Voltage SecureData provides next generation data security capabilities including format-preserving encryption (Hyper FPE), tokenization (Hyper SST), and key management. It protects data across systems and platforms with minimal impact. Hyper FPE encrypts data while preserving format and integrity. Hyper SST tokenizes sensitive data like payment card numbers. Voltage SecureData helps organizations comply with regulations, avoid breaches, and reduce audit costs through end-to-end data protection.
Atlanta ISSA 2010 Enterprise Data Protection Ulf MattssonUlf Mattsson
Ulf Mattsson is the CTO of Protegrity, a company that provides data security solutions through encryption, tokenization, and policy-driven approaches. He has over 20 years of experience in data security research. This presentation discusses evolving data security risks and reviews options for enterprise data protection strategies. It examines studies on implementing protection in real-world scenarios and recommends balancing performance, security, and compliance when choosing defenses for sensitive data across different systems and storage locations. The presentation also introduces Protegrity's centralized risk-adjusted platform for securing data throughout its lifecycle.
Data centric security key to digital business success - ulf mattsson - bright...Ulf Mattsson
The document discusses the need for data-centric security strategies to protect sensitive data in digital business systems. As data generation grows exponentially due to technologies like cloud computing, big data, and IoT, cybercriminals have more opportunities. A data-centric approach is needed to merge data security with productivity by controlling access, classifying data, and techniques like encryption, tokenization, and monitoring across structured and unstructured data silos. Solutions that provide centralized security policies and audit/protection of data throughout its entire flow can safely unlock the power of digital business.
The past, present, and future of big data securityUlf Mattsson
ONE OF THE BIGGEST REMAINING CONCERNS REGARDING HADOOP, PERHAPS SECOND ONLY TO ROI, IS SECURITY.
The Past, Present, and Future of Big Data SecurityWhile Apache Hadoop and the craze around Big Data seem to have exploded out into the market, there are still a lot more questions than answers about this new environment.
Hadoop is an environment with limited structure, high ingestion volume, massive scalability and redundancy, designed for access to a vast pool of multi-structured data. What’s been missing is new security tools to match.
Read more in this article by Ulf Mattsson, Protegrity CTO, originally published by Help Net Security’s (IN)SECURE Magazine.
SafeNet dramatically reduces the cost and complexity of PCI compliance with the most complete and easy to manage data protection solution. With SafeNet, merchants, banks, and payment processors can protect sensitive data at rest, in use and in transit to meet the most challenging PCI security requirements.
Securing data today and in the future - Oracle NYCUlf Mattsson
NYOUG - New York Oracle Users Group:
- Risks Associated with Cloud Computing
- Data Tokens in a Cloud Environment
- Data Tokenization at the Gateway Layer
- Data Tokenization at the Database Layer
- Risk Management and PCI
SafeNet DataSecure vs. Native SQL Server EncryptionSafeNet
Given the vital records databases hold, these systems often represent one of the most critical areas of exposure for an organization. Consequently, as organizations look to comply with security best practices and regulatory mandates, database encryption is becoming increasingly common—and critical. Today, security teams looking to employ database encryption can choose from several alternatives. This paper provides a high level comparison of two approaches: Microsoft’s native encryption capabilities for SQL Server and the SafeNet DataSecure platform.
iaetsd Using encryption to increase the security of network storageIaetsd Iaetsd
1) The document discusses various methods for implementing encryption to secure network storage, including at the application level, file system level, device driver/network interface level, and centralized network level.
2) Centralized network encryption provides benefits like centralized key management across heterogeneous storage, while encryption in the storage device itself secures data with no performance impact and simplifies key management.
3) The best encryption method depends on factors like whether all sensitive data is in one place, performance impacts, ability to selectively encrypt, scalability needs, and compatibility across environments.
Isaca new delhi india privacy and big dataUlf Mattsson
This document summarizes Ulf Mattsson's presentation on bridging the gap between privacy and big data. Some key points:
- Ulf Mattsson is the CTO of Protegrity and has over 20 years of experience in encryption, tokenization, and data security.
- Big data and cloud computing are driving needs for data security due to regulations, expanding threats, and the desire to gain insights from sensitive data. However, emerging technologies also introduce new vulnerabilities.
- Regulations like PCI DSS and various privacy laws mandate protecting sensitive data. Compliance is important as non-compliance results in fines.
- Threats are also expanding as cyber criminals target valuable data and insiders remain
Atlanta ISSA 2010 Enterprise Data Protection Ulf MattssonUlf Mattsson
Ulf Mattsson is the CTO of Protegrity, a company that provides data security solutions through encryption, tokenization, and policy-driven approaches. He has over 20 years of experience in data security research. This presentation discusses evolving data security risks and reviews options for enterprise data protection strategies. It examines studies on implementing protection in real-world scenarios and recommends balancing performance, security, and compliance when choosing defenses for sensitive data across different systems and storage locations. The presentation also introduces Protegrity's centralized risk-adjusted platform for securing data throughout its lifecycle.
Data centric security key to digital business success - ulf mattsson - bright...Ulf Mattsson
The document discusses the need for data-centric security strategies to protect sensitive data in digital business systems. As data generation grows exponentially due to technologies like cloud computing, big data, and IoT, cybercriminals have more opportunities. A data-centric approach is needed to merge data security with productivity by controlling access, classifying data, and techniques like encryption, tokenization, and monitoring across structured and unstructured data silos. Solutions that provide centralized security policies and audit/protection of data throughout its entire flow can safely unlock the power of digital business.
The past, present, and future of big data securityUlf Mattsson
ONE OF THE BIGGEST REMAINING CONCERNS REGARDING HADOOP, PERHAPS SECOND ONLY TO ROI, IS SECURITY.
The Past, Present, and Future of Big Data SecurityWhile Apache Hadoop and the craze around Big Data seem to have exploded out into the market, there are still a lot more questions than answers about this new environment.
Hadoop is an environment with limited structure, high ingestion volume, massive scalability and redundancy, designed for access to a vast pool of multi-structured data. What’s been missing is new security tools to match.
Read more in this article by Ulf Mattsson, Protegrity CTO, originally published by Help Net Security’s (IN)SECURE Magazine.
SafeNet dramatically reduces the cost and complexity of PCI compliance with the most complete and easy to manage data protection solution. With SafeNet, merchants, banks, and payment processors can protect sensitive data at rest, in use and in transit to meet the most challenging PCI security requirements.
Securing data today and in the future - Oracle NYCUlf Mattsson
NYOUG - New York Oracle Users Group:
- Risks Associated with Cloud Computing
- Data Tokens in a Cloud Environment
- Data Tokenization at the Gateway Layer
- Data Tokenization at the Database Layer
- Risk Management and PCI
SafeNet DataSecure vs. Native SQL Server EncryptionSafeNet
Given the vital records databases hold, these systems often represent one of the most critical areas of exposure for an organization. Consequently, as organizations look to comply with security best practices and regulatory mandates, database encryption is becoming increasingly common—and critical. Today, security teams looking to employ database encryption can choose from several alternatives. This paper provides a high level comparison of two approaches: Microsoft’s native encryption capabilities for SQL Server and the SafeNet DataSecure platform.
iaetsd Using encryption to increase the security of network storageIaetsd Iaetsd
1) The document discusses various methods for implementing encryption to secure network storage, including at the application level, file system level, device driver/network interface level, and centralized network level.
2) Centralized network encryption provides benefits like centralized key management across heterogeneous storage, while encryption in the storage device itself secures data with no performance impact and simplifies key management.
3) The best encryption method depends on factors like whether all sensitive data is in one place, performance impacts, ability to selectively encrypt, scalability needs, and compatibility across environments.
Isaca new delhi india privacy and big dataUlf Mattsson
This document summarizes Ulf Mattsson's presentation on bridging the gap between privacy and big data. Some key points:
- Ulf Mattsson is the CTO of Protegrity and has over 20 years of experience in encryption, tokenization, and data security.
- Big data and cloud computing are driving needs for data security due to regulations, expanding threats, and the desire to gain insights from sensitive data. However, emerging technologies also introduce new vulnerabilities.
- Regulations like PCI DSS and various privacy laws mandate protecting sensitive data. Compliance is important as non-compliance results in fines.
- Threats are also expanding as cyber criminals target valuable data and insiders remain
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMSGregory McNulty
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMS
Cryptography is a fundamental building block of secure system design that security architects use as part of a layered approach to keep information private, and protect systems against fake communications. Potential attacks against networks and systems can be achieved by subverting communications and introducing havoc using specially constructed false messages. These types of attacks are safeguarded against when using proper modern cryptography to check the authenticity of messages and guard their privacy.
Martin Nemzow holds patents related to information security technology that assesses risk based on usage behavior and detects anomalies. The technology extracts sensitive data and stores it separately from other data, allowing reconstruction only with proper access controls. It can protect various types of data streams and transactions from internal and external threats through compartmentalization.
IBM Share Conference 2010, Boston, Ulf MattssonUlf Mattsson
This document discusses approaches to data protection beyond basic PCI compliance. It presents case studies of organizations using encryption to protect credit card data across various systems. It evaluates options like encryption, tokenization, and monitoring and argues a risk-adjusted approach is best. Centralized key management and policy can provide control while balancing security, performance and transparency across different data types and environments like cloud.
Crypto Mechanism to Provide Secure to the IOT DataIRJET Journal
The document proposes a crypto mechanism to securely store IoT data in the cloud. It discusses challenges with securing IoT data due to resource constraints of IoT devices and limitations of traditional encryption algorithms. The proposed model includes modules for authentication, data intake/encryption, management, and decryption. It establishes secure connections between IoT devices, cloud and users. Data from IoT devices is encrypted before storing in the cloud database. Encrypted data is decrypted and displayed to users after authentication. The model aims to securely store IoT data in the cloud while addressing issues like inference attacks and efficiently utilizing resources.
