The day-to-day online threats facing the government
Government bodies are at risk online.
It’s a statement that’s true for a lot of industries, but it’s different for the government. These aren’t traditional ransomware attacks, or email phishing scams carried out by people at home trying to make easy money.
Government hacks are calculated. They’re resourceful. People that target the government’s data, networks, and systems are often politically motivated and looking to steal specific information. In the most extreme cases, these hackers are state-funded, giving them the time and money they need to ensure their efforts are successful. Hacking is a full-time job for them.
We only have to look at the Clinton campaign email hacking scandal where sensitive information got into the wrong hands, potentially led to a presidential campaign being derailed, and arguably compromised a US election.
Busy government staff doesn’t always have the time to learn cybersecurity best practices. Government employees working in departments such as planning, finance, human resources, and the administration staff that support them, have intense workloads – so it’s important they can work quickly and efficiently, without compromising their safety online.
It’s thought that as many as 95% of successful online hacks come down to human error. Mistakes are made by those who aren’t educated in online risks and can’t spot threats to their data. Sometimes it’s not a lack of knowledge, but a problem with relying solely on human performance. Even the most educated person can make mistakes that cause huge data breaches.
Few government jobs involve sitting at the same desk each day. Council workers may have to log in to multiple devices daily – with agile hotdesking a large part of many people’s roles. It’s important to secure your network when you have staff logging on from multiple devices at all times. Government staff needs to be able to access their files from anywhere, but they can’t risk the same files becoming accessed by unauthorized users.
Tokenless 2FA solutions can prevent security risks by authenticating the user every time they log in from a different device. Staff can put 2FA software on their phones, and use the solution to generate a new one-time code every time they want to access the network using a different device. Securing your network with 2FA software gives staff the freedom to use a hotdesk working environment – without leaving private data open to hackers.
To increase flexibility for employees accessing their applications through different devices, 2FA systems should be licensed for each user, like AuthControl Sentry®, so users can have multiple tokens active under one license. This helps to improve uptake when implementing change and rolling out the deployment.
It’s not just central government workers that can spark network access risks. Third-party users like healthcare staff and social workers may need to access a local government network – and it’s more difficult to regulate the security of people logging on externally from different devices.
Government IT staff don’t have the time to assess and verify every log-in attempt when staff numbers are in the thousands. Where possible, government organizations should invest in Risk-Based Authentication (RBA) solutions that let you set up automatic verification of users based on things like their location, IP address and more. This automates and therefore reduces the workload away from the IT desk without compromising network security.
Cyber Arms lets you set up risk profiling to flag any suspicious log-in attempts. If a third-party user logs in from a recognized IP address, device, or other known criteria then they can access the network. However, if the RBA solution detects a risk, they’ll be prompted to provide 2FA or Multi-factor Authentication (MFA) information to verify their log-in permissions.
It’s not just global attacks on such influential government figures that are a threat though. Local councillors and external government staff like teachers are targeted daily by hackers after private party data. These staffs are often too busy to stay up to date with best practices for staying safe online, leaving them as prime targets and entry points for hacks.
Here we’re going to look at the common day-to-day threats to government online, and what you need to do to make sure your organization is kept safe.
not ending now
Information worth stealing
According to some economists, oil is no longer worth more than gold, but data now leads the way. Therefore, government information has become extremely precious to the right people. Where traditional online hacks might look to steal credit card information or personal details – government hackers are after more substantial data. From central through to local governments, to schools, and to national elections – government information is in high demand.
This is why many hacking operations targeting governments have so much time, money and resources invested into them. Because the reward of acquiring private data is huge. Many state-funded hacking groups work on stealing government information as a full-time job – ready to pounce on opportunities with the latest technologies.
These hackers don’t attempt a breach, and then move on to the next target if they fail. It’s their job to make sure they get the data. If they fail a login attempt on a website and get suspended from the account, they simply create a new identity and try again. It’s important for government bodies to make sure no one other than authorized users can access private information.
Two-factor Authentication (2FA) solutions require users to provide a password, plus a one-time code to log in to a platform – meaning their data can’t be stolen or replicated. Products such as Cyber Arms offer a simple, one-touch 2FA solution that verifies users with information that only they could provide, quickly, and without the need for another person to authorize them.
Keeping the work process efficient
Staff needs to focus on their primary role, and online security is often an afterthought. Time-stretched government staff need working practices to be as efficient as possible. This includes familiarisation and efficiency within their primary applications and platforms, and not having to spend extra time on additional concerns like online safety.
Secure solutions should fit into current working practices seamlessly. This way, staff can work how they choose, without their working patterns leaving the network open to attacks.
Solutions like Cyber Arms offer a quick and easy way to log in securely and provide a one-time-only log-in code that can’t be stolen or re-used. Single Sign-On solutions is another option to keep work tasks effortless – only asking users to authenticate their log-in credentials once to access multiple programs.
Recent high-profile government cases show us the startling consequences of a successful attack. Government organizations can hold millions of people’s data, sensitive political information and more – which can be incredibly costly if they end up in the wrong hands. It’s a challenge to secure networks in an industry where staff need to access information at all times, and from multiple devices. So our government partners need to find a solution that integrates with how they already work, and with minimal disruption.
Watering hole attacks
Popular sites that drive a lot of traffic from certain groups – like a local government or political party staff – are often targeted by hackers. It’s called a watering hole attack because it mirrors predators waiting for prey when they fetch water. Eventually, someone will click through a malicious link and become infected with malware, giving hackers access to their account information and potentially letting them move horizontally through the network.
IT staff need to make sure their colleagues aren’t accessing compromised websites from their network. Setting up a web filtering solution is one way to stay on top of potentially harmful sites. The filter constantly updates with sites that have been flagged as compromised or dangerous and blocks users from accessing them from their network.