ISW Russian Offensive Campaign Assessment, October 28, 2026

Overnight on October 25–26, Russia attacked Ukraine with missiles and drones, while Ukraine struck Russian industry and supply routes. This exchange shows both sides using long-range weapons beyond the immediate front.

Russia launched one Kh-31P anti-radiation missile, three Kh-59 or Kh-69 cruise missiles, and 140 drones. Half of those drones were jet-powered, creating a large, varied attack against Ukrainian defenses. Ukraine continued strikes against Russian industrial facilities and logistics infrastructure.

These attacks came as Kyiv pressed for a complete or partial ceasefire, including energy and Black Sea protections. The Kremlin still rejected a ceasefire, while Ukraine’s campaign forced Russia to relocate data infrastructure and strengthen data-center security. The pattern shows continued pressure on critical systems, even as negotiations remain stalled.

Cruise missiles are pilotless aircraft that fly guided routes toward targets. Anti-radiation missiles hunt radar emissions, while drones are remotely controlled or autonomous aircraft. Together, they extend reach, test defenses, and threaten people, infrastructure, and military systems.

On October 25–26, Russia fired one Kh-31P anti-radiation missile and three Kh-59/Kh-69 cruise missiles. It also launched 140 drones, including 70 jet-powered models. A cruise missile follows navigation guidance; an anti-radiation missile homes on active radar. Drones can observe, strike, or saturate defenses because they are relatively flexible and numerous.

Ukraine’s campaign is forcing Russia to relocate data infrastructure and strengthen data-center protection. The reported barrage shows the scale: 140 drones accompanied only four listed missiles. Ukrainian forces also struck Russian industrial and logistics facilities overnight. This means warfare increasingly targets networks, factories, transport, and air defenses—not only frontline troops. As these attacks continue, protecting critical systems and dispersing infrastructure become increasingly important.

Counting the weapons clarifies the attack’s scale. The drone total dominated the strike, while the jet-powered share shows Russia used a substantial faster-drone component. The source identifies the weapons but gives no breakdown of their targets or results.

On the night of October 25–26, Russia fired one Kh-31P anti-radiation missile and three Kh-59 or Kh-69 cruise missiles. It also launched 140 drones, including 70 jet-powered ones. Thus, the jet-powered drones formed exactly 50 percent of the drone wave.

Ukraine is responding with its own long-range strikes against Russian industry and logistics. Those attacks are reportedly pushing Russia to relocate data infrastructure and strengthen data-center protection. The immediate picture is therefore a large mixed attack, with jet-powered drones forming half its drone component.

Ukrainian long-range strikes focused on two broad categories: Russian industrial facilities and logistics infrastructure. These sites matter because industry supports wartime production, while logistics moves supplies and equipment. The source does not name individual factories, depots, rail hubs, or other facilities.

A concrete example is Russia’s data infrastructure. Ukraine’s campaign is forcing Russia to relocate some infrastructure and strengthen protection around data centers. That indicates pressure on digital systems, although the article does not say data centers were directly hit.

Overnight October 25–26, Ukrainian forces continued striking Russian industrial and logistics sites. The same period saw Russia launch 140 drones, including 70 jet-powered drones, plus four missiles. The available account shows a broad disruption effort, but not a facility-by-facility target list or damage assessment.

Ukraine’s long-range strikes make Russia’s data infrastructure a potential target, not just a technical asset. Data centers support communications, administration, and military-related services, so damage or disruption could affect operations. Relocating systems and strengthening defenses can reduce the consequences of future attacks.

The article reports that Russia launched 140 drones, including 70 jet-powered drones, plus four missiles, overnight on October 25–26. At the same time, Ukrainian forces continued striking Russian industrial facilities and logistics infrastructure. This repeated pressure helps explain why Russia is moving data infrastructure and adding protection around data centers.

The source does not identify particular data centers that were hit, so the relocations should not be read as proof of specific damage. They show that Russia considers digital infrastructure vulnerable enough to require physical and organizational changes. As Ukraine’s long-range campaign continues, Russia may face higher costs protecting services and maintaining reliable operations.

These ceasefires are difficult because energy sites and the Black Sea affect military operations, trade, and civilian life. Each side may fear that stopping attacks would let its opponent repair systems, move supplies, or gain an advantage. A workable pause also needs clear targets, boundaries, timing, and reliable monitoring.

President Volodymyr Zelensky has offered complete or partial pauses, including bans on attacks against energy infrastructure or the Black Sea. The Kremlin continues rejecting a ceasefire and still demands NATO changes. Moscow also seeks NATO’s former 1997 membership borders, making limited talks part of a larger dispute.

That mistrust is visible in current fighting. Overnight October 25–26, Russia launched one Kh-31P missile, three Kh-59 or Kh-69 missiles, and 140 drones against Ukraine. Ukraine continued striking Russian industrial and logistics targets, while Russia relocated data infrastructure and strengthened data-center protection. These actions show why both sides may view a pause as risky without strong verification.

NATO, the North Atlantic Treaty Organization, is a defensive alliance whose members promise mutual support. Its membership rules and geographic reach shape who receives that protection. Returning NATO to its former 1997 borders would remove countries that joined later from the alliance’s security umbrella.

For example, Finland and Sweden joined NATO in 2023 and 2024 after Russia’s full-scale invasion of Ukraine. If membership were rolled back, those countries would lose NATO’s collective-defense guarantee, weakening deterrence along Europe’s northern flank. Changing NATO’s charter could also limit how the alliance admits members or responds to threats.

The source says Moscow still demands both changes as part of its negotiating position. Meanwhile, Zelensky supports complete or partial ceasefires, but the Kremlin rejects a ceasefire. Russia launched 140 drones and four missiles overnight on October 25–26, while Ukraine continued long-range strikes. That conflict makes NATO’s boundaries a practical security issue, not merely a legal debate.