Isaca global journal - choosing the most appropriate data security solution ...Ulf Mattsson
Recent breaches demonstrate the urgent need to secure enterprise identities against cyberthreats that target today’s hybrid IT environment of cloud, mobile and on-premises. The rapid rise of cloud databases, storage and applications has led to unease among adopters over the security of their data. Whether it is data stored in a public, private or hybrid cloud, or used in third party SaaS applications, companies have good reason to be concerned. The biggest challenge in this interconnected world is merging data security with data value and productivity. If we are to realize the benefits promised by these new ways of doing business, we urgently need a data-centric strategy to protect the sensitive data flowing through these digital business systems.
This document provides an overview of new technologies for data protection presented by Ulf Mattsson, Chief Security Strategist at Protegrity. It discusses several emerging technologies like homomorphic encryption, differential privacy, and secure multi-party computation that can be used to enable secure data sharing and analytics while preserving privacy. It also provides examples of how these technologies can be applied in domains like healthcare, financial services, and retail to derive insights from sensitive data in a privacy-preserving manner and in compliance with regulations.
Myths and realities of data security and compliance - Isaca Alanta - ulf matt...Ulf Mattsson
Myths & Realities of Data Security & Compliance - ISACA Atlanta - Ulf Mattsson Jul 22 2016.
Data breaches are on the rise. The constant threat of cyber attacks combined with the high cost and a shortage of skilled security engineers has put many companies at risk. There is a shift in cybersecurity investment and IT risk and security leaders must move from trying to prevent every threat and acknowledge that perfect protection is not achievable. PCI DSS 3.2 is out with an important update on data discovery and requirements to detect security control failures.
In this session, cybersecurity expert Ulf Mattsson will highlight current trends in the security landscape based on major industry report findings, and discuss how we should re-think our security approach.
Yi-Lang Tsai - Cyber Security, Threat Hunting and Defence Challenge in Taiwan...REVULN
TWCSIRT is a full member of FIRST and mainly focuses on the protection of NARLabs, TANet and TWAREN. We are defense cyber-attack from internet and according to government policy to handling incident every day. I am a research fellow with National Center for High-performance Computing and lead cyber security team to operation security operation center to handling incident in Taiwan Academic Network.
In our research project from government, we are deployed the biggest honeynet in Taiwan and used over 6000 IP address to detection malicious network attack come from internet.
We have published our malware knowledge base to sharing malware samples and reports for many researchers, students, research center and sharing our data set for deep tracking about cyber security.
There are many new types of cyber-attack that’s is include ransomware, website mining, DDoS and hybrid malicious attack.
Main Points:
- What’s TWCSIRT Mission and Scope
- How to coordinate in National level with ISAC, CERT and SOC
- Cyber-attack and threat hunting in Taiwan Academic Network
- How to develop cyber security platform for incident handling
- How to do red team and blue team training by CDX
This document discusses key aspects of data security when using cloud computing services, including data in transit, at rest, and during processing. It notes that data confidentiality can be ensured through encryption, but integrity also requires message authentication codes. Data lineage and provenance are difficult for public clouds. Remanence risks inadvertent data exposure. The document recommends that sensitive data not be placed in public clouds and that data confidentiality, integrity, and availability be addressed in service level agreements.
The document discusses securing industrial control systems (ICS) infrastructure for compliance with NERC CIP standards and beyond. It outlines the network security challenges for bulk power systems in meeting compliance standards while balancing performance and costs. Real-world security vulnerabilities are described from assessments done by the GAO and Department of Energy. The paper then explains how a unified threat management approach using a single security platform can help simplify NERC compliance by providing firewall, VPN, antivirus, IPS, and authentication capabilities required without needing separate point products. This integrated solution secures the infrastructure while maintaining performance.
The document provides an overview of cloud infrastructure architecture and security. It discusses key cloud security concepts like the shared responsibility model between cloud providers and customers. It also covers common cloud security categories such as identity and access management, data security, compliance with regulations, and security best practices and frameworks.
Industrial control systems (ICS), including SCADA systems, were originally designed without security features when networks were isolated. However, they are now interconnected and vulnerable to cyber threats. Recent attacks like Stuxnet have caused significant infrastructure disruption. Fortinet and Nozomi Networks provide a joint solution to secure ICS by combining Nozomi's ICS monitoring capabilities with Fortinet's firewalls to segment networks and detect and respond to anomalies. This integrated approach scales to large ICS deployments for comprehensive protection.
This is the Fourth Chapter of Cisco Cyber Security Essentials course Which discusses the implementation aspects of Confidentiality via Encryption, Access Control Techniques
Providing managed services to your customers is more than just a proven method to retaining your existing customer base. By providing managed services, you create a recurring revenue stream that allows you to proactively plan for the growth of your business. Higher margins and a better business valuation are two of the additional benefits of providing managed services to your customer base.
Not just for IT shops anymore, copier companies, Telco’s and VoIP companies are securing their place in their market by adding managed services to their business profile.
This session will highlight how VoIP companies all over the world have followed N-able’s systematic approach to cross and up sell existing customers and execute on a new clients acquisition strategy to increase services revenue.
Enterprise Data Protection - Understanding Your Options and StrategiesUlf Mattsson
The document provides an overview of enterprise data protection options and strategies. It discusses the changing threat landscape, including increasingly sophisticated attackers and the need for preventative controls. Regarding payment card industry data security standards (PCI DSS), it notes there are 12 rules and 4 approved ways to render credit card numbers unreadable. A case study is presented of a large retail chain that used tokenization to simplify PCI compliance, achieving benefits like faster audits, lower costs, and better security. Different data security methods like hashing, encryption, and tokenization are compared in terms of how they can be applied at the application, database, and storage levels. Best practices for tokenization and evaluating various approaches are also covered.
Extending Information Security to Non-Production EnvironmentsLindaWatson19
This paper discusses the threats that non-production environments pose to database security and provides practical advice and multiple options for ensuring data assets remain secure against unauthorized access.
How the latest trends in data security can help your data protection strategy...Ulf Mattsson
Data breaches are on the rise. The constant threat of cyber attacks combined with the high cost and a shortage of skilled security engineers has put many companies at risk. There is a shift in cybersecurity investment and IT risk and security leaders must move from trying to prevent every threat and acknowledge that perfect protection is not achievable. PCI DSS 3.2 is out with an important update on data discovery and requirements to detect security control failures.
In this webinar, cybersecurity expert Ulf Mattsson will highlight current trends in the security landscape based on major industry report findings, and discuss how we should re-think our security approach.
This document discusses the challenges of implementing encryption in healthcare organizations. It begins by defining encryption and outlining regulatory requirements around encryption from HIPAA, Breach Notification rules, and Meaningful Use standards. It then describes different types of encryption needed for data at rest and in motion. The document proposes a four step process for developing an encryption management strategy, including identifying where protected health information is stored, assessing risk levels, mapping data flows, and developing appropriate encryption controls. It emphasizes that encryption is not a panacea and recommends a risk-based approach that considers technical and cost factors.
SafeNet is a private company founded in 1983 that focuses on protecting high-value information assets through all stages of their lifecycle. It provides a unified data protection platform that persistently secures data across networks and devices using centralized policy management and key controls. The platform aims to help organizations securely adapt to changing cloud environments and compliance needs.
Learn how to get more out of your PCI investment with this presentation from SafeNet titled: "Life After Compliance". Derek Tumulak discusses current approaches to PCI DSS compliance, challenges to ensuring compliance, and how to achieve best practices while addressing compliance challenges.
The document discusses securing sensitive data in Hadoop environments. It describes how Hadoop was not designed with security as a primary goal and poses challenges to protecting data. Traditional security methods like encryption have limitations for Hadoop. The document introduces Voltage Security's data-centric security platform that uses encryption and tokenization techniques to protect data at the field level within Hadoop and allow authorized access. It provides two product packages for Hadoop security.
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMSGregory McNulty
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMS
Cryptography is a fundamental building block of secure system design that security architects use as part of a layered approach to keep information private, and protect systems against fake communications. Potential attacks against networks and systems can be achieved by subverting communications and introducing havoc using specially constructed false messages. These types of attacks are safeguarded against when using proper modern cryptography to check the authenticity of messages and guard their privacy.
Martin Nemzow holds patents related to information security technology that assesses risk based on usage behavior and detects anomalies. The technology extracts sensitive data and stores it separately from other data, allowing reconstruction only with proper access controls. It can protect various types of data streams and transactions from internal and external threats through compartmentalization.
IBM Share Conference 2010, Boston, Ulf MattssonUlf Mattsson
This document discusses approaches to data protection beyond basic PCI compliance. It presents case studies of organizations using encryption to protect credit card data across various systems. It evaluates options like encryption, tokenization, and monitoring and argues a risk-adjusted approach is best. Centralized key management and policy can provide control while balancing security, performance and transparency across different data types and environments like cloud.
Crypto Mechanism to Provide Secure to the IOT DataIRJET Journal
The document proposes a crypto mechanism to securely store IoT data in the cloud. It discusses challenges with securing IoT data due to resource constraints of IoT devices and limitations of traditional encryption algorithms. The proposed model includes modules for authentication, data intake/encryption, management, and decryption. It establishes secure connections between IoT devices, cloud and users. Data from IoT devices is encrypted before storing in the cloud database. Encrypted data is decrypted and displayed to users after authentication. The model aims to securely store IoT data in the cloud while addressing issues like inference attacks and efficiently utilizing resources.
Isaca global journal - choosing the most appropriate data security solution ...Ulf Mattsson
Recent breaches demonstrate the urgent need to secure enterprise identities against cyberthreats that target today’s hybrid IT environment of cloud, mobile and on-premises. The rapid rise of cloud databases, storage and applications has led to unease among adopters over the security of their data. Whether it is data stored in a public, private or hybrid cloud, or used in third party SaaS applications, companies have good reason to be concerned. The biggest challenge in this interconnected world is merging data security with data value and productivity. If we are to realize the benefits promised by these new ways of doing business, we urgently need a data-centric strategy to protect the sensitive data flowing through these digital business systems.
This document provides an overview of new technologies for data protection presented by Ulf Mattsson, Chief Security Strategist at Protegrity. It discusses several emerging technologies like homomorphic encryption, differential privacy, and secure multi-party computation that can be used to enable secure data sharing and analytics while preserving privacy. It also provides examples of how these technologies can be applied in domains like healthcare, financial services, and retail to derive insights from sensitive data in a privacy-preserving manner and in compliance with regulations.
Myths and realities of data security and compliance - Isaca Alanta - ulf matt...Ulf Mattsson
Myths & Realities of Data Security & Compliance - ISACA Atlanta - Ulf Mattsson Jul 22 2016.
Data breaches are on the rise. The constant threat of cyber attacks combined with the high cost and a shortage of skilled security engineers has put many companies at risk. There is a shift in cybersecurity investment and IT risk and security leaders must move from trying to prevent every threat and acknowledge that perfect protection is not achievable. PCI DSS 3.2 is out with an important update on data discovery and requirements to detect security control failures.
In this session, cybersecurity expert Ulf Mattsson will highlight current trends in the security landscape based on major industry report findings, and discuss how we should re-think our security approach.
Yi-Lang Tsai - Cyber Security, Threat Hunting and Defence Challenge in Taiwan...REVULN
TWCSIRT is a full member of FIRST and mainly focuses on the protection of NARLabs, TANet and TWAREN. We are defense cyber-attack from internet and according to government policy to handling incident every day. I am a research fellow with National Center for High-performance Computing and lead cyber security team to operation security operation center to handling incident in Taiwan Academic Network.
In our research project from government, we are deployed the biggest honeynet in Taiwan and used over 6000 IP address to detection malicious network attack come from internet.
We have published our malware knowledge base to sharing malware samples and reports for many researchers, students, research center and sharing our data set for deep tracking about cyber security.
There are many new types of cyber-attack that’s is include ransomware, website mining, DDoS and hybrid malicious attack.
Main Points:
- What’s TWCSIRT Mission and Scope
- How to coordinate in National level with ISAC, CERT and SOC
- Cyber-attack and threat hunting in Taiwan Academic Network
- How to develop cyber security platform for incident handling
- How to do red team and blue team training by CDX
This document discusses key aspects of data security when using cloud computing services, including data in transit, at rest, and during processing. It notes that data confidentiality can be ensured through encryption, but integrity also requires message authentication codes. Data lineage and provenance are difficult for public clouds. Remanence risks inadvertent data exposure. The document recommends that sensitive data not be placed in public clouds and that data confidentiality, integrity, and availability be addressed in service level agreements.
The document discusses securing industrial control systems (ICS) infrastructure for compliance with NERC CIP standards and beyond. It outlines the network security challenges for bulk power systems in meeting compliance standards while balancing performance and costs. Real-world security vulnerabilities are described from assessments done by the GAO and Department of Energy. The paper then explains how a unified threat management approach using a single security platform can help simplify NERC compliance by providing firewall, VPN, antivirus, IPS, and authentication capabilities required without needing separate point products. This integrated solution secures the infrastructure while maintaining performance.
The document provides an overview of cloud infrastructure architecture and security. It discusses key cloud security concepts like the shared responsibility model between cloud providers and customers. It also covers common cloud security categories such as identity and access management, data security, compliance with regulations, and security best practices and frameworks.
Industrial control systems (ICS), including SCADA systems, were originally designed without security features when networks were isolated. However, they are now interconnected and vulnerable to cyber threats. Recent attacks like Stuxnet have caused significant infrastructure disruption. Fortinet and Nozomi Networks provide a joint solution to secure ICS by combining Nozomi's ICS monitoring capabilities with Fortinet's firewalls to segment networks and detect and respond to anomalies. This integrated approach scales to large ICS deployments for comprehensive protection.
This is the Fourth Chapter of Cisco Cyber Security Essentials course Which discusses the implementation aspects of Confidentiality via Encryption, Access Control Techniques
Providing managed services to your customers is more than just a proven method to retaining your existing customer base. By providing managed services, you create a recurring revenue stream that allows you to proactively plan for the growth of your business. Higher margins and a better business valuation are two of the additional benefits of providing managed services to your customer base.
Not just for IT shops anymore, copier companies, Telco’s and VoIP companies are securing their place in their market by adding managed services to their business profile.
This session will highlight how VoIP companies all over the world have followed N-able’s systematic approach to cross and up sell existing customers and execute on a new clients acquisition strategy to increase services revenue.
Enterprise Data Protection - Understanding Your Options and StrategiesUlf Mattsson
The document provides an overview of enterprise data protection options and strategies. It discusses the changing threat landscape, including increasingly sophisticated attackers and the need for preventative controls. Regarding payment card industry data security standards (PCI DSS), it notes there are 12 rules and 4 approved ways to render credit card numbers unreadable. A case study is presented of a large retail chain that used tokenization to simplify PCI compliance, achieving benefits like faster audits, lower costs, and better security. Different data security methods like hashing, encryption, and tokenization are compared in terms of how they can be applied at the application, database, and storage levels. Best practices for tokenization and evaluating various approaches are also covered.
Extending Information Security to Non-Production EnvironmentsLindaWatson19
This paper discusses the threats that non-production environments pose to database security and provides practical advice and multiple options for ensuring data assets remain secure against unauthorized access.
How the latest trends in data security can help your data protection strategy...Ulf Mattsson
Data breaches are on the rise. The constant threat of cyber attacks combined with the high cost and a shortage of skilled security engineers has put many companies at risk. There is a shift in cybersecurity investment and IT risk and security leaders must move from trying to prevent every threat and acknowledge that perfect protection is not achievable. PCI DSS 3.2 is out with an important update on data discovery and requirements to detect security control failures.
In this webinar, cybersecurity expert Ulf Mattsson will highlight current trends in the security landscape based on major industry report findings, and discuss how we should re-think our security approach.
This document discusses the challenges of implementing encryption in healthcare organizations. It begins by defining encryption and outlining regulatory requirements around encryption from HIPAA, Breach Notification rules, and Meaningful Use standards. It then describes different types of encryption needed for data at rest and in motion. The document proposes a four step process for developing an encryption management strategy, including identifying where protected health information is stored, assessing risk levels, mapping data flows, and developing appropriate encryption controls. It emphasizes that encryption is not a panacea and recommends a risk-based approach that considers technical and cost factors.
SafeNet is a private company founded in 1983 that focuses on protecting high-value information assets through all stages of their lifecycle. It provides a unified data protection platform that persistently secures data across networks and devices using centralized policy management and key controls. The platform aims to help organizations securely adapt to changing cloud environments and compliance needs.
Learn how to get more out of your PCI investment with this presentation from SafeNet titled: "Life After Compliance". Derek Tumulak discusses current approaches to PCI DSS compliance, challenges to ensuring compliance, and how to achieve best practices while addressing compliance challenges.
The document discusses securing sensitive data in Hadoop environments. It describes how Hadoop was not designed with security as a primary goal and poses challenges to protecting data. Traditional security methods like encryption have limitations for Hadoop. The document introduces Voltage Security's data-centric security platform that uses encryption and tokenization techniques to protect data at the field level within Hadoop and allow authorized access. It provides two product packages for Hadoop security.
The document discusses a storage encryption solution from Bloombase and Thales that protects sensitive data at rest across heterogeneous storage environments. It can encrypt data in on-premises, virtualized, and cloud-based storage. The solution includes Bloombase StoreSafe software that transparently encrypts data, and can integrate with Thales' nShield hardware security module or keyAuthority centralized key manager for cryptographic acceleration and key management. This facilitates regulatory compliance for financial and government customers.
Protecting your data against cyber attacks in big data environmentsat MicroFocus Italy ❖✔
This article discusses the inherent risk of big data environments such as Hadoop and how
companies can take steps to protect the data in such an environment from current attacks.
It describes the best practices in applying current technology to secure sensitive data
without removing analytical capabilities.
Protecting your data against cyber attacks in big data environmentsat MicroFocus Italy ❖✔
This article discusses the inherent risk of big data environments such as Hadoop and how
companies can take steps to protect the data in such an environment from current attacks.
It describes the best practices in applying current technology to secure sensitive data
without removing analytical capabilities.
IRJET - DOD Data Hiding Technique using Advanced LSB with AES-256 AlgorithmIRJET Journal
This document presents a new data hiding technique that uses AES-256 encryption and an advanced LSB steganography method to securely transmit confidential data over the internet. The proposed method encrypts user data using AES-256 before hiding it in any file format using least significant bit manipulation. Only the sender and receiver can detect and extract the hidden data. This provides improved security compared to previous methods. The technique can hide data of any file type, including text, images, videos and executables. It aims to achieve high security, robustness, imperceptibility and data capacity.
This document discusses the importance of protecting electronic patient health information and developing a comprehensive data security strategy. It emphasizes that healthcare providers must prevent unauthorized access, use, and disclosure of patient information. An effective strategy involves assessing all technologies used, evaluating risks of unauthorized access, and implementing encryption with proper key management. Appliance-based encryption solutions are recommended as they offer high performance, easy management, and scalability without additional licensing costs.
Iaetsd enhancement of performance and security in bigdata processingIaetsd Iaetsd
This document discusses enhancing performance and security in big data processing. It proposes collecting sensitive data and encrypting it using proxy re-encryption before storing it in a NoSQL database for increased security. The encrypted data can then be decrypted and accessed by authorized external users. MapReduce is used to filter duplicate data during access.
