6 Stratégies pour la transition vers le Cloud | SlashdotMedia AdOps Asset Management

6 Stratégies pour la transition vers le Cloud

Déplacement vers le cloud devrait être entraînée par un problème d'affaires réel, et non par un désir abstrait être dans le nuage . Par exemple , besoin d'une nouvelle solution de gestion des ressources humaines ? Envisager de commencer Là. Évaluer les offres de cloud dans cet espace , comme journée de travail , SuccessFactors , et d'autres. Vous aurez probablement une mise en œuvre rapide par les nuages aller , ce qui signifie que vous obtenez la valeur rapide, et vous serez en mesure de démarrer votre transition sans déchirer quelque chose qui fonctionne . Et les chances sont que vous allez économiser de l'argent dans l'affaire.

6 Strategies for Transitioning to the Cloud

Moving to the cloud should be driven by a real business problem, not by an abstract desire to be in the cloud. For example, need a new HR management solution? Consider starting there. Evaluate the cloud offerings in that space, like Workday, SuccessFactors, and others. You’ll likely have a faster implementation by going cloud, which means you’ll get value fast, and you’ll be able to start your transition without ripping out something that’s working. And chances are you’ll save money in the bargain.

2015 Gartner Magic Quadrant for Web App Firewall

Imperva, a leading provider of cyber security solutions is once again the only leader in Gartner’s Magic Quadrant for Web Application Firewall—the only company positioned in the leader’s quadrant by Gartner in each of the two years this report has been published.

Web Application Firewalls Are Worth the Investment for Enterprises

Firewalls and intrusion prevention systems don't provide sufficient protections for most public-facing websites or internal business-critical and custom Web applications. Here, we explain how Web application firewalls help security leaders better protect Web applications in their organizations.

2015 Global DDoS Threat Landscape Report

Understand the business impact of DDoS attack trends from the Imperva Incapsula Q2 2015 DDoS Trends Report. DDoS attacks against network infrastructures continue to grow in size and duration (over 20 percent of attacks last more than five days). Those aimed at applications are both lengthy (up to eight days) and likely to repeat.

Download the report and learn what to expect and how you can protect your website from such attacks.

Computer Manufacturer Swaps Out Guardium to Save 70% in Operating Costs

One of the largest computer technology companies in the world replaced their IBM Guardium deployment with Imperva SecureSphere, to audit and protect their database environment. This case study explains how this organization switched to SecureSphere and reduced operating costs by over 70%, saving the company $1.9M a year in recurring labor and support costs.

Is Email Sapping your Organization’s Productivity? How to Stop the Productivity Drain

A recent survey shows that simply using email and spreadsheets to get work done leads to declines in productivity. On average, managers spend two days a week on unnecessary admin tasks outside of their core job functions. As a result, half of respondents said they did not have time for more strategic initiatives.

Why does getting routine work done take so much time? Join ServiceNow strategy leaders Dave Wright and Ron Markham to hear the findings of a new study on “Today’s State of Work: The Productivity Drain,” and get practical advice on how to apply its learnings to your organization.

In this On-Demand webinar you’ll learn:

• How work gets done today and causes for employee productivity drains - as evidenced in a new research report
• Real-life examples of companies who have moved beyond email
• A practical guide of 5 steps you can take now to move beyond email
• The best situations in which service management provides an alternative to email to run a company’s services

Fuzz Testing Maturity Model

Fuzz testing is an industry-standard technique for locating unknown vulnerabilities in software. Fuzz testing is mandatory portion of many modern secure software development life cycles (SDLCs), such as those used at Adobe, Cisco Systems and Microsoft. This document provides a framework to assess the maturity of your processes, software, systems and devices. At the heart of this document is a vendor-agnostic maturity model for fuzz testing that maps metrics and procedures of effective fuzz testing to maturity levels. The maturity model is a lingua franca for talking about fuzzing, allowing different organizations to communicate effectively about fuzzing without being tied to specific tools.

The Fuzz Testing Maturity Model (FTMM) gives builders and buyers a set of standard levels for communicating about fuzz testing.

