Join Craig Jeffery of Strategic Treasurer and Jörg Wiemer and Jonathan Paquette of TIS as they discuss improving treasury and payments during the recovery.
Improving Treasury & Payments During the Recovery Webinar
Date: Thursday, June 18, 2020
Time: 11:00 AM-12:00 PM EDT
Where: This is an online event.
As organizations shift at different times into recovery mode, the insights gained into treasury issues and payment challenges create a natural list of opportunities. Exposures to payment security were highlighted during the work from home (WFH) environment. Mitigating controls were added to protect the process. Fraud attempts and cyber-attacks continue to grow more sophisticated and were already requiring a more robust process. As we move into the recovery phase, the opportunity to strengthen payment processes represents a significant opportunity and requirement for treasury and payment professionals.
Join Craig Jeffery of Strategic Treasurer and Jörg Wiemer and Jonathan Paquette of TIS as they discuss risks in the payment processes, responses to the threats by your peers from recent survey data, and actions, and processes to improve payment activity and compliance.
If you encounter any issues with this webinar replay, please contact our team.
Download the webinar deck here:
You may also be interested in:
#414 – The Hidden Costs of Complexity in Treasury Operations
In this episode, Paul Galloway speaks with Craig Jeffery of Strategic Treasurer about operational complexity in treasury and the hidden costs it creates over time.
Webinar: 2026 Compliance Survey Results | July 16
This webinar will review the results of the 2026 Compliance Survey, examining how treasury and finance practitioners are managing compliance strategically, operationally, and technologically.
Webinar: Scammer’s Playbook: How AP and Finance Teams Are Losing Money | June 23
This session will examine vendor impersonation in its most prevalent forms: (1) spoofed email addresses, (2) lookalike domains, and (3) full compromise of a company’s email system, where the attacker operates from inside a legitimate inbox.