This document summarizes a research paper that proposes a security architecture for cloud computing that dynamically configures cryptographic algorithms and keys based on security policies and inputs like network access risk and data sensitivity. The architecture aims to improve security while reducing costs by only using the necessary level of encryption for each situation. It describes using the Blowfish algorithm instead of AES and adjusting the key size from 128 to 448 bits depending on factors like network type and data size. Results show Blowfish has better performance than AES, especially with larger keys on larger amounts of data. The goal is to provide flexible, efficient security tailored to each user's needs.
Encryption technology is important for healthcare organizations to protect patient health information. An appliance-based encryption solution like the JANA series can offer strong security while being simple to implement and manage. The JANA appliances encrypt data in transit and at rest using key management processes to ensure privacy and HIPAA compliance. They integrate easily into healthcare IT systems and scale from small practices to large networks.
Enterprise data is increasingly at risk due to advances in technology that have made data more distributed and real-time. Traditional perimeter security controls are insufficient against insider threats, so data encryption is needed. However, traditional encryption tools are inefficient and difficult to scale for modern environments. Bloombase StoreSafe is presented as a solution that provides application-transparent encryption and key management to securely protect enterprise data across on-premises and cloud-based infrastructure with minimal disruption.
IRJET- Securing the Transfer of Confidential Data in Fiscal Devices using Blo...IRJET Journal
This document proposes a method to securely transfer confidential fiscal data using blockchain technology. It discusses how fiscal devices currently transfer tax-related data in an unencrypted manner, posing security risks. The proposed method uses AES-256 encryption to secure taxpayer personal data. For large amounts of data, blockchain is used to store the encrypted data in blocks, reducing storage needs and protecting the data. This allows secure transfer of bulk fiscal data between tax authorities while preventing hacking and unauthorized access to taxpayer information during transactions.
This document discusses several topics related to cyber security including:
1. Windows security features such as User Account Control, BitLocker Drive Encryption, and Windows Firewall.
2. Network security challenges such as verifying user identity, protecting against DDoS attacks, and securing web applications.
3. Limitations of today's security solutions and how the modern workplace has increased risks from factors like telecommuting and use of mobile devices.
4. Types of internet security protocols and cryptography techniques as well as common forms of malicious software like viruses, worms, and trojan horses.
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
The document proposes a cloud-assisted mobile healthcare system that addresses privacy and security issues. It introduces using a private cloud to store and process health data, while utilizing public cloud storage. The system provides efficient key management, privacy-preserving data storage and retrieval, and auditability. It analyzes existing systems and their disadvantages around scalability, trust, and data sharing controls. The proposed system aims to offer improved confidentiality, access control, revocation, and usability of health records through its integrated technical approaches.
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
Similar to Crittografia end to-end basata sui dati come volano della app economy (20)
Configuration management is still important for companies using multi-cloud environments to gain visibility, control, and compliance over their cloud resources. Some benefits of configuration management for multi-cloud include visibility over cloud configurations and services, control over cloud resources through policies and automation, and easier transition of workloads between on-premise and cloud environments. Micro Focus provides configuration management capabilities that can discover resources in major public clouds like AWS and Azure as well as private clouds.
Technology’s role in data protection – the missing link in GDPR transformationat MicroFocus Italy ❖✔
This document discusses the role of technology in data protection and GDPR compliance. It argues that technology has historically been both the cause of data protection issues as well as the solution, but technologies have not always been designed with data protection in mind. The GDPR will require organizations to critically examine their technologies and ensure they have the capabilities needed to comply with principles like data minimization, individual rights to access and erasure, and security. Organizations need to understand how personal data flows through their systems and assess technology risks in order to design systems that protect privacy by default. Failure to address technology issues could lead to regulatory fines and litigation under the GDPR.
HPE SecureMail è una soluzione di email encryption utilizzata nei più grandi progetti si secure messaging del mondo. HPE SecureMail utilizza tecnologie di encryption avanzate già ampiamente testate, basate sui principi delle Next Generation PKI , in grado di fornire un livello di sicurezza eccezionale ed allo stesso tempo una facilità di utilizzo e configurazione che non ha rivali nel panorama di soluzioni mail encryption alternative. Con HPE SecureMail, le informazioni più sensibili e private possono essere trasmesse con sicurezza tramite posta elettronica con la stessa facilità d’uso delle email in chiaro che scambiamo quotidianamente.
Una soluzione unica per Desktop, Web, Mobile, Cloud, Applicazioni ed Automazione.
Last Thursday I have been to the CEOP: Child Exploitation & Online Protection Centre Workshop.
Today is Safer Internet Day 2017 and I want share with all of you the pdf I got from CEOP and keep you aware about Cyberbullying and Online Grooming.
We HAVE TO keep safe our kids.
The Best Articles of 2016 DEVELOPING AND CONNECTING CYBERSECURITY LEADERS GLO...at MicroFocus Italy ❖✔
Article: Crypto Wars II
By Luther Martin – ISSA member, Silicon Valley Chapter
and Amy Vosters
The debate over whether or not to give US law
enforcement officials the ability to decrypt encrypted
messaging has recently been revisited after a twentyyear
break. The results may be surprising.
The HPE SecureData Payments solution is intended to increase the security of card-present payments
without impacting the buyer experience. Solutions based on HPE SecureData Payments reduce
merchant risk of losing credit card data and potentially reduce the number of PCI DSS controls applicable
to the retail payment environment substantially.
HPE SecureData Payments implements encryption of sensitive credit card data in point-of-interaction
(POI) devices’ firmware, immediately on swipe, insertion, tap, or manual entry. Sensitive card information
can only be decrypted by the solution provider, typically a payment service. Even a compromise of the
point-of-sale (POS) system does not expose customers’ sensitive data.
Merchants can also realize reduction in DSS compliance scope by implementing their own HPE
SecureData Payments solution.
AUDIENCE
This assessment white paper has three target audiences:
1. First, merchants using HPE SecureData Payments to create proprietary encryption solutions for
card-present payments
2. The second is service providers, like processors, and payment services that are developing cardpresent
encryption services that utilize HPE SecureData Payments
3. The third is the QSA and internal audit community that is evaluating solutions in both merchant
and service provider environments using the HPE SecureData Payments solution
ASSESSMENT SCOPE
HPE contracted with Coalfire to provide an independent compliance impact review of the HPE
SecureData Payments solution. The intent of this assessment was to analyze the impact on PCI DSS
scope of applicable controls for merchants that implement an HPE SecureData Payments solution for
their card-present sales.
Discover HPE Software
Technology and business are changing at an unprecedented rate.
New ways of doing business from streamlining processes, fasttracking
innovation, and delivering amazing customer experience
all come from the convergence of IT and business strategy. But
you need to be fast to win. At HPE Software we can accelerate
your digital transformation.
Change is at our core. On 7 September, Hewlett Packard
Enterprise announced plans for a spin-off and merger of our
software business unit with Micro Focus, a global software
company dedicated to delivering and supporting enterprise
software solutions. The combination of HPE software assets
with Micro Focus will create one of the world’s largest pure-play
enterprise software companies. We will remain focused on helping
you get the most out of the software that runs your business.
Discover how HPE Software can help you thrive in a world of
digital transformation.
The National Cyber Security Strategy 2016 to 2021 sets out the government's p...at MicroFocus Italy ❖✔
The UK is one of the world’s leading
digital nations. Much of our prosperity
now depends on our ability to secure our
technology, data and networks from the
many threats we face.
Yet cyber attacks are growing more
frequent, sophisticated and damaging when
they succeed. So we are taking decisive
action to protect both our economy and the
privacy of UK citizens.
Our National Cyber Security Strategy sets out
our plan to make Britain confident, capable
and resilient in a fast-moving digital world.
Over the lifetime of this five-year strategy,
we will invest £1.9 billion in defending
our systems and infrastructure, deterring
our adversaries, and developing a wholesociety
capability – from the biggest
companies to the individual citizen.
From the most basic cyber hygiene, to the
most sophisticated deterrence, we need a
comprehensive response.
We will focus on raising the cost of
mounting an attack against anyone in the
UK, both through stronger defences and
better cyber skills. This is no longer just
an issue for the IT department but for the
whole workforce. Cyber skills need to reach
into every profession.
The new National Cyber Security Centre will
provide a hub of world-class, user-friendly
expertise for businesses and individuals, as
well as rapid response to major incidents.
Government has a clear leadership role,
but we will also foster a wider commercial
ecosystem, recognising where industry
can innovate faster than us. This includes
a drive to get the best young minds into
cyber security.
The cyber threat impacts the whole of our
society, so we want to make very clear
that everyone has a part to play in our
national response. It’s why this strategy is
an unprecedented exercise in transparency.
We can no longer afford to have this
discussion behind closed doors.
Ultimately, this is a threat that cannot be
completely eliminated. Digital technology
works because it is open, and that
openness brings with it risk. What we
can do is reduce the threat to a level that
ensures we remain at the vanguard of the
digital revolution. This strategy sets out how.
This thesis aims to give a theoretical as well as practical overview of an emerging issue in the field of IT security named Format Preserving Encryption (FPE).
Although FPE is not new, it is relatively unknown. It is used in the full-disk encryption and some other areas. Nevertheless, it is to this day even unknown to many cryptographers. Another issue that is on everyone's lips is the Internet of Things (IoT). IoT offers a whole new scope for FPE and could give it possibly a further boost.
Format Preserving Encryption is - as the name says - an encryption in which the format of the encrypted data is maintained. When a plaintext is encrypted with FPE, the ciphertext then has the same format again. As illustrated for example on the cover page: If we encrypt the owner and the number of a credit card with AES we get an unrecognizable string. If we use FPE instead, we might get for example Paul Miller and the number 4000 0838 7507 2846. The advantage is that for man and/or machine nothing changes. The encryption is therefore not noticed without analysis of the data. The advantage can also become a disadvantage. An attacker has with the format of the ciphertext already information about the plaintext.
