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Internet of Broken Things? 10 Key Facts About IoT
Published by Gbaf News
Posted on May 13, 2018
12 min readLast updated: January 21, 2026
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Published by Gbaf News
Posted on May 13, 2018
12 min readLast updated: January 21, 2026
Add as preferred source on Google
By Ian Kilpatrick, EVP Cyber Security Nuvias Group
A recent survey shows 64 percent of organisations have deployed some level of IoT technology, and another 20 percent plan to do so within the next 12 months. This is an astonishing fact when you consider the lack of basic security on these devices, or any established security standards. Many companies are turning a blind eye to security issues, swayed by the potential benefits that IoT can bring.
Any device or sensor with an IP address connected to a corporate network is an entry point for hackers and other cybercriminals –like leaving your front door wide open for thieves.
Managing endpoints is already a challenge, but the IoT will usher in a raft of new network-connected devices that threaten to overwhelm the IT department charged with securing them – a thankless task considering the lack of basic safeguards in place on the devices.
Of particular concern is that many IoT devices are not designed to be secured or updated after deployment. Any vulnerabilities discovered post-deployment cannot be protected against in the device, and corrupted devices cannot be cleansed.
IT professionals are more used to securing PCs, laptops and other devices, but they will now be expected to become experts in areas such as smart lighting, heating and air conditioning systems, security cameras and integrated facilities management systems.
A lack of experience in this Operating Technology (OT) is a cause for concern. It is seen as operational rather than strategic, so deployment and management is often shifted well away from Board awareness and oversight.
Nevertheless, the majority of organisations are deploying IoT technology with minimal regard to the risk profile or the tactical requirements needed to secure them against unforeseen consequences.
DDoS (Distributed Denial of Service) attacks are on the rise, with 41 percent of UK organisations saying they have experienced one.
IoT devices are a perfect vehicle for criminals to access a company’s network. 2016’s high-profile Mirai attack used IoT devices to mount wide-scale DDoS attacks that disrupted internet service for more than 900,000 Deutsche Telekom customers in Germany, and infected almost 2,400 TalkTalk routers in the UK.
4…and ransomware attacks
There has been an almost 2000 percent jump in ransomware detections since 2015. In 2017, WannaCry targeted more than 200,000 computers across 150 countries, with damages ranging from hundreds to billions of dollars.
While most ransomware attacks currently infiltrate an organisation via email, IoT presents a new delivery system for both mass and targeted attacks.
The sophistication of attacks targeting organisations is accelerating at an unprecedented rate, with criminals leveraging the disruptive opportunities the IoT brings.
According to Fortinet’s latest Quarterly Threat Landscape report, three of the top twenty attacks identified in Q4 2017 were IoT botnets. But unlike previous attacks, which focused on a single vulnerability, new IoT botnets such as Reaper and Hajime target multiple vulnerabilities simultaneously, which is much harder to combat.
Wi-Fi cameras were targeted by criminals, with more than four times the number of exploit attempts detected over Q3 2017.
The aftermath of a cyberattack can be devastating for any company, leading to huge financial losses, compounded by regulatory fines for data breaches, and plummeting market share or job losses. At best, a company could suffer irreparable reputational damage and loss of customer loyalty.
On top of that, IoT devices have the potential to create organisational and infrastructure risks, and even pose a threat to human life, if attacked. We have already seen the impact of nation-state attack tools being used as nation-state weapons, then getting out and being used in commercial criminal activity.
It’s crazy to think that devices with the potential to enable so much damage to homes, businesses and even entire cities often lack basic security design, implementation and testing. In the main this is because device manufacturers are pushing through their products to get them to market as quickly as possible, to cash in on the current buzz around IoT.
Lawrence Munro, vice president SpiderLabs at Trustwave agrees IoT manufacturers are sidestepping security fundamentals: “We are seeing lack of familiarity with secure coding concepts resulting in vulnerabilities, some of them a decade old, incorporated into final designs,” he notes.
