English
- The utility sector is being transformed - and this process has opened the industry up to a new range of cyber-threats.
- Attacks will continue to escalate in frequency and complexity.
- Here, two industry experts give their views on this new paradigm - and what the sector can do to protect itself and its customers.
The utility industry is undergoing a massive transformation. Everything from the digitalization of critical infrastructure to the relationship between utilities and their customers is in transition. In the past decade, sophisticated organizations have seized on the promise of data from information technology (IT) to optimize operational technology (OT), including legacy power-generation assets, digitally native energy sources and distribution systems. While the push to increase connectivity has helped the utility industry achieve greater efficiency, reduce emissions, and deliver reliable and affordable power to customers, it has also exposed weaknesses in its cyber defenses.
Cyberattacks now threaten the core value proposition for energy companies. Digital OT makes an attractive target for a host of actors whose objectives range from financial gain to sheer disruption - and today, a cyber arms-race is the new normal for utilities and their suppliers. As digital technologies spread through and add value to energy infrastructure, attacks will continue to escalate in frequency and sophistication.
Have you read?
To explore the cyber challenges and opportunities facing the utility industry, Leo Simonovich, Vice President and Global Head of Industrial Cyber and Digital Security at Siemens Energy, and Phil Tonkin, the Principal Security Engineer and Global Head of Cybersecurity Engineering for Operational Technology at National Grid, share their perspectives on the state of the industry.
What is the World Economic Forum doing about making our electricity ecosystem cyber resilient?
Cyber resilience is a challenge for organizations globally, but particularly for the electricity industry. Power systems are among the most complex and critical of all infrastructures and act as the backbone of economic activity.
The unprecedented pace of technological change driven by the Fourth Industrial Revolution means that our systems of health, transport, communication, production and distribution will demand rapidly increasing energy resources to support global digitalization and advancement of interconnected devices.
Our Platforms for Shaping the Future of Cybersecurity and Digital Trust and Shaping the Future of Energy and Materials have pioneered a Systems of Cyber Resilience: Electricity Initiative, which brings together leaders from more than 50 businesses, governments, civil society and academia, each with their own perspective, to collaborate and develop a clear and coherent cybersecurity vision for the electricity industry.
Our Systems of Cyber Resilience: Electricity project is designed to enhance cyber resilience across the electricity ecosystem. To join our platforms and bring your cyber resilience expertise to drive this or similar initiatives, contact us or read more in our Impact Story.
Phil, how do you view the evolution of cyber-threats to this industry, and what are you seeing on the ground at National Grid today?
Phil: Over the years, we’ve seen utilities being targeted either for criminal purposes or other nefarious reasons with ever-increasing maturity and an increasing ability to exploit OT systems. The increase in cyber-threats to utilities has grown as attackers and adversaries have become more familiar with the technology that we use. Previously, only cybersecurity professionals working at a utility understood the end products and protocols that were vulnerable to attacks, but now we are moving towards a set of threats which are executed by very talented adversaries who are capable of specifically targeting the industrial sector.
A key reason for this change is that for a long time cybersecurity for the energy sector has been built around the need to improve efficiency by increasing connectivity within organizations. As a consequence, security for utilities was constructed in a way to ensure resilient operations within a very trusted environment. However, as utilities have increasingly adopted digital technologies to improve efficiency and create system-level solutions to balance the grid, companies have unknowingly created new cyber-threats which became very appealing to malicious actors. We’ve seen real movement towards attackers targeting industrial organizations with social or critical infrastructure responsibilities, like us in the energy sector, and also all those in manufacturing, critical healthcare or municipal functions.
Leo, how does Siemens view the cyber-threat to industry?
Leo: At Siemens, we are seeing similar trends. The number of attacks has gone up exponentially, and the sophistication of those attacks is increasing as well. What’s more, these threats are increasingly targeted towards the industrial sector, and in particular towards energy production. The impact of those attacks is what’s really worsened because an attack against the OT environment can result in a shut down - or worse, a safety event.
These attacks are coming increasingly from the convergence of physical and digital worlds. The notion that someone is safe because they’re air-gapped, I think, is largely gone because a significant share of attacks now come from within the plant. Either the attacks are from the office environment into the OT environment – such as a phishing scam – or they are brought in by an intelligent insider carrying malware into the plant environment. This has created a new threat landscape that utilities and operators, as well as OEMs like us, must urgently address. Going forward, solving this problem will require strong partnerships between utilities, like National Grid, and companies like ours that have a long legacy in both manufacturing OT and securing the IT systems that are essential in today’s digital environment.
