SRINAGAR, OCT 5: Security agencies in Jammu and Kashmir are confronting a new dimension in counter-terror operations after the recovery of sophisticated LoRa-based communication devices from terrorists operating in the Valley, raising concerns over the emergence of an off-grid communication network designed to bypass conventional mobile and internet surveillance.
The technology, based on Long Range (LoRa) low-power radio communication, does not depend on a conventional SIM card, cellular tower or Wi-Fi connection. Security sources cited in recent reports said such devices can enable communication in remote and forested areas where conventional mobile connectivity is either weak or unavailable, potentially giving terrorists an alternative means of maintaining contact while reducing the digital traces normally generated by smartphones.
The latest concern came to the fore following the September 29 operation in Budgam, where Lashkar-e-Taiba commander Mohammad Asif alias Hashim Musa Fauji was killed. Reports said a LoRa/Ultra communication handset was recovered from the slain terrorist along with weapons and other material. The recovery has drawn particular attention because of the device’s ability to operate outside conventional cellular infrastructure.
Unlike smartphones, whose operation can generate identifiable digital footprints through cellular networks and associated infrastructure, LoRa-based systems can establish communication directly between compatible devices using radio frequencies. In a mesh configuration, devices can also relay information through one another, potentially extending communication beyond the range of a single handset.
Security officials quoted in reports have described the development as a significant shift in terrorist communication methods, particularly in the difficult forest and mountainous terrain of Kashmir. Such areas have historically provided cover and mobility to foreign terrorists, making the ability to communicate without depending on cellular infrastructure a major operational advantage.
The technology itself is not inherently designed for criminal use. LoRa is widely used internationally for legitimate applications requiring low-power, long-range communication, including remote monitoring, industrial systems and emergency communications. What has alarmed security agencies is its reported adoption by terrorist operatives as an alternative communication channel.
The Budgam recovery is not being viewed in isolation. Reports have linked the discovery of similar communication equipment to earlier counter-terror operations, including Operation Mahadev, during which security forces recovered LoRa communication devices from terrorists linked to the Pahalgam attack investigation.
The repeated recovery of such equipment has prompted security agencies to examine whether terrorists are increasingly attempting to move away from communication methods that can expose their locations or contacts through conventional technical surveillance.
The development is particularly significant in the context of sustained security operations across the Valley, where forces have intensified searches in forests and upper reaches to prevent terrorists from exploiting difficult terrain and maintaining clandestine movement corridors.
The principal challenge for investigators is that a LoRa device does not require the conventional cellular ecosystem used by mobile phones. There is no ordinary SIM-card registration associated with every communication session, nor does the device necessarily have to connect to a commercial mobile tower or internet service.
Reports indicate that compatible devices can exchange limited amounts of data, including messages and location-related information, over radio links. Their low-power design also allows prolonged operation, although actual range and performance depend heavily on the particular device, frequency configuration, terrain, antenna and network arrangement.
This does not mean the devices are completely invisible. Radio-frequency transmissions can potentially be detected and analysed using specialised technical surveillance capabilities. However, locating a particular handset in dense forests, mountainous terrain or areas with complex radio propagation can present a substantially different challenge from identifying a conventional mobile-phone connection.
The emergence of LoRa-based communication is consequently forcing security agencies to look beyond conventional mobile-phone intelligence and incorporate a broader radio-frequency surveillance approach into counter-terror operations.
Reports suggest that security agencies are examining the devices recovered during recent encounters and assessing their communication capabilities, configuration and possible links with other handsets. Technical analysis is expected to determine whether the recovered equipment was being used only for short-range communication between terrorists or formed part of a wider network.
The challenge becomes more pronounced in the Pir Panjal and South Kashmir forest belts, where dense vegetation, steep terrain and long-established movement routes have historically complicated surveillance and sustained security operations. Recent counter-terror strategies have already placed greater emphasis on maintaining a prolonged security presence in difficult mountainous terrain.
Another aspect attracting attention is the reported origin and configuration of the devices. Security-related reports have suggested that some of the recovered equipment was not locally assembled and may have been supplied in a pre-configured form. Reports have also raised questions about a possible Pakistan-China technology connection, although the precise supply chain and operational use remain matters for investigation and technical verification.
For investigators, establishing the provenance of the devices could be as important as recovering them. If technical examination establishes a coordinated supply chain, it could provide security agencies with fresh leads regarding how terrorist groups acquire specialised communication equipment and how such systems are introduced into Jammu and Kashmir.
The discovery of LoRa devices highlights the continuing technological evolution of terrorist communication. From conventional wireless sets to satellite phones, smartphones and encrypted applications, militant networks have repeatedly attempted to adopt communication methods that make interception and identification more difficult.
The latest shift towards off-grid radio-based systems represents another layer of that technological contest. While the absence of a SIM card or cellular connection can reduce conventional digital footprints, experts and security agencies maintain that radio emissions themselves can potentially become intelligence indicators when monitored through specialised systems.
For Jammu and Kashmir’s security architecture, the message is clear: the counter-terrorism challenge is no longer limited to tracking mobile numbers, internet activity or conventional communication networks. The battlefield is increasingly extending into the electromagnetic spectrum, where silent radio networks can operate beyond the reach of ordinary telecom infrastructure.
As security agencies analyse the latest recoveries and adapt their technical surveillance capabilities, the LoRa episode is emerging as a reminder that terrorist groups are continuously searching for new ways to exploit technology—and that counter-terror operations must evolve just as rapidly to detect, disrupt and dismantle those networks.
This version is suitable for a front-page/high-content security report, while avoiding unsupported claims that every LoRa device is inherently “untraceable” or exclusively terrorist technology. (Agencies)
