Hiram frowned, and tapped a hatched box highlighted on the map, right under the Sikorsky's position at the start of the conversation. "And what's this?"
Mavens grinned. "It's yours, Mr. Patterson. That is an OurWorld DataPipe terminal. A wormhole mouth, linking to your central facility here in Seattle. I believe the DataPipe terminal under Marine One is the mechanism you used to get your information from the story."
Hiram's eyes narrowed.
Kate listened, but with growing abstraction, as Mavens speculated—a little wildly—about directional microphones and the amplifying effects of the gravitational fields of wormhole mouths. His theory, as it emerged, was that Hiram must be using the fixed DataPipe anchors to perform his bugging.
It was obvious that Mavens had stumbled on some aspects of the truth, but didn't yet have it all.
"Bull," said Hiram evenly. "There are holes in your theory I could fly a 747 through."
"Such as," Kate said gently, "OurWorld's ability to get cameras to places where there is no DataPipe wormhole terminal. Like those hurricane-struck Philippine islands. Or Secretary-General Halliwell's cleavage."
Hiram glared at Kate warningly. Shut up.
Mavens looked confused, but dogged. "Mr. Patterson, I'm no physicist. I haven't yet figured out all the details. But I'm convinced that just as your wormhole technology is your competitive advantage in data transmission, so it must be in your news-gathering operations."
"Oh, come on, Hiram," she said. "He has most of it."
Hiram growled, "Damn it, Manzoni. I told you I wanted plausible deniability at every stage."
Mavens looked inquiringly at Kate.
She said, "He means, cover for the existence of the WormCams."
Mavens smiled. "WormCams. I can guess what that means. I knew it."
Kate went on, "But deniability wasn't always possible. And not in this case. You knew it, Hiram, before you approved the story. It was just too good a lead to pass on... I think you should tell him what he wants to know."
Hiram glared at her. "Why the hell should I?"
"Because," said Mavens, "I think I can help you."
Mavens stared wide-eyed at David's first wormhole mouth, already a museum piece, the spacetime pearl still embedded in its glass block. "And you don't need anchors. You can plant a WormCam eye anywhere, watch anything... And you can pick up sound too?"
"Not yet," Hiram said. "But the Search Engine is a pretty good lipreader. And we have human experts to back it up. Now, Special Agent. Tell me how you can help me."
Reluctantly, Mavens set the glass block down on the table. "As Ms. Manzoni deduced, the rest of my team is only a couple of steps behind me. There will probably be a raid on your facilities tomorrow."
Kate frowned. "Then surely you shouldn't be here, tipping us off."
"No, I shouldn't," Mavens said seriously. "Look, Mr. Patterson, Ms. Manzoni, I'll be frank. I'm arrogant enough to believe that on this issue I can see a little more clearly than my superiors, which is why I'm stepping over the mark. Your WormCam technology—even what I was able to deduce about it for myself—is fantastically powerful. And it could do an immense amount of good: bringing criminals to justice, counterespionage, surveillance."
"If it was in the right hands," Hiram said heavily.
"If it was in the right hands."
"And that means yours. The Bureau's."
"Not just us. But in the public domain, yes. I can't agree with your reporting of the Juarez-Huxtable conversation. But your exposure of the fraudulent science behind the Galveston desalination project, for example, was a masterful piece of journalism. By uncovering that particular scam alone you saved the public purse billions of dollars. I'd like to see responsible news-gathering of that kind continue. But I am a servant of the people. And the people—we—need the technology too, Mr. Patterson."
"To invade citizens' privacy?" Kate asked.
Mavens shook his head. "Any technology is open to abuse. There would have to be controls. But—you may not believe it, Ms. Manzoni—on the whole we civil servants are pretty clean. And we need all the help we can get. These are increasingly difficult times, as you must know, Ms. Manzoni."
"The Wormwood."
"Yes." He frowned, looking troubled. "People seem reluctant to take responsibility for themselves, let alone for others, their community. A rise in crime is being matched by a rise in apathy about it. Presumably this will only grow worse as the years go by, as the Wormwood grows closer."
Hiram seemed intrigued. "But what difference does it make if the Wormwood is going to cream us all anyhow? When I was a kid in England, we grew up believing that when the nuclear war broke out we'd have just four minutes' warning. We used to talk about it. What would you do with your four minutes? I'd have got blind drunk and..."
