Amy Robertson

Sep 30, 2024 | moon.com | Amy Robertson

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Jul 17, 2024 | cuinsight.com | Amy Robertson

Credit unions sometimes struggle to effectively engage with members due to several key issues. Consumers today need to feel informed, yet there is a prevalent lack of information retention among them, which complicates efforts to maintain engagement. Identifying the right moments of receptivity is crucial but challenging; these moments often coincide with times when members experience pride or significant personal achievements.

Apr 23, 2024 | cuinsight.com | Amy Robertson |Randy Ralston |DaLand CUSO

The pandemic forced a near-overnight explosion of digital commerce. Four years later, there’s not much we can’t do online. Even fairly involved tasks, like seeing a doctor or renewing a passport, can now be done from home and largely on the terms of the individual seeking service. Borrowing money has, of course, joined the list of things that can be done digitally. Yet, as new human intelligence from CUESolutions provider TruStageTM indicates, not all borrowers prefer to engage online.

Nov 1, 2023 | posts.specterops.io | Mike Dame |Daniel Purcell |Jared Atkinson |Amy Robertson

Part 10: Implicit Process CreateWelcome back to another installment of the On Detection: Tactical to Functional series. In the previous article, I argued that we perceive actions within our environment at the Operational level (especially when it comes to endpoint events), which means that we should “conceive” of attacker tradecraft at the Operational level as well. In this article, I want to demonstrate WHY this convergence between conception and perception is so important.

Oct 4, 2023 | pubs.rsc.org | Andrew Hall |Amy Robertson |Robert Baker |Leila R Hill

Significant cell uptake of Gd(iii)-diphenylphosphoryl-diphenylphosphonium complexes: evidence for a new conformationally-dependent tumour cell targeting vector† The synthesis, characterisation, and tumour cell uptake of six novel Gd(III)-diphenylphosphoryl-diphenylphosphonium complexes are reported. The propyl-linked Gd(III) complexes can accumulate inside human glioma cells at prodigious levels, approaching 1200%, over the parent triphenylphosphonium salts.