U.S. Global Strike Plan With a Nuclear Option

January 28, 2008 Military, Weapons No Comments

Not Just A Last Resort?

Recently approved was a top secret “Interim Global Strike Alert Order” directing the military to assume and maintain readiness to attack hostile countries that are developing weapons of mass destruction, specifically Iran and North Korea.

Two months later, Lt. Gen. Bruce Carlson, commander of the 8th Air Force, told a reporter that his fleet of B-2 and B-52 bombers had changed its way of operating so that it could be ready to carry out such missions. “We’re now at the point where we are essentially on alert,” Carlson said in an interview with the Shreveport (La.) Times. “We have the capacity to plan and execute global strikes.” Carlson said his forces were the U.S. Strategic Command’s “focal point for global strike” and could execute an attack “in half a day or less.”

In the secret world of military planning, global strike has become the term of art to describe a specific preemptive attack. When military officials refer to global strike, they stress its conventional elements. Surprisingly, however, global strike also includes a nuclear option, which runs counter to traditional U.S. notions about the defensive role of nuclear weapons.

The official U.S. position on the use of nuclear weapons has not changed. Since the end of the Cold War, the United States has taken steps to de-emphasize the importance of its nuclear arsenal. The Bush administration has said it remains committed to reducing our nuclear stockpile while keeping a credible deterrent against other nuclear powers. Administration and military officials have stressed this continuity in testimony over the past several years before various congressional committees.

But a confluence of events, beginning with the Sept. 11, 2001 attacks and the president’s forthright commitment to the idea of preemptive action to prevent future attacks, has set in motion a process that has led to a fundamental change in how the U.S. military might respond to certain possible threats. Understanding how we got to this point, and what it might mean for U.S. policy, is particularly important now — with the renewed focus last week on Iran’s nuclear intentions and on speculation that North Korea is ready to conduct its first test of a nuclear weapon.

Global strike has become one of the core missions for the Omaha-based Strategic Command, or Stratcom. Once, Stratcom oversaw only the nation’s nuclear forces; now it has responsibility for overseeing a global strike plan with both conventional and nuclear options. President Bush spelled out the definition of “full-spectrum” global strike in a January 2003 classified directive, describing it as “a capability to deliver rapid, extended range, precision kinetic (nuclear and conventional) and non-kinetic (elements of space and information operations) effects in support of theater and national objectives.”

This blurring of the nuclear/conventional line, wittingly or unwittingly, could heighten the risk that the nuclear option will be used. Exhibit A may be the Stratcom contingency plan for dealing with “imminent” threats from countries such as North Korea or Iran, formally known as CONPLAN 8022-02.

CONPLAN 8022 is different from other war plans in that it posits a small-scale operation and no “boots on the ground.” The typical war plan encompasses an amalgam of forces — air, ground, sea — and takes into account the logistics and political dimensions needed to sustain those forces in protracted operations. All these elements generally require significant lead time to be effective. (Existing Pentagon war plans, developed for specific regions or “theaters,” are essentially defensive responses to invasions or attacks. The global strike plan is offensive, triggered by the perception of an imminent threat and carried out by presidential order.)

CONPLAN 8022 anticipates two different scenarios. The first is a response to a specific and imminent nuclear threat, say in North Korea. A quick-reaction, highly choreographed strike would combine pinpoint bombing with electronic warfare and cyberattacks to disable a North Korean response, with commandos operating deep in enemy territory, perhaps even to take possession of the nuclear device.

The second scenario involves a more generic attack on an adversary’s WMD infrastructure. Assume, for argument’s sake, that Iran announces it is mounting a crash program to build a nuclear weapon. A multidimensional bombing (kinetic) and cyberwarfare (non-kinetic) attack might seek to destroy Iran’s program, and special forces would be deployed to disable or isolate underground facilities.