This thesis starts with an introduction to the Format Preserving Encryption. In doing so, different variants of FPE are shown. In a next step, a Java library is explained and documented, in which we have implemented some of these FPE variants. This library is designed to enable programmers to use FPE without the need for detailed knowledge about the functionality. Then we explain by means of a tutorial and step by step with a concrete and simple example, how a subsequent integration of FPE could look like. In a final part the integration into a more complex and already widely used application is shown, an Android app called OwnTracks.
With this combination of theoretical and practical information a broad basic knowledge should be provided on the topic, which then can serve as a basis on how FPE can be used and whether a use is reasonable.
The Business of Hacking - Business innovation meets the business of hackingat MicroFocus Italy ❖✔
Introduction
Attackers are sophisticated. They are organized. We hear these statements a lot but what
do they mean to us? What does it mean to our businesses? When we dig deeper into the
“business of hacking,” we see that the attackers have become almost corporate in their behavior.
Their business looks a lot like ours. Cyber criminals look to maximize their profits and minimize
risk. They have to compete on quality, customer service, price, reputation, and innovation. The
suppliers specialize in their market offerings. They have software development lifecycles and
are rapidly moving to Software as a Service (SaaS) offerings. Our businesses overlap in so many
ways that we should start to look at these attackers as competitors.
This paper will explore the business of hacking: the different ways people make money by
hacking, the motivations, the organization. It will break down the businesses’ profitability and
risk levels, and provide an overall SWOT analysis. From this, opportunities for disruption will be
discussed and a competitive approach for disrupting the business of hacking will be laid out.
The information in this paper draws on data and observations from HPE Security teams, open
source intelligence, and other industry reports as noted.
Whether building in enterprise security or applying security intelligence and advanced analytics,
we can use our understanding of the business of hacking and the threats to our specific
businesses to ensure that we are investing in the most effective security strategy.
Users are reaching for mobile devices numerous times every day specifically to use mobile apps. The power and
freedom of connected mobile computing continues to raise expectations but users have little patience for problematic
apps. Mobile device users heavily rely on peer reviews and star ratings to help them choose their apps. Once a
mobile app is installed, that app is judged for its speed, responsiveness and stability which define the user experience
and overall satisfaction. Yet this study finds that users are experiencing app issues regularly. Critically, this report
reveals that apps that exhibit issues are quickly abandoned after just a couple of occurrences.
For a company who creates mobile apps, while good performance can lead to satisfied user and app downloads,
poor performance will result in quick app abandonment. The findings indicate that the key to loyal customers from
mobile apps is directly related to the mobile app performance, stability and resource consumption. Metrics defining
the mobile app user experience must be measured from the customer’s perspective and ensure it meets or exceeds
expectations at all times. The consequence of failing to meet user expectations is not only app abandonment – it also
leads to a tarnished brand with lost revenue opportunities from both current and future users.
Ogni attività di recupero crediti deve avvenire nel rispetto della
dignità personale del debitore, evitando comportamenti che ne
possano ledere la riservatezza a causa di un momento di
difficoltà economica o di una dimenticanza.
Gli accertamenti del Garante hanno messo in luce l'esistenza di
prassi in alcuni casi decisamente invasive (visite a domicilio o
sul posto di lavoro; reiterate sollecitazioni al telefono fisso o sul
cellulare; telefonate preregistrate; invio di posta con l'indicazione
all'esterno della scritta "recupero crediti" o "preavviso esecuzione
notifica", fino all'affissione di avvisi di mora sulla porta di casa.
Spesso anche dati personali di intere famiglie risultavano inseriti
nei data base del soggetto creditore o delle società di recupero
crediti).
È per questo motivo che l'Autorità ha deciso di intervenire con un
provvedimento generale e prescrivere a quanti svolgono
l'attività di recupero crediti (le società specializzate e quanti -
finanziarie, banche, concessionari di pubblici servizi, compagnie
telefoniche - svolgono tale attività direttamente) le misure
necessarie perché tutto si svolga nel rispetto dei principi di liceità,
correttezza e pertinenza.
The 2015 Threat Report provides a comprehensive overview of the cyber
threat landscape facing both companies and individuals. Using data from 2015,
this report combines our observations on reported malware encounters with
threat intelligence, and identifies several key trends and developments.
The report introduces the Chain of Compromise as an analytical concept to
help readers, particularly those working in cyber security and information
technology roles, understand how attackers compromise security using
different combinations of tactics and resources. Some of 2015’s most prominent
threats, such as exploit kits, ransomware, and DNS hijacks, are discussed in
relation to this model, demonstrating how users become compromised by
modern cyber attacks.
Key findings discussed in the report include the establishment of worms,
exploits, and macro malware as trending threats; the increasing use of cryptoransomware
for online extortion; and an increase in the use and efficiency of
Flash vulnerabilities in exploit kits. The report also highlights the significance
of different cyber security events that occurred in 2015, including the discovery
of the XcodeGhost bug in Apple’s App Store, the exposure of the Dukes
advanced persistent threat group, and signs that the intersection between
geopolitics and cyber security is paving the way toward a cyber arms race.
Information on the global threat landscape is supplemented with details on
the prominent threats facing different countries and regions, highlighting the
fact that while the Internet connects everyone, attackers can develop and
distribute resources to selectively target people and companies with greater
efficiency
Anche se crescono nuove forme di comunicazione, come l'Instant Messaging, che dal consumer si espande nell'ambito business, la posta elettronica è innegabilmente un elemento critico nei processi aziendali. Di fatto, una pratica comune è quella di utilizzare la casella di posta elettronica come repository non solo delle corrispondenze importanti con colleghi, collaboratori, clienti e fornitori, ma anche di file e documenti che possono essere così recuperabili in qualsiasi momento, anche attraverso un dispositivo mobile. Non è poi passato così tanto tempo da quando la posta elettronica rappresentava la killer application per la diffusione dei dispositivi mobili in azienda e lo sviluppo della Unified Communication e Collaboration non fa altro che confermarne l'utilità. Questo, però, insieme allo sviluppo della mobility non fa che fornire continui grattacapi ai responsabili dei sistemi informativi e della sicurezza in particolare.
L'email è una delle principali forme di comunicazione verso l'esterno, cioè oltre il firewall. È quindi anche, se non adeguatamente protetta, la principale via per immettere nel sistema aziendale dei malware o, più in generale, dei kit software preposti a sferrare attacchi all'infrastruttura. Ma non basta entrare, bisogna anche uscire con i dati copiati ed è sempre l'email a rappresentare una delle vie d'uscita più vulnerabili e, come tale, utilizzata per portare le informazioni all'esterno dell'azienda.
Se guardiamo solo l'ultimo decennio, possiamo osservare come la posta elettronica sia stata utilizzata per realizzare varie tipologie di truffe o attacchi informatici. Vanno ricordati, per esempio, i "worm", cioè un particolare tipo di codice malware il cui scopo era di penetrare nel computer della vittima lasciando traccia del suo passaggio con un virus, praticamente impedendone l'uso. Per entrare utilizzava un messaggio email contenente un allegato infetto e, per diffondersi si "autoinviava" a tutti i contatti della vittima stessa. Il più famoso è "I Love You", il cui scopo era compiere il "giro del mondo" nel più breve tempo possibile.
Did you suffer a data breach in 2014? Even if you avoided
a breach, it’s likely that you saw an increase in the number
of security incidents — according to PwC research, since
2009 the volume has grown at an average of 66% per
year.1 It seems that it’s only retailers and entertainment
companies that make the headlines, but organizations
of all kinds are affected. In this report we look at how
well prepared companies are to withstand attacks and
mitigate the impact of breaches, and recommend how
you can improve.
Preparing today for tomorrow’s threats.
When companies hear the word “security,” what concepts come to mind
— safety, protection or perhaps comfort? To the average IT administrator,
security conjures up images of locked-down networks and virus-free devices.
An attacker, state-sponsored agent or hactivist, meanwhile, may view security
as a way to demonstrate expertise by infiltrating and bringing down corporate
or government networks for profit, military goals, political gain — or even fun.
We live in a world in which cybercrime is on the rise. A quick scan of the
timeline of major incidents (See Figure 1, Page 9) shows the increasing
frequency and severity of security breaches — a pattern that is likely
to continue for years to come. Few if any organizations are safe from
cybercriminals, to say nothing of national security. In fact, experts even
exposed authentication and encryption vulnerabilities in the U.S. Federal
Aviation Administration’s new state-of-the-art multibillion-dollar air
traffic control system
Hewlett Packard Enterprise (HPE) ha pubblicato l’edizione 2016 dello studio HPE Cyber Risk Report, un rapporto che identifica le principali minacce alla sicurezza subite dalle aziende nel corso dell’anno passato. La dissoluzione dei tradizionali perimetri di rete e la maggiore esposizione agli attacchi sottopongono gli specialisti della sicurezza a crescenti sfide per riuscire a proteggere utenti, applicazioni e dati senza tuttavia ostacolare l’innovazione né rallentare le attività aziendali.
La presente edizione del Cyber Risk Report analizza lo scenario delle minacce del 2015, proponendo azioni di intelligence nelle principali aree di rischio, quali la vulnerabilità delle applicazioni, le patch di sicurezza e la crescente monetizzazione del malware. Il report approfondisce inoltre tematiche di settore rilevanti come le nuove normative nell’ambito della ricerca sulla sicurezza, i “danni collaterali” derivanti dal furto di dati importanti, i mutamenti delle agende politiche e il costante dibattito su privacy e sicurezza.
Se le applicazioni web sono una fonte di rischio significativa per le organizzazioni, quelle mobile presentano rischi maggiori e più specifici. Il frequente utilizzo di informazioni personali da parte delle applicazioni mobili genera infatti vulnerabilità nella conservazione e trasmissione di informazioni riservate e sensibili, con circa il 75% delle applicazioni mobili analizzate che presenta almeno una vulnerabilità critica o ad alto rischio rispetto al 35% delle applicazioni non mobili.
