Indian Forces Work on Airlift Capabilities in Ladakh

Indian Air Force C-17.

Indian Air Force C-17.


“The effort was a real-time demonstration of the inherent heavy-lift capability of the Indian Air Force.”


Indian defense officials continue to make improvements to roads and other infrastructure in areas near the Indian-Chinese border to facilitate operations in the event of a war with China.  The accompanying excerpted articles provide a look at how Indian forces are training for additional scenarios outside of the improvements in the border areas.  

The article from independent news magazine India Today reports on a recent airlift exercise by the Indian Air Force and Army.  The exercise took place to assess India’s logistics supply chain as the “Indian armed forces are preparing for another winter of enhanced deployment of over 50,000 troops in Ladakh.”  According to the article, the exercise involved C-17, IL-76, and An-32 transport aircraft operating out of the country’s Western Air Command. 

The article from India-based independent English-language news website The Print reports on an exercise carried out by the “Shatrujeet (airborne) brigade” in early November.  The exercise took place in the north of the Union Territory of Ladakh and involved members of the brigade being “inserted to a drop zone at an altitude of more than 14,000 feet.”  The article notes that the soldiers had been acclimated to the change in elevation in Ladakh prior to the exercise and that the exercise took place in order to “validate rapid response capabilities and seamless integration.”  This is important because ground travel is relatively slow up to the Tibetan Plateau where the terrain is vulnerable to rock slides and other obstacles.  Future flashpoints or confrontations with China may require a rapid response capability that only airlift can provide until follow-on forces arrive.


Source:

Abhishek Bhalla, “Operation Hercules: Army, IAF prepare for winter deployment amid Ladakh standoff,” India Today (an independent news magazine), 17 November 2021.

https://www.indiatoday.in/india/story/ladakh-standoff-china-indian-army-air-force-operation-hercules-1877909-2021-11-17

The Indian Army and Air Force carried out a joint exercise to assess their logistics supply chain. This exercise was held at a time when the Indian armed forces are preparing for another winter of enhanced deployment of over 50,000 troops in Ladakh amid continuing tensions with China…

Temperatures have begun to drop and will fall to minus 30-40 degrees during peak winter. The Indian forces are geared up for enhanced deployment in the harsh winter for a second successive year.

The exercise named ‘Operation Hercules’ was undertaken by the Indian Air Force and Indian Army on November 15 with transport aircraft of the IAF being pressed into action.

The platforms utilised for the airlift were C-17, IL-76 and An-32 aircraft, which took off from one of the forward bases of Western Air Command…

Source: “Army conducts airborne exercise in eastern Ladakh to check rapid response along LAC,” The Print (independent English-language news website from India), 1 November 2021. https://theprint.in/defence/army-conducts-airborne-exercise-in-eastern-ladakh-to-check-rapid-response-along-lac/760296/

The Indian Army’s Shatrujeet brigade is conducting an airborne exercise along the northern borders in eastern Ladakh to validate its rapid response capabilities, sources said on Monday…airborne troops of the Army’s Shatrujeet brigade were inserted to a drop zone at an altitude of more than 14,000 feet as part of the exercise, the sources mentioned.

These pre-acclimatised troops along with specialist vehicles and missile detachments were transported through C-130 and AN-32 aircraft from five different mounting bases to validate inter-theatre move, precision stand-off drops, rapid grouping and the capture of designated objectives with speed and surprise, they said.

…The exercise also involved combat free fall jumps and integrated battle drills by airborne forces, mechanised columns and attack helicopters, to validate rapid response capabilities and seamless integration…


Image Information:

Image: Indian Air Force C-17.
Source: https://commons.wikimedia.org/wiki/File:IAF-C-17.jpg
Attribution: Public Domain

Central Asian States Take the Initiative in Security Cooperation

Map of Central Asia.

Map of Central Asia.


“Against the backdrop of countering challenges to security and stability in the region, primarily with the situation in neighboring Afghanistan, the two sides confirmed that the positions of Uzbekistan and Kazakhstan completely coincide on this.”


