Energy's cyber office gets a boost
White House's budget proposal increases funding for the Energy Department's critical infrastructure cybersecurity office.
The federal government's designated energy sector cybersecurity agency could see more than $50 million more to help industry fight cybersecurity threats to the electric grid and other critical energy infrastructure.
The White House bumped up the Department of Energy's Office of Cybersecurity, Energy Security, and Emergency Response by $61 million in the 2020 budget proposal released March 11.
On a conference call with reporters, agency officials said CESER would get $157 million for grid cybersecurity to support early-stage research and development to improve cybersecurity and resilience that will support private infrastructure providers to "harden and evolve" their systems against manmade and natural events.
Overall, however, the White House requested $31.7 billion for DOE, an 11 percent decrease from the 2019 enacted level.
"Secretary Perry recognized early on that cybersecurity was important," a top DOE official said. "We worked to establish the office last year," said the official, adding that cybersecurity threats are "just increasing."
Congress has been "positive" in supporting CESER over the last year, and "as the sector-specific agency" for cybersecurity for energy infrastructure, "the request is appropriate," said the official.
DOE officials on the call declined comment when asked about specific threats that might be addressed with the increased budget.
The CESER request also included $30 million for emergency response operations to two physical threats that loom over the electrical grid -- electromagnetic pulse and geomagnetic disturbances or "space weather" events.
The funding also includes support for the Environment for Analysis of Geo-Located Energy Information (EAGLE-I) system. EAGLE-I is a visualization and analysis system that can predict possible energy system outages as well as help first responders quickly find outages when they occur. EAGLE-I was developed by Oak Ridge National Laboratory, and the system runs on that lab's infrastructure platform.