Proactive instead of reactive. Are you tired of hearing that already? This phrase seems to appear in almost every elevator pitch. But when it comes to cybersecurity, anticipating threats is essential. Attackers are more professional, automated, and faster than ever. The damage they cause keeps growing, and the window you have after the first alarm to protect your organization is shrinking.

A proactive cybersecurity strategy is not a “nice to have.” It is your operational life insurance. It allows you to reduce risks ahead of time instead of just reacting to alerts. This requires information, and therefore tools that can provide it, but constantly adding new and poorly integrated security tools is not a solution. We explain how to gain a holistic view of your threat landscape, without blind spots and with clear guidance on what to do next.

Why a proactive cybersecurity strategy is mandatory

The primary goal of any IT security strategy is to ensure the confidentiality, integrity and availability of sensitive, business-critical data. Achieving this involves implementing security principles and measures such as Zero Trust, Security by Design and Defense in Depth. Ideally, these measures are reviewed and updated regularly. In practice, time adds pressure.

Three key metrics show how much time defenders have today to respond to threats:

• Time-to-Exploit: The time from a vulnerability becoming known to its exploitation.
• Breakout Time: The time from initial network intrusion to lateral spread.
• Dwell Time: The time attackers remain undetected

Time to exploit

According to VulnCheck, about 1% of all published CVEs are eventually exploited. In the first half of 2025 alone, more than 21,000 CVEs were reported, which is 16% more than the same period the previous year. Of the CVEs first reported as “in the wild” in 2024, nearly 24% percent were exploited on the day of publication or even before. Analysis prior to CVE assignment often takes time; Cybermindr reports an average of 23 days between vulnerability disclosure and CVE assignment, while the average Time-to-Exploit in 2024 was only 5 days.

Breakout time

The time attackers need to compromise other systems from the initial point of entry is shrinking. Some studies suggest that the average has dropped to under 50 minutes in 2024, with the fastest recorded time being under a minute. Once inside, it is often just a matter of time before attackers find something valuable.

Dwell time

According to Mandiant’s M-Trends 2025 Report (Google), the median dwell time in 2024 was 11 days. On its own, though, this figure can be misleading. In many cases, attackers remain undetected for months or even years. In over 45% of attacks, dwell time was under a week. However, in numerous incidents, attackers were never discovered and only revealed themselves, particularly in ransomware and extortion cases. In these situations, the average dwell time was just five days. When financial gain is the main goal, attackers do not need much time.

These metrics illustrate why a reactive approach is no longer sufficient. To prevent damage, organizations must be prepared for attacks and maximize the speed of detection, containment, and recovery.

The cockpit dilemma: is everything really normal?

So should all systems be continuously monitored to detect anomalies early? In principle, yes. But there is a dilemma.

Imagine sitting in an aircraft cockpit and watching the instruments. All indicators are in the green range. Does that mean everything is fine? Yes, but only if you can trust that every sensor is properly calibrated, data transmissions are reliable, and everything relevant to flight safety is actually being measured. Unlike aviation, cybersecurity does not have universally accepted standards that have been proven over decades for reliable cockpit indicators.

The external threat landscape changes constantly. Internal systems generate thousands of signals every minute, which can quickly overwhelm monitoring capabilities. Alert fatigue becomes a real problem. Which signals should you pay attention to so that green actually means everything is okay? And are you really sure that every critical aspect is being monitored?

The attack surface itself is always evolving, often faster than configuration management databases can keep up. Short-lived containers, forgotten test environments, shadow Software-as-a-Service applications, and publicly accessible development instances are just a few examples. If the security team does not know about something, it cannot be monitored. During a cyber-attack, speed is essential. Hunting for missing context information wastes valuable time.

Blind spots and overload

Organizations are encouraged to use External Attack Surface Management (EASM) to discover internet-exposed on-premises and cloud assets. Vulnerability scanners monitor these assets for unpatched security flaws. Threat Intelligence provides up-to-date information to assess and prioritize findings. Endpoint agents are deployed to manage devices and enforces policies.

Implementing all of these tools clearly improves an organization’s security posture. Yet challenges remain. Some EASM solutions fail to detect all exposed assets, including every IP address, domain, subdomain, shadow IT resource, or bring-your-own-device endpoint. Dependencies on third parties often remain hidden. Vulnerability management can be incomplete because scans are interrupted by maintenance or updates. Scanners and Threat Intelligence feeds generate far more data than small security teams can realistically handle.

Above all, combining disconnected point solutions adds complexity. While these tools produce many potentially important signals, without proper integration they do not create true visibility. Analysts must switch between consoles, search for context, handle incompatible data formats, and spend significant time on reporting. Conducting a systematic risk assessment becomes difficult.

What does a proactive cybersecurity strategy mean?

A proactive cybersecurity strategy anticipates risks. It combines systematic preventive measures with a risk-based approach to detect, prioritize, and mitigate threats early. It leverages all available information, from access management to software vulnerabilities, human error, personnel shortages, and external threat intelligence.

To achieve this, it integrates the previously mentioned approaches, data sources, and tools with Digital Risk Protection (DRP). This creates a comprehensive and up to date view of the organization’s external attack surface, digital footprint, and threat landscape.

Risk based EASM, the external view

EASM continuously inventories and monitors your environment in the same way a hacker would, but in a more thorough and systematic manner. It gives you a complete and constantly updated view of all exposed assets. On-premises systems, cloud workloads, containers, shadow IT resources, test environments, and web services are automatically detected, evaluated for vulnerabilities, and assigned risk ratings. This comprehensive overview provides the foundation for targeted and effective remediation.

DRP, monitoring the outside world

DRP leverages commercial and open-source threat data to continuously monitor the internet, including the dark web and social media. It searches for compromised credentials, data leaks, organization-related communications, brand and domain abuse, and targeted campaigns. These findings enrich the results of asset monitoring, allow for more precise identification of risks and potential attack paths, and help reduce false positives.

Threat intelligence, understanding the threat landscape

The overall picture is further refined with threat intelligence. Data from threat intelligence feeds, dark web scanners, and agents is normalized and analyzed to provide a clear view of the current real-world risk exposure of your assets. This includes determining whether an existing vulnerability is actively being exploited.

The value of threat intelligence is delivered by presenting high-priority risks on a centralized dashboard. Predefined and automated workflows speed up response times. By correlating diverse signals into a clear and prioritized overview, security teams can move from reactive firefighting to strategic risk and exposure management.

How Outpost24 supports a proactive cybersecurity strategy

Outpost24 CompassDRP combines advanced EASM, threat intelligence, and DRP into a single, unified solution. It provides the visibility and context needed to take effective action. You know which parts of your infrastructure attackers can target, where weaknesses exist, and how relevant they those threats are. Instead of piecing together data from multiple tools, your security team can focus on what matters most to reduce risk faster and more efficiently.

Many security initiatives assume a normal state. This includes static asset inventories, scheduled scan windows, monthly patching cycles, and annual penetration tests. CompassDRP makes the exception manageable. Rather than simply reacting to alerts and warnings, your security team actively manages exposure, prioritizes actions based on real-world threat potential, and closes gaps before they can become entry points.

Move from a collection of tools to a true integrated security solution. Book a live demo of CompassDRP today.