For the sake of brevity, I won't read it all because I believe you've all got a copy on your desk.
Good afternoon, Mr. Chair, members of the committee and ladies and gentlemen. My name is David Masson, and I'm the country manager for Canada of Darktrace, a cybersecurity company.
We are the world's leading AI company for cyber-defence. We have thousands of customers worldwide, and our self-learning AI can defend the entire digital estate that people have. We've more than 800 employees—actually, it's 900 now—and 40 offices worldwide, and here in Canada we have three offices.
Prior to joining Darktrace and establishing the company in Canada in 2016, it was my immense privilege and honour, as an immigrant to Canada, to serve my country at Public Safety Canada for several years. Prior to that, I had worked inside the United Kingdom's national security and intelligence machinery, and had done so since the Cold War. I've been a witness, as the previous witness just said, to cyber's evolution over time, from before the Internet to its current mass prevalence and ubiquity in our society today.
In earlier meetings of this committee, I think you heard an awful lot about the scale and size of the cyber-threat that exists in this country, so I'm going to focus on three things. First I plan to share with you some reasons why cybersecurity poses a seemingly insurmountable challenge, and I'll dive into some specific threats. I'll close by offering some suggestions and solutions to these issues.
What we're seeing at Darktrace is that most organizations, unfortunately, aren't as secure as they think they are. When we install our artificial intelligence software in the networks of a Fortune 500 company—sir, you mentioned this earlier—80% of the time we detect a cyber-threat or vulnerability that the company simply did not know about. Outside of the Fortune 500, when we look at smaller businesses, this percentage of companies compromised in some way jumps up to 95%, so that's pretty much all the time.
These statistics highlight two things. First and foremost, obviously, no organization is perfect or immune. Organizations of every size and every industry not only are vulnerable to cyber attacks but are currently more at risk than they imagine. Successful attacks against some of the biggest companies in recent years have revealed that something isn't working. Even Fortune 500 companies, which have budgets, resources and staff to deal with cyber-threats, are still found wanting.
Second, this raises the question: Why are so many companies and organizations unaware they are under attack or vulnerable? The legacy approach that businesses have previously taken to cybersecurity does not work in the face of today's threat landscape and increasingly complex business environments.
In brackets, it's not just the cyber-threat that we're facing. It's actually just business complexity that's bamboozling people.
In the past, companies were focused on securing their networks from the outside in, hardening their perimeter with firewalls and end-point security solutions. Today, migration to the cloud and the rapid adoption of the Internet of things has made securing the perimeter nearly impossible. Another traditional approach, known as rules and signatures, relied on searching for known bad. However, attackers evolve constantly, and this technique fails to detect novel and targeted attacks. Most importantly, these historical approaches fail to provide businesses with visibility and awareness into what is taking place on their networks, making it hard, if not impossible, to identify threats already on the inside.
I'll now look at two potential types of attack that have far-reaching impacts.
Attacks against critical national infrastructure are increasing around the world. When one mentions critical infrastructure, people commonly think of power grids, energy and utilities, companies, dams, transportation, ports, airports, roads. However, Canada's financial sector, the purpose of this committee, the big banks, etc., are also part of a nation's critical infrastructure. Just as roads connect our country physically, these organizations connect the national economy. A successful cyber-attack against these core institutions could dramatically disrupt the rhythms of commerce. The security of financial institutions should be discussed in the same breath and with the same severity as the security of our power grids.
Another type of attack that's more common in recent years is trust attacks. These attacks are not waged for financial gain. As a company, we haven't been able to work out what the financial gain of these attacks is. Instead, they're waged to compromise data and data integrity. Imagine an attacker is looking to target an oil and gas company. One tactic would be just to shut down an oil rig, but another more insidious type of attack would be to target the seismic data used to identify new locations to drill. Effectively, what they do is they get the company to drill in the wrong place.
I also want to touch briefly on what we at Darktrace think we can expect from the future of cyber-attacks. We use artificial intelligence to protect networks, but as artificial intelligence becomes ubiquitous in seemingly every industry, it is falling into the hands of malicious actors as well. Although there's some debate as to when exactly we'll see AI-driven attacks, we think it might be this year, but others think 2020 or 2025. They're something that we will no doubt have to contend with in the near future.
Darktrace has already detected attacks so advanced that they can blend into the everyday activity of a company's network and slip under the radar of most security tools.
Up until now, highly targeted advanced attacks could only be carried out by nation-states or very well-resourced criminal organizations. Artificial intelligence lowers the bar of entry for these kinds of attacks, allowing less-skilled actors to carry them out. AI is able to learn about its target environment, mimic normal machine behaviours and even impersonate trusted people within organizations.
Companies will soon be faced with advanced threats on an unprecedented scale. We think it's critical that companies and government—both in Canada and around the world—consider what this will mean and what steps need to be taken to ensure that they can defend against AI-driven attacks.
As this committee and the broader industry looks for answers and solutions, I want to propose a few.
In October 2018, (ISC)2 announced that the shortage of cybersecurity professionals around the globe had soared to three million. I saw this figured repeated again this morning on LinkedIn. Roughly 500,000 of these unfilled positions are located in North America. In Canada, I think we're seeing 8,000, but I suspect it's more. This shortage is only expected to increase. Businesses are struggling to hire professionals. Those individuals they can hire are struggling to keep up.
Threats are moving at machine speeds now. In the time that an analyst steps away to grab cup of coffee, ransomware can enter a network and encrypt thousands of files. Beyond these machine-speed attacks, analysts are faced with a deluge of alerts around supposed threats that they need to investigate, handle and remediate. We need to find a way to lighten the burden for cybersecurity professionals, expand the field of potential candidates by hiring more diversely, and arm them with the technology and tools to succeed.
I'll skip the next two paragraphs.
Collaboration between the private and public sector will also be key to solving the challenges we face. The previous witnesses spoke to some of that. Governments around the world collect a wealth of information on adversaries' attacks and attack techniques. Although certain limitations about what governments can share is understandable and necessary, I'd urge the Canadian government and the intelligence community to share what information they can with corporations. Information is an asset. If companies understand the attacks they are facing, they can better defend against them. The Canadian economy is better ensured from the impacts of these cyber attacks.
On the other hand, it's critical that private companies like mine share insights and lessons-learned with the government. The private sector's ability to pivot quickly and trial new technologies make it in some ways a testing ground for new cybersecurity technologies and techniques. Through discussions around what's working and what isn't, the government can learn what's necessary for companies to succeed, compile and disseminate this information—perhaps through CCTX, which I know has been mentioned several times—and help entire industries quickly improve their security practices.
I want to close with a call for innovation. Attackers are constantly coming up with new ways to infiltrate networks, attack businesses and wreak havoc. It's critical that we, the defenders, are innovative as well. Whether this be by developing novel technologies, adopting cutting-edge techniques or enacting new regulation, creative thinking and collaboration are going to be the key. At the end of the day, it's not just about keeping up with attackers, but getting one step in front of them.
I look forward to your questions.
Thank you.