Much of the security cooperation analysis that takes place with Central Asian states often focuses on Russian, Chinese, or U.S. efforts in the region.  While important, this particular scope overlooks how Central Asian states have been increasingly carrying out bilateral security cooperation with each other in recent years.  The accompanying excerpted articles report on recent security cooperation between Kazakhstan and Uzbekistan and provide insight on how governments in the region are cooperating with each other outside of the influence of other partners.

The article from Central Asia-focused independent news website Fergana Agency reports that the presidents of Kazakhstan and Uzbekistan recently signed a “Declaration of Allied Relations.”  The agreement allows for increased cooperation between the two sides in a number of areas, including defense.  Additionally, both governments confirmed they have the same position on “countering challenges to security and stability in the region” in relation to the situation in Afghanistan. 

The first article from Uzbek news website Kun.uz reports on a recent joint military exercise carried out by Kazakh and Uzbek units.  The exercise involved engaging “with an illegally armed group that had broken through the state border” and that Kazakh and Uzbek forces used multiple systems to eliminate the threat.  The exercise marks another example of Central Asian forces conducting bilateral exercises annually for the past several years focused on eliminating a terrorist group.  The majority of Russia-led or China-led joint military exercises in the region involve similar scenarios.

The second article from Kun.uz reports on a November meeting between the defense ministers of both countries.  The article notes that the ministers “discussed the current state and prospects of bilateral military and military-technical cooperation and looked at strengthening it,” signing an agreement at the end of the meeting, which included “a number of measures for defense cooperation.”  While there has been no indication of the bilateral security cooperation between Central Asian governments replacing what takes place with Russia or other partners, it demonstrates growing partnerships where Central Asian states take the initiative.


Source:

“Государства-союзники (Government-allies),” Fergana Agency (independent news website focusing on Central Asia), 6 December 2021.

https://fergana.agency/articles/124124/

Shavkat Mirziyoyev and Qasym Jomart-Tokyaev signed a Declaration of Allied Relations between the Republic of Uzbekistan and the Republic of Kazakhstan on 6 December…Within the framework of the visit, which took place 5-6 December, 22 documents were signed…including a plan of action to bring trade turnover between the two states to $10 billion in the next five years…

Against the backdrop of countering challenges to security and stability in the region, primarily with the situation in neighboring Afghanistan, the two sides confirmed that the positions of Uzbekistan and Kazakhstan completely coincide on this…

Among the signed documents are agreements in the customs sphere, in the prevention and elimination of emergency situations, the exploration and use of outer space for peaceful purposes as well as documents on further cooperation in the fields of trade, investment, energy, communications and defense…

Source: “В Термезе завершились совместные узбекско-казахские учения (The joint Uzbek-Kazakh exercise has finished in Termez),” Kun.uz (Uzbek news website), 25 November 2021.

https://kun.uz/ru/news/2021/11/25/v-termeze-zavershilis-sovmestnyye-uzbeksko-kazaxskiye-ucheniya

The soldiers of Uzbekistan and Kazakhstan carried out the main stage of the joint exercise “Hamkorlik-2021” in Termez this week…

According to the plan of the exercise, the combined units of the two countries engaged with an illegally armed group that had broken through the state border with the support of fifty vehicles and three hundred service members.

Fighters, attack helicopters, armored vehicles, artillery, motorized rifle units and unmanned aerial systems were used to eliminate the mock enemy group…

Source: “Главы Минобороны Узбекистана и Казахстана обсудили региональную безопасность (The head of the Ministries of Defense of Uzbekistan and Kazakhstan discussed regional security),” Kun.uz (Uzbek news website), 23 November 2021.

https://kun.uz/ru/news/2021/11/23/glavy-minoborony-uzbekistana-i-kazaxstana-obsudili-regionalnuyu-bezopasnost

On 22 November, the Minister of Defense of the Republic of Uzbekistan, Lieutenant General Bakhodir Kurbanov, met with a military delegation led by the Minister of Defense of Kazakhstan, Lieutenant General Murat Bektanov…the two sides discussed the current state and prospects of bilateral military and military-technical cooperation and looked at strengthening it…

Following the meeting, the ministries of defense signed an agreement, which includes a number of measures for defense cooperation…


Image Information:

Image: Map of Central Asia.
Source: https://en.wikipedia.org/wiki/File:Map_of_Central_Asia.png
Attribution: CC BY-SA 4.0

PLA Practices UAV-Delivered Logistical Support for Airborne Operations

PLAAF Airborne Z-8 Helicopter (says airborne in white over the wheels)  
PLAAF Changhe Z-8KA – Zhao.

PLAAF Airborne Z-8 Helicopter (says airborne in white over the wheels)  PLAAF Changhe Z-8KA – Zhao.


The brigade plans to further test combat support functions for the drones and improve logistical sustainment methods for airborne operations to improve combat effectiveness.


China’s People’s Liberation Army (PLA) continues to refine the use of unmanned aerial vehicles (UAVs) for tactical resupply through their integration into exercises. As noted in state media outlet Science and Technology Daily, a recent exercise held in the mountainous terrain of central Yunnan province describes a PLA Air Force (PLAAF) Airborne Corps brigade using UAVs to resupply units engaged in a firefight and help evacuate casualties.

The “key point seizure” exercise featured a drone swarm working in concert with the airborne assault team as it maneuvered, resupplying units just as they reached defensive positions determined by a company commander.  Other reporting on the exercise indicated that medium UAVs could deliver 50kg of ammunition.  Participants in the exercise noted that the addition of UAVs greatly simplified logistical resupply for the units.

Exercises in 2020 involving the PLA Joint Logistics Support Force tested delivering munitions to front-line units, and in a separate exercise, providing hot meals and water to border troops in politically sensitive or logistically difficult-to-access areas. (See “PLA Fields New Rapid-Assembly Camp System,” OE Watch, November 2020). The same month the PLAAF Airborne Corps conducted tactical replenishment exercises in Hubei province. (See “China: Improving Capability in Replenishment Operations Through Drones”).


Source:

Peng Yueyun and Qi Yongqiang, “无人机参与助攻空降作战有了新帮手(Drones participate in assists and airborne operations have new helpers),” Science and Technology Daily (State media outlet managed by the PRC Ministry of Science and Technology), 10 December 2021.

http://www.stdaily.com/kjrb/kjrbbm/2021-12/10/content_1237995.shtml

OR

https://web.archive.org/web/20211215134431/http://www.stdaily.com/kjrb/kjrbbm/2021-12/10/content_1237995.shtml

“Begin the attack on the closest position!” Following the command of Li Qilong [李齐龙], the commander of a company under an airborne brigade, members of the unit charged bravely towards the “enemy” position. The unit is engaged in a ‘key point seizure’ exercise in an unidentified location in central Yunnan.

After their initial charge, the enemy was able to suppress the attackers. The lead assault team leader called out “Running low on ammunition! Requesting resupply!”

Standing by the radio in the rear, commander Li marked Ren’s location on the drone control terminal, issuing orders for supplies and a flight path. One minute later, a medium UAV with nearly a hundred kilograms of heavy equipment quickly lifted off and flew toward the battle. Thanks to the timely resupply, the attacking unit could renew their assault.

In this exercise, the brigade embedded transport drones in its support operations, making full use of their advantages in terms of ability to cover long distances quickly, with great precision and in spite of rugged terrain—advantages that traditional resupply methods overland or via large, vulnerable transport lack.

On the front lines of the battle, the firing is intense, and the support team has continued to take casualties even as neither side has gained the advantage.  “Requesting casevac.” A signal from the assisting team came from the radio. In the rear, the rotors of a large UAV spin up under the operated by Chen Yao [陈遥], leader of the integrated support team. Hugging the ground, the drone dodges enemy fire while making its way toward the requested location of the ‘wounded,’ beaming back information to the support team.

“Found them,” Chen Yao said as he put the drone into a rapid descent. With the assistance of ground combatants, one of the simulated casualties was dispatched to the rear.