By employing all of the tricks in the U.S. arsenal to immobilize an enemy country — turning off the electricity, jamming and spoofing radars and communications, penetrating computer networks and garbling electronic commands — global strike magnifies the impact of bombing by eliminating the need to physically destroy targets that have been disabled by other means.

The inclusion, therefore, of a nuclear weapons option in CONPLAN 8022 — a specially configured earth-penetrating bomb to destroy deeply buried facilities, if any exist — is particularly disconcerting. The global strike plan holds the nuclear option in reserve if intelligence suggests an “imminent” launch of an enemy nuclear strike on the United States or if there is a need to destroy hard-to-reach targets.

It is difficult to imagine a U.S. president ordering a nuclear attack on Iran or North Korea under any circumstance. Yet as global strike contingency planning has moved forward, so has the nuclear option.

Global strike finds its origins in pre-Bush administration Air Force thinking about a way to harness American precision and stealth to “kick down the door” of defended territory, making it easier for (perhaps even avoiding the need for) follow-on ground operations.

The events of 9/11 shifted the focus of planning. There was no war plan for Afghanistan on the shelf, not even a generic one. In Afghanistan, the synergy of conventional bombing and special operations surprised everyone. But most important, weapons of mass destruction became the American government focus. It is not surprising, then, that barely three months after that earth-shattering event, the Pentagon’s quadrennial Nuclear Posture Review assigned the military and Stratcom the task of providing greater flexibility in nuclear attack options against Iraq, Iran, North Korea, Libya, Syria and China.

The Air Force’s global strike concept was taken over by Stratcom and made into something new. This was partly in response to the realization that the military had no plans for certain situations. The possibility that some nations would acquire the ability to attack the United States directly with a WMD, for example, had clearly fallen between the command structure’s cracks. For example, the Pacific Command in Hawaii had loads of war plans on its shelf to respond to a North Korean attack on South Korea, including some with nuclear options. But if North Korea attacked the United States directly — or, more to the point, if the U.S. intelligence network detected evidence of preparations for such an attack, Pacific Command didn’t have a war plan in place.

In May 2002, Rumsfeld issued an updated Defense Planning Guidance that directed the military to develop an ability to undertake “unwarned strikes . . . [to] swiftly defeat from a position of forward deterrence.” The post-9/11 National Security Strategy, published in September 2002, codified preemption, stating that the United States must be prepared to stop rogue states and their terrorist clients before they are able to threaten or use weapons of mass destruction against the United States and our allies.”

“We cannot let our enemies strike first,” President Bush declared in the National Security Strategy document.

Stratcom established an interim global strike division to turn the new preemption policy into an operational reality. In December 2002, Adm. James O. Ellis Jr., then Stratcom’s head, told an Omaha business group that his command had been charged with developing the capability to strike anywhere in the world within minutes of detecting a target.

Ellis posed the following question to his audience: “If you can find that time-critical, key terrorist target or that weapons-of-mass-destruction stockpile, and you have minutes rather than hours or days to deal with it, how do you reach out and negate that threat to our nation half a world away?”

CONPLAN 8022-02 was completed in November 2003, putting in place for the first time a preemptive and offensive strike capability against Iran and North Korea. In January 2004, Ellis certified Stratcom’s readiness for global strike to the defense secretary and the president.

At Ellis’s retirement ceremony in July, Gen. Richard B. Myers, chairman of the Joint Chiefs of Staff, told an Omaha audience that “the president charged you to ‘be ready to strike at any moment’s notice in any dark corner of the world’ [and] that’s exactly what you’ve done.”

As U.S. military forces have gotten bogged down in Afghanistan and Iraq, the attractiveness of global strike planning has increased in the minds of many in the military. Stratcom planners, recognizing that U.S. ground forces are already overcommitted, say that global strike must be able to be implemented “without resort to large numbers of general purpose forces.”

