Cybersecurity experts have identified the healthcare industry as the most frequently targeted sector for third-party breaches in 2024, with 41.2% of such incidents affecting medical institutions. This highlights a critical need for improved security measures across healthcare networks.
The Growing Threat of Unnoticed Cyber Breaches
A recent cybersecurity study warns of the increasing risk posed by “silent breaches.” These attacks remain undetected for extended periods, allowing hackers to infiltrate systems through trusted third-party vendors. Such breaches have had severe consequences in multiple industries, demonstrating the dangers of an interconnected digital infrastructure.
Research from Black Kite’s intelligence team examined cybersecurity incidents from regulatory disclosures and public reports, revealing an alarming rise in sophisticated cyber threats. The findings emphasize the importance of strong third-party risk management to prevent security lapses.
Why Healthcare is at Greater Risk
Several factors contribute to the vulnerability of healthcare institutions. Medical records contain highly valuable personal and financial data, making them prime targets for cybercriminals. Additionally, the healthcare sector relies heavily on external vendors for essential operations, increasing its exposure to supply chain weaknesses. Many institutions also struggle with outdated security infrastructures, further amplifying risks.
Encouragingly, the study found that 62.5% of healthcare vendors improved their security standards following a cyber incident. Regulatory requirements, such as HIPAA compliance, have played a role in compelling organizations to enhance their cybersecurity frameworks.
Major Findings from the Report
The study highlights key security challenges that organizations faced in 2024:
1. Unauthorized Access to Systems: More than half of third-party breaches involved unauthorized access, underscoring the need for stronger access control measures.
2. Ransomware Attacks on the Rise: Ransomware remained a leading method used by cybercriminals, responsible for 66.7% of reported incidents. Attackers frequently exploit vendor-related weaknesses to maximize impact.
3. Software Vulnerabilities as Entry Points: Cybercriminals took advantage of unpatched or misconfigured software, including newly discovered weaknesses, to infiltrate networks.
4. Credential Theft Increasing: About 8% of attacks involved stolen or misused credentials, highlighting the necessity of robust authentication methods, such as multi-factor authentication.
5. Targeting of Software Vendors: A major 25% of breaches were linked to software providers, reflecting an increased focus on exploiting weaknesses in the software supply chain.
With organizations becoming increasingly reliant on digital tools and cloud-based systems, cyber risks continue to escalate. A single vulnerability in a widely used platform can trigger large-scale security incidents.
To mitigate risks, businesses must adopt proactive strategies, such as continuous monitoring, prompt software updates, and stricter access controls. Strengthening third-party security practices is essential to minimizing the likelihood of breaches and ensuring the safety of sensitive data.
The healthcare sector, given its heightened exposure, must prioritize comprehensive security measures to reduce the impact of future breaches.
WhatsApp has warned users about a highly advanced hacking attack that infected nearly 90 people across 24 countries. Unlike traditional cyberattacks that rely on tricking victims into clicking malicious links, this attack used zero-click spyware, meaning the targets were hacked without taking any action.
What Happened?
Hackers exploited a security vulnerability in WhatsApp to send malicious documents to the victims’ devices. These documents contained spyware that could take control of the phone without the user clicking or opening anything.
According to reports, the attack was linked to Paragon Solutions, an Israeli company that develops spyware for government agencies. While governments claim such tools help in law enforcement and national security, they have also been misused to spy on journalists, activists, and members of civil society.
Who Was Targeted?
The specific names of the victims have not been disclosed, but reports confirm that journalists and human rights advocates were among those affected. Many of them were based in European nations, but the attack spread across multiple regions.
WhatsApp acted quickly to disrupt the attack and alerted the affected users. It also referred them to Citizen Lab, a cybersecurity research group that investigates digital threats.
What is a Zero-Click Attack?
A zero-click attack is a form of cyberattack where hackers do not need the victim to click, open, or download anything. Instead, the attack exploits weaknesses in apps or operating systems, allowing spyware to be installed silently.
Unlike phishing attacks that trick users into clicking harmful links, zero-click attacks bypass user interaction completely, making them much harder to detect or prevent.
How Dangerous Is This Spyware?
Once installed, the spyware can:
1. Access private messages, calls, and photos
2. Monitor activities and track location
3. Activate the microphone or camera to record conversations
4. Steal sensitive personal data
Cybersecurity experts warn that such spyware can be used for mass surveillance, threatening privacy and security worldwide.
