The Indian Air Force is drawing lessons from Operation Sindoor and accelerating its preparation for kamikaze drones, electronic warfare, and AI.
In Brief
Meeting in New Delhi on November 12 and 13, 2026, commanders of the Indian Air Force (IAF) received a roadmap from Rajnath Singh centered on tactical surprise, technological superiority, and multi-domain warfare. The Indian Minister of Defence called for strengthening intelligence, surveillance, counter-drone operations, and cyber, space, and electromagnetic capabilities. Operation Sindoor, conducted against Pakistan in May 2025, serves as the primary operational benchmark. It demonstrated the importance of precision strikes and integrated air defenses, as well as the risks associated with aircraft losses and mass drone attacks. The conference also marked the launch of artificial intelligence applications developed by the IAF under the UDAAN initiative. While certain technologies are now deployed, several doctrinal guidelines still need to be translated into verifiable programs, equipment, and operational procedures.
Surprise Becomes an Offensive and Defensive Imperative
On November 12, Rajnath Singh announced neither an imminent attack nor a secret weapon. His “element of surprise” refers to an operational requirement: striking before the adversary can retaliate, without being caught off guard oneself. The objective is to shorten the delay between detection, decision, and engagement.
Surprise can come from a strike launched from an unexpected direction, decoys drawing enemy radar fire, or jamming preceding missile launches. An air defense system can also keep its sensors silent until the moment of interception. These are illustrative examples, not operations disclosed in New Delhi.
The minister called for reinforcing intelligence, surveillance, and systems integration. Surprise depends as much on information as on speed. A force that detects a massing of drones too late will not be able to compensate for that delay through its modern fighter jets alone.
The Battles of Sindoor Reveal Indian Vulnerabilities
Operation Sindoor began on May 7, 2025, following the Pahalgam attack that killed 26 people. India stated that it struck nine sites linked to militant organizations in Pakistan and Pakistani-administered Kashmir. Military exchanges continued until the ceasefire on May 10.
New Delhi demonstrated its ability to conduct precision strikes and mobilize all three branches of the armed forces. However, the IAF also lost aircraft. Chief of Defence Staff Anil Chauhan acknowledged this in May 2025, explaining that tactics were subsequently adjusted. He did not release a detailed breakdown of losses, and the figures claimed by Islamabad remain disputed.
The lessons involve knowledge of adversary defenses, mission protection, radar emissions management, and adaptation following an initial engagement. A fighter aircraft such as the Dassault Rafale or the Sukhoi Su-30MKI remains vulnerable if its intelligence and electronic warfare environment has gaps.
Another takeaway is that airbases must remain protected while fighters are operating. According to Indian authorities, Pakistani drone and missile attacks targeted numerous installations across northern and western India. Air defense can no longer focus solely on enemy aircraft.
Kamikaze Drones Force a Rethink of Air Defense
Rajnath Singh explicitly cited kamikaze drones, reconnaissance, and counter-drone operations. A loitering munition patrols an area before diving onto its target, while other drones fly directly to pre-programmed coordinates. Their low radar cross-section, low-altitude trajectories, and sheer numbers complicate interception.
The first challenge is detection. A radar can mistake a small unmanned aircraft for ground clutter, while an optical sensor depends on visibility. The solution lies in combining radar, optical, infrared, and radio-frequency emission detection. Fusing these sensor inputs reduces false alarms.
Interception Costs Mandate a Multi-Layered Defense
Firing a sophisticated missile at every inexpensive drone rapidly depletes stockpiles. During Sindoor, India reported using a multi-layered defense combining Akash missiles, Pechora and OSA-AK systems, anti-aircraft guns, and an integrated command network. Jamming can supplement these assets, though it will not necessarily stop an autonomous drone.
This approach aligns with the lessons of drone and counter-drone warfare in Ukraine. Saturation has become a weapon in its own right. However, no new counter-drone systems or procurement volumes were announced at the conference.
Electronic Warfare, Cyber, and Space Enter Doctrine
The minister instructed the IAF to develop specific doctrines and architectures for three domains. Electronic warfare involves detecting adversary emissions, protecting friendly communications, and disrupting enemy radars or data links. Jamming a navigation signal is not the same as penetrating a computer network; the tools required are entirely different.
The cyber domain covers mission, maintenance, intelligence, and command networks. An induced outage can ground aircraft without physically destroying them. In space, satellite communications, observation, and positioning inform the tactical picture, meaning their degradation requires backup capabilities.
Multi-domain warfare requires a unified chain of decision-making. A satellite alert must be cross-checked against radar data and then transmitted to an air defense battery or a flight crew. India had already published a Joint Doctrine for Integrated Communication Architecture in May 2026 aimed at interoperability. The conference builds on this direction rather than serving as its starting point.
UDAAN Applications Move to Deployment
The major hardware and software announcement centered on UDAAN, which stands for Unit for Digitisation, Automation, Artificial Intelligence and Application Networking. Rajnath Singh launched applications developed in-house by the IAF’s Artificial Intelligence Centre of Excellence. Deployed on the force’s secure network, they cover operations, administration, and aviation safety.
Authorities have released neither detailed technical descriptions of the software, nor performance metrics, nor evidence of integration with weapons systems. UDAAN cannot therefore be presented as an operational autonomous targeting system.
Automating repetitive tasks can shorten information-processing times, while algorithmic analysis can spot anomalies within large datasets. These examples illustrate potential applications rather than confirmed capabilities of the Indian software.
An AI-generated output is not a validated decision. Data quality, traceability, cybersecurity, and human oversight will determine their military value.
Announced Guidelines Must Still Become Capabilities
The conference was held under the new Chief of the Air Staff, Ashutosh Dixit, around the theme “The Year of Empowerment: Maximising Efficiency Through Decentralisation.” The goal is to accelerate local decision-making without weakening joint-service coordination, though no specific delegation of authority was detailed publicly.
The launch of UDAAN is confirmed, alongside directives covering cyber, space, and electronic warfare doctrines, technical training, drones, and air defense. Rajnath Singh also referenced the “Second Tour of Duty” for Agniveers—a measure previously decided following consultations with the armed services, rather than created during the conference.
No specific timeline, additional budget, or large-scale drone procurement was announced at the event. A ministerial directive is not an arms contract. The next test will be operational: sharing an alert quickly enough, withstanding saturation attacks, and refining procedures before the next clash. That is how the legacy of Sindoor will ultimately be judged.