When one combines the doctrine of preemption with a “homeland security” aesthetic that concludes that only hyper-vigilance and readiness stand in the way of another 9/11, it is pretty clear how global strike ended up where it is. The 9/11 attacks caught the country unaware and the natural reaction of contingency planners is to try to eliminate surprise in the future. The Nuclear Posture Review and Rumsfeld’s classified Defense Planning Guidance both demanded more flexible nuclear options.

Global strike thinkers may believe that they have found a way to keep the nuclear genie in the bottle; but they are also having to cater to a belief on the part of those in government’s inner circle who have convinced themselves that the gravity of the threats demands that the United States not engage in any protracted debate, that it prepare for the worst and hope for the best.

Though the official Washington mantra has always been “we don’t discuss war plans,” here is a real life predicament that cries out for debate: In classic terms, military strength and contingency planning can dissuade an attacker from mounting hostile actions by either threatening punishment or demonstrating through preparedness that an attacker’s objectives could not possibly be achieved. The existence of a nuclear capability, and a secure retaliatory force, moreover, could help to deter an attack — that is, if the threat is credible in the mind of the adversary.

But the global strike contingency plan cannot be a credible threat if it is not publicly known. And though CONPLAN 8022 suggests a clean, short-duration strike intended to protect American security, a preemptive surprise attack (let alone one involving a nuclear weapon option) would unleash a multitude of additional and unanticipated consequences. So, on both counts, why aren’t we talking about it?

New Ion Engine Sets Thrust Record

January 25, 2008 Technology 36 Comments

ion engine

An ion engine has smashed the record for total thrust in a NASA test. The successful test means the engine could be used in future NASA missions.Ion engines work by accelerating electrically charged atoms, or ions, through an electric field, thereby pushing the spacecraft in the opposite direction.
The thrust they provide at any given moment is very small, roughly equal to the force needed to hold up a sheet of paper against Earth’s gravity. But they can operate continuously in space for years using very little fuel, ultimately providing a much bigger boost than a chemical rocket.

The Dawn mission, which launched on Thursday, is equipped with NASA’s first generation of ion engines, called NSTAR. Dawn’s three NSTAR engines will allow it to reach the asteroid belt and park in orbit around two different asteroids.

The agency has also been testing a more advanced ion engine, called NASA’s Evolutionary Xenon Thruster (NEXT), which generates 2.5 times as much thrust as an NSTAR engine.

Now, NEXT has broken a record, providing more “total impulse” than any previous ion engine. Total impulse is a measure of the overall acceleration that an engine would provide to a spacecraft. It is the result of multiplying the engine’s thrust by how long it fires.

Record fuel

The NEXT engine has now been fired for over 12,000 hours (500 days), providing more than 10 million Newton-seconds of impulse, more than any ion engine has ever achieved.

During this time, it has processed more than 245 kilograms of fuel in the form of xenon gas, a record amount for an ion engine. The amount of fuel an ion engine can handle before wearing down is critical, since ion engines on spacecraft need to fire for years at a time.

Previous estimates have suggested NEXT engines could safely handle 450 kilograms of fuel in their lifetime. NSTAR is rated for only 150 kilograms of fuel throughput, although one NSTAR engine has processed 235 kilograms of fuel in a previous test.

“This test validates NEXT technology for a wide range of NASA solar system exploration missions, as well as the potential for Earth-space commercial ventures,” says NEXT principal investigator Mike Patterson of NASA’s Glenn Research Center in Cleveland, Ohio, US.

NEXT could power a mission to Saturn’s moon, Titan. It would require about 20 kilowatts of engine power to get there if the mission included both an orbiter and a lander. “We could do that with an array of three thrusters, plus a spare,” NEXT project manager Scott Benson of Glenn told New Scientist.

Star Wars

Although NSTAR and NEXT both use xenon gas as a propellant, NEXT accelerates the xenon ions more efficiently, providing up to 236 milliNewtons of thrust compared to NSTAR’s maximum of 92 mN. The ion engines used on Japan’s Hayabusa spacecraft to the asteroid Itokawa use 22 mN, while those used on the European Space Agency’s SMART-1 Moon probe operated at 70 mN.

NEXT can also vary its thrust by a factor of 11, as compared with NSTAR’s factor of five. This means it can throttle down to lower levels as it travels farther from the Sun and receives less sunlight, allowing it to operate at greater distances than NSTAR.

Although ion engines are just beginning to see regular use on scientific probes, they have been a common sight in science fiction for many years. Dawn spacecraft engineer Marc Rayman of NASA’s Jet Propulsion Laboratory in Pasadena, California, US, reminded journalists at a recent press conference of the ion engines used in the Star Wars movies.

“If you remember the TIE fighters that Darth Vader and the Evil Empire used to fight the rebel alliance, TIE stood for ‘twin ion engines’,” he said. “Well, Dawn does the Star Wars TIE fighters one better because we use three ion engines.”

Will India Seal off Calcutta From H5N1 Bird Flu

January 24, 2008 Politics, Security No Comments

As bird flu spread across two more districts, the state government moved in to seal Kolkata to produce from the affected areas.

The state’s Animal Resources Development Department, which made the request for sealing, will provide officials to man the checkposts with the police. The police are also to seal the affected areas so no poultry products move out either.

The above comments indicate Calcutta will soon be sealed from affected areas, which will likely soon be all of West Bengal (see satellite map).  The number of confirmed locations is significantly lagging the spread of H5N1.  Excess poultry deaths in Calcutta suburbs have been noted for several days, and these areas have not joined the official list of confirmed districts because birds have not been tested or the results have not been released.

The reports of dead wild birds in the region suggest checkpoints will not keep H5N1 out of Calcutta and media reports suggest H5N1 is already in Calcutta.

Although the government has denied human cases, most of the cases with fever are simply being monitored.  There have been over 2000 cases reported in Birbhum alone.

Collection of throat swabs for influenza testing would be useful, as would expanded testing of excessive poultry deaths and fever patients.

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Does the NSA Have a Cryptographic Back Door

January 23, 2008 Intelligence No Comments


Random numbers are critical for cryptography: for encryption keys, random authentication challenges, initialization vectors, nonces, key-agreement schemes, generating prime numbers and so on. Break the random-number generator, and most of the time you break the entire security system. Which is why you should worry about a new random-number standard that includes an algorithm that is slow, badly designed and just might contain a backdoor for the National Security Agency.
… Continue Reading

Is the Afghanistan war just Starting

January 20, 2008 Military No Comments

THE Taliban has seriously rejoined the fight in Afghanistan, an NGO security group said in a report that concluded the country was at the beginning of a war, not the end of one.

The Afghanistan NGO Safety Office (ANSO) said the Taliban’s “easy departure” in 2001, when a US-led invasion drove them from power, was more of a strategic retreat than an actual military defeat.

“A few years from now, 2007 will likely be looked back upon as the year in which the Taliban seriously rejoined the fight and the hopes of a rapid end to conflict were finally set aside by all but the most optimistic,” ANSO said.

About 1980 civilians were killed in 2007 – half by insurgents and the rest almost equally by soldiers or criminal groups, the group said.

Abductions and killings were likely to escalate this year, with growing links between insurgents and criminal gangs increasing the threat, ANSO said.

It said the NATO-led International Security Assistance Force (ISAF), which is helping the government fight insurgents, is “in fact just now entering a period of broad and deep conflict, the outcomes of which are far from certain.”

ISAF may number about 41,000 soldiers but “realistically” could not have more than 7000 for combat, with the rest mostly support staff or prevented from fighting because of national restrictions, the group said.

The size of the Taliban force was unknown, but estimates ranged from 2000 to 20,000.

“There would not appear to be any capacity within ISAF to stop or turn back anticipated AOG (armed opposition groups) expansion,” the report said.

“In simple terms, the consensus amongst informed individuals at the end of 2007 seems to be that Afghanistan is at the beginning of a war, not the end of one.”

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