Category Archives: Strategic Outlook

Predictions and forecasting.

Space Power: The Buttress of the Modern Military

Introduction

The United States possesses the world’s leading military. It has the most sophisticated air, land, sea, and, now, cyber forces and wields them in such a manner such that no single nation, barring the employment of total nuclear war, approaches its destructive capability.

America’s military power in these realms is identifiable. Fighter jets, bombs, tanks, submarines, ships, and more — these are all synonymous with the Nation’s warfighting portfolio. And in the modern world, even though we cannot see a cyber attack coming, we can certainly see its results — as with the alleged Stuxnet attack on Iranian nuclear facilities. To the public, these tools together are America’s “stick” on the global stage, for whatever purpose its leaders deem necessary.

Space is different. There are no bombs raining from orbit, and no crack special forces deploying from orbital platforms. The tide of battle is never turned by the sudden appearance of a satellite overhead. In fact, no one in the history of war has ever been killed by a weapon from space. There are actually no weapons in space nor will there be any in the foreseeable future.

Yet, America is the world’s space power. The Nation’s strength in the modern military era is dependent on its space capabilities.

Yet, America is the world’s space power. The Nation’s strength in the modern military era is dependent on its space capabilities. Space is fundamentally different than air, sea, land, and cyber power, and at the same time inextricably tied to them. It buttresses, binds, and enhances all of those visible modes of power. America cannot conduct war without space.

Simply, space is inherently a medium, as with air, land, sea, and cyber, and space power is the ability to use or deny the use by others of that medium. The United States Air Force (USAF) defines military space power as a “capability” to utilize [space-based] assets towards fulfilling national security needs.[1] In this, space is similar to other forms of military projection. But, its difference comes in how it is measured. When viewed in this context, space power is thus the aggregate of a nation’s abilities to establish, access, and leverage its orbital assets to further all other forms of national power.

Big Brother is Watching

It is important to note that space power is inherently global, as dictated by orbital mechanics. It is essentially impossible to go to space without passing over another nation in some capacity. Thus, the concept of peaceful overflight was established with the launch of Sputnik 1 in 1957, when the United States did not protest the path of the satellite even as it passed over the Nation. This idea stands in contrast to traditional territorial rules in which it would be considered a violation of sovereignty to put a military craft on or above another nation without express permission.

This difference became especially obvious in 1960 when Francis Gary Powers was shot down in his U-2 spy aircraft above the Soviet Union. Prior to that, the U.S. recognized that its missions over Russia were certainly a provocation and against international norms, but felt that the U-2 aircraft were more than capable of evading Soviet ground-based interceptors. The imagery intelligence (IMINT), they thought, justified the risk.

The downing and subsequent capture of Powers was a significant embarrassment for the United States, and President Eisenhower immediately halted this practice. From that point forward, it became clear that the only viable way for the U.S. to gather substantial IMINT against an opponent with sophisticated anti-air capabilities was via satellite.

KH-4B, Corona

The best quantification of space power in its early days came just a few months after the Powers incident. The CIA-run Corona program produced the first successful IMINT satellite in history. This satellite, code-named Discoverer 14, obtained more photographs of the Soviet Union in just 17 orbits over the course of a day than all 24 of the previous U-2 flights combined. Electronic intelligence (ELINT) satellites, such as the early generation GRAB program (which actually launched before Corona), helped map Soviet air defenses by detecting radar pulses, which enabled strategic planners to map bomber routes. Although air-and-sea-based reconnaissance craft had the capability to also detect radar pulses, they could only identify targets at a maximum of 200 miles within the Soviet Union, far less than was needed to plan a secure route to interior targets. Space became more than just a one-to-one replacement of existing tools; it offered significantly more access to foes.

Superiority then became three-pronged: who had the broadest capabilities, who had the best technology in each form of space-based intelligence gathering, and who had the best coverage? Said another way, how well could a nation monitor all spectra in detail at all times everywhere that matters?

Nearly a decade after Corona transformed space into a viable form of power, the U.S. leveraged its first reliable weather monitoring and communications relay satellites in the Vietnam War. This expanded the role of space to that of an active component on the battlefield, rather than just a pre-conflict source of intelligence — an enormously important growth.

More than that, it represented a substantial evolution of war as a whole. The sudden enhancement of meteorological data due to dedicated satellites gave field commanders far greater clarity than in previous conflicts as to when would be the ideal windows to mount a strike or a longer campaign. This was especially important in Vietnam, which was often overcast.

The United States faces the greatest diversity of military threats in its history. At the same time, the military is undergoing a significant size reduction.

Satellite communications also made their wartime debut in Vietnam. This capability offered the first true live link between war planners and field commanders, for the conveyance of orders and the timely distribution of sensitive intelligence. Whereas intelligence satellites broadened the world by opening up vast new areas to prying eyes, communications satellites dramatically shrank it. However, this new channel was offered only to the top commanders in any region, due to limitations in infrastructure. Soldiers in the field still used radios to communicate with base.

All these space capabilities continued their evolutionary growth for the next few decades. But, it was Operation Desert Storm in 1990 and 1991 that marked space power as a revolutionary change in the conduct of war. Called the “first space war” by some, this conflict was the first time that satellite communications and new position, navigation, and timing (PNT) systems were utilized in direct concert with military forces to monitor and direct an ongoing campaign at all levels. Space-based intelligence-gathering satellites mapped Iraqi strategic installations well ahead of the first shots and continued to track changes in enemy force distribution. Satellite communications systems enabled ground forces to transmit targeting data to en-route aircraft, substantially improving the accuracy of dropped munitions. In addition, while the constellation was not yet fully deployed, the Global Positioning System (GPS) conveyed Coalition forces an enormous strategic advantage, by enabling ground forces to travel through previously unmapped territory and circumvent the heavily defended road system into Iraq.

Today

The United States faces the greatest diversity of military threats in its history. At the same time, the military is undergoing a significant size reduction. Yet, more so now than ever, it possesses the ability to strike anywhere in the world at a moment’s notice. It does not need to constantly maintain local forces when it has force projection. In the modern world, force projection would not exist without space power.

Special forces and drone operations have taken front stage in America’s Global War on Terror. IMINT and SIGINT satellites provide important intelligence about targets far below. GPS satellites enable drones to fly to areas of interest and, if necessary, guide their munitions to their final destinations with minimal collateral damage. Drone operators are often far away from the craft they are piloting, many times even in a different hemisphere. This capability is only possible by utilizing high throughput communications satellites. For special forces, GPS is used to get the teams quickly to their targets. Further, portable satellite communications units allow them to relay updates to their commanders and call in support if necessary.

These options are especially effective against non-space actors who do not have the capabilities to strike back. However, space is increasingly becoming “congested, contested, and competitive” — meaning a broader group of nations is doing more to leverage space for their own military power and deny others from doing the same. China stands out in this realm. While the nation (exclusive of nuclear weapons) stands no match against the United States in any conventional confrontation, it possesses counter-space technologies that would dramatically curtail America’s force projection strengths. In such a situation, America’s power abroad would decline dramatically, to such a point that along the Asian coasts, China may have local superiority.

As such, the definition of space power is expanding, to being the aggregate of a nation’s abilities to establish, access, leverage, and sustain its orbital assets to further all other forms of national power. Earth-shaking rocket launches aside, space is the silent partner in nearly American military endeavor today. Operations Enduring Freedom and Iraqi Freedom and the subsequent counterinsurgency operations that followed demonstrated that clearly enough. Space guides soldiers, sailors, airmen, and bombs to their targets, gives the photographs and signal intercepts to understand what enemies are planning, and provides secure, global communication in an era of global need.


[1] Air Force Basic Doctrine, Air Force Doctrine Document 1, U.S. Air Force Headquarters (Washington, DC: September 1997) 85.

Defense Industrial Base: A Personal Theory of Power

This essay is the third in the Personal Theories of Power series, a joint Bridge-CIMSEC project which asked a group of national security professionals to provide their theory of power and its application. We hope this launches a long and insightful debate that may one day shape policy.


Defense industrial base [hereafter “industrial base” or “defense industry”] issues are almost always discussed in a contextual vacuum — as if their history begins with World War II factories or with President Eisenhower’s 1961 warning of a growing industrial complex. But manufacturing materiel is as ancient as war itself. This essay attempts to first set a historical narrative for the defense industry and then to propose a theory of its power.

Marching through history

In 1528, Charles V of Spain hired a Genoese firm to supply and operate a fleet of galleys to help control the Italian coast. Due to their increased size and sophistication, the price of galleys grew. By 1570, this led his son Philip II to experiment with having court administrators operate seventy percent of Spain’s fleet. They failed to recruit experienced oarsmen or to provision equipment efficiently. The price of operating galleys doubled without any vessel improvements before the policy was reversed to private enterprise.[i]

In 1603, Charles’s grandson, Philip III paid 6.3 million ducats to Gonzalo Vaz Countinho, a private merchant, for 40 ships and 6,392 men. This eight year contract supplied Spain with its entire Atlantic fleet. Twenty-five years later, Philip IV contracted a Liège company to build cast-iron cannon and shot. By 1640, 1,171 canons and 250,000 shot were built. Until the end of the eighteenth century Spain was self-sufficient in iron guns.[ii]

Contracting was not limited to the House of Habsburg. Governments have always relied on industry to provide materiel. It is not surprising then that in Michael Howard’s classic War in European History private enterprise plays a prominent role. Knights, mercenaries, merchants, and technologists shaped the history of Europe and thus its wars.[iii]

An industry is born

For centuries supply caravans traveled with armies and small, decentralized, enterprises such as blacksmiths were ubiquitous. To profit, merchants repurposed equipment on commercial markets. Other proprietors assumed financial loss for military titles or, when victorious, profited from the spoils of war.[iv]

The Thirty Years’ War (1618-1648) changed the scale of conflict and the materiel required to conduct it. At last there were “large-scale profits to be made” from the “business of war”.[v] In Genoa, Hamburg, and Amsterdam centers comprised of weapons manufacturers emerged alongside merchants that specialized in capital, financing, and market access. A multinational arms industry was born that “cut across not just national, but confessional, and indeed military boundaries.”[vi]

Berlin based Splitgerber & Daum was one firm born from this system. Formed in 1712, its two proprietors began as commissioned agents. They raised capital to supply munitions first to local arsenals in Saxony and eventually the Prussian army itself. Their growth can be attributed to an early observation: that success in their business “could be achieved only within the framework of a strictly organized mercantilist economy.”[vii] Patriotism became a marketing tool.

By 1722, Splitgerber & Daum was manufacturing “gun barrels, swords, daggers, and bayonets” at Spandau and assembling guns at Potsdam.[viii] By mid-century it was a conglomerate. Frederick the Great, unlike his grandfather the “mercenary king,” was not an admirer of contractors. But after the Seven Years’ War ended in 1763 he guaranteed the company a “regular flow of government orders” as long as it remained loyal to Prussian interests.[ix] He understood that in order to “raise Prussia to the status of great power required the services of merchants, manufacturers, and bankers.”[x]

Pouvoirs régaliens

Twenty-six years later, the French Revolution would change Europe. Until then, states were the property of absolute sovereigns; after they became “instruments of powerful forces dedicated to such abstract concepts as Liberty, Nationality, or Revolution.”[xi] As the nature of the State changed, so did its wars. French armies were now comprised of conscripts. In 1794, France attempted a planned economy. It reasoned that if people could be conscripted so could resources. The experiment failed due to inefficiency; manufacturing reverted back to private enterprise before the year’s end.

Battle of Waterloo by William Sadler

Industry would flourish during the Napoleonic Wars. From 1783 to 1815 two thirds of Britain’s naval tonnage was produced by private shipyards. And the Royal Navy began to experiment with managing industry. It sacrificed deals with large lower-cost providers to bolster small contractors that it considered to be more flexible. In the nineteenth century, the birth of nations launched state industries: private, but British shipyards; private, but German steelmakers.

Krupp would embody this development. Founded in 1811 in Essen (by then Prussia), it would first develop steel. By 1851 it became the primary provider of Prussian arms and, after German unification, the country’s preeminent defense firm. By 1902, Krupp managed the shipyards in Kiel, produced Nassau-class dreadnought armor, and employed 40,000 people.[xii]

Defense Industrial Base Power

Defense industries evolved from distributed providers, to unaligned enterprises, and finally to state-managed industries. They became consortiums of private or government-owned entities that translate the natural, economic, and human capital resources of a state into materiel.[xiii]

Krupp’s steel plant in Essen as captured during The Great War

World War II stretched this logic to its absolute; all state resources were translated into the machinery of war. In 1940 the US only built 2,900 bombers and fighters; by 1944 it built 74,000 on the back of industry. From 1941 until the war’s end 2,711 Liberty ships were built; welded together from 250,000 parts, which were manufactured all over the country. And from 1942 to 1946, 49,324 Sherman tanks were built by 11 separate companies such as Ford and American Locomotive — built by the “arsenal of democracy.”[xiv]

After the war, all countries began to balance national security objectives with resources via defense industrial base policies. A country’s industrial base capability could be measured as a combination of its scope (how many different cross-domain technologies it could develop), scale (at what quantity), and quality (battlefield performance).

The path to independence

National resources limit capability. Less capable countries are more dependent on allies than more capable ones (see Figure 1). As countries develop an industrial base their level of dependence decreases, but never goes away. This can be best understood through industry itself. Prime contractors rely on their supply chains. But a widget supplier is more dependent on its customer, than its customer is on it.

Figure 1: Interdependence in the International System

Reflects a manufacturing view of the defense industrial base. Information technology capabilities (i.e., data PED or cyber) have made industrial base capabilities more accessible to smaller countries with less national resources. How this impacts the curve or a nation’s independence is worth further exploration.

 

Industry developed a science for managing the inherent risk of dependence — supply chain management. However, corporate practices do not translate to international politics. Country A may find new allies; Country B may seek to act on its own. And all countries shift along the curve depending on their level of investment.

For example, Saudi Arabia and the United Arab Emirates have invested into defense since the first Gulf War. They are now capable of “manufacturing and modernizing military vehicles, communication systems, aerial drones, and more.”[xv] Through offset agreements and foreign partnerships they have acquired “advanced defense industrial knowledge and technology” and are expected to rely on their “own manpower and arms production capabilities to address national security needs” by 2030.[xvi]

To borrow from Henry John Temple — Britain’s Prime Minister from 1859 to 1865 — in the international system, states have temporary friends, but permanent interests.[xvii] Over time, it is thus in the interest of each country to increase its independence by investing into defense capabilities (see Figure 2).

Figure 2: Ability to Achieve Political Objectives Over Time

Without such investment, Country Z capabilities erode. Country Y may attempt to sustain its capabilities, but as other countries develop new technologies, sustainment also leads to capability erosion. Only countries that invest into industrial bases over time are able to achieve political objectives independently.

One more supper

The United States has never shown, over a sustained period of time, “a coherent long-term strategy for maintaining a healthy domestic defense industry.”[xviii] American defense budgets are cyclical; they have contracted after every war. Every time, the Pentagon intervened with reactionary strategies to manage industry. And each time, as one former Deputy Assistant Secretary of Defense noted, the Pentagon got it wrong.[xix]

This was most evident in 1993 when the Pentagon held a dinner, known as the “Last Supper,” with top defense executives. It told them that after the Cold War, America no longer needed nor could it afford the same volume of materiel. But it left it up to industry to decide its overcapacity problem. Industry began to consolidate, based on rational business sense, but not a national strategy.

The 1990s were focused on consolidation, commercialization, and dual-use technology. Today, as budgets are again tightened, new strategies such as increased competition and international expansion have emerged. This may help save some companies, but how will it impact our ability to act independently over time?

In 2003, after decades of following a similar industrial base approach, the UK realized that it no longer had the design expertise to complete development of its Astute-class nuclear submarine.[xx] And in 2010 the UK’s Strategic Defence and Security Review, by listing the capabilities it will have, spelled out what it can no longer accomplish independently. Although the UK received American support for its submarine, what would happen if it did not?

As the US argues over budgets or program cuts, a theory of defense industrial base power could help set priorities. Commercial diversification or international expansion are tactics by which defense firms gain new revenues to save themselves in a downturn. We need a national defense industrial base strategy to maintain our capability for independent action.


[i] Parrott, David. The Business of War: Military Enterprise and Military Revolution in Early Modern Europe. New York: Cambridge University Press. 2012.

[ii] Ibid.

[iii] Howard, Michael. War in European History. New York: Oxford University Press. 1976.

[iv] Parker, Geoffrey. The Military Revolution: Military Innovation and the Rise of the West, 1500-1800 (2nd Edition). Cambridge. Cambridge University Press. 1996.

[v] Parrot, The Business of War.

[vi] Howard, War in European History.

[vii] Henderson, W.O. Studies in the Economic Policy of Frederick the Great. Oxon: Routledge. 1963.

[viii] Ibid.

[ix] Clark, Christopher. Iron Kingdom: The Rise and Downfall of Prussia, 1600-1947. Cambridge. Harvard University Press. 2006.

[x] Henderson, Studies in the Economic Policy.

[xi] Howard, War in European History.

[xii] James, Harold. Krupp: A History of the Legendary German Firm. Princeton: Princeton University Press. 2012.

[xiii] Peck, Merton J. and Frederic Scherer M. The Weapons Acquisition Process: An Economic Analysis. Boston. Harvard University. 1962.

[xiv] Gansler, Jacques S. Democracy’s Arsenal: Creating a Twenty-First-Century Defense Industry. Cambridge. The MIT Press. 2011.

[xv] Saab, Bilal Y. “Arms and Influence in the Gulf: Riyadh and Abu Dhabi Get to Work.” Foreign Affairs, accessed May 5, 2014.

[xvi] Ibid.

[xvii] Gartzke, Erik and Alex Weisiger. “Permanent Friends? Dynamic Difference and the Democratic Peace.” International Studies Quarterly (2012): 1-15

[xviii] Harrison, Todd and Barry Watts D. “Sustaining Critical Sectors of the U.S. Defense Industrial Base.” Center for Strategic and Budgetary Assessments. 2011.

[xix] Marshall C. Tyrone Jr. “Pentagon Revamps Approach to Industrial Base, Official Says.” American Forces Press Service. February, 20 2013, accessed May 16, 2013.

[xx] Harrison, Sustaining Critical Sectors.

Sea Control 36 (East Atlantic) – NATO Defense Spending

seacontrol2Your monthly East Atlantic edition of Sea Control brings you Alex Clarke with a panel on the state of NATO’s defense spending in the UK and Continental Europe, and whether this spending is sufficient to face our modern threats.

 

DOWNLOAD: Sea Control 36 (East Atlantic): NATO Defense Spending

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Sea Control 35 – RADM Foggo and Developing Strategic Literacy

seacontrol2RADM Foggo, Assistant Deputy Chief of Naval Operations for Operations, Plans and Strategy, joins us to discuss the creation of strategic literacy within the Navy’s officer corps. discusses the Current Strategy Forum, a strategy sub-specialty, education, and the mentors that engaged his interest in strategy.

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Sea Control 35- RADM Foggo and Developing Strategic Literacy

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