185: Major Arms Transfers to Afghanistan (Last Two Decades)

SIPRI published a Topical backgrounder on 03 Sep 21, giving an overview of known international flows of major arms transfer to the Afghan armed forces between 2001 and 2020. The document discusses the supplier states, volumes, types and numbers of major arms deliveries.

Relevant extracts are as follows:-

Since 2001, significant numbers of major arms had been delivered to bolster the Afghan military and security forces, in the expectation that they would eventually be able to maintain security and suppress the Taliban insurgency without international support.

Sixteen states are known to have supplied major arms to Afghanistan.

Slightly over three-quarters of the major arms delivered, by volume, were newly produced, while the rest were second-hand, but in some cases modified prior to delivery.

Transfers from the USA

The USA was the largest major arms supplier to Afghanistan (74 per cent of country’s imports of major arms by volume).

Deliveries from the USA to Afghanistan included an estimated 21 924 armoured vehicles (e.g. HMMWV-UA, ASV-150/M-1117), 66 MD-530F armed light helicopters, 34 Cessna-208B armed light transport aircraft, and 53 UH-60A transport helicopters.

The USA also delivered 65 ScanEagle (unarmed) unmanned aerial vehicles and an estimated 250 Paveway guided bombs. Most of the arms were supplied to Afghanistan as aid.

Transfers from Russia

Russia was the second largest supplier of major arms to the Afghan armed forces in the period, accounting for 14 per cent of imports, by volume.

Deliveries from Russia mainly consisted of 90 second-hand and newly produced Mi-8MTV and Mi-17 transport helicopters.

Early deliveries were in the form of aid, but later, most of the transport helicopters were bought via and financed by the USA or United Arab Emirates.

Transfers from other suppliers

Several other states, mainly North Atlantic Treaty Organization (NATO) member states, delivered smaller volumes of major arms to Afghanistan directly or supplied major arms through US-run and US-funded programmes.

Italy accounted for 3.8 per cent of all deliveries of major arms to Afghanistan, by volume. These consisted of 16 second-hand G-222 transport aircraft in 2009–2012, financed by the USA. The aircraft were modernized in Italy before delivery.

Czechia supplied six Mi-24 combat helicopters and six Mi-17 transport helicopters. All were second-hand but were modernized in Czechia before delivery.

The United Kingdom supplied two Mi-17 transport helicopters.

Bosnia and Herzegovina, Slovakia and Turkey supplied a total of 128 second-hand artillery pieces

Norway supplied an estimated 159 TOW anti-tank missile in 2009. All these transfers came as direct aid or were financed by the USA.

Brazil was the fourth largest supplier, accounting for 2.7 per cent of all deliveries. These were 26 Super Tucano (A-29B) trainer/combat aircraft. They were bought through a US programme, financed by the USA and modified in the USA before delivery to Afghanistan. They became the main combat aircraft of the Afghan air force.

Switzerland supplied 18 PC-12 light transport aircraft in 2015. These reached Afghanistan via the USA and were probably modified in the USA for reconnaissance before final delivery.

India supplied three Cheetal light helicopters and four second-hand Mi-25 combat helicopters. It also financed the supply of four second-hand Mi-24V combat helicopters from Belarus in 2019.

Present State

 

The Afghan military and security forces received a substantial number of major arms in the last twenty years.

Despite this very substantial material investment, not to mention years of military training and combat support, the Taliban were able to seize most of Afghanistan from Afghan Government.

Some of the major arms listed were subsequently lost or scrapped. However, a substantial number have been captured by the Taliban.

Air Force Assets and Equipment

The Afghan Air Force was considered as Kabul government’s lethal advantage over the Taliban.

The Afghan Air Force once stood at approximately 200 fixed-wing and rotary aircraft, including A-29 Super Tucanos, AC-208 light attack aircraft, Cessna 208s, PC-12 Pilatus surveillance aircraft, C-130 Hercules transport planes, and a fleet of helicopters that included UH-60 Black Hawks and Russian-made Mi-8 and Mi-17s.

It is estimated that 25% of Afghan Air Force Fledm (to Uzbekistan), and remainder is in Disarray. Very few of the aircraft left behind are fly worthy due to lack of spare parts and maintenance support.

While the Taliban now controls a number of attack, surveillance, and transport aircraft, it still requires pilots to fly them. Taliban had been on a campaign to assassinate Afghan Air Force pilots to diminish the air strategic advantage. It is not known how many crews fled across the border or are in hiding. Aircrew shortage will further diminish their capability.

 

Analysis

Concern is about the effect of presence of these weapons on security and stability, both within and beyond Afghanistan’s borders.

It is unclear how many of these are or can be made operational.

The aircraft will need specialized maintenance and spare parts that are probably not easily available to the Taliban.

Other, simpler to maintain, major arms such as the light armoured vehicles can easily be operated for many years.

All in all, it seems unlikely that the major arms captured by the Taliban would pose any serious threat to stability in Afghanistan or neighbourhood.

However, the large numbers of small arms and light weapons and associated ammunition are potentially of much graver concern.

In India, concern is that these weapons may soon find a way into Pakistan, and then, through Pakistan-sponsored terrorists, to India, especially Jammu and Kashmir.

There is also a possibility that these weapons may get used for violence in Pakistan itself.

 

Questions

Taliban in Afghanistan has an Air Force, Will they be able to revive it and make it operational?

Will China and Pakistan help Afghanistan in its revival?

 

Suggestions and Value additions are most welcome

 

 

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References

https://www.sipri.org/commentary/topical-backgrounder/2021/transfers-major-arms-afghanistan-between-2001-and-2020

https://www.airforcemag.com/afghan-air-force-fled-remainder-in-disarray-sources-say/

183: Taliban’s Runover: Some Factors

 

Setting and Population Density Pattern. 

  • Afghanistan’s overall population density is only about 148 people per square mile / 57 people per square kilometer (Indian population density is 1202 per square mile / 464 per square kilometer).

 

  • Even in the populated areas of Afghanistan, people are quite spread out, with only 26 percent of the population living in urban centres. This dispersed population pattern, is a challenge for the state army to defend while, it favours the Taliban’s quick-moving offensive.

 

Taliban Strategy.

  • Following the withdrawal of Western forces, the Taliban swiftly and easily occupied vast swaths of sparsely populated territory. They then used that territory to launch coordinated and fast-moving offensives.

 

  • Instead of traditional tools of warfare (like artillery and armour), the Taliban moved quickly in weaponised pickup trucks to defeat dug-in defensive They forced The Afghan forces to retreat from outposts and checkpoints to (safety of) urban areas, thereby ceding control of supply lines and major highways. This allowed Taliban forces to surround and isolate urban centers.

 

  • Local officials were quick to accept Taliban control because they had little allegiance to the central government and knew that Afghan forces were unwilling (and unable) to defend their areas from Taliban

 

Taliban Advantages.

  • Taliban enjoyed a presence throughout the country, allowing them to pressure the Afghan National Defense and Security Forces in multiple locations.

 

  • The Taliban were able to conduct lightning offensives across many fronts, which fatally stressed the limited cohesion of the Afghan National Defense and Security.

 

Afghan Security Force: Challenges

  • Low force-to-space ratios meant that defenders had significant ground to cover and had to move swiftly and in a coordinated fashion to stand any chance of successfully countering Taliban threats from many The Afghan security forces were not geared up to these tasks.

 

  • The Afghan military lacked the capacity and cohesion required to stand firm and defend against fast-moving offensives across many fronts.

 

  • Afghan forces had always been heavily dependent on S. air support for troop movement, re-supply, and combat operations. In absence of the air support, the Afghan military was unable to regroup or move units around quickly.

 

  • Afghan forces were hampered by lack of cohesion, leadership, motivation, and limited training & mobility.

 

Outcome.

  • The weaknesses of the Afghan security forces, combined with the low force-to-space ratios generated by Afghanistan’s terrain and its population distribution, made a quick Taliban victory a reality.

 

  • Taliban rarely had to use force because they could leverage their geographic reach to intimidate local leaders and convince defenders to flee or surrender.

 

Lessons

  • Understanding Local conditions is Important.

 

  • One solution does not work for every problem.

 

  • Psychological (Mind) factor of any armed is important.

 

  • Besides Equipment and training, motivation and leadership is equally important.

 

There is much more to it – More coming up

 

Questions

Has the western world really understood Afghanistan?

Is the fight against terrorism being orchestrated correctly?

 

Titbit

Afghanistan is called graveyard of empires.

Britishers came and failed

Russians tried and failed.

Yanks tried for long and failed.

 

Random Thoughts

Now it is Chinese turn

(Chinese are too smart to burn their hands – they will let Pakistan do Their dirty work)

Pakistan is playing with a two edged sword.

will the nurtured snake bite back

 

Suggestions and Value additions are most welcome

 

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References

https://warontherocks.com/

https://www.independent.co.uk/voices/afghanistan-taliban-uk-war-troops-b1902270.html

https://www.foreignaffairs.com/articles/united-states/2021-08-17/why-taliban-won

https://cissm.umd.edu/research-impact/publications/worst-case-scenario-assessing-impact-complete-isaf-military-withdrawal

https://www.wsj.com/articles/afghanistan-army-collapse-taliban-11628958253

https://www.reuters.com/world/asia-pacific/exclusive-taliban-advances-afghan-military-overhauls-war-strategy-limit-losses-2021-07-22/

https://www.factcheck.org/2021/08/timeline-of-u-s-withdrawal-from-afghanistan/?utm_source=email&utm_medium=social&utm_campaign=social-pug

177: Technology: Future Trajectory of Artificial Intelligence

 

AI is going to change the world more than anything in the history of mankind.

– Kai-Fu Lee

 

 Artificial Intelligence (AI) has permeated into all aspects of our lives. AI tools are everywhere we look. AI is  delivering tangible benefits across every  industry one can think about.

 

  • Transportation: Although it could take a decade or more to perfect them, autonomous cars will one day ferry us from place to place.

 

  • Manufacturing: AI powered robots work alongside humans to perform a limited range of tasks like assembly and stacking, and predictive analysis sensors keep equipment running smoothly.

 

  • Healthcare: In the comparatively AI-nascent field of healthcare, diseases are more quickly and accurately diagnosed, drug discovery is sped up and streamlined, virtual nursing assistants monitor patients and big data analysis helps to create a more personalized patient experience.

 

  • Education: Textbooks are digitized with the help of AI, early-stage virtual tutors assist human instructors and facial analysis gauges the emotions of students to help determine who’s struggling or bored and better tailor the experience to their individual needs.

 

  • Media: Journalism is harnessing AI, too, and will continue to benefit from it. Bloomberg uses Cyborg technology to help make quick sense of complex financial reports. The Associated Press employs the natural language abilities of Automated Insights to produce 3,700 earning reports stories per year — nearly four times more than in the recent past.

 

  • Customer Service: Last but hardly least, Google is working on an AI assistant that can place human-like calls to make appointments at, say, your neighbourhood hair salon. In addition to words, the system understands context and nuance.

 

Future Trajectory

Most AI applications today are classified as “narrow” or “weak” AI, meaning that they usually carry out a specific task they are designed for.  

AI is only just getting started. Computers will get smarter, quicker, and increasingly become capable of tasks that traditionally are carried out by humans, such as making complex decisions or engaging in creative thought. Truly intelligent entities would not be designed for one specific task but would be able to carry out many number of tasks.

A Quantum Powered AI

 Computing power is the engine of AI.

Quantum computing, along with other next-level processing capabilities such as biological and neuromorphic computing, is likely to unlock even more possibilities.

Quantum computing is basically, ability of sub-atomic particles to exist in more than one state at the same time. It is theoretically capable of completing some calculations up to 100 trillion times faster than today’s fastest computers.

In order to continually evolve to become smarter, machine learning models will inevitably become larger.

 Additionally, more processing power means we will be able to create larger amounts of “synthetic” data for training purposes, reducing the need for collecting real data to feed into algorithms for many applications.

Other technologies like neuromorphic computing would be able to mimic the “elastic” capabilities of the human brain to adapt themselves to processing new forms of information.

Creative AI

 These days we can see art, music, poetry, and even computer code is being created by AI.

This has been made possible by the ongoing development of “generative” AI i.e. when Ai creates new data rather than simply analyzing and understanding existing data.

With generative AI, analyzing and understanding is the first step of the process. It then takes what it has learned and uses it to build further examples of the models that it has studied.

This ability to create synthetic data will lead us into an era where machines will be doing things we simply haven’t seen them do before.

Ethical and Accountable AI

 At the moment, much of the inner workings of today’s AI is not transparent due to proprietary algorithms or complexity involved.

This creates a trust deficit and reluctance to let machines make  decisions that affect people’s lives.

If AI is going to live up to its potential, then the smart machines of the near future will have to be more transparent, explainable, and accountable than the ones we’re familiar with now.

Legislative and regulatory changes are likely to be put in place in future.

 

Interesting

Intel recently unveiled its Loihi processing chip, packed with more than two billion transistors, which is one application that was able to identify ten different types of hazardous material by smell alone – more quickly and accurately than trained sniffer dogs.

 

Titbits

Adversial Model – AI vs AI

The most impressive results available today are usually obtained when this is done via an “adversarial” model – effectively, two AIs are pitted against each other, with one tasked with creating something based on existing data and the other tasked with finding flaws in the new creation. When these flaws are discovered, the creative network (known as the “generator”) learns from its mistakes and eventually becomes capable of creating data that its opponent (the “discriminator” network) finds increasingly hard to distinguish from the existing data.

 

Value additions are most welcome

 

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References

https://builtin.com/artificial-intelligence/artificial-intelligence-future

https://futureoflife.org/background/benefits-risks-of-artificial-intelligence/

https://www2.deloitte.com/us/en/pages/consulting/articles/the-future-of-ai.html

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