“Shift your position and prepare to defend!” After pushing the assault, company commander Li Qilong quickly pivoted to defense while coordinating resupply using the UAVs. A few minutes later, as coordinates for defensive positions were issued [to the attacking units], a “swarm” composed of eight quadrotor drones took off in succession, beginning “multi-target precision resupply operations.” Despite being spread out over more than ten kilometers, the “swarm” independently coordinated and accurately positioned themselves to quickly deliver emergency supplies from the rear to the new defensive positions.

Li described the transport drones as “Fast, stealthy and precise,” noting that “[due to their support] the length of the battle was reduced by nearly an hour and the number of casualties has been greatly reduced.”

The brigade plans to test combat support functions for the drones further and improve logistical sustainment methods for airborne operations to improve combat effectiveness.


Image Information:

Image: PLAAF Airborne Z-8 Helicopter (says airborne in white over the wheels) PLAAF Changhe Z-8KA – Zhao. https://upload.wikimedia.org/wikipedia/commons/5/5c/PLAAF_Changhe_Z-8KA_-_Zhao.jpg
Source: Allen Zhao, https://commons.wikimedia.org/wiki/
Attribution:

Indonesia Casts Wide Net in Terrorism Arrests

Densus 88 element raid.

Densus 88 element raid.


“Jamaah Islamiyah is estimated to have 6,000 to 7,000 members and sympathizers spread throughout Indonesia in its various branches and is thought to have infiltrated various government and civc institutions.” 


Indonesia’s special counterterrorism detachment, Densus 88, conducted a series of arrests in late November targeting members of Jamaah Islamiyah (JI).  According to the excerpted article from Indonesian site tribunnews.com, which focused on domestic affairs, the scope of the arrests was unprecedented.  The article notes the arrests extended not only to JI itself, but also to the Indonesian Ulema [Islamic Scholars] Council (MUI).

According to the article, JI has up to 7,000 members, some of whom have infiltrated government agencies and civic organizations.  The justification for arresting MUI members, therefore, is not that MUI itself supports JI, but that JI has infiltrated MUI.  The solution to JI’s infiltration of MUI, according to Indonesian officials cited, is for MUI to conduct more robust background checks of members it recruits. Although the recent arrests by Densus 88 of JI members has affected MUI, the latter’s scholars have shown approval for Densus 88.  The article reports that MUI announced that it supports the government’s efforts to root out terrorism and maintain the security and territorial integrity of Indonesia.  By working with the MUI, Indonesian authorities have been able to arrest JI and MUI members suspected of involvement in terrorism without alienating the MUI more broadly.  Indonesian-language kompas.com also reported on 13 December that Densus 88 finally arrested one of the JI-affiliated suspects in the March 2021 bombing of a church in Makassar.


Source:

“Forum Santri Dukung Densus 88 Polri Tangkap Terduga Pelaku Teroris (Santri Forum Supports Detachment 88 Police Arrest Suspected Terrorist), tribunnews.com (Indonesian public affairs focused media outlet), 25 November 2021. https://www.tribunnews.com/nasional/2021/11/25/forum-santri-dukung-densus-88-polri-tangkap-terduga-pelaku-teroris

Densus 88 Anti-terror Police have again arrested suspected terrorists who are affiliated with Jamaah Islamiyah, one of whom is an active member of the Indonesian Ulema Council (MUI). Jamaah Islamiyah is estimated to have 6,000 to 7,000 members and sympathizers spread throughout Indonesia in its various branches and is thought to have infiltrated various government and civic institutions.

The head of FOKSI emphasized that Jamaah Islamiyah should not only be viewed from the angle of terror attacks because its movement has entered into a socio-religious institutions in the community. Regarding the arrest of MUI individuals who are suspected of being linked to terrorism, he argues that terrorist network cells have infiltrated various circles and groups. He hoped that MUI would not be permissive to its administrators who support ideas of radicalism and terrorism. FOKSI conveyed that it supports the government’s efforts in eradicating terrorism in order to maintain the integrity of the country because the Indonesian people must receive safety and freedom from radicalism and terrorism.

