A closer look at Africa’s evolving cyberthreat landscape

What recent data reveals about shifting attack patterns and what it means for defenders

Key takeaways

• Disruption attacks dominate, but DDoS and defacement are declining as attackers diversify their methods.
• A sharp risk in early-stage compromise suggests attackers are laying the groundwork for more complex, monetized campaigns.
• Africa’s sees high levels of disruption-focused attacks, but uneven reporting and disclosure requirements mean other activity may be undercounted.

The Africa region experiences an interesting mix of cyberattacks, threat actors, victims, and victim types. Ransomware and fraud are not the dominant threat types, and there aren’t many well-known names in the list of top threat actors. It’s not that the region has it easy—far from it—but Africa presents a different kind of threat landscape when we break down the numbers.

A surge and shift

Let’s start at a high-level overview. Africa recorded 1,335 incidents in 2025, more than doubling year over year, with disruption-heavy attacks like distributed denial-of-service (DDoS) dominating the landscape, according to the FalconFeeds 2025 African Threat Intelligence Report. That pattern has carried into 2026—but with a notable shift in how attackers operate.

From March through May 2026, the region experienced a surge in visible activity. Recent monthly reports show 186 incidents in March, rising to 239 incidents in April, a 28.5% month-over-month increase. May then settled slightly lower at 231 incidents. Taken together, activity increased by roughly 24% from March to May.

Looking further into the data reveals a shift in attack composition, suggesting the region’s threat landscape is evolving. Three clear trends indicate a shift from simple disruption toward more layered and potentially monetizable campaigns.

• DDoS remains important, but less dominant. April was heavily dominated by DDoS attacks, which accounted for just over 60% of all incidents. By May, that share had dropped to just under 33%. DDoS attacks overwhelm systems with traffic to make services, websites or applications unavailable to users. The sharp decline suggests disruption is still a priority, but attackers are no longer relying on it exclusively.
• Defacement is surging. Defacement increased from 6.3% in April to 20.3% in May. These attacks involve changing a website’s content, usually by overwriting it with a message from the attacker. Defacement attacks are ideal for hacktivist campaigns focused on public messaging, embarrassment, and reputation damage.
• Initial access activity is rising. Initial access increased from 2.5% in April to 13.4% in May. This category reflects early-stage compromise, often tied to credential theft, exposed systems, or access brokering. This may be the most important signal in the data because initial access can become the starting point for future ransomware attacks, data breaches, or fraud.

Keep in mind this is observed threat activity, not a one-to-one count of confirmed victims. FalconFeeds describes its monitoring as covering ransomware gangs, Telegram dumps, underground activity, and access marketplaces. As such, incident counts may include claims, listings, disclosures, and other visible threat signals, and not just verified victim organizations.

Why Africa’s threat landscape looks different

To understand what makes Africa’s threat landscape different, it helps to compare it with regions where cybercrime is shaped by different motivations and opportunities.

In North America, the picture is very different. Ransomware is the dominant category here, representing 42.4% of activity.  Data breaches and data leaks combined account for 34.6%, with initial access at 10.3% and defacement at 2.9%. This activity reflects a mature cybercrime economy where ransomware, data extortion, leak sites, and initial access brokerage form a well-developed monetization chain.

Europe compares more closely to Africa with DDoS as the dominant threat at 31.7% of all activity. Data breaches and data leaks combined represent 27.3%, and ransomware follows at 19%. Initial access and defacement represent 10.8% and 9.6%, respectively.

Europe’s landscape is disruption-heavy and influenced by hacktivism and geopolitics, but financial motivations are also visible. Ransomware and credential exposure are significant parts of the threat environment.

Here’s another view of the three regions:

Africa differs not because it lacks cyberthreat activity, but because that activity is structured differently. North America is dominated by ransomware and financial extortion, and Europe shows a mix of disruption, geopolitics and financial crime.  Africa, however, remains more heavily weighted toward visibility-driven attacks such as DDoS and defacement. Public disruption, messaging and attack visibility appear to be prioritized over direct monetization in this region, though the rise in initial access activity may indicate a shift toward more complex, multi-stage attacks.

This distinction matters because it represents a different risk profile. DDoS and defacement attacks may not always result in data theft, but they can still cause downtime, reputational damage, public embarrassment, and loss of trust. For public-sector entities, utilities, financial services providers, and organizations delivering digital services, availability can be just as important as confidentiality.

Visibility and reporting also shape the picture

Africa-focused threat data is also influenced by how activity becomes visible. A meaningful share of observed activity comes from the attackers’ Telegram channels, defacement mirrors, underground forums, and leak sites. That makes DDoS claims, defacements, and public breach claims easier to observe than quiet intrusions or privately negotiated incidents.

This creates a reporting imbalance. Africa may appear especially disruption-heavy simply because disruption-focused actors want to be seen. The point of a DDoS campaign or defacement is almost always public visibility. By contrast, credential theft, espionage, fraud, and some ransomware negotiations may remain hidden unless attackers publish claims or victims disclose incidents.

Africa is also in the process of ‘catching up’ on data-related standards and enforcement. There are significant gaps between countries regarding data breach notifications to authorities and disclosures to the public and affected parties. Unlike Europe’s GDPR, which mandates strict breach notification timelines and centralized enforcement, African frameworks are still evolving and often lack consistent implementation or harmonization.

At the same time, many African countries are still building their foundational capabilities to participate in global threat intelligence sharing and incident reporting. There are significant efforts underway, but the region doesn’t yet have the robust representation that you see from Europe and North America. As a result, the highly visible attacks such as DDoS and defacement may appear disproportionately common, while activity that we observe through disclosure and signal-sharing may be underrepresented.

What this means for defenders and MSPs

Africa’s threat landscape is becoming more hybrid. Organizations should prepare for attacks that combine disruption, public exposure, and early-stage compromise.

Practical priorities include:

• Protect public-facing systems. Websites, portals, APIs, and remote access services are high-value targets for both disruption and exploitation.
• Monitor for early access signals. Exposed credentials, suspicious authentication attempts, and access-for-sale listings can indicate future compromise.
• Plan for service disruption. DDoS resilience, incident response playbooks, and communications plans matter when attackers are trying to create public pressure.
• Track visible threat ecosystems. Telegram channels, leak sites, and underground forums can provide early warning when attackers are coordinating campaigns or claiming activity.

The shifting landscape is a reminder that early signals matter, especially in regions like Africa undergoing rapid changes in capability and regulatory maturity. Understanding how disruption and initial access intersect today can help prevent more damaging, financially motivated attacks tomorrow.