Another huge problem is that once a network in attacked, it’s much easier for subsequent attacks to occur.
Yet, recent data shows just half of IT decision makers feel confident they have full visibility and control of all devices with network access. The same percentage believe they have full visibility of the access level of all third parties, who frequently have access to networks; and only 54 percent say they have full visibility and control of all employees.
Despite security concerns often cited as the number one barrier to greater IoT adoption, Trustwave research shows sixty-one percent of firms who have deployed some level of IoT technology have had to deal with a security incident related to IoT, and 55 percent believe an attack will occur sometime during the next two years. Only 28 percent of organisations surveyed consider that their IoT security strategy is ‘very important’ when compared to other cybersecurity priorities.
In the UK, the government’s five-year National Cyber Security Programme (NCSP) is looking to work with the IT industry to build security into IoT devices through its ‘Secure by Default’ initiative. The group published a review earlier this month that proposes a draft Code of Practice for IoT manufacturers and developers.
While there seems to be some light at the end of the tunnel, it may not be enough. Regulators won’t force device manufacturers to introduce the necessary security regulations and practices before thousands of businesses fall victim to attacks. Turning a blind eye to the IoT security risks could leave your organisation permanently paralysed.
Bio of author
Ian Kilpatrick, EVP (Executive Vice-President) Cyber Security for Nuvias Group
A leading and influential figure in the IT channel, Ian now heads up the Nuvias Cyber Security Practice. He has overall responsibility for cyber security strategy, as well as being a Nuvias board member. Ian brings many years of channel experience, particularly in security, to Nuvias. He was a founder member of the award-winning Wick Hill Group in the 1970s and thanks to his enthusiasm, motivational abilities and drive, led the company through its successful growth and development, to become a leading, international, value-added distributor, focused on security. Wick Hill was acquired by Nuvias in July 2015.
Ian is a thought leader, with a strong vision of the future in IT, focussing on business needs and benefits, rather than just technology. He is a much published author and a regular speaker at IT events. Before Wick Hill, Ian qualified as an accountant, was financial controller for a Fortune 50 company, and was a partner in a management consultancy.
By Ian Kilpatrick, EVP Cyber Security Nuvias Group
A recent survey shows 64 percent of organisations have deployed some level of IoT technology, and another 20 percent plan to do so within the next 12 months. This is an astonishing fact when you consider the lack of basic security on these devices, or any established security standards. Many companies are turning a blind eye to security issues, swayed by the potential benefits that IoT can bring.
Any device or sensor with an IP address connected to a corporate network is an entry point for hackers and other cybercriminals –like leaving your front door wide open for thieves.
Managing endpoints is already a challenge, but the IoT will usher in a raft of new network-connected devices that threaten to overwhelm the IT department charged with securing them – a thankless task considering the lack of basic safeguards in place on the devices.
Of particular concern is that many IoT devices are not designed to be secured or updated after deployment. Any vulnerabilities discovered post-deployment cannot be protected against in the device, and corrupted devices cannot be cleansed.
IT professionals are more used to securing PCs, laptops and other devices, but they will now be expected to become experts in areas such as smart lighting, heating and air conditioning systems, security cameras and integrated facilities management systems.
A lack of experience in this Operating Technology (OT) is a cause for concern. It is seen as operational rather than strategic, so deployment and management is often shifted well away from Board awareness and oversight.
Nevertheless, the majority of organisations are deploying IoT technology with minimal regard to the risk profile or the tactical requirements needed to secure them against unforeseen consequences.
DDoS (Distributed Denial of Service) attacks are on the rise, with 41 percent of UK organisations saying they have experienced one.
IoT devices are a perfect vehicle for criminals to access a company’s network. 2016’s high-profile Mirai attack used IoT devices to mount wide-scale DDoS attacks that disrupted internet service for more than 900,000 Deutsche Telekom customers in Germany, and infected almost 2,400 TalkTalk routers in the UK.
4…and ransomware attacks
There has been an almost 2000 percent jump in ransomware detections since 2015. In 2017, WannaCry targeted more than 200,000 computers across 150 countries, with damages ranging from hundreds to billions of dollars.
While most ransomware attacks currently infiltrate an organisation via email, IoT presents a new delivery system for both mass and targeted attacks.
The sophistication of attacks targeting organisations is accelerating at an unprecedented rate, with criminals leveraging the disruptive opportunities the IoT brings.
According to Fortinet’s latest Quarterly Threat Landscape report, three of the top twenty attacks identified in Q4 2017 were IoT botnets. But unlike previous attacks, which focused on a single vulnerability, new IoT botnets such as Reaper and Hajime target multiple vulnerabilities simultaneously, which is much harder to combat.
Wi-Fi cameras were targeted by criminals, with more than four times the number of exploit attempts detected over Q3 2017.
The aftermath of a cyberattack can be devastating for any company, leading to huge financial losses, compounded by regulatory fines for data breaches, and plummeting market share or job losses. At best, a company could suffer irreparable reputational damage and loss of customer loyalty.
On top of that, IoT devices have the potential to create organisational and infrastructure risks, and even pose a threat to human life, if attacked. We have already seen the impact of nation-state attack tools being used as nation-state weapons, then getting out and being used in commercial criminal activity.
It’s crazy to think that devices with the potential to enable so much damage to homes, businesses and even entire cities often lack basic security design, implementation and testing. In the main this is because device manufacturers are pushing through their products to get them to market as quickly as possible, to cash in on the current buzz around IoT.
Lawrence Munro, vice president SpiderLabs at Trustwave agrees IoT manufacturers are sidestepping security fundamentals: “We are seeing lack of familiarity with secure coding concepts resulting in vulnerabilities, some of them a decade old, incorporated into final designs,” he notes.
Another huge problem is that once a network in attacked, it’s much easier for subsequent attacks to occur.
Yet, recent data shows just half of IT decision makers feel confident they have full visibility and control of all devices with network access. The same percentage believe they have full visibility of the access level of all third parties, who frequently have access to networks; and only 54 percent say they have full visibility and control of all employees.
Despite security concerns often cited as the number one barrier to greater IoT adoption, Trustwave research shows sixty-one percent of firms who have deployed some level of IoT technology have had to deal with a security incident related to IoT, and 55 percent believe an attack will occur sometime during the next two years. Only 28 percent of organisations surveyed consider that their IoT security strategy is ‘very important’ when compared to other cybersecurity priorities.
In the UK, the government’s five-year National Cyber Security Programme (NCSP) is looking to work with the IT industry to build security into IoT devices through its ‘Secure by Default’ initiative. The group published a review earlier this month that proposes a draft Code of Practice for IoT manufacturers and developers.
While there seems to be some light at the end of the tunnel, it may not be enough. Regulators won’t force device manufacturers to introduce the necessary security regulations and practices before thousands of businesses fall victim to attacks. Turning a blind eye to the IoT security risks could leave your organisation permanently paralysed.
Bio of author
Ian Kilpatrick, EVP (Executive Vice-President) Cyber Security for Nuvias Group
A leading and influential figure in the IT channel, Ian now heads up the Nuvias Cyber Security Practice. He has overall responsibility for cyber security strategy, as well as being a Nuvias board member. Ian brings many years of channel experience, particularly in security, to Nuvias. He was a founder member of the award-winning Wick Hill Group in the 1970s and thanks to his enthusiasm, motivational abilities and drive, led the company through its successful growth and development, to become a leading, international, value-added distributor, focused on security. Wick Hill was acquired by Nuvias in July 2015.
Ian is a thought leader, with a strong vision of the future in IT, focussing on business needs and benefits, rather than just technology. He is a much published author and a regular speaker at IT events. Before Wick Hill, Ian qualified as an accountant, was financial controller for a Fortune 50 company, and was a partner in a management consultancy.
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