Lo sfruttamento delle vulnerabilità software continua a essere un vettore di attacco primario, soprattutto in presenza di vulnerabilità mobili. Basti pensare che, come nel 2014,le prime dieci vulnerabilità sfruttate nel 2015 erano note da oltre un anno e il 68% di esse da tre anni o più. Windows è stata la piattaforma software più colpita nel 2015: il 42% delle prime 20 vulnerabilità scoperte è stato indirizzato a piattaforme e applicazioni Microsoft. Colpisce poi anche un altro dato. Il 29% di tutti gli attacchi condotti con successo nel 2015 ha infatti utilizzato quale vettore di infezione Stuxnet, un codice del 2010 già sottoposto a due patch.
Passando ai malware, i bersagli sono cambiati notevolmente in funzione dell’evoluzione dei trend e di una sempre maggiore focalizzazione sull’opportunità di trarre guadagno. Il numero di minacce, malware e applicazioni potenzialmente indesiderate per Android è cresciuto del 153% da un anno all’altro: ogni giorno vengono scoperte oltre 10.000 nuove minacce. Apple iOS ha registrato le percentuali di crescita maggiori, con un incremento delle tipologie di malware di oltre il 230% anno su anno.
To implement data-centric security, while simultaneously empowering your business to compete and win in today’s nano-second world, you need to understand your data flows and your business needs from your data. Begin by answering some important questions:
•
What does your organization need from your data in order to extract the maximum business value and gain a competitive advantage?
•
What opportunities might be leveraged by improving the security posture of the data?
•
What risks exist based upon your current security posture? What would the impact of a data breach be on the organization? Be specific!
•
Have you clearly defined which data (both structured and unstructured) residing across your extended enterprise is most important to your business? Where is it?
•
What people, processes and technology are currently employed to protect your business sensitive information?
•
Who in your organization requires access to data and for what specific purposes?
•
What time constraints exist upon the organization that might affect the technical infrastructure?
•
What must you do to comply with the myriad government and industry regulations relevant to your business?
Finally, ask yourself what a successful data-centric protection program should look like in your organization. What’s most appropriate for your organization?
The answers to these and other related questions would provide you with a clearer picture of your enterprise’s “data attack surface,” which in turn will provide you with a well-documented risk profile. By answering these questions and thinking holistically about where your data is, how it’s being used and by whom, you’ll be well positioned to design and implement a robust, business-enabling data-centric protection plan that is tailored to the unique requirements of your organization.
State of Security Operations 2016 report of capabilities and maturity of cybe...at MicroFocus Italy ❖✔
As businesses continue to adopt new cloud and mobile functionality rapidly, we find the
edges of the network even more blurred, and our definitions of data ownership and breach
responsibility continue to evolve. Staffing and training continue to be the foremost challenge
of the modern SOC. This is paving the way to hybrid staffing models and hybrid infrastructures
that require less in-house expertise. As a result, highly skilled security team members can then
be utilized for a more specialized hunt and analytics-focused work.
There is no question this year has been both an exciting and challenging time to be in the field
of cyber security. On one hand, it is disheartening to see the continued decline in the maturity
and effectiveness of security operations, while, on the other, I know that we are in the middle
of an exciting and transformative change in our field. You can feel it. We must go where the
data leads us, and we believe that is to widen our definition of security operations to leverage
analytics, data science, Big Data, and shared intelligence to become more effective in protecting
today’s digital enterprise.
What to do when you have a perfect model for your software but you are constrained by an imperfect business model?
This talk explores the challenges of bringing modelling rigour to the business and strategy levels, and talking to your non-technical counterparts in the process.
Using Query Store in Azure PostgreSQL to Understand Query PerformanceGrant Fritchey
Microsoft has added an excellent new extension in PostgreSQL on their Azure Platform. This session, presented at Posette 2024, covers what Query Store is and the types of information you can get out of it.
E-Invoicing Implementation: A Step-by-Step Guide for Saudi Arabian CompaniesQuickdice ERP
Explore the seamless transition to e-invoicing with this comprehensive guide tailored for Saudi Arabian businesses. Navigate the process effortlessly with step-by-step instructions designed to streamline implementation and enhance efficiency.
DECODING JAVA THREAD DUMPS: MASTER THE ART OF ANALYSISTier1 app
Are you ready to unlock the secrets hidden within Java thread dumps? Join us for a hands-on session where we'll delve into effective troubleshooting patterns to swiftly identify the root causes of production problems. Discover the right tools, techniques, and best practices while exploring *real-world case studies of major outages* in Fortune 500 enterprises. Engage in interactive lab exercises where you'll have the opportunity to troubleshoot thread dumps and uncover performance issues firsthand. Join us and become a master of Java thread dump analysis!
The Key to Digital Success_ A Comprehensive Guide to Continuous Testing Integ...kalichargn70th171
In today's business landscape, digital integration is ubiquitous, demanding swift innovation as a necessity rather than a luxury. In a fiercely competitive market with heightened customer expectations, the timely launch of flawless digital products is crucial for both acquisition and retention—any delay risks ceding market share to competitors.
Measures in SQL (SIGMOD 2024, Santiago, Chile)Julian Hyde
SQL has attained widespread adoption, but Business Intelligence tools still use their own higher level languages based upon a multidimensional paradigm. Composable calculations are what is missing from SQL, and we propose a new kind of column, called a measure, that attaches a calculation to a table. Like regular tables, tables with measures are composable and closed when used in queries.
SQL-with-measures has the power, conciseness and reusability of multidimensional languages but retains SQL semantics. Measure invocations can be expanded in place to simple, clear SQL.
To define the evaluation semantics for measures, we introduce context-sensitive expressions (a way to evaluate multidimensional expressions that is consistent with existing SQL semantics), a concept called evaluation context, and several operations for setting and modifying the evaluation context.
A talk at SIGMOD, June 9–15, 2024, Santiago, Chile
Authors: Julian Hyde (Google) and John Fremlin (Google)
https://doi.org/10.1145/3626246.3653374
8 Best Automated Android App Testing Tool and Framework in 2024.pdfkalichargn70th171
Regarding mobile operating systems, two major players dominate our thoughts: Android and iPhone. With Android leading the market, software development companies are focused on delivering apps compatible with this OS. Ensuring an app's functionality across various Android devices, OS versions, and hardware specifications is critical, making Android app testing essential.
UI5con 2024 - Bring Your Own Design SystemPeter Muessig
How do you combine the OpenUI5/SAPUI5 programming model with a design system that makes its controls available as Web Components? Since OpenUI5/SAPUI5 1.120, the framework supports the integration of any Web Components. This makes it possible, for example, to natively embed own Web Components of your design system which are created with Stencil. The integration embeds the Web Components in a way that they can be used naturally in XMLViews, like with standard UI5 controls, and can be bound with data binding. Learn how you can also make use of the Web Components base class in OpenUI5/SAPUI5 to also integrate your Web Components and get inspired by the solution to generate a custom UI5 library providing the Web Components control wrappers for the native ones.
Microservice Teams - How the cloud changes the way we workSven Peters
A lot of technical challenges and complexity come with building a cloud-native and distributed architecture. The way we develop backend software has fundamentally changed in the last ten years. Managing a microservices architecture demands a lot of us to ensure observability and operational resiliency. But did you also change the way you run your development teams?
Sven will talk about Atlassian’s journey from a monolith to a multi-tenanted architecture and how it affected the way the engineering teams work. You will learn how we shifted to service ownership, moved to more autonomous teams (and its challenges), and established platform and enablement teams.
Mobile App Development Company In Noida | Drona InfotechDrona Infotech
Drona Infotech is a premier mobile app development company in Noida, providing cutting-edge solutions for businesses.
Visit Us For : https://www.dronainfotech.com/mobile-application-development/
Enhanced Screen Flows UI/UX using SLDS with Tom KittPeter Caitens
Join us for an engaging session led by Flow Champion, Tom Kitt. This session will dive into a technique of enhancing the user interfaces and user experiences within Screen Flows using the Salesforce Lightning Design System (SLDS). This technique uses Native functionality, with No Apex Code, No Custom Components and No Managed Packages required.
Baha Majid WCA4Z IBM Z Customer Council Boston June 2024.pdfBaha Majid
IBM watsonx Code Assistant for Z, our latest Generative AI-assisted mainframe application modernization solution. Mainframe (IBM Z) application modernization is a topic that every mainframe client is addressing to various degrees today, driven largely from digital transformation. With generative AI comes the opportunity to reimagine the mainframe application modernization experience. Infusing generative AI will enable speed and trust, help de-risk, and lower total costs associated with heavy-lifting application modernization initiatives. This document provides an overview of the IBM watsonx Code Assistant for Z which uses the power of generative AI to make it easier for developers to selectively modernize COBOL business services while maintaining mainframe qualities of service.
Top Benefits of Using Salesforce Healthcare CRM for Patient Management.pdfVALiNTRY360
Salesforce Healthcare CRM, implemented by VALiNTRY360, revolutionizes patient management by enhancing patient engagement, streamlining administrative processes, and improving care coordination. Its advanced analytics, robust security, and seamless integration with telehealth services ensure that healthcare providers can deliver personalized, efficient, and secure patient care. By automating routine tasks and providing actionable insights, Salesforce Healthcare CRM enables healthcare providers to focus on delivering high-quality care, leading to better patient outcomes and higher satisfaction. VALiNTRY360's expertise ensures a tailored solution that meets the unique needs of any healthcare practice, from small clinics to large hospital systems.
For more info visit us https://valintry360.com/solutions/health-life-sciences
Odoo releases a new update every year. The latest version, Odoo 17, came out in October 2023. It brought many improvements to the user interface and user experience, along with new features in modules like accounting, marketing, manufacturing, websites, and more.
