printer friendly version

Streamlining and securing enterprise risk management

[Sponsored] Enterprise risk management experienced a boost with the release of a web app from Zulu Consulting, called Risk-IO. This app is designed to automate and streamline the enterprise risk management process, ensuring no steps are skipped, and everything is securely documented.

Risk-IO is a cloud-based tool for PCs, laptops, and smartphones that allows users to manage risks on the go. It is designed to help risk managers throughout the risk process, from initial setup to reporting and ongoing maintenance, empowering you to work from any device, anywhere.

Enterprise risk management comprises numerous disciplines and requires reliable data exchange and collaboration between departments and teams. Risk-IO is designed for all users, from small to large companies. The app can be used by a single department in a corporation, or across departments and locations as a multi-enterprise risk management tool. Data from multiple users is stored centrally and accessible to whoever has access to the system.

The key to Risk-IO is that it is a flexible tool that is compliant with global audit, survey, and risk management standards and best practices. This makes it a universal instrument for any business in any vertical market.

Traditional risk managers might hesitate to consider a web application (especially when accessing it via a mobile device) as a suitable tool for enterprise risk management, particularly for large, complex enterprise projects. Risk-IO surprises as it is designed to cater to large enterprises and was developed to empower operators to perform their tasks consistently without limiting them to only one device.

Data integrity and security

One of the biggest challenges facing organisations today is the lack of seamless information exchange between departments, often due to the use of different tools. This problem affects different departments in every organisation, including risk management. With Risk-IO, however, users can share links to specific tasks with other departments and external parties to collect the required data. The information is then collected and collated, ensuring accuracy and consistency. As expected, the application has been designed with a user-friendly graphical interface to simplify complex information management without compromising accuracy and reliability.

While information exchange is necessary for enterprise risk applications, the app does not currently support importing data from multiple external applications as it is designed as an isolated system to ensure security. However, as part of the support services offered by Zulu Consulting, the company can implement ad-hoc data acquisition systems to meet customer requirements.

User access secured

When it comes to security, data also needs to be protected. In a multi-user application, such as Risk-IO, multi-user access is naturally required, but not all users should be able to access all information. User permissions are therefore built into the app, allowing companies to set up a hierarchical permission structure that determines who can access what information – as is common in all digital access management platforms.

In Risk-IO, each user is assigned a role based on their position and requirements, as determined by the system administrator. Risk-IO includes its own multi-factor authentication (MFA) system; however, permissions can be configured for authentication according to existing corporate standards and platforms, such as Active Directory.

Risk-IO is, therefore, designed according to information security risk management best practices in terms of accessibility for users. Moreover, since Risk-IO incorporates the latest global risk management standards, customers in almost any industry and vertical market can benefit from it. Apart from risk management, Risk-IO can also be used for enterprise auditing functions, with remote audit functionality set to be released in 2025.

For more information, contact Roberto Vitale at rvitale@zuluconsultingroup.com

Share this article:

Further reading: