Facebook Google Plus Twitter LinkedIn YouTube RSS Menu Search Resource - BlogResource - WebinarResource - ReportResource - Eventicons_066 icons_067icons_068icons_069icons_070

Cybersecurity for Critical Infrastructure: How CISA Programs, New Legislation Can Help

Recent efforts by the U.S. Cybersecurity and Infrastructure Agency, combined with significant bills coming out of the House and Senate, are putting critical infrastructure operators on a path towards achieving cross-sector visibility and strong operational technology security.

Nearly six months ago, the global coronavirus pandemic necessitated a massive, sudden pivot to remote work. Organizations and industries that never planned to enable employees to work from home found themselves scrambling to adapt. That pivot came with cybersecurity ramifications, forcing organizations to reevaluate their threat landscape and risk environment. For critical infrastructure owners and operators in sectors such as  healthcare, communications, defense and energy the shift to remote work was particularly concerning.

For instance, during this time, the pharmaceutical industry has been hard at work to develop treatments and vaccines for COVID-19, the illness caused by the novel coronavirus — a key step towards a return to normal. But as organizations focused on this work, bad actors, foreign adversaries and criminal organizations have stepped up cyberattacks against the industry. The risks of an attack on the development, manufacture and distribution of a vaccine pose significant national security, economic and societal dangers that put the importance of secure critical infrastructure into perspective.

In the U.S., the Cybersecurity and Infrastructure Security Agency (CISA) has been working to protect federal and critical infrastructure IT systems from exploitation by malicious actors during COVID-19.  But even before the pandemic, CISA had been working to secure industrial control systems (ICS) connected to critical infrastructure, including commercial manufacturing plants. In July, CISA released its ICS Strategy, which calls for empowering and educating ICS operators to secure their operations against cyberthreats. This is key: Operators from all sectors need tools, resources and expertise to defend themselves using basic cyber hygiene and vulnerability management practices. Galvanizing the ICS community to work across sectors and with government agencies will have a tangible impact on their security posture. CISA is leading the way in that plan.

But cyber hygiene and vulnerability management aren't enough to completely mitigate today's advanced threats. We also need cross-sector visibility and strong overall OT security and collaboration to help manage threats. CISA is currently in the process of refreshing the National Infrastructure Protection Plan, which was last updated in 2013. CISA is engaging with public and private stakeholders across all critical infrastructure sectors and from all levels of government in the update to this plan. Cross sector collaboration should be a key feature in the updated plan. In the instance of grid security, electric utilities should work together, not against each other, on security. Pharmaceutical companies should be sharing best practices to keep COVID-19 vaccine information and manufacturing plants secure.

CISA has also released cybersecurity best practices through its Cyber Essentials toolkits series. The most recent release, Essential Elements: Your Systems, leads with the essential action of learning what is on your network. This inventory of hardware and software assets is crucial because an organization's security team can't effectively protect connected assets if it's unaware of their existence.

As I noted in August during a webinar with Barak Perelman, Tenable's VP of OT Security, several of the security issues for critical infrastructure industries right now stem from a lack of awareness, and many OT operators don't know where to start. These measures will help to bridge that gap.

While CISA makes important strides on OT security through the agency process, Congress is also keenly aware of the threat. The Senate is working on the American Energy Innovation Act, which contains several provisions, including the PROTECT Act, the Enhancing Grid Security through Public-Private Partnership Act and the Energy Cybersecurity Act, that would help make significant strides towards securing the electric grid and the nation's energy infrastructure. Here's a closer look at some of these recent efforts:

  • The PROTECT Act, introduced by Sens. Lisa Murkowski (R-Alaska) and Joe Manchin (D-W.Va.), would establish a grant program within the Department of Energy (DOE) to help improve the cyber defenses of rural electric cooperatives — which are among our most vulnerable electric infrastructure — giving cooperatives the support they need to make vital cyber improvements. The act would also direct the Federal Energy Regulatory Commission (FERC) to use rate incentives to encourage electric utilities to invest in cybersecurity.  

  • The Enhancing Grid Security through Public-Private Partnership Act, introduced by Sens. Cory Gardner (R-Colo.) and Michael Bennet (D-Colo.) in the Senate, and Reps. Jerry McNerney (D-Calif.) and Bob Latta (R-Ohio) in the House, would give DOE the authority to provide cybersecurity assistance through a public-private partnership to resource-constrained electric utilities by providing tools for self-assessment, sharing of best practices and assistance with threat assessments and training.
  • The Energy Cybersecurity Act, introduced by Sens. Maria Cantwell (D-Wash.) and Martin Heinrich (D-N.M.), directs DOE to develop advanced cybersecurity applications and technologies for the energy sector through advancing the security of field devices and third-party control systems. DOE engagement with other appropriate federal agencies, the national laboratories and with industry stakeholders is a key component of this legislation.