Synopsys solutions help deliver a more comprehensive security offering for the SDLC by adding black box testing capabilities, including the Codenomicon Defensics® tool for file and protocol fuzz testing, and the Codenomicon AppCheck™ tool for software composition analysis and vulnerability assessment.

Understanding Verification, Validation and Certification

Cybersecurity and communication robustness have become increasingly bigger concerns as technology has continued to improve and systems have become more complex. Each attempt to expand the networking and communication capabilities of devices have brought new features and convenient solutions for end users, along with new security and robustness challenges.

Synopsys solutions help deliver a more comprehensive security offering for the SDLC by adding black box testing capabilities, including the Codenomicon Defensics® tool for file and protocol fuzz testing, and the Codenomicon AppCheck™ tool for software composition analysis and vulnerability assessment.

What is Fuzzing: The Poet, the Courier, and The Oracle

Fuzzing is well established as an excellent technique for locating vulnerabilities in software. The basic premise is to deliver intentionally malformed input to target software and detect failure. A complete fuzzer has three components. A poet creates the malformed inputs or test cases. A courier delivers test cases to the target software. Finally, an oracle detects if a failure has occurred in the target. Fuzzing is a crucial tool in software vulnerability management, both for organizations that build software as well as organizations that use software.

Synopsys solutions help deliver a more comprehensive security offering for the SDLC by adding black box testing capabilities, including the Codenomicon Defensics® tool for file and protocol fuzz testing, and the Codenomicon AppCheck™ tool for software composition analysis and vulnerability assessment.

Website Security Threat Report Part 3

We hope you enjoyed parts 1 and 2 of the Symantec WSTR 2015. Now download part 3 to discover how the public made criminal's lives easier in falling for the latest social media attacks and online scams.

Plus, take an invaluable look ahead and benefit from our security recommendations and best practices.

Website Security Threat Report Part 2

We hope you enjoyed part 1 of the Symantec WSTR 2015. Now download part 2 for the latest on the fast-evolving world of targeted attacks - from cyber espionage tactics to denial of service, spear-phishing and watering hole attacks.

Website Security Threat Report Part 1

Stay up-to-date with Symantec's WSTR 2015: Your 3-Part report to the world's current and emerging website security threats. Packed with valuable insights and statistics, it's all you need to know about the threats that impact your online business world.

The Top 10 TLS/SSL Client, Server, and Application Best Practices

Ensure that you are using TLS/SSL certificates in the most secure manner. Read this whitepaper for an in-depth breakdown of the top 10 TLS/SSL client, server and application best practices.

This whitepaper covers how to ensure that:
• Security software and settings on your web server are up-to-date.
• Your Internet browser and client are up-to-date.
• Your client computers are free of malware.
• You keep an eye on the expiry date of your TLS/SSL certificates and replace them quickly.

Hidden Dangers Lurking in E-Commerce: Reducing Fraud with the Right SSL Certificate

E-commerce has grown at exponential rates in the past decade, with consumers quickly recognizing the convenience of purchasing goods online. This growth in online purchases rests upon a foundation of trust. People trust that the websites they use to track finances and make online purchases are secure and legitimate largely because of Secure Socket Layer (SSL) certificates.

SSL certificates verify that the provider is who they claim to be and also indicate secure connections between personal devices and company websites. There are three types of SSL certificates, each requiring a different level of authentication: DV, OV and EV.

Understanding the differences among each SSL certificate type is important to help prevent falling victim to scammers. For example, DV certificates are quick and easy to procure and don't require any type of information indicating the person trying to get the DV certificate actually represents a legitimate business. Fraudsters often use DV certificates to lure consumers to phishing websites that look authentic but are designed to steal sensitive information. For this reason, doing any type of ecommerce transaction on a DV-only site poses risk.

Online shopping isn't going away. Until the industry requires an OV or EV certificate for e-commerce sites or an easier way to identify the types of certificates, consumers will have to bear some of the burden of combating cyber risks. Knowing the risks ahead of time, however, is half the battle.