The Odoo 17 update has been a hot topic among startups, mid-sized businesses, large enterprises, and Odoo developers aiming to grow their businesses. Since it is now already the first quarter of 2024, you must have a clear idea of what Odoo 17 entails and what it can offer your business if you are still not aware of it.
This blog covers the features and functionalities. Explore the entire blog and get in touch with expert Odoo ERP consultants to leverage Odoo 17 and its features for your business too.
An Overview of Odoo ERP
Odoo ERP was first released as OpenERP software in February 2005. It is a suite of business applications used for ERP, CRM, eCommerce, websites, and project management. Ten years ago, the Odoo Enterprise edition was launched to help fund the Odoo Community version.
When you compare Odoo Community and Enterprise, the Enterprise edition offers exclusive features like mobile app access, Odoo Studio customisation, Odoo hosting, and unlimited functional support.
Today, Odoo is a well-known name used by companies of all sizes across various industries, including manufacturing, retail, accounting, marketing, healthcare, IT consulting, and R&D.
The latest version, Odoo 17, has been available since October 2023. Key highlights of this update include:
Enhanced user experience with improvements to the command bar, faster backend page loading, and multiple dashboard views.
Instant report generation, credit limit alerts for sales and invoices, separate OCR settings for invoice creation, and an auto-complete feature for forms in the accounting module.
Improved image handling and global attribute changes for mailing lists in email marketing.
A default auto-signature option and a refuse-to-sign option in HR modules.
Options to divide and merge manufacturing orders, track the status of manufacturing orders, and more in the MRP module.
Dark mode in Odoo 17.
Now that the Odoo 17 announcement is official, let’s look at what’s new in Odoo 17!
What is Odoo ERP 17?
Odoo 17 is the latest version of one of the world’s leading open-source enterprise ERPs. This version has come up with significant improvements explained here in this blog. Also, this new version aims to introduce features that enhance time-saving, efficiency, and productivity for users across various organisations.
Odoo 17, released at the Odoo Experience 2023, brought notable improvements to the user interface and added new functionalities with enhancements in performance, accessibility, data analysis, and management, further expanding its reach in the market.
Oracle Database 19c New Features for DBAs and Developers.pptx
Crittografia end to-end basata sui dati come volano della app economy
1. Voltage SecureData
End-to-end data-centric security for the new data-driven economy
Data Sheet
Voltage SecureData
Highlights of Voltage SecureData
Next Generation Capabilities
• Hyper FPE, a next generation high performance
format-preserving encryption for virtually unlimited
data types
• FIPS 140-2 validated solution, sensitive data is
protected with NIST‑Standard FF1 AES encryption,
pioneered by Hewlett Packard Enterprise
• Designed for compute intensive demands and the
explosion of data and formats that need protection
across a broad array of use cases
• Flexible range of interfaces including REST, simple
APIs, and native for easier integration with broad
range of databases, applications, and platforms
• Hyper SST—Next generation high performance
tokenization
• More flexible encryption for global markets with
Unicode language support
• Supports the encryption and pseudonymization
guidance in the new General Data Protection
Regulation (GDPR) legislation for European Union
The Challenge in Data Security
The volume of data, the sophistication of ubiqui-
tous computing and the borderless flow of data
are outpacing the ability to understand how
personal data is being used. In this data-driven
economy, 78 percent of consumers think it is
hard to trust companies when it comes to the
use of their personal data.1
Why? The number of
cyber attacks against enterprises and govern-
ments globally, continues to grow in frequency
and severity.
The findings in the Ponemon Institute Cyber
Crime Study2
suggest companies using encryp-
tion technologies are more efficient in detecting
and containing cyber attacks. As a result, these
companies enjoyed an average cost savings of
$883,000 USD annually when compared to
companies not deploying encryption technolo-
gies. These companies deploying encryption
technologies also experienced a substantially
higher ROI (at 21 percent) than other technol-
ogy categories.
Voltage SecureData provides an end-to-end
data-centric approach to enterprise data protec-
tion. It is the only comprehensive data protection
platform that enables you to protect data over
its entire lifecycle—from the point at which it’s
captured, throughout its movement across your
extended enterprise, all without exposing live in-
formation to high‑risk, high-threat environments.
That’s the essence of data-centric security.
Voltage SecureData includes next genera-
tion technologies, Hyper Format-Preserving
Encryption (FPE), Hyper Secure Stateless
Tokenization (SST), Stateless Key Management,
and data masking. Voltage SecureData “de-
identifies” data, rendering it useless to attack-
ers, while maintaining its usability, usefulness,
and referential integrity for data processes,
__________
1 Rethinking Personal Data: A New Lens for
Strengthening Trust, World Economic Forum,
May, 2014.
2 2015 Cost of Cyber Crime Study: Global.
Ponemon Institute, October 2015.
2. Data Sheet
Voltage SecureData
2
applications, and services. Voltage SecureData
neutralizes data breaches by making your pro-
tected data absolutely worthless to an attacker,
whether it is in production, analytic systems, or
test/development systems, such as training and
quality assurance.
A Unique Approach to
End-to-End Encryption
Voltage SecureData is a unique, proven data‑
centric approach to protection—where the ac
cess policy travels with the data itself—by per-
mitting data encryption and tokenization without
changes to data format or integrity, and elimi-
nating the cost and complexity of issuing and
managing certificates and symmetric keys. As
a result, leading companies in financial services,
insurance, retail, healthcare, energy, transporta-
tion, telecom and other industries have achieved
end-to-end data protection across the extended
enterprisewithsuccessinaslittleas60–90days,
because of the minimum, in most cases zero,
impact to applications and database schemas.
Short Time to Success
with Data Security
Most applications can operate using pro-
tected data without change. For those appli-
cations where sensitive data is first captured
or live data is needed for controlled business
purposes, Voltage SecureData can easily be
used with virtually any system, ranging from
decades-old custom applications to the latest
enterprise programs. Powerful, centrally man-
aged, policy-controlled APIs, such as a REST
API and command line tools, enable encryp-
tion and tokenization to occur on the widest
variety of platforms, including Vertica, NonStop,
Teradata, IBM mainframe, Linux and other open
systems. APIs enable broad deployment into
portfolios including ETL, cloud, databases and
applications, network appliances, and API bro-
kers such as F5 load balancing, and Hadoop
with native on‑node cluster-wide ata masking,
encryption and decryption. SIEM/SIM systems
can take event data from Voltage SecureData
or data governance reporting, activity monitor-
ing, and audit.
Voltage SecureData protects information in
compliance with PCI DSS, HIPAA, GLBA, state
and national data privacy regulation as well as
the European Commission’s General Data
Protection Regulation (GDPR), applicable in all
EU member states. Voltage SecureData is also
compatible with the more stringent PCI DSS
3.2’s new requirements on transport encryp-
tion, enabling accelerated compliance ahead of
deadlines as recommended by the PCI council.
Voltage SecureData enables organizations to
quickly pass audit and additionally implement
full end-to-end data protection to reduce risk
impact of data breaches, all without the IT orga-
nization having to completely redefine the entire
infrastructure and IT processes or policies. On
average, Voltage SecureData requires less than
0.1 full-time employee (FTE) per data center for
ongoing management.
Key Benefits
Reduce audit scope, costs, system impact, and
resources. Eliminate sensitive data from pro-
duction and test systems and enable end-to-
end data protection. Helps enable compliance
to data privacy regulations.
Avoid brand-damaging, costly breaches. Move
beyond compliance to easily weave data pro-
tection across systems, devices, and platforms.
Industry Standard Format-Preserving
Technologies—Securedata with
Hyper FPE
Micro Focus Data Security has contributed
technology and core specifications for the
new National Institute of Standards and Tech
nology’s (NIST) AES FF1 Format‑Preserving
Encryption (FPE) mode standard: www.nist.
gov/news-events/news/2016/03/new-
nist-security-standard-can-protect-credit-
cards-health-information
The NIST standard provides an approved and
proven data-centric encryption method for gov-
ernment agencies, and has been involved as a
developer through open cooperation with NIST
from initial proposals of Format-Preserving
Encryption technologies with formal security
proofs to independent peer review of the NIST
AES modes. The NIST standard is critical in set-
ting the bar to ensure organizations are main-
taining regulatory and audit compliance, as well
as using proven methods to protect against a
data breach.
Voltage SecureData is FIPS 140-2 validated,
leveraging the NIST FF1 AES encryption stan-
dard, providing all the benefits of data-centric
security delivered by Hyper FPE—the most flex-
ible and powerful FPE available—with the ability
to encrypt virtually unlimited data types.
The work Micro Focus Data Security is doing
with NIST, ANSI, IEEE, IETF, and independent
security assessment specialists, stands unique
in the market. Standards bodies where Voltage
SecureData protection technology break
throughs are published include: NIST, ANSI,
IEEE, and IETF.
Hyper FPE: Encryption and
Masking—How We Do It
Traditional encryption approaches, such as AES
CBC, have enormous impact on data structures,
schemas and applications as shown in Figure 1
on the following page. Hyper FPE is NIST-
standard using FF1 mode of the Advanced
Encryption Standard (AES) algorithm, which
3. 3www.microfocus.com
encrypts sensitive data while preserving its
original format without sacrificing encryp-
tion strength. Structured data, such as Social
Security number, Tax ID number, credit card,
account, date of birth, salary fields, or email ad-
dresses can be encrypted in place.
Traditional encryption methods significantly
alter the original format of data. For example,
a 16-digit credit card number encrypted with
AES produces a long alphanumeric string. As a
result, database schema changes are required
to facilitate this incompatible format. Hyper
FPE maintains the format of the data being
encrypted so no database schema changes and
minimal application changes are required—in
many cases only the trusted applications that
need to see the clear data need a single line of
code. Tools for bulk encryption facilitate rapid
de‑identification of large amounts of sensitive
data in files and databases. Typically, whole sys-
tems can be rapidly protected in just days at a
significantly reduced cost. In fact, Hyper FPE
allows accelerated encryption performance
aligning to the high volume needs of next gen-
eration Big Data, cloud and Internet of Things,
and supports virtually unlimited data types.
