Willowmore is a Singapore-based IOT company that provides Smart Industrial Access Control Management System through our proprietary smart padlocks and smart cabinet locks. How and why did we decide to target such a niche industrial market like Telecommunications?
After decades of working in big corporations such as Telstra, Ooredoo and Maxis, our team started a consulting business that delivers optimal solutions to procure and design operator’s networks. We’ve spent most of our times on sites to survey, identify latent problems, build or restructure, document and monitor innumerable networks. Over the years, we realised that most operators are using a very conventional way to monitor their site accesses; this deficiency of a transparent system to monitor accesses for the domestic and global remote telco sites has impacted greatly on operators’ network financial budget.
Why does operators need a systematic way to monitor accesses for all remote telco sites? The current process is time and cost consuming while giving operators no system to monitor nor control accesses to sites. Most telecom sites are secured by mechanical locks, which means that the keys must be stored at a secure and easy-to-reach place. However, that is usually not the case. Each engineer or manager that wants to visit a remote site must first fetch the key from the central office. This commute could easily take up to 5-6 hours and consume at least 5-8 litres of gas (per visit) due to horrendous traffic conditions. On top of that, the keys are easily duplicated or misplaced which expose telco sites to vandalism. Some operators have started using combination locks or storing keys somewhere nearby the remote sites, but this only means the managers at the monitoring center continues to have zero visibility on who is accessing the site, for what purpose and for how long.
So, how does businesses manage their keys and site accesses?
The conventional lock & key system is obsolete. Many multi-million corporations still utilises the 100 year-old mechanical locks that are inefficient and unsecure.