Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Phishing attacks are cyberattacks where hackers use deceptive tactics to hack into user accounts to conduct fraud, scams, data breaches, identity theft, and more attacks.

A denial of service (DoS) attack is a malicious tactic used to disrupt the normal traffic of a server, service, or network. It occurs when an attacker attempts to flood a specific target server with an overwhelming amount of requests in an attempt to crash it or cause it to malfunction.

In 2024 alone, banks and financial institutions witnessed an alarming escalation in cyberattacks. According to the Indusface State of Application Security Report 2025, over 1.2 billion attacks targeted this sector, with each financial application experiencing twice as many attacks per site compared to the global average. Even more concerning, attacks on known vulnerabilities surged 74% between Q1 and Q4.

Account takeover (ATO) is one of the most consistent and costly threats facing consumer-facing businesses in 2025. And this year, the problem has been supercharged by the Mother of All Breaches (MOAB), a credential leak containing 16 billion username and password combinations. It rarely begins with a breach of your own systems. More often, it starts with someone else’s data leak. Credentials are reused, recompiled, and redeployed across platforms you may not even realise are vulnerable.

The FBI has issued an advisory warning that scammers are distributing QR code phishing (quishing) links via unsolicited packages sent by snail mail. Recipients may scan the code to find out where the package came from, which will land them on a phishing page. This is a variation of a “brushing scam,” where unscrupulous vendors send packages designed to harvest information that can be used in phony positive reviews.

Cyberattacks today have become sophisticated digital disasters, capable of disrupting organizations within minutes. These attacks are no longer limited to surface-level exploits; threat actors now use advanced tactics to infiltrate and exploit trust within critical systems. As traditional security models struggle to keep up, organizations must adopt behavior-driven detection and proactive defense strategies.

Malware, as one of many cyber threats, is not some random annoyance. Yet, there is nothing polite about it. It bypasses your firewall and establishes itself in your system. Then, escalated privileges are granted, and processes are killed. If you are particularly unlucky, malware encrypts your core and sticks around like a parasite in the CI/CD. So, it’s not about chaos but orchestration. That means you’re forgetting about something.

APIs are essential in today's digital landscape, supporting everything from mobile apps to vital backend systems. As their importance grows, they also become attractive targets for advanced attackers who bypass traditional security methods. These adversaries do not simply exploit API flaws; instead, they mimic normal user behavior to launch subtle, slow-and-low attacks that are difficult for conventional tools to detect.

You update your antivirus. You install that fancy EDR. You think you’re safe. But, surprise, Hackers are still getting in without triggering a single alarm. By hijacking trusted apps and making them load malicious code, voluntarily. This sneaky move is called DLL Sideloading, and it’s becoming the cybercriminal’s favourite backdoor. Sounds horrifying? It is. But here’s the good news for you. If you understand how DLL sideloading works, you can catch it before it wrecks your system.

APIs run the show today. Whether it’s a mobile app fetching user data, a SaaS platform integrating with Stripe, or a microservice coordinating with ten others, APIs are the glue and the backbone. This is something that attackers are notoriously aware of. The challenge? Most security tooling still operates on a page-view and form-based model. It can’t view the business logic of API calls, like knowing who is supposed to do what on what object and in what context.