In today's digitalized economy, web applications and the browsers that connect to them predominantly rely on the Secure Socket Layer (SSL) and Transport Layer Security (TLS) protocols to encrypt sensitive business information and personally identifiable information (PII) – such as customers’ credit card details, user account passwords, corporate sales and payroll data, etc. – before sending them securely over the internet. SSL/TLS encryption ensures information transmitted over the internet through e-mails, e-commerce and online banking transactions and a myriad of cloud and online services are kept secure.

As traditional network perimeters surrounding data centers dissolve, agencies face enormous difficulties fending off attacks using a patchwork of traditional security tools to protect classified or personally identifiable information (PII). Time and again, traditional security practices have proven porous and/or unsustainable. Read this i360Gov Book to understand the importance of: - Transforming federal fortifications into intelligence-driven defense - Intensifying focus on cyber intelligence -Needing a well trained cybersecurity force

There is increasing urgency for organizations today to comply with regional data protection regulations or face potential financial and legal repercussions, and customer backlash. This awareness is heightened by recent headlines related to data breaches, rising risks of BYOD, and other privacy lapses that have bottom line and reputational consequences. Learn how to prepare for this new world of data privacy with actionable advice for senior IT leaders addressing data privacy concerns in their organizations. This paper covers key issues to consider when it comes to protecting corporate and employee data privacy, including: Sectorial regulations, including HIPAA and FINRA Evolving Data Protection Acts in EU countries with a strong focus on citizen privacy, data residency requirements, and concerns over data production BYOD policies blurring the lines between personal and business data Internal controls for safeguarding PII & PHI

Because of widespread password reuse, Account Takeover (ATO) attacks have become an extremely lucrative business for cybercriminals. Organized crime rings are performing ATO attacks at a massive scale by leveraging botnet-infected armies to attempt credential-stuffing attacks against various web and mobile applications. Cyber criminals exploit compromised accounts for financial gain by pilfering financial or personally identifiable information (PII) directly or by selling access to these accounts on underground markets. Download our report to understand: The Underground economy driving these attacks The tools criminals are using to automate ATO Remediation Strategies to prevent ATO in your organization

This white paper by Cheryl Klein, CPA, CISA, CITP, analyzes 10 questions that help identify compliance risks in your company. The 10 scenarios illustrate smart, cost-effective strategies for SOX, PII, HIPPA and security policy issues.

Ensuring the security of confidential, sensitive information is an essential element of enterprise Security and Governance, Risk Management and Compliance programs. Regulations, such as the HIPAA, FDA, and SOX, place significant requirements on organizations for securely sharing sensitive data such as confidential personally identifiable information (PII) and personal health information (PHI).

Marketers can personalize interactions using information that spans complete anonymity to full authentication, with a middle range in which identified data may be used intermittently. The distinction between anonymous and authenticated hinges on personally identifiable information (PII)—information that can be used alone, in combination, or in context to contact an individual. This information includes unique and partial identifiers such as name, address, phone number, and email address, as well as financial, employment, or other data associated with an individual.

Maintaining business continuity is your highest priority. In today’s commercial landscape, business continuity depends on the efficient, uninterrupted flow of data across the organization – from operations to sales to fulfillment. Even a brief lapse in workload continuity can mean thousands of lost sales opportunities, disruption to production, and compromised customer trust. The causes of those lapses can range from natural disasters to mechanical failure or human error. You need a data platform and a proactive disaster recovery (DR) strategy that will help you stay up and running in the event that your physical infrastructure is unavailable for any length of time. BUSINESS CONTINUITY Fulfilling orders, providing a high level of customer service, and keeping consumers engaged all depend on the efficient, uninterrupted flow of data throughout your organization. CUSTOMER TRUST Above all, protecting customer data—especially personally identifiable information (PII) —is critical

Transforming government processes starts with laying the right foundation for your organization’s workflow. Many government agencies have embarked on transformation initiatives; however, there is still room for improvement to build a more stable transformation foundation.

This white paper by Cheryl Klein analyzes 10 questions that help you identify potential compliance risks in your company. The 10 different scenarios illustrate smart, cost-effective strategies for SOX, PII, and HIPPA compliance issues where information must be kept confidential.

Protecting individual and financial data, retaining data, and meeting e-discovery requirements are common compliance requirements across geographies and industries. Finding accurate, usable, and cost-effective solutions for meeting these requirements can make the difference between achieving compliance goals or leaving the organization vulnerable through unsecured use of sensitive data. Trend Micro Data Protection solutions for endpoint data leak protection, email encryption, and email archiving help organizations meet their compliance requirements – easily and cost-effectively.

This white paper, intended for a management-level audience, describes why and how any organization can implement secure Internet single sign-on with a federated identity management system. Learn more today!

Web Services are emerging as the preeminent method for program-to-program communication across corporate networks as well as the Internet. Securing web Services has been a challenge until recently, as typical Web authentication and authorization techniques employed browser-to-server architectures (not program-to-program). This resulted in user identity ending at the Web Application Server, forcing the Web Services Provider to trust blindly that the Web Services Requester had established identity and trust with the end user.

With the success of single sign-on (SSO) inside the enterprise, users are calling for interoperability outside of the enterprise’s security domain to outsourced services, including business process outsourcing (BPO) and software as a service (SaaS) providers, and trading partners, as well as within the enterprise to affiliates and subsidiaries. Learn more today!

Few business processes are as security sensitive as those involving electronic signatures. eSignature transactions routinely contain information that is critical to you, your business, and your customers. This information may include personally identifiable Information (PII), pricing details, proprietary business terms, intellectual property, and more. That is why DocuSign’s number one priority is customer security. DocuSign leads the industry in designing and delivering the most secure digital transaction solution available.

The use of portable devices can also potentially infect public systems with malware, inadvertently expose classified information and citizens' personally identifiable information, and otherwise breach the public's trust. Learn how to prevent this breach.

This eBook will review the basics of data encryption; data concerns specific to ESS; how data encryption addresses the unique data security challenges facing ESS, and key points to consider when building the case for data encryption.

The public demands accountability for data breaches involving systems that include personally identifiable information (PII) and expects that all educational institutions will have the same levels of security that Fortune 500 companies do. However, most educational institutions have fewer IT security resources than their larger enterprise counterparts, yet they face the same threats from attackers. Fortunately, there are solutions. This whitepaper by SANS instructor Jake Williams walks through an example of a typical breach in an education organization, highlighting common ways attackers gain access to a network and practical steps to reduce risk. Download this whitepaper to learn: • Common security gaps that make educational institutions vulnerable to attack • Practical security controls that won't break the bank • Key questions to evaluate security vendors • A checklist summarizing steps you should take now to improve security

Web Services are emerging as the preeminent method for program-to-program communication across corporate networks as well as the Internet. Securing web Services has been a challenge until recently, as typical Web authentication and authorization techniques employed browser-to-server architectures (not program-to-program). This resulted in user identity ending at the Web Application Server, forcing the Web Services Provider to trust blindly that the Web Services Requester had established identity and trust with the end user.

Download this eBook to learn how to protect sensitive data with tokenization, reduce PCI compliance scope cost, and complexity, and implement best practices for data protection.