Intelligence agencies from the United States, Canada, Australia and New Zealand have joined forces to ensure they can effectively tackle cybersecurity issues. Cyber actors linked to China have reportedly exposed chinks in the armour of their network infrastructure and are exploiting those vulnerabilities to conduct cyber-espionage activities.
They have compromised the networks of some of the biggest telecommunications companies in the world, sparking concerns about data breaches, unauthorised accessand long-term security risks. The agencies have urged telecom companies to harden their network devices against these PCR-affiliated cyber actors and other malicious cyber-terrorists.
Second-string security patching and weak network defences have been powerless to resist the cyber actors who are continuously exploiting already exposed vulnerabilities.
Also Read: How to Set Up Two-Factor Authentication on Any Device
Best Practices for Strengthening Network Security
Combating cyberthreats is tricky, especially for people using Android phones with operating systems that are ill-equipped to resist cyberattacks. However, it is not entirely impossible. Security agencies have outlined some of the ways telecom providers and other enterprises can get a head start against cyberthreats and ensure Android users feel safer.
Enhancing Network Visibility
Telecom companies can use advanced network monitoring tools to detect unauthorised activities. They can audit configuration chances more often than not, especially in network devices such as routers and firewalls. Storing configurations on a central network and using push updates to prevent unauthorised access will also have a massive impact.
Another potential avenue to explore is using Security Information and Event Management (SIEM) solutions to pinpoint and analyse security alerts.
Hardening Network Devices and Systems
Security agencies have urged telecom companies to use an out-of-band management network to help understand the difference between critical infrastructure and external threats. They can implement and enforce strict policies to make sure only authorised personnel have access to sensitive data and can make changes.
Using Virtual Private Network (VPN) software for communication protocols also works, but they have to make sure all network devices, especially on Android devices, use two-factor authentication mechanisms (2FA). Telecom companies have also been told to set up secure encryption protocols for online transactions and regularly update their security measures to keep up with the regulatory framework.
New Zealand Taking the Initiative by Strengthening Cyber Defences
New Zealand’s National Cyber Security Centre (NCSC-NZ) has stressed the need for telecom providers to implement near-impenetrable security measures, which will go a long way in keeping unauthorised personnel away from sensitive data. One of the key areas the country is focused on is the iGaming sector. The government is introducing a new regulatory framework that will address online security, amongst other things.
Players make deposits or withdrawals using digital payment options on online platforms, so the idea is to make sure their transactions are as safe as possible. The upcoming regulations will set new standards for online casinos in New Zealand. Operators will have to use strong encryption and secure payment processing systems to protect sensitive data.
They will be following in the footsteps of other established iGaming jurisdictions, and it is a move that emphasises how important it is to maintain a high level of digital security. Going down this route will see New Zealand set a strong precedent for other nations to follow if they also want to improve their online safety regulations.
Cybersecurity as a Shared Responsibility
The joint initiative from intelligence agencies is further proof that the battle against cyberattacks is a shared responsibility. Stakeholders must work together to create a secure digital ecosystem. Organisations can take the initiative by setting up cybersecurity awareness training for employees.
They can also conduct regular penetration tests to find potential loopholes and establish a quick response team that can spot these threats before they cause any real damage. Individuals also have a part to play. Not all phones have built-in anti-hacking systems, so those who use Android devices without robust security need to take steps to protect themselves.
They can use strong, unique passwords, combining letters, numbers and special symbols. Using multiple-factor authentication also works, but it is equally important to watch out for phishing attempts.
