Attackers Now Move Across Networks in Under 30 Minutes
Cyberattacks are moving faster than ever before, leaving security teams with almost no time to react.
According to a recent report highlighted by CrowdStrike and covered by CyberScoop, the average time it takes attackers to move from initial compromise to other systems inside a network has dropped dramatically. The new data shows that attackers now break out across a network in an average of 29 minutes, a 65% increase in speed compared to the previous year.
Even more alarming, the fastest observed breakout time was just 27 seconds.
These numbers represent a dramatic shift in the cyber threat landscape and a serious warning for business leaders who still rely primarily on traditional cybersecurity approaches.
The reality is simple: when attackers move this fast, "Detect and Respond" security strategies are no longer enough.
What "Breakout Time" Really Means
Breakout time is a critical cybersecurity metric. It measures how quickly an attacker moves from the initially compromised system to other systems within a network.
Once attackers gain a foothold, they typically attempt to:
- Escalate privileges
- Move laterally across systems
- Access sensitive data
- Deploy ransomware
- Establish persistence for future attacks
The faster this process occurs, the less time defenders have to intervene.
Historically, security teams assumed they had hours, or even days, to detect suspicious activity and respond. But modern threat actors are compressing that timeline dramatically.
Today, the window to stop an attack may be measured in minutes or seconds.
Why Attacks Are Accelerating
Several factors are driving this rapid acceleration in cyberattacks.
1. Automation and AI
The latest threat intelligence shows attackers increasingly using automation and artificial intelligence to accelerate attacks. AI-driven tools allow criminals to perform reconnaissance, credential harvesting, and exploitation much faster than manual methods.
2. Living-Off-the-Land Techniques
Attackers increasingly abuse legitimate tools already inside corporate networks. This tactic helps them blend into normal activity and avoid triggering security alerts.
3. Credential-Based Attacks
Many intrusions begin with stolen credentials rather than malware. When attackers log in using valid credentials, traditional security tools may see the activity as legitimate.
4. Cloud and SaaS Complexity
Modern organizations rely on cloud services, SaaS platforms, and remote work environments. These systems expand the attack surface and create more opportunities for lateral movement.
When these factors combine, attackers can move from initial access to full compromise extremely quickly.
The Problem With "Detect and Respond"
Most cybersecurity solutions today are still based on the Detect and Respond model.
This approach assumes that security tools can:
- Detect malicious activity
- Alert security teams
- Investigate the threat
- Respond before damage occurs
The challenge is that detection takes time.
Alerts must be analyzed. Security teams must confirm whether activity is malicious. Response actions must be planned and executed.
But when attackers move in 29 minutes or less, that timeline collapses.
Even the best security teams cannot investigate and respond fast enough if attackers are already moving laterally across the network.
This is why many organizations continue to experience ransomware attacks despite investing heavily in detection technologies.
The Security Strategy Businesses Actually Need
Instead of relying on detection alone, organizations must shift toward a strategy focused on Isolation and Containment.
Isolation-based security works differently.
Rather than trying to identify malicious activity after it starts, isolation technologies prevent untrusted processes from interacting with critical systems in the first place.
This approach dramatically reduces the ability of attackers to:
- Move laterally
- Escalate privileges
- Execute malicious payloads
- Access sensitive systems
Even if an attacker gains an initial foothold, isolation prevents them from expanding the attack.
In other words, the breach stops where it starts.
Why This Matters for Business Leaders
Cybersecurity is no longer just an IT issue. It is a business risk issue.
When attackers can move across networks in under 30 minutes, the consequences of a successful intrusion can include:
- Ransomware shutting down operations
- Data breaches exposing sensitive information
- Regulatory penalties
- Loss of customer trust
- Major financial losses
And because many attacks now unfold so quickly, organizations that rely solely on detection tools may not realize they are compromised until it is too late.
Forward-looking businesses are beginning to adopt security architectures designed to prevent attackers from moving inside the network, not just detect them after the fact.
How AppGuard Stops This Type of Attack
At CHIPS, we advocate for a different approach to endpoint protection.
That approach is AppGuard.
AppGuard is a proven endpoint protection platform with a 10-year track record of success that is now available for commercial use.
Unlike traditional security tools, AppGuard does not rely on detecting malware signatures or behavioral anomalies.
Instead, it enforces strict policy-based protections that isolate untrusted activity and prevent it from interacting with critical parts of the system.
This means:
- Malware cannot execute in sensitive areas
- Exploits cannot move laterally
- Credential theft tools cannot operate freely
- Ransomware cannot spread across the network
Even if an attacker gains initial access, AppGuard contains the threat immediately.
This approach directly addresses the modern reality of cyberattacks: attackers are moving too fast for traditional detection-based security to keep up.
The Time to Change Security Strategy Is Now
The findings in the recent CrowdStrike threat report highlight a critical shift in cybersecurity.
Attackers are accelerating.
Breakout times are shrinking.
And organizations that rely solely on Detect and Respond strategies are increasingly vulnerable.
Businesses need security controls that stop attacks before they spread, not after damage is already underway.
That means moving from:
Detect and Respond → Isolation and Containment
Talk With CHIPS About Preventing the Next Attack
If attackers can move across networks in under 30 minutes, businesses cannot afford to depend on security tools that only react after an attack begins.
At CHIPS, we help organizations implement a stronger cybersecurity strategy using Isolation and Containment with AppGuard.
If you want to learn how AppGuard can prevent the type of fast-moving attacks described in the CrowdStrike report, we invite you to start a conversation with us.
Talk with our team at CHIPS to see how AppGuard can help protect your organization from modern cyber threats before they turn into costly incidents.
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