DDOS Attack Explained : How They BANKRUPT Giants and Spark Cyber Protests

Did you know that the Anonymous hacker group often launches DDoS attacks before hacking into big tech corporations? But what exactly is a DDoS attack?

Imagine a rush hour traffic jam so intense that no cars can enter a store's parking lot—that's what a DDoS attack does to websites. It floods the target with overwhelming fake traffic from thousands or even millions of compromised computers (botnets), rendering websites inaccessible or painfully slow.

Anonymous hacker groups do use DDoS attacks against large corporations, but it's important to understand the "why" and the "what it actually accomplishes."

The term "hack" refers to breaking into a system to steal data, however a DDoS (Distributed Denial-of-Service) assault is not the same as that. Rather, it is similar to purposefully causing a huge traffic jam that blocks a store's entrance. The objective is to flood a website or online service with so much fraudulent traffic that it is inaccessible to authorized customers. The website may crash or become very slow if millions of connection attempts are sent at once via a network of infected computers (a "botnet").

Why Would Anonymous Groups Use DDoS?

For groups like Anonymous, DDoS is a popular tool for several reasons,

The primary reason being that taking down the website of a large corporation, government, or financial institution is a powerful symbolic act. It's a way to say, 

"We disagree with your actions, and we have the power to disrupt you." It generates headlines and public attention for their cause.

DDoS attacks are relatively easy to launch instead of finding software vulnerabilities within that BIG Tech Corporation. Tools for conducting DDoS are readily available, and some groups even offer "Low Orbit Ion Cannon" (LOIC) or similar tools for volunteers to participate, making it a crowd-sourced protest.

It can be difficult to trace the origin of a DDoS attack back to the individual participants, especially when using botnets or volunteer-based tools.

Important things you should know 

It's a Nuisance, Not a Breach: A successful DDoS attack does not mean the hackers have "broken in." They haven't stolen customer data, financial records, 

or intellectual property. The core internal systems of the corporation are often unaffected; only the public-facing website is down.

Short-Lived Impact: Large corporations have massive IT budgets and invest heavily in DDoS mitigation services from companies like Cloudflare, Akamai, or AWS. These services are designed to filter out malicious traffic and keep the site online. An attack might cause an outage for a few hours, but it's rarely permanent.

Financial Cost vs. Existential Threat: The main damage is financial (lost sales during the outage) and reputational (the embarrassment of being attacked). However, it is not an existential threat to the company itself.

A DDoS attack is often just one step in a larger strategy. While it can be an end in itself for hacktivists, for more sophisticated threat actors, it's frequently a diversion or an entry move.

Here are the other steps a hacker might take after or during a DDoS attack, moving from simple to highly sophisticated.

They use DDoS as a Smokescreen:

This is the most critical and dangerous scenario. While the IT and security teams are completely focused on fighting the fire of the DDoS attack 

(which is loud and obvious), the attackers sneak in the back door.

Phishing & Social Engineering:

They might send targeted phishing emails to key personnel (e.g., system administrators, C-suite executives) pretending to be from the internal IT team. 

The email might say, "We are under a DDoS attack, please click here to install this critical security patch immediately." The stress and urgency make 

employees far more likely to bypass normal security checks.

Stealthy Infiltration:

While the security monitoring tools are overwhelmed with DDoS alerts, attackers can attempt to breach the network through other, quieter methods. 

They might exploit a known vulnerability in a less-monitored system, as the logs and alerts from that system could be lost in the noise.

Data Exfiltration:

If they are already inside the network, the DDoS attack is the perfect cover to steal data. The massive amount of outbound traffic generated by the data theft can be disguised as part of the DDoS traffic, making it very hard to detect that sensitive information is being siphoned out.

Sometimes, the attack itself is a way to gather intelligence.

Steps they might take by analyzing the DDoS response:

Mapping Defenses:

They learn about the company's DDoS mitigation provider (e.g., Cloudflare, Akamai). By observing how the traffic is rerouted and filtered, they can map out the network's defensive perimeter.

They might identify the IP addresses of the origin servers behind the mitigation service.

Identifying Weak Points:

A complex network has many public-facing services. The DDoS attack might reveal which services are resilient and which ones crash easily. This helps the attackers focus their future, more precise attacks on the weakest components.

Defacement or Public Shaming:

Groups like Anonymous might use a DDoS attack to gain public attention and then follow it up by defacing the company's website or dumping stolen data (even if it's low-sensitivity data) onto public forums to further damage the company's reputation and prove their point.

Preparing for a Ransomware Attack:

This is the worst-case scenario. While the security team is distracted by the DDoS, the attackers deploy ransomware across the network, encrypting critical files and servers. They then demand a much larger ransom to restore access, having caused catastrophic operational disruption.

And do you know what happens next after a DDOS attack?

This is the Hackers playbook in a Hypothetical Timeline

Let's say a dangerous cybercriminal group targeting "BigCorp".First of all, they quietly research BigCorp's network and employees for weeks.

Then they launch a massive, multi-vector DDoS attack against BigCorp's main customer portal. Alerts blare, the IT war room activates, and all hands are on deck to mitigate the attack.

And this is when the Real Hacking Takes place during the chaos, they send a highly targeted phishing email to the Head of IT, who, in a moment of stress, clicks a link that installs a backdoor.

Over the next few days, they move silently through the network, escalating privileges until they gain access to the core database servers.

They quietly extract terabytes of customer data. Then, they deploy ransomware, encrypting every server they can find.

They contact BigCorp saying "We have your data, and we've encrypted your systems. Pay us, or we will leak all your customer data online and you will remain shut down."

Security teams must be trained to heighten their vigilance during and after a DDoS attack, looking for signs of these secondary, more insidious threats. 

The loud noise of the DDoS is often meant to cover the sound of a lock being picked.