Abstract :
Advanced Metering Infrastructure (AMI) is becoming of increasing interest to many stakeholders, including utilities, regulators, energy markets, and a society concerned about conserving energy and responding to global warming. AMI technologies, rapidly overtaking the earlier Automated Meter Reading (AMR) technologies, are being developed by many vendors, with portions being developed by metering manufacturers, communications providers, and back-office Meter Data Management (MDM) IT vendors. In this flurry of excitement, very little effort has yet been focused on the cyber security of AMI systems. The comment usually is "Oh yes, we will encrypt everything - that will make everything secure." That comment indicates unawareness of possible security threats of AMI - a technology that will reach into a large majority of residences and virtually all commercial and industrial customers. What if, for instance, remote connect/disconnect were included as one AMI capability - a function of great interest to many utilities as it avoids truck rolls. What if a smart kid hacker in his basement cracked the security of his AMI system, and sent out 5 million disconnect commands to all customer meters on the AMI system...?
Keywords :
automatic meter reading; internetworking; security of data; advanced metering infrastructure; customer gateways; cyber security; meter data management; Ambient intelligence; Automatic meter reading; Computer security; Cryptography; Data security; Global warming; Manufacturing automation; Meter reading; Regulators; Technology management; AMI headend; AMI network; Advanced Metering Infrastructure; Meter Data Management; Security; customer gateways; smart meters;