"We have centuries," said Mavens. "Not just minutes. We have a duty to keep society functioning as best we can, as long as possible. What else can we do? And sir, meanwhile—as has been true for decades—this country has more enemies than any nation in the world. National security may have a higher priority over issues of individual rights."
"Tell us what you're proposing," Kate said.
Mavens took a deep breath. "I want to try to set up a deal. Mr. Patterson, this is your technology. You're entitled to profit from it. I'd propose that you'd keep the patents and industry monopoly. But you'd license your technology to the government, to be used in the public interest, under suitably drafted legislation."
Hiram snapped, "You have no authority to offer such a deal."
Mavens shrugged. "Of course not. But this is obviously a sensible compromise, a win-win for all concerned—including the people of this country. I think I could sell it to my immediate superior, and then..."
Kate smiled. "You really have risked everything for this, haven't you? It's that important?"
"Yes, ma'am, I believe it is."
Hiram shook his head, wondering. "You bloody kids and your sentimental idealism."
Mavens was watching him. "So what do you say, Mr. Patterson? You want to help me sell this? Or will you wait for the raid tomorrow?"
Kate said, "They'll be grateful, Hiram. In public, anyhow. Maybe Marine One will come collect you from the helipad on your lawn so the Prez can pin a medal on your chest. This is a step closer to the center of power."
"For me and my sons," Hiram said.
"Yes."
"And I'd maintain my commercial monopoly?"
"Yes, sir."
Abruptly Hiram grinned. His mood immediately switched as he accepted this defeat and started to revise his plans. "Let's do it, Special Agent." He reached across the table and shook Mavens' hand So the secrecy was over; the power the WormCam had granted Hiram would be counterbalanced. Kate felt an immense relief.
But then Hiram turned to Kate, and glared. "This was your foul-up, Manzoni. Your betrayal. I won't forget it."
And Kate—startled, disquieted—knew he meant it.
Chapter 10—THE GUARDIANS
Extracted from National Intelligence Daily, produced by the Central Intelligence Agency, recipients Top Secret Clearance and Higher, 12 December 2036:
...WormCam technology has proven able to penetrate environments where it is impractical or impossible to send human observers, or even robotic roving cameras. For example, WormCam viewpoints have given scientists a completely safe way to inspect the interior of waste repositories in the Hanford Nuclear Reservation, where for decades plutonium has been spilling into the soil, air and river. WormCams (operated under strict federal operative supervision) are also being used to inspect deep nuclear waste sites off the coast of Scotland, and to study the cores of the entombed Chernobyl-era reactors which, though long decommissioned, still litter the lands of the old Soviet Union—inspections which have turned up some alarming results (Appendices F-H)...
...Scientists are seeking approval to use a WormCam to delve without intrusion into a new giant freshwater lake found frozen deep in the Antarctic i
ce. Ancient, fragile biota have been entombed in such lakes for millions of years. In complete darkness, in water kept liquid by the pressure of hundreds of meters of ice, the trapped species follow their own evolutionary paths, completely distinct from those of surface forms. The scientific arguments appear strong; perhaps this investigation will prove to be truly non-intrusive, and so spare the ancient, fragile life-forms from immediate destruction even as their habitat is breached as notoriously happened early in the century, when overzealous scientists persuaded international commissions to open up Lake Vostok, the first such frozen world to be discovered. A commission reporting to the President's Science Advisor is considering whether the matter can be progressed, with results being made available for proper scientific peer review, without making the WormCam's existence known outside the present restricted circles...
...The recent rescue of Australian King Harry and his family from the wreck of their yacht during the Gulf of Carpentaria storms has demonstrated the WormCam's promise to transform the efficacy of emergency services. Search-and-rescue operations at sea, for instance, should no longer require fleets of helicopters sweeping large areas of gray, stormy water at great risk to the crews involved; SAR operatives working in the safety of land-based monitoring centers will be able to pinpoint accident victims in a few minutes, and immediately focus rescue effort—and unavoidable risk—where it is required...
...This fundamentalist Christian sect intended to "commemorate" the two thousandth anniversary (as they had calculated it) of Christ's assault on the moneylenders in the Temple by setting off an electromagnetic pulse nuclear warhead in the heart of every major financial district on the planet, including New York, London, Frankfurt and Tokyo. Agency analysts concur with the headline writers that, if successful, the attack would have been an electronic Pearl Harbor. The ensuing financial chaos—with bank transfer networks, stock markets, bond markets, trading systems, credit networks, data communication lines all badly disrupted or destroyed—could, according to analysts, have caused a sufficiently powerful shock to the interdependent global financial systems to trigger a worldwide recession. Largely thanks to the use of WormCam intelligence, that disaster has been avoided. With this one success alone, the deployment of the WormCam in the public interest has saved estimated trillions of dollars and spared untold human misery in poverty, even starvation...