In addition to the above measures, the House is currently considering the Clean Economy Jobs and Innovation Act, which includes cybersecurity provisions associated with electric grid modernization, smart buildings and smart manufacturing. It also incorporates cybersecurity research and development legislation sponsored by Reps. Ami Bera (D-Calif.) and Randy Weber (R-Texas), including important sections on grid resilience and vulnerability testing to improve energy sector cybersecurity.

This agency work and these aforementioned bills coming out of the House and Senate are all important and thoughtful steps towards securing the nation's energy infrastructure, but we shouldn't stop innovating and improving. For instance, energy cybersecurity legislation should require DOE to work closely with CISA on interoperable information sharing.

The American Energy Innovation Act and the Clean Economy Jobs and Innovation Act have several vital energy cybersecurity components and Congress should work quickly to further refine and pass this legislation.

As Perelman noted in our discussion last month, 15 years ago, we had to convince people that the threat to the electric grid was real. Now, Congress is taking important steps towards securing our OT infrastructure. I look forward to working with my colleagues and government partners on this important issue as industry co-chair of the Control Systems Working Group (CSWG). In this role, I'm thrilled to help develop the CSWG's strategy and work with industry and government stakeholders to implement our plans for collaboration and information sharing across sectors and fields to improve OT security and ensure we have a strong critical infrastructure foundation for years to come.

了解详情:

订阅 Tenable 博客

订阅
免费试用 立即购买

选择 Tenable.io

免费试用 30 天

可全面访问基于云的现代化漏洞管理平台,从而以无可比拟的精确度发现并追踪所有资产。 立即注册。

立即购买 Tenable.io

可全面访问基于云的现代化漏洞管理平台,从而以无可比拟的精确度发现并追踪所有资产。 立即购买年度订阅。

65 项资产

选择您的订阅选项:

立即购买
免费试用 立即购买

免费试用 Nessus Professional

免费试用 7 天

Nessus® 是当今市场上功能最全面的漏洞扫描器。Nessus Professional 可帮助自动化漏洞扫描流程、节省合规周期的时间,并让您调动起 IT 团队的积极性。

购买 Nessus Professional

Nessus® 是当今市场上功能最全面的漏洞扫描器。Nessus Professional 可帮助自动化漏洞扫描流程、节省合规周期的时间,并让您调动起 IT 团队的积极性。

购买多年期许可,即享优惠价格添加高级支持功能,获取一年 365 天、一天 24 小时的电话、社区和聊天支持。完整介绍请见此处。

免费试用 立即购买

试用 Tenable.io Web Application Scanning

免费试用 30 天

完整享有专为现代化应用程序而设、属于 Tenable.io 平台组成部分的最新 Web 应用程序扫描功能。可安全扫描全部在线资产组合的漏洞,具有高度准确性,而且无需繁重的手动操作或中断关键的 Web 应用程序。 立即注册。

购买 Tenable.io Web Application Scanning

可全面访问基于云的现代化漏洞管理平台,从而以无可比拟的精确度发现并追踪所有资产。 立即购买年度订阅。

5 个 FQDN

$3,578

立即购买

免费试用 联系销售人员

试用 Tenable.io Container Security

免费试用 30 天

完整获得已集成至漏洞管理平台之唯一容器安全产品的功能。监控容器映像中的漏洞、恶意软件和策略违规。与持续集成和持续部署 (CI/CD) 系统进行整合,以支持 DevOps 实践、增强安全性并支持企业政策合规。

购买 Tenable.io Container Security

Tenable.io Container Security 经由与构建流程的集成,可供全面了解容器映像的安全性,包括漏洞、恶意软件和策略违规,借以无缝且安全地启用 DevOps 流程。

获取 Tenable.sc 演示

请将您的联系方式填写在下方表格中,我们的销售代表很快与您联系安排演示。您也可以写下简短评论(不得超过 255 个字符)。请注意,带星号 (*) 的字段为必填项。

免费试用 联系销售人员

试用 Tenable Lumin

免费试用 30 天

通过 Tenable Lumin 直观呈现及探索 Cyber Exposure,长期追踪风险降低状况,并比照同行业者进行基准度量。

购买 Tenable Lumin

联系销售代表,了解 Lumin 如何帮助获取整个企业的洞见并管理网络安全风险。

申请演示 Tenable.ot

获得符合需求的运营技术安全性。
降低避之不及的风险。