Russia Invades Ukraine: Technology in Modern War
The invasion of Ukraine is showing us in real time how technology has fundamentally changed the nature of warfare
Russia invaded Ukraine two days ago, and I have been glued to the news ever since. This is the largest military conflict in Europe since World War II, and as the initial shock gives way to analysis, one thing is becoming strikingly clear: this is the first war where technology, particularly consumer and commercial technology, is playing a central role on the battlefield in real time.
I am watching this conflict not just as a citizen of the world, but as someone who works in technology infrastructure. The tools and platforms I think about daily are now being used in ways their creators never intended.
Starlink and the Information Battlefield
One of the most remarkable stories in the first 48 hours has been Starlink. Ukraine's communications infrastructure came under immediate attack, with Russia targeting internet and cellular networks to isolate the country. Within hours, Ukraine's Vice Prime Minister publicly asked Elon Musk on Twitter for Starlink terminals. Within a day, Musk confirmed that Starlink was being activated over Ukraine and terminals were being shipped.
This is extraordinary. A private company providing satellite internet connectivity to a country under active military invasion, announced on social media, delivered within days. There is no historical precedent for this. The information warfare implications are enormous: if a nation under attack can maintain internet connectivity through a satellite constellation owned by a private citizen, the playbook for information isolation during conflict changes fundamentally.
Drones Are Changing Combat
The footage coming out of Ukraine shows a battlefield dominated by drones in a way we have not seen before. Turkish-made Bayraktar TB2 drones are being used by Ukrainian forces to devastating effect against Russian armored columns. These are not stealth aircraft or cruise missiles. They are relatively inexpensive unmanned aerial vehicles that can loiter, surveil, and strike with precision.
What strikes me is the asymmetry. A TB2 drone costs a few million dollars. The armored vehicles and supply convoys it can destroy cost orders of magnitude more. This inverts the traditional economics of warfare, where the attacking force typically needs to outspend the defender. With drones, a smaller, less wealthy military can inflict disproportionate damage on a larger force.
Consumer drones are playing a role too. Ukrainian civilians are using off-the-shelf quadcopters for reconnaissance, feeding real-time intelligence about Russian positions to military units. The smartphone in a civilian's pocket, combined with a consumer drone and a messaging app, becomes a surveillance system that no military planner anticipated dealing with at this scale.
Cyber Warfare Is Real, and It Is Messy
The cyber dimension of this conflict has been intense but also more complex than the simple "hack the power grid" narrative. Russia launched significant cyberattacks before the physical invasion, deploying wiper malware against Ukrainian government systems and attempting to disable banking infrastructure. Ukraine has been dealing with Russian cyberattacks for years, including the NotPetya attack in 2017 that caused billions in global damage.
But the defensive side has been impressive. Ukraine's cyber defenses have held up better than many expected, partly because they have had years of practice dealing with Russian cyber operations. Western intelligence sharing and support from private cybersecurity firms have also helped.
The hacktivist dimension is new. Anonymous declared "cyberwar" against Russia. Volunteer hackers are targeting Russian government websites. Ukraine set up an "IT Army" through a Telegram channel, openly recruiting volunteers to conduct distributed denial-of-service attacks against Russian targets. This is crowdsourced warfare in a very literal sense.
Open Source Intelligence Revolution
The way information is flowing in this conflict is unprecedented. Commercial satellite imagery companies are publishing before-and-after photos of Russian military positions. Flight tracking data showed Russian oligarchs' private jets fleeing to Dubai. Social media analysis is identifying Russian military units by the patches on their uniforms in TikTok videos they posted themselves.
OSINT (Open Source Intelligence) researchers on Twitter are providing near-real-time battlefield analysis that, in previous conflicts, would have required classified intelligence products. They are using publicly available data: satellite imagery, social media posts, radio intercepts, shipping data, flight transponders.
This democratization of intelligence is a double-edged sword. It provides transparency that makes it harder for aggressors to control the narrative. But it also creates risks around operational security, disinformation, and the fog of war amplified through social media echo chambers.
The Infrastructure Perspective
From my work in cloud infrastructure, I am watching how critical systems are performing under literal attack. Ukraine's digital infrastructure was designed with some resilience, partly because of years of Russian cyber pressure. But no amount of redundancy fully protects against physical destruction of data centers and fiber optic lines.
The role of cloud providers is significant. Ukrainian government data has been migrated to cloud infrastructure outside the country, ensuring continuity of government operations even if on-premises data centers are destroyed. This is cloud disaster recovery at its most extreme and consequential.
What Stays With Me
Technology is not neutral in conflict. Starlink terminals, drones, satellite imagery, social media platforms, encrypted messaging apps: these are all tools designed for peacetime use that are now instruments of war and resistance. The companies that built them are being forced to make decisions about how their technology is used in ways that go far beyond their terms of service.
As someone who builds and manages technology infrastructure, this conflict is a sobering reminder that the systems we create have consequences beyond our intended use cases. Resilience, security, and redundancy are not abstract architectural qualities. For millions of people right now, they are the difference between connection and isolation, between functioning government services and chaos.
I do not have a neat conclusion for this. The conflict is ongoing, and the human cost is already devastating. What I can say is that the relationship between technology and geopolitics has permanently changed, and those of us who build technology need to reckon with that reality.