RSF Drone Strikes Hit Sudanese Power Grid: What GSOCs and Duty-of-Care Teams Must Reassess Now

RSF Drone Strikes on Sudan's Power Grid: What GSOCs and Duty-of-Care Teams Must Reassess

RSF-attributed drone attacks on Sudan's power grid were reported on or around October 26, 2026. AP reporting confirms at minimum an RSF-attributed strike on the Al-Markhiyat transformer station, disrupting electricity supplies across parts of Khartoum. Broader reporting from AFP-linked outlets and Trendsnafrica describes attacks on multiple stations across Al-Jazira, Gedaref, and White Nile states, though the precise number of facilities struck and the exact geographic distribution have not been independently verified. DefenceMENA and Ecofin Agency report outages extending across four states — Al-Jazira, Gedaref, White Nile, and Sennar — and name specific facilities including Singa, Al-Hawata, Al-Fao, Mashkour, and Al-Junaid, though these accounts have not been corroborated by AP, AFP, Reuters, or UN/OCHA sources. One later account identifies three White Nile sites — Tendelti, Mashkoor, and Um Dabaker — as among those affected, which would contradict earlier reports naming only a single White Nile station. Casualty and damage figures specific to the infrastructure attacks are still emerging, and all geographic and facility-level detail should be treated as preliminary until independently corroborated.

What is clearer is the broader campaign context. According to a regional report cited by Aawsat, as many as 15 power stations were targeted over several days, though independently corroborated reporting documents at least five substations affected in the initial outage event on or around October 26; the higher figure has not been confirmed by AP, AFP, Reuters, or UN/OCHA sources and should be treated as contested and unverified. Even so, the Sudan War Monitor separately documents reported follow-on activity at Um Dabaker, while the Los Angeles Times reports that a later attack at that site reportedly caused significant transformer and generator damage, with unverified claims that White Nile and North Kordofan states were cut from the grid; no AP or AFP reporting has confirmed the specific damage figures or the named grid cutoff. Regardless of the precise count of facilities struck, the available reporting — including AP's framing of Sudan's power grid as nearing collapse — is consistent with a pattern of sustained pressure on generation and transmission assets rather than isolated tactical strikes. GSOC teams should not treat any single outage as a discrete event to be monitored and closed; the trajectory indicates continued fragmentation across a wide geographic arc.

For corporate security and GSOC leads supporting energy, telecoms, mining, logistics, or humanitarian operations in Sudan, the immediate operational concern is the cascading effect of grid loss rather than direct physical exposure to the strikes themselves. Extended blackouts across central and eastern Sudan will degrade or sever the services that security and duty-of-care operations depend on: mobile and internet communications rely on powered base stations with finite backup capacity; hospitals lose surgical and critical-care capability when generator fuel runs short; water-treatment and pumping infrastructure shuts down; fuel supply chains tighten as service stations lose power for pumps; and road movement becomes more dangerous as traffic management and lighting fail. Organizations operating in affected states should immediately audit backup power duration at all occupied facilities, reassess communications continuity plans against real fuel-supply conditions, and verify the power status of any medical facilities designated as emergency treatment points in personnel evacuation plans.

The broader drone campaign also signals a shift in the conflict's character that warrants a wider risk reassessment. Reported RSF armed-drone operations are demonstrably capable of striking nationally significant infrastructure well beyond the immediate front lines in Khartoum and Darfur — Al-Jazira, Gedaref, Sennar, and White Nile are central and eastern states that many organizations had previously categorized as higher-stability zones relative to active fighting areas. That calculus needs updating. Separately, on October 26, a mass-casualty drone strike struck a busy market in Nyala; independent reporting from AFP, AP, and Doctors Without Borders attributes that strike to the Sudanese Armed Forces, not the RSF — a critical distinction. Casualty figures vary significantly across sources and should not be treated as a single settled toll: AFP reported 21 killed and more than 40 wounded; AP, citing Emergency Lawyers, reported more than 100 killed and 113 wounded; MSF recorded a directly documented hospital count of at least 36 bodies received and more than 150 wounded seen at its facility, a figure that represents a confirmed minimum at one medical point rather than the total toll. Together, these incidents — RSF infrastructure targeting and SAF strikes on civilian areas — indicate an escalatory environment in which civilian and commercial areas outside active combat zones face materially elevated risk from multiple armed actors. Al Jazeera's coverage of Sudan filing international complaints over the broader drone campaign underscores the degree to which uncontrolled drone use has become a defining feature of this conflict. Duty-of-care programs built on pre-2026 threat models should be reviewed against this updated attack geometry, and staff communication trees, check-in protocols, and emergency relocation options should reflect the realistic possibility of simultaneous multi-state power and communications blackouts.

Sudan risk assessment in the current environment requires treating power availability as a live security indicator on par with conflict-movement reporting. When grid status degrades across multiple states simultaneously, the downstream security environment — communications, medical capacity, supply-chain access, and population stability — degrades with it. Organizations should integrate power-grid monitoring into daily GSOC reporting cycles alongside standard conflict-tracking. Platforms that fuse geospatial intelligence with infrastructure-status data and OSINT streams allow analysts to correlate outage geography with personnel locations and route dependencies in near-real time, compressing the time between an infrastructure event and an informed duty-of-care decision. Request a live GeoBit demo

Sources

The Daily Star — Mass outages in Sudan as RSF drones hit power stations

Trendsnafrica — RSF drone attacks on five power stations leave parts of Sudan in darkness

Masthead Wire — Sudan: RSF drone strikes power stations

DefenceMENA — Sudan RSF drone strikes power stations: southeastern grid blackout

Ecofin Agency — Sudan's energy system takes another hit as drone strikes cut power in four states

Sudan War Monitor — RSF drone campaign cripples Sudan's electricity network

Aawsat — Drone strikes hit 15 power stations across Sudan

AP via Local SYR — Sudan's power grid nears collapse as drone strikes target electric stations

Los Angeles Times — Sudan's power grid nears collapse as drone strikes target electric stations

Aawsat — Sudan drone strikes kill 21, cause mass outages east

Doctors Without Borders — Sudan drone strike on Nyala market causes mass casualties

Al Jazeera — Sudan files complaints against Ethiopia with UN over deadly drone spree

This article is for situational awareness only and is not a risk advisory.