English
Français
Español
עברית
Deutsch
日本語
한국어
中文
اَلْعَرَبِيَّةُ
Menu
Menu
Water infrastructure have embraced industrial digitization to enhance the efficiency of treatment plant operations. Critical goals such as keeping a consistent supply of raw water, eliminating contaminants, and keeping a consistent supply of finished water available, are more easily achieved when leveraging technology offering data analytics and real-time visibility into plant operations. Industrial digitization offers multitudes of benefits in preserving water’s clean chemistry, efficient storage processes, and well-maintained distribution methods. However, the increased digitization of a water production systems also leads to an increase in cybersecurity vulnerabilities and attacks potentially leading to a loss of control of connected devices that regulate water quality, plant production and consumer safety.
Water utilities have embraced industrial digitization to enhance the efficiency of treatment plant operations. Critical goals such as keeping a consistent supply of raw water, eliminating contaminants, and keeping a consistent supply of finished water available, are more easily achieved when leveraging technology offering data analytics and real-time visibility into plant operations. Industrial digitization offers multitudes of benefits in preserving water’s clean chemistry, efficient storage processes, and well-maintained distribution methods. However, the increased digitization of a water production systems also leads to an increase in cybersecurity vulnerabilities and attacks potentially leading to a loss of control of connected devices that regulate water quality, plant production and consumer safety.
Safe, continuous monitoring of critical systems
Disciplined, on-demand and scheduled updates of plant systems without introducing threats
Replace at least one layer of firewalls in a defense-in-depth architecture, breaking the attack path
Protect product quality and environmental safety from remote cyber attacks