Who is Behind the Attack?
WhatsApp has linked the spyware to Paragon Solutions, but has not revealed how this conclusion was reached. Authorities and cybersecurity professionals are now investigating further.
How to Stay Safe from Spyware Attacks
While zero-click attacks are difficult to prevent, you can reduce the risk by:
1. Keeping Your Apps Updated – Always update WhatsApp and your phone’s operating system to patch security flaws.
2. Enabling Two-Factor Authentication (2FA) – This adds an extra layer of security to your account.
3. Being Cautious with Unknown Messages – While this attack required no interaction, remaining alert can help protect against similar threats.
4. Using Encrypted and Secure Apps – Apps with end-to-end encryption, like WhatsApp and Signal, make it harder for hackers to steal data.
5. Monitoring Unusual Phone Activity – If your phone suddenly slows down, heats up, or experiences rapid battery drain, it may be infected. Run a security scan immediately.
This WhatsApp attack is a reflection of the growing threats posed by spyware. As hacking methods become more advanced and harder to detect, users must take steps to protect their digital privacy. WhatsApp’s quick response limited the damage, but the incident highlights the urgent need for stronger cybersecurity measures to prevent such attacks in the future.
A recent cybersecurity breach has exposed vulnerabilities in government agencies, as hackers infiltrated the U.S. Agency for International Development (USAID) to mine cryptocurrency. The attackers secretly exploited the agency’s Microsoft Azure cloud resources, leading to $500,000 in unauthorized service charges before the breach was detected. This incident highlights the growing threat of cryptojacking, a cybercrime where hackers hijack computing power for financial gain.
How the Hackers Gained Access
The attackers used a technique called password spraying, which involves trying a set of commonly used passwords on multiple accounts until one works. They managed to breach a high-level administrator account that was part of a test environment, gaining significant control over the system.
Once inside, they created another account with similar privileges, allowing them to operate undetected for some time. Both accounts were then used to run cryptomining software, which consumes large amounts of processing power to generate digital currency. Since USAID was responsible for cloud costs, the agency unknowingly footed a massive bill for unauthorized usage.
What is Cryptojacking?
Cryptojacking is a cyberattack where hackers steal computing resources to mine cryptocurrencies like Bitcoin or Monero. Mining requires powerful hardware and electricity, making it expensive for individuals. By infiltrating cloud systems, cybercriminals shift these costs onto their victims, while reaping financial rewards for themselves.
This attack is part of a larger trend:
1. 2018: A cryptojacking incident compromised government websites in the U.S., U.K., and Ireland through a malicious web plugin.
2. 2019: Hackers accessed an AWS cloud account of a U.S. federal agency by exploiting credentials leaked on GitHub.
3. 2022: Iranian-linked hackers were found mining cryptocurrency on a U.S. civilian government network.
Cybersecurity experts warn that cryptojacking often goes unnoticed because it doesn’t immediately disrupt services. Instead, it slowly drains computing resources, resulting in skyrocketing cloud costs and potential security risks.
How USAID Responded
Once the attack was discovered, USAID took steps to secure its systems and prevent future breaches:
A USAID internal report emphasized the need for stronger cybersecurity defenses to prevent similar incidents in the future.
Experts Warn of Increasing Cryptojacking Threats
Cryptojacking attacks are typically carried out by individual hackers or cybercrime syndicates looking for quick profits. However, some state-sponsored groups, including those linked to North Korea, have also used this method to fund their operations.
Cybersecurity professionals explain how these attacks work:
“If I break into someone’s cloud system, I can mine cryptocurrency using their resources, while they get stuck with the bill,” — Hamish Eisler, Chainalysis.
Jon Clay, a Threat Intelligence Expert at Trend Micro, describes cryptojacking as a persistent issue, where cybercriminals constantly look for new ways to exploit vulnerabilities.
How to Protect Against Cryptojacking
Organizations can take several measures to reduce the risk of cryptojacking attacks:
To combat these threats, Microsoft introduced mandatory MFA for Azure logins, which began rolling out in 2024. This security measure is expected to make it harder for hackers to take over cloud accounts.
Cryptojacking is a growing cybersecurity threat that can lead to financial losses, operational disruption, and security risks. The USAID breach serves as a wake-up call for both government agencies and businesses to strengthen their cyber defenses. Without proactive measures, organizations remain vulnerable to attacks that silently drain resources and increase costs.