Integrated risk management essential

August 2019 IT infrastructure, Security Services & Risk Management, Industrial (Industry)

With manufacturing focused intensively on innovation, combined with a reliance on connected networks and products, it is an industry that is highly vulnerable to cyberattacks. Yet, the manufacturing industry remains fragmented in its approach to managing cyber-related risks.

Charl Ueckermann.
Charl Ueckermann.

This is according to Charl Ueckermann, CEO at AVeS Cyber Security, who was on the Manufacturing Indaba’s panel of discussion at the Sandton Convention Centre in June; “For manufacturing companies, the focus has always been on production innovation, operational efficiencies, minimising downtime and keeping the lights on. Therefore, when it comes to technology infrastructures in the manufacturing industry, the availability of systems has always taken priority over integrity and confidentiality, which inherently made cyber risk the least of concerns. However, in modern manufacturing, where systems are connected to the Internet, integrity and confidentiality will start to play a bigger role. In most other industries, such as financial services, confidentiality and integrity of their technology systems are prioritised over availability already, making the management of cyber risks a key focus.

“Historically, IT and operational technologies (OT) in manufacturing have also been managed separately, within different departments with their own sets of vocabulary and structures. OT departments don’t generally have as much insight into cyber risks as IT and this, by default, means that OT tends to lag behind IT in this regard.

“Yet nowadays, cyber risks are no less for a manufacturing company to protect its data, intellectual property and trade secrets than for a bank to ensure the confidentiality of customer information and other sensitive data. In fact, a cyber breach on an OT system could present a life or death situation for a manufacturing business because the health and safety of workers are at risk, and machinery and processes may become unsafe.

“The good news is that there is no need to compromise and sacrifice confidentiality and integrity over availability. In modern manufacturing, cyber risks can be effectively managed with the correct setup of OT networks that continue streamlining their production efficiency and capacity.”

Know the status quo

He advises manufacturing companies to get a firmer grip on the devices used on their OT networks.

“Have a good picture of the status quo. You need clear visibility of your OT architecture and know what devices are being connected to it so that effective security mechanisms can be incorporated into that fabric. No unauthorised devices should be permitted onto the network. Do not make use of off-the-shelf Raspberry Pis for testing in a live, non-air-gapped network that is not physically isolated from the Internet. It is doable to prevent an attack as experienced by NASA in June 2019; according to Forbes magazine, an unauthorised Raspberry Pi that was connected to its JPL servers was targeted by hackers, who then moved laterally further into the NASA network, comments Ueckermann.1

He continues: “You also want to find the best practices around cybersecurity hardening on your Supervisory Control and Data Acquisition (scada) systems and engage with a specialist OT security provider to implement the correct software required to ensure that your manufacturing environment is well protected, without compromising machine uptime. Ideally, due to the potential health and safety risks in the event of a breach, you should obtain the services of an OT governance organisation to assist with creating or adjusting processes that are globally aligned.”

Assess before you spend

His advice to manufacturing companies is to perform an Industrial Cyber Security (ICS) assessment before making any rash investments in people or technologies. Such an assessment comprises of a vulnerability assessment and a penetration test of the current infrastructure to get an accurate view of the assets and architecture and understand the cyber risks.

“Once this has been done, a pragmatic ICS cyber risk roadmap needs to be developed to determine the risks and how these can be minimised, accepted or outsourced. Importantly, operational and production efficiencies, as well as capacity, should not be compromised. Cybersecurity can be built intelligently into the fabric of the production systems,” explains Ueckermann, adding that ongoing monitoring with appropriate tools and processes is imperative to ensuring a proactive and predictive approach to managing risks in industrial control environments over the long term.

He concludes: “Manufacturing companies can benefit from a two-pronged approach that encompasses both risk management and risk outsourcing in the form of cyber insurance. The company’s risk profile will determine the level of cover required. Companies could lower their cyber insurance costs by taking steps to improve their risk profile, for instance, by ensuring that security solutions are up-to-date and properly managed, and by practising good governance.

“Cyber risk management in modern manufacturing is still new to the industry, and manufacturing companies need to plan and implement effective strategies and appropriate tools to manage and offset cyber risks in their environments. A team with a deep skill-set and appropriate experience is needed to find solutions for specific environments and risk profiles.”

Reference:

1. Winder, D. (2019, June 20). NASA has been hacked. Retrieved from Forbes: www.forbes.com/sites/daveywinder/2019/06/20/confirmed-nasa-has-been-hacked/#2e99f18cdc62



Credit(s)




Share this article:
Share via emailShare via LinkedInPrint this page



Further reading:

Open source software as a tool for growth
Issue 2 2020 , IT infrastructure
Open source technology forms a part of virtually all IT applications and devices on the planet, and even runs the internet.

Read more...
5G security is all-important for governments
Issue 2 2020 , IT infrastructure
The 5G revolution is about to flip us from a society that 'uses networks' to one that 'runs on networks'.

Read more...
Unlocking the potential of IoT
Issue 2 2020 , IT infrastructure
With the potential economic impact of IoT estimated to top $11 trillion annually by 2025, local companies must see IoT as a strategic priority.

Read more...
What about corporate data at home?
Issue 2 2020 , IT infrastructure
Companies that send employees home with proper safeguards face challenges, but those relying on uncontrolled employee-owned phones and computers to get work done 'are sitting ducks'.

Read more...
Small server solution for small, remote businesses
Issue 2 2020 , IT infrastructure
HPE powers small businesses and remote office locations with monthly subscription for secure, easy-to-use IT solutions.

Read more...
The risk of dark data
Issue 2 2020 , IT infrastructure
Cloud adoption rises as businesses aim to reduce data protection costs, but many miss this benefit as they use cloud as a dumping ground for ‘dark’ and redundant, obsolete and trivial (ROT) data.

Read more...
The risk of dark data
Issue 2 2020 , IT infrastructure
Cloud adoption rises as businesses aim to reduce data protection costs, but many miss this benefit as they use cloud as a dumping ground for ‘dark’ and redundant, obsolete and trivial (ROT) data.

Read more...
Video surveillance multicast networks made easy
Issue 1 2020, Duxbury Networking , IT infrastructure
Many businesses are struggling to realise the full potential of modern video surveillance technology due to limitations of the underlying network.

Read more...
Three data protection predictions for 2020
Issue 1 2020 , IT infrastructure
Byron Horn-Botha from Arcserve Southern Africa relates the company’s top three data predictions to be on the alert for in 2020.

Read more...
An open foundation for 2020
Issue 1 2020 , IT infrastructure
The migration to open hybrid cloud technologies will be the way to go as we head into the new decade.

Read more...