Extracted from "Wormint: The Patterson WormCam as a Tool for Precision Personal Intelligence and Other Applications." by Michael Mavens, FBI; published in Proceedings of Advanced Information Processing and Analysis Steering Group (Intelligence Community), Tyson's Corner, Virginia.
12-14 December, 2036: WormCams were first introduced on a trial basis to federal agencies under the umbrella of an interagency steering and evaluation group on which I served. The steering group contained representatives from the Food and Drug Administration, the FBI, CIA, the Federal Communications Commission, the Internal Revenue Service and the National Institutes of Health. The power of the technology has quickly become apparent, however, and within six months, before completion of the formal pilot, WormCam capabilities are being rolled out to all the major pillars of our intelligence enterprise, that is the Federal Bureau of Investigation, the Central Intelligence Agency, the Defense Intelligence Agency, the National Security Agency and the National Reconnaissance Office.
What does the WormCam mean for us?
The WormCam—a surveillance technology which can't be tapped or jammed—cuts through the surveillance and encryption arms race we have been waging since, conservatively, the 1940s. Essentially the WormCam bridges directly across space to its subject, and is capable of providing images of unquestionable authenticity—images, for example, which could be reproduced in the courtroom. By comparison no photographic image, however relevant, has been admissible as evidence in a U.S. court of law since 2010, such has been the ease of doctoring such images.
Domestically WormCams have been used for customs and immigration, food and drug testing and inspection, verification of applications to federal positions, and a variety of other purposes. As regards criminal, justice, though the drafting of a legal framework regarding privacy rights to cover the WormCam's use in criminal investigations remains pending, FBI and police teams have already been able to score a number of spectacular successes—for example, uncovering the plans of lone anarchist Subiru, F. (incidentally claiming to be a second generation clone of twentieth-century musician Michael Jackson) to blow up the Washington Monument.
Let me just remark that in 2035 only an estimated one-third of all felonies was reported and of that third, only a fifth was cleared by arrest and filing of charges. A fifth of a third; that's around seven percent. The balance of the deterrence equation was tipped toward ineffectiveness. Now, though full figures from the trial period are not yet in, we can already say that apprehension rates will be improved by orders of magnitude. Ladies and gentlemen, it may be that we are approaching an age when, for the first time in human history, it can truly be said that crime does not pay...
Now regarding external affairs: in 2035 the gathering and analysis of foreign intelligence cost $75 billion. But much of this intelligence was of little value; our collection systems were electronic suction systems, picking up much chaff along with the wheat. And in an age in which the threats we face—in general emanating from rogue states or terrorist cells—are precision-targeted, it has long been apparent that our intelligence needs to be precision targeted also. Merely mapping an enemy's military capability, for instance, tells us nothing of his strategic thinking, and still less of his intentions.
But many of our opponents are as sophisticated in technology as we are, and it has proven difficult or impossible to penetrate with conventional electronic means to the heart of their operations. The solution to this has been a renewed reliance on human intelligence, the use of human spies. But these, of course, are difficult to place, notoriously unreliable, and highly vulnerable.
But now we have the WormCam.
A WormCam essentially enables us to locate a remote camera (in technical terms a "viewpoint") anywhere, without the need for physical intervention. WormCam intelligence. "Wormint," as the insiders are already calling it—is proving so valuable that WormCam posts have been set up to monitor most of the world's political leaders, friendly and otherwise, the leaders of sundry religious and fanatic groups, many of the world's larger corporations, and so on.
WormCam technology is intimate and personal. We can watch an opponent in the most private of acts, if necessary. The potential for exposure of illicit activities, even blackmail if we choose, is obvious. But more important is the picture we are now able to build up of an enemy's intentions. The WormCam gives us information on an opponent's contacts—for instance weapons suppliers—and we can assess knowledge factors like his religious views, culture, level of education and training, his sources of information, the media outlets he uses.
Ladies and gentlemen, in the past the geography of the physical battlefield was our crucial intelligence target. With the WormCam, the geography of our enemy's mