Empowering PWC
The challenges in last-mile internet connectivity persist in both urban and rural areas today. Even in cities, connectivity can be unreliable, leading to frequent outages or slow speeds. This can affect businesses, homes, education, essentially influencing the overall quality of life.
Driven by the determination to confront this challenge, “Team Benlycos” drew inspiration from the enduring wisdom often attributed to ‘Tecumseh’: “A single twig breaks, but the bundle of twigs is strong.” Recognizing that each last mile connection is relatively unreliable due to various factors affecting quality of data transmission, the team conceived a strategy of combining multiple connectivity sources. By doing so, they aimed to enhance speed, reliability, and security in the critical last mile of internet usage.
The Challenge
PwC, as an audit firm, performs audits for clients spanning diverse industries, including those situated in geographically remote regions with restricted internet access.
Unreliable Internet: Unreliable internet connections, whether in cities or rural areas, posed significant challenges to transfer large audit files securely and efficiently.
Data Security: Given the paramount importance of ensuring the security and confidentiality of sensitive audit data during transmission, they aspired to limit the use of public Wi-Fi networks.
Timely Audits: Delays caused by poor internet connectivity could affect audit timelines, sometimes impacting client satisfaction and regulatory compliance
The Solution
We offered two product lines of bonding routers: ZIFILINK and BLOOM. Both product lines incorporate B-ABT and B-LBT features, delivering dependable, secure, high-speed, and portable connectivity solutions.
Both product lines are designed for ease of use and require minimal configuration, ensuring a user-friendly setup process.
Both the Zifilink and Bloom series include a manageability feature, featuring both local and cloud-based dashboards that allow you to adjust settings and monitor the overall device performance as well as the performance of individual connections.