Source: Densus 88 Tangkap Buron Teroris, Diduga Terkait Bom Gereja Katedral Makassar (Detachment 88 Arrests Fugitive Terrorist, Allegedly Related to Makassar Cathedral Church Bombing), kompas.com (Indonesian language news outlet), 13 December 2021. https://nasional.kompas.com/read/2021/12/13/22194981/densus-88-tangkap-buron-teroris-diduga-terkait-bom-gereja-katedral-makassar

The Special Detachment (Densus) 88 Anti-terror Police arrested a suspected terrorist in South Sulawesi. The Head of Banops Densus 88 Anti-terror Police confirmed the information. He said the arrest was made last week. According to him, the perpetrator was included on the terrorist wanted list (DPO) and suspected of being linked to the bombing at the Makassar Cathedral Church in South Sulawesi on March 28, 2021.


Image Information:

Image: Densus 88 element raid.
Source: multimedianews.polri.go.id
https://commons.wikimedia.org/wiki/File:Densus_88_element_raid.jpg
Attribution: CC x 2.0

Chinese Military Uses AI To Develop World’s Smallest and Most Powerful Coilgun

“Artificial intelligence can outperform humans in designing futuristic weapons…”


A group of Chinese researchers from the Naval University of Engineering in Wuhan, China, used artificial intelligence (AI) to develop the world’s smallest and most powerful coilgun.  The coilgun, which is about the size of a pistol with a 4.5-inch barrel, contains three battery-powered coils that generate an electromagnetic field.  As described in the following excerpts, published in Hong Kong-based English-language daily South China Morning Post, the kinetic energy of the bullet flying through the barrel has more than twice the energy needed to fire a fatal shot.  The researchers claim the weapon is ideal for counterterrorism and stability operations.  The advantage of the coilgun over a conventional gun is its “adjustable speed and very short response time.”

AI is playing a key role in developing China’s electromagnetic weapons.  The article describes the coilgun as more sophisticated than a typical firearm and too complex for traditional weapons software to handle.  AI, however, can continuously improve an imperfect design through self-learning.  According to the article, “it would have been impossible to achieve this level of performance without using AI in the design process.”  Chinese researchers have also been using AI to develop large-scale electromagnetic weapons, such as railguns, which have a range of “hundreds of kilometers.”  The Chinese navy now has a test facility in which AI is used to develop smart railgun munitions capable of enduring extremely high pressure and intense magnetic fields.


Source:

Stephen Chen, “Chinese Researchers Turn to Artificial Intelligence To Build Futuristic Weapons,” South China Morning Post (Hong Kong’s most prominent online English-language daily), 5 December 2021, https://www.scmp.com/news/china/science/article/3158522/chinese-researchers-turn-artificial-intelligence-build.

Artificial intelligence can outperform humans in designing futuristic weapons, according to a team of Chinese naval researchers who say they have developed the world’s smallest yet most powerful coilgun.

The prototype weapon developed by professor Zhang Xiao and her team at the Naval University of Engineering in Wuhan has a 12cm (4.5-inch) barrel, about the size of a pistol, which contains three battery-powered coils that generate an electromagnetic field.

This electromagnetic field means that, unlike a conventional gun, the bullet does not touch the sides as it passes through the barrel.

Researchers found the bullet’s kinetic energy as it was could reach almost 150 joules, more than twice the energy needed to fire a fatal shot.

The bullet speed can vary depending on factors such as size and weight, and the scientists said one of the major advantages of using a coil gun was that, unlike a conventional gun, it could be adjusted to fire deadly shots or non-lethal ones.

In a paper published in the Transactions of the China Electrotechnical Society last month, Zhang said the gun had the advantage of “adjustable speed and a very short response time”, adding that it had great potential to be used for counterterrorism and maintaining stability.

The researchers say it would have been impossible to achieve this level of performance without using AI in the design process.

China Continues To Beef Up Border and Coastal Defense

“…the international situation is complex and changeable. Border and coastal defenses face security threats and challenges from all quarters and in various forms.”


In October a group of Chinese experts met to discuss their views on China’s progress and efforts to build up the border and coastal defense infrastructure.  The following article, published in the official newspaper of the People’s Liberation Army Jiefangjun Bao, offers an interesting overview of their thoughts regarding future expectations.  China first launched its border and coastal defense infrastructure project in 1996.  According to the article, the country has since gone from “having nothing to having something.”  It went from “not being centralized and complete to being scalable and systematic.” 

There are reportedly 18,639 miles of border and coastal defense duty routes.  Blockades and video monitoring cover key areas.  China has stationed hundreds of thousands of militia forces along the border and coastal defense frontlines.  They have added transportation support facilities including duty roads, bridges, and docks, focused on connecting border villages to the larger border security infrastructure.   

Part of the infrastructure buildup of China’s border and coastal defense includes an increased capacity to conduct information-driven operations (informationization).  China has built several thousand monitoring and control stations and centers along key areas in border and coastal defense.  It has also laid nearly 6,213 miles of transmission lines.  A portion of the border and coastal areas now also includes video monitoring and a “control network for ‘vertical connection and horizontal cohesion.’”

In coming years, China will likely push to automate its border and coastal defense capability, through the “intelligentization” of its processes.  A senior engineer, cited in the article, explained that he hopes to shape a “smart chain” that will use new-generation information technologies, such as big data, cloud computing, artificial intelligence, and the Internet of Things, to discover, report, make decisions, handle, and evaluate border and coastal defense situations to enhance the three-dimensional smart management and control capabilities.


Source:

Pan Di, “筑起坚不可摧的钢铁防线 ——军地共话合力推进边海防基础设施建设 (Building an Indestructible Steel Defensive Line- Joint Military-Civil Promotion of Border, Coastal Defense Infrastructure Building),” Jiefangjun Bao (official newspaper of the People’s Liberation Army), 13 October 2021, http://www.81.cn/jfjbmap/content/2021-10/13/content_300707.htm

China is a major border and coastal defense country. Chairman Xi profoundly pointed out that order and coastal defense work is a major matter for national security and is related to the overall national security and developmental situation.

… since the launch of border and coastal defense infrastructure building in 1996 with unified planning on land and at sea, we have built a large number of duty transport, physical barrier, and informationized management and control facilities.

Liu Jun explained that China has now built more than 30,000 kilometers of border and coastal defense duty routes, with blockades and video monitoring essentially covering key management and control segments. It has taken the first steps in constructing a “three-in-one” management and control system including human, material, and technical defense. It has built a solid defensive line along its vast land and maritime borders.

In recent years, on border and coastal defense frontlines, hundreds of thousands of militia forces are stationed all year round, and their reconnaissance and monitoring, rapid response, and emergency handling capabilities have steadily improved. With the completion of a large number of transportation support facilities such as duty roads, bridges, and docks, many border villages have been connected to roads and offshore islands connected to navigation routes, thus further consolidating the foundation for the development of industries with special advantages such as border trade, cross-border tourism, and island development.

“The continuous advancement of border and coastal defense infrastructure building is the result of joint efforts by the Party, government, military, and police. According to an arrangement made by the Third National Border Defense Work Conference in 1994, a border and coastal defense infrastructure building system was launched in 1996 on the basis of organizing pilot projects.

…a “five-in-one” border management structure with the Party committee providing direction, the government running overall coordination, the military serving as a backbone, the police taking charge of administration, and the people as a foundation, making the iron wall of border and coastal defense even more impenetrable.

In recent years, China’s border and coastal defense infrastructure has intensified its informatization efforts, building several thousand monitoring and control stations and centers along important sections for border and coastal defense and laying nearly 10,000 kilometers of transmission lines. A portion of border and coastal areas have formed a video monitoring and control network for “vertical connection and horizontal cohesion.” Li Guangwei, senior engineer at the Air Force Research Academy, is full of hope for the prospects of smart border and coastal defense. He hopes to shape a “smart chain” in which the whole process of discovering, reporting, making decisions, handling, and evaluating border and coastal defense situations through the application of new-generation information technologies such as big data, cloud computing, the Internet of Things, and artificial intelligence, breaks through data barriers between the military and civilian sectors to enhance three-dimensional smart management and control capabilities for border and coastal defense.”