusions: Storing sensitive information such as EHRs in the Cloud means that precautions must be taken to ensure the safety and confidentiality of the data. A relationship built on trust with the Cloud service provider is essential to ensure a transparent process. Cloud service providers must make certain that all security mechanisms are in place to avoid unauthorized access and data breaches. Patients must be kept informed about how their data are being managed.

This article is from Journal of Medical Internet Research , volume 15 . Abstract Background: The Cloud Computing paradigm offers eHealth systems the opportunity to enhance the features and functionality that they offer. However, moving patients’ medical information to the Cloud implies several risks in terms of the security and privacy of sensitive health records. In this paper, the risks of hosting Electronic Health Records (EHRs) on the servers of third-party Cloud service providers are reviewed. To protect the confidentiality of patient information and facilitate the process, some suggestions for health care providers are made. Moreover, security issues that Cloud service providers should address in their platforms are considered. Objective: To show that, before moving patient health records to the Cloud, security and privacy concerns must be considered by both health care providers and Cloud service providers. Security requirements of a generic Cloud service provider are analyzed. Methods: To study the latest in Cloud-based computing solutions, bibliographic material was obtained mainly from Medline sources. Furthermore, direct contact was made with several Cloud service providers. Results: Some of the security issues that should be considered by both Cloud service providers and their health care customers are role-based access, network security mechanisms, data encryption, digital signatures, and access monitoring. Furthermore, to guarantee the safety of the information and comply with privacy policies, the Cloud service provider must be compliant with various certifications and third-party requirements, such as SAS70 Type II, PCI DSS Level 1, ISO 27001, and the US Federal Information Security Management Act (FISMA). Conclusions: Storing sensitive information such as EHRs in the Cloud means that precautions must be taken to ensure the safety and confidentiality of the data. A relationship built on trust with the Cloud service provider is essential to ensure a transparent process. Cloud service providers must make certain that all security mechanisms are in place to avoid unauthorized access and data breaches. Patients must be kept informed about how their data are being managed.

Case name: Electronic Data Systems Corp. Iran v. Social Security Organization of the Government of Iran Opinion filed: 1981-06-08 Docket No.: 80-2035 Citations: • 452 U.S. 931

This item represents a case in PACER, the U.S. Government's website for federal case data. If you wish to see the entire case, please consult PACER directly.

226 p. : 20 cm

226 p. : 20 cm