Risk: | high |
Damage: |
high |
Platform(s): |
Microsoft® Server OS |
Advisory ID: |
ngCERT-2023-0031 |
Version: |
N/A |
CVE: |
N/A |
Published: |
July 28, 2023 |
The Kenyan government, via the Ministry of Interior, claimed that some of the country's online infrastructures had been struck by a wave of Distributed Denial of Service (DDoS) attacks, rendering the country's online platforms unreachable. The attack began on 23 July 2023, just barely four weeks after President Ruto released thousands of government services on the e-citizen platform in an effort to boost efficiency and reduce corruption. This platform hosts services such as passport applications and renewals, e-visa issuance, driver's licences, identification cards, and national health records. Kenya's well-known mobile payment system, M-Pesa, as well as the National Transport and Safety Authority (NTSA), Kenya Power and Lighting Company (KPLC), and Kenya Railways, have all been impacted. Anonymous Sudan has claimed responsibility for the attacks.
A Distributed Denial of Service (DDoS) assault is intended to disrupt service. This is accomplished by employing many computers to flood a targeted system's bandwidth or resources (such as a web server) with traffic. By overloading the targeted system, it will either crash or fail to function properly.
The online platform attack included several efforts to overload the systems with unusual requests with the goal of preventing the system.
Anonymous Sudan, a group with apparent ties to Russia, claims responsibility for the strikes due to Kenya's intervention in Sudan's domestic affairs. The group stated that it was aiming for other government digital services.
In an increasingly digitalised society, when digital public services become abruptly and suddenly unavailable, it can result in indirect and direct economic and financial losses, as well as physical danger in some circumstances. The following are some of the consequences of the recent attacks:
Here are some countermeasures that can be implemented to prevent a DDoS attack: