As cyber attacks are gaining new levels of sophistication, velocity and impact, the need for awareness is growing at the same rate. As these attacks become more subtle and easier to be caught in, we need a user community that can tell the difference between normal business and a bad actor. We have to go through our daily lives with an eye open for risks.
When talking about Risk, we should think of it this way: R.I.S.K. = Reality Includes Scary Knowledge. Part of our job is to spread awareness about the things that can cause harm. But are we doing ourselves a disservice by using Fear, Uncertainty & Doubt (FUD)?
This presentation will give guidance and some new ways of looking at security and risk awareness to help you when discussing data protection to the boardroom and the challenges we face in an ever increasingly connected world.
About the Presenter:
Phillip Mahan works in the Global Privacy Office for Ionic Security. He has 25 years of Information Technology Experience and more than a dozen years in Physical and Information Security. Having worked in a wide variety of business sectors, with diverse regulatory and statutory requirements, Phillip enjoys a challenge. The love of Privacy, Data Protection, and Physical Security drives him to continue to keep learning, teaching, and developing solutions for the issues we all face.
Geminal dicationic and polyionic ionic liquids have been prepared for use as stationary phases in capillary gas chromatography. These materials are known to provide higher thermal stability for gas chromatography, broader liquid working ranges and broader selectivity ranges than monocationic ionic liquids and polymeric based stationary phases with similar polarity. Recently, a new ionic liquid stationary phase has been developed that provides a selectivity very similar to a polyethylene glycol (PEG) selectivity but with increased thermal stability and lower bleed. We will compare and contrast the similar but unique selectivity of this new phase with traditional PEG phases using a wide variety of different sample types. We will demonstrate the improved thermal stability and lower bleed through a series of different studies and applications.Read more >
The fatty acid composition of a fat or oil is most commonly assessed by gas chromatography, following conversion of the fatty acids methyl esters. The current most refined analytical methods for the quantitation of trans fatty acids rely on the separations provided by long cyanopropyl siloxane capillary columns. The introduction of capillary columns coated with ionic liquids, such as Supelco SLB-IL111, provide an alternative separation tool characterized by a higher stationary phase polarity and selectivity toward geometric and positional isomers of unsaturated fatty acids. The use of these novel capillary columns can provide more refined separations of complex lipid samples. As a result, most conjugated linoleic acid isomers (including t7,c9- and c9,t11-18:1 FA) can be quantitated in a single separation using a 100 m SLB-IL111 capillary column and most 18:1 FA positional and geometric isomers can be separated using a 200 m SLB-IL111. Ionic liquid columns provide more detailed FA profiles, especially for unsaturated fatty acid positional/geometric isomers.Read more >
Incidents occur, whether malicious or accidental. The need to secure your most sensitive data during an incident is not something that can be ignored. Join this presentation for information on things you can do before a crisis that will help you weather the storm when bad things happen to good data.Read more >
Privacy vs. security, security vs. privacy… the debate is ongoing. Why can’t we have both? Good news: by leveraging the appropriate mix of policies, procedures and enabling technologies, it is possible to secure data AND control access to it in a way that ensures proper application of privacy policies.Read more >
Ionic liquids (ILs) and their components have had a substantial impact on the capabilities and performance of gas chromatography, ESI-MS and MALDI-MS. For GC this ranges from the analysis of complex mixtures by GC x GC, water quantitation and food/beverage analysis among other areas. In MS the most sensitive analysis of anions, phospholipids and metal cations is often done by ESI-MS using complex IL cationic reagents. Also the best MALDI matrices for many proteins, peptides, carbohydrates and synthetic polymers are based on ILs. These will be discussed as time permits.Read more >
Established CO2 capture technologies such as absorption with amine solvents are associated with significant energetic and economic penalties, reducing power plant efficiency by around 10% points and increasing the cost of electricity production by up to 80%. Dedicated research programmes worldwide have pursued the development of a wide range of innovative, alternative technologies for CO2 capture, largely by addressing the fundamental gas separation step at the heart of post-combustion, pre-combustion or oxyfuel combustion processes. Novel solvents with lower energy requirements than conventional amines, using phase change systems, ionic liquids, enzyme-activation, or non-aqueous solvents, are promising approaches for post-combustion capture. Alternatively, techniques used in other commercial gas separations, including solid sorbents, membranes, and cryogenic separation, have also been developed for carbon capture through extensive materials research and process optimisation. Whilst challenging for post-combustion capture applications, these techniques may be of particular benefit to pre-combustion capture systems where much higher partial pressures of CO2 are available, and integration of the CO2 capture step and water gas shift reaction can be achieved using sorbents or membranes. In oxyfuel combustion, membranes are also an option for efficient oxygen production, but pressurised combustion systems have demonstrated the most potential for efficiency improvements, potentially in combination with novel power cycles which are better-suited to exploiting the altered combustion conditions. Finally, chemical looping combustion is a unique approach to carbon capture which can achieve dramatic energy savings through its inherent avoidance of any gas separation step, and is undergoing significant scale up. This webinar will review these developments in novel capture technologies and highlight the most promising strategies for achieving major cost reductions.Read more >
Simulation software lets designers characterize their devices simply and effectively. Coupled multiphysics simulations allow the study of beam charging and current flow in imperfect dielectrics and heating effects from both primary and secondary emission. Advanced interactions can be included in simulations, such as the ionization of a background gas to form plasma ion beams.
This webinar covers modelling of a wide range of devices and physics, from simple thermal electron emission to multispecies ionic plasmas.