Hyper FPE de-identifies production data and
creates structurally valid test data so develop-
ers or users can perform QA or conduct data
analysis—all without exposing sensitive data.
The Voltage SecureData management console
enables easy control of policy and provides au-
dit capabilities across the data life cycle—even
across thousands of systems protected by
Voltage SecureData. Hyper FPE also provides
the option to integrate access policy informa-
tion in the cipher text, providing true data-centric
protection where the data policy travels with the
data itself.
Stateless Key Management:
Transparent, Dynamic
Stateless Key Management securely derives
keys on-the-fly as required by an application,
once that application and its users have been
properly authenticated and authorized against
a centrally managed policy. Advanced policy
controlled caching maximizes performance.
Stateless Key Management reduces IT costs
and eases the administrative burden by:
Eliminating the need for a key database,
as well as the corresponding hardware,
software, and IT processes required to
protect the database continuously or the
need to replicate or backup keys from
site to site.
Easily recovering archived data because
keys can always be recovered.
Automating supervisory or legal e-discovery
requirements through simple application
APIs, both native and via Web services.
Maximizing the re-use of access policy
infrastructure by integrating easily
with identity and access management
frameworks and dynamically enforcing
data‑level access to data fields or partial
fields, by policy, as roles change.
Unicode Latin 1—Hyper FPE Unicode Latin 1
provides format and character set preserving
encryption for global enterprises using data in
languages such as German, Spanish, French
and more.
GDPR—New national data protection law—
European Commission is modernizing data
protection legislation by replacing the EU Data
Protection Directive 95/46 EC with the GDPR,
which will be directly applicable in all European
Union (EU) member states. GDPR pushes the
EU into a new era of data privacy, compliance
and enforcement in 2018.
Any enterprise handling EU citizens’ data needs
to revisit the meaning of personal data due to
GDPR’s expanded definition of personal data.
New expanded data includes name, location
data, online id, genetic factors, etc. When an
enterprise collects sensitive data, personally
identifiable information (PII), payment card
industry (PCI), or protected health information
(PHI), it must secure and protect that data.
Enterprises face significant financial penalties
for non-compliance.
Voltage SecureData de-identification and pri-
vacy protection of sensitive data, production
and non-production, including PII, PHI, and PCI,
throughout the enterprise, provides end-to-end
data-centric security. Hyper FPE delivers strong
and flexible encryption to protect EU citizen’s
personal data and to follow pseudonymization
guidance in the new GDPR.
Protecting high value data in government—
Voltage SecureData has achieved the industry’s
first Federal Information Processing Standard
(FIPS) 140-2 validation of Format-Preserving
Encryption (FPE). Now, government agencies
and private contractors serving government
customers, can leverage the same powerful
Figure 1. Format-Preserving Encryption (FPE) versus Regular AES Encryption
Regular
AES-CBC mode
FPE
AES-FF1 mode
253-67-2356
8juYE%UksdDFa2345^WFLERG
First name: Uywjlqo Last name: Muwruwwbp
SSN: 253-67-2356
DOB: 08-07-1966
Ija3k24kQotugDF2390^32 0OWioNu2(*872weW
Oiuqwriuweuwr%oIUOw1@
Tax ID
934-72-2356
First name: Gunther
Last name: Robertson
SSN: 934-72-2356
DOB: 08-07-1966
4. Data Sheet
Voltage SecureData
4
and proven technology that has transformed
cybersecurity in the private sector.
Professional Services—Available to help cli-
ents’ scope projects, combat advanced threats,
reduce compliance burden, and quickly solve
difficult data privacy challenges.
Hyper SST (Secure Stateless
Tokenization)
Hyper Secure Stateless Tokenization (SST)
is an advanced, patented, data security solu-
tion that provides enterprises, merchants, and
payment processors with a new approach to
help assure protection for payment card data.
Hyper SST is offered as part of the Voltage
SecureData platform that unites market-lead-
ing encryption, tokenization, data masking, and
key management to protect sensitive corporate
information in a single comprehensive solution.
Hyper SST is “stateless” because it eliminates
the token database, which is central to other
tokenization solutions, and removes the need
for storage of cardholder or other sensitive data.
Hyper SST uses a set of static, pre‑generated
tables containing random numbers created us-
ing a FIPS random number generator. These
static tables reside on virtual “appliances”—com-
modity servers—and are used to consistently
produce a unique, random token for each clear
text Primary Account Number (PAN) input, re-
sulting in a token that has no relationship to the
original PAN. No token database is required with
Hyper SST, thus improving the speed, scalability,
security and manageability of the tokenization
process. In fact, Hyper SST effectively sur-
passes the existing “high‑octane” SST tokeni-
zation performance.
Voltage SecureData Architecture
Voltage SecureData solutions share a common
infrastructure, including the same centralized
servers and administration tools. This enables
Voltage SecureData customers to choose an
appropriate combination of techniques to ad-
dress their use cases, across diverse environ-
ments, while avoiding the costs and complexities
of deploying and managing multiple products.
Figure 2. Data Protection with Hyper FPE and Hyper SST
Figure 3. Voltage SecureData Architecture with virtual servers and administration tools
Voltage SecureData
Management
Console
Voltage
SecureData
Voltage SecureData
Web Services API
(REST, SOAP)
Voltage SecureData
Command Lines and
Automated File Parsers
Voltage SecureData
native APIs
(C, Java, C#, .NET)
Voltage SecureData
File Processor
API
API
5. 5www.microfocus.com
Figure 4. Voltage SecureData
Architecture addresses use
cases for enterprises across
diverse environments.
Learn More At
https://software.
microfocus.com/
products
Voltage SecureData
Platform Modules Description
Voltage SecureData
Management Console
Enforces data access and key management policies, and eliminates the need to configure each application, because flexible policies are centrally defined
and reach all affected applications. Manages data format policies, business rules enforcement over data access, integration with enterprise authorization
and authentication systems and connectivity to enterprise audit and security event monitoring systems. It also manages data security policies such as the
choice of Hyper FPE, file encryption, and data masking.
Key Management
Server
High-scale, on-demand, stateless key management eliminates the need for traditional complex storage-based key management, because keys are
dynamically derived; seamlessly integrates with existing Identity Management and Authorization Systems and Key Management using FIPS 140–2
Hardware Security Modules.
Voltage SecureData
Web Services Server
Centralized Web services encryption and tokenization option for Service Oriented Architecture environments, enterprise applications and middleware.
Supports SOAP and REST API Web services, and Unicode Latin 1 for native languages.
Voltage SecureData
Simple API
Maximizes efficiency on a broad range of application servers through native encryption on HP-UX, SAP HANA, NonStop, Microsoft Azure, Amazon Web
Services (AWS), Solaris, Stratus VOS, Linux (Red Hat, SUSE, CentOS), AIX, and Windows. Additional APIs are available for embedded platforms such as
payment terminal devices. Supports hardware accelerated encryption processes where available, e.g., Intel AES-NI.
Voltage SecureData
Command Lines
Scriptable tools easily integrate bulk encryption, tokenization, and file encryption into existing batch operations and applications.
Voltage SecureData
File Processor
Aggregates support for both tokenization and encryption of sensitive data elements. It provides a unique value to the customer as a single client
converging both Web services and native API interfaces. The converged clients expand the support for new file types by decoupling input file processing
from the underlying encryption and tokenization operations. Delivers high performance data de-identification, with parallel multi-threaded processing of
sensitive data elements simultaneously protecting data fields across columns.
Voltage SecureData
Mobile
Includes simple data security libraries to easily incorporate into native mobile applications. This enables the mobile application to secure captured data
end-to-end to the trusted host using a one-time cryptographic key. Supports iOS and Android.
Voltage SecureData
also supports
mainframe, Big Data,
and payment security
ecosystems
Voltage SecureData z/Protect: Maximizes CPU performance on mainframe systems through native z/OS support for encryption and tokenization.
Voltage SecureData z/FPE: Mainframe data processing tool to fast track integration into complex record management systems such as VSAM, QSAM,
DB2, and custom formats. De-identify sensitive data for production and test use.
Voltage SecureData for Hadoop Developer Templates: Enable customers to integrate FPE and SST technologies into their Hadoop instances.
Templates come with pre-built integrations for NiFi, Sqoop, MapReduce and Hive, and can be quickly expanded to integrate into other technologies in the
Hadoop stack such as Flume.
Voltage SecureStorage: Data-at-rest encryption for Linux with Stateless Key Management.
Voltage SecureData Web and Optional Add-ons: Secures data end-to-end from browser applications and forms to secure back-end applications,
extending end-to-end security beyond transport encryption such as SSL and TLS.
Voltage SecureData Terminal SDK and Host SDK: Provide market-leading P2PE payments security.
Voltage SecureData
Management
Console
Authentication and
authorization sources
(e.g., active directory)
HSM
Voltage
SecureData
Web Services API
(REST, SOAP)
VoltageSecureData
native APIs
(C, Java, C#, .NET)
Voltage SecureData
Command Lines
and Automated
File Parsers
Voltage
SecureData
z/Protect, z/FPE
Voltage SecureData
Native UDFs
Partner
integrations
SaaS and PaaS
cloud apps
Policy controlled data protection and masking services and clients
Payment
terminals
Volume Key
Management
Production
databases
Mainframe
applications
and databases
3rd party
applications
Teradata,
Hadoop and
Vertica
ETL and data
integration
suites
Network
Interceptors
Payment
systems
Business applications, data stores, and processes
PE Nonstop
Applications
and Databases
Web/cloud
applications
(AWS, Azure)
Enterprise
applications
Volumes and
storage
3rd party SaaS
gateways
API
Voltage
SecureData
File Processor)
iOS and
Android
devices
Mobile apps
Voltage
SecureData
API