Alert icon Keyboard navigation enabled.
Alert icon TAB or Shift+TAB to navigate across. Down ↓ to open menu. ESC to close menu.
Alert icon Down ↓ to select section. Right → to activate. Up ↑ / Down ↓ / Tab to traverse all. ESC to exit.
BeyondTrust
Skip to content Use space or enter to skip.

What can we help you find today?

Instant Results
  • Website Results
  • Technical Documentation

Filter Options

Focus your search

Filtering by

Your recent searches:

Contact Us Chat with Sales Get Support
  • English
  • Deutsch
  • français
  • español
  • 한국어
  • português
  • Home
  • Resources
  • Blog
  • The Seven Steps of a Successful Cyber Attack current page
Link copied

The Seven Steps of a Successful Cyber Attack

Jun 5, 2018
Author:
Chris Stoneff
Chris Stoneff
VP Security Solutions, Development
Blog banner default
The Seven Steps of a Successful Cyber Attack
Chris Stoneff
Chris Stoneff
VP Security Solutions, Development

Advanced cyberattacks can nest inside a network for more than 200 days on average before discovery. That’s a long time for an attacker to stealthily gather private data, monitor communications and map the network.

As with any ambitious endeavor, a successful cyberattack requires careful planning and precise execution. One thing that effective hacks have in common is the ability to remain covert – right up until the moment that the time is right and the attackers strike. While the precise methods of attacks vary, they usually follow a series of similar steps, referred to as the cyberattack chain.

Here are the seven steps to a successful cyberattack:

White chain icon to symbolize the ability to copy a link
Link copied
Check mark to visually show text has been copied

Reconnaissance

Before launching an attack, hackers first identify a vulnerable target and explore the best ways to exploit it. The initial target can be anyone in an organization, whether an executive or an admin. The attackers simply need a single point of entrance to start. Targeted phishing emails are common in this step as an effective method of distributing malware.

Scanning

Once the target is identified, the next step is to identify a weak point that allows the attackers to gain access. This is usually accomplished by scanning an organization’s network – with tools easily found on the Internet – to find entry points. This step of the process normally goes slowly, sometimes lasting months, as the attackers search for vulnerabilities.

Access and Escalation

Now that weaknesses in the target network are identified, the next step in the cyberattack is to gain access and then escalate. In almost all such cases, privileged access is needed because it allows the attackers to move freely within the environment. Rainbow Tables and similar tools help intruders steal credentials, escalate privileges to admin, and then get into any system on the network that’s accessible via the administrator account. Once the attackers gain elevated privileges, the network is taken over and is now “owned” by the intruders.

Exfiltration

With the freedom to move around the network, the attackers can access systems with an organization’s most sensitive data – and extract it at will. But stealing private data is not the only action intruders can take. They can also change or erase files on compromised systems.

Sustainment

The attackers have now gained unrestricted access throughout the target network. Next is sustainment, or staying in place quietly. To accomplish this, the hackers may secretly install malicious programs like root kits. This allows them to return whenever they want. And with the elevated privileges acquired earlier, dependence on a single access point is no longer necessary. The attackers can come and go as they please.

Assault

Fortunately, this step is not taken in every cyberattack, because the assault is the stage of an attack when things become particularly nasty. This is when the hackers might alter the functionality of the victim’s hardware, or disable the hardware. The Stuxnet attack on Iran’s critical infrastructure is a classic example. During the assault phase, the attack ceases to be stealth. However, the attackers have already taken control of the environment. So it’s generally too late for the breached organization to defend itself.

Obfuscation

Usually the attackers want to hide their tracks, but this is not universally the case – especially if the hackers want to leave a “calling card” behind to boast about their exploits. The purpose of trail obfuscation is to confuse, disorientate and divert the forensic examination process. Trail obfuscation covers a variety of techniques and tools including log cleaners, spoofing, misinformation, zombied accounts, trojan commands, and more.

Defending Against the Seven Steps of a Cyber Attack

White chain icon to symbolize the ability to copy a link
Link copied
Check mark to visually show text has been copied

Almost every network is vulnerable to cyberattack. According to Mandiant, 97% of organizations have already been breached at least once. And perimeter security tools, like next generation firewalls, offer little real protection against advanced, targeted attacks.

The key to blocking a cyberattack is controlling privileged access. Each step beyond number three in the process described above requires https://www.beyondtrust.com/re... to succeed.

Our privileged identity management solution can automatically discover privileged accounts throughout the network, bring those accounts under management, and audit access to them. Each privileged credential is updated continuously. So even if an intruder compromises a credential, it cannot be leveraged to leapfrog between systems and extract data.

If you have the ability to control privileged access, a cyberattack can be mitigated. Otherwise, study the damage done to Target, Sony Pictures and others – and prepare your crisis management team accordingly.


2022 Cybersecurity Survival Guide

Resources

2022 Cybersecurity Survival Guide

TrickBot Attack Chain: Deconstructed & Mitigated

Blog

TrickBot Attack Chain: Deconstructed & Mitigated

Latest Posts
  • Hooked on Identity (Part 2): Abusing OAuth Trust Boundaries in Okta
    Jun 12, 2026 Hooked on Identity (Part 2): Abusing OAuth Trust Boundaries in Okta
    Blog
    7m
  • Hooked on Identity: Abusing SAML Assertion Inline Hooks in Okta
    Jun 9, 2026 Hooked on Identity: Abusing SAML Assertion Inline Hooks in Okta
    Blog
    6m
  • Joining Project Glasswing: Securing the Privilege Backbone of the AI Era
    Jun 8, 2026 Joining Project Glasswing: Securing the Privilege Backbone of the AI Era
    Blog
    5m
  • The Most Common & Most Dangerous Types of Shadow IT
    Jun 5, 2026 The Most Common & Most Dangerous Types of Shadow IT
    Blog
    19m
  • 14 Password Management Best Practices
    May 28, 2026 14 Password Management Best Practices
    Blog
    12m
Related
  • Digital usage policies and the ‘new’ desktop
    Oct 20, 2017 Digital usage policies and the ‘new’ desktop
    Blog
    1m
  • Do Users Really Know Best?
    Oct 20, 2017 Do Users Really Know Best?
    Blog
    1m
Share this Article
  • Link
Stay up to Date
Get the latest news, ideas, and tactics from BeyondTrust. You may unsubscribe at any time.

Keep up with BeyondTrust

Customer Support Get Started
  • LinkedIn
  • X
  • Facebook
  • Instagram
  • Add BeyondTrust as a preferred source on Google
  • Privacy
  • Security
  • Manage Cookies
  • Do Not Sell My Data
  • WEEE Compliance

Copyright © 2003 — 2026 BeyondTrust Corporation. All rights reserved. Other trademarks identified on this page are owned by their respective owners. BeyondTrust Corporation is not a chartered bank or trust company, or depository institution. It is not authorized to accept deposits or trust accounts and is not licensed or regulated by any state or federal banking authority.

Prefers reduced motion setting detected. Animations will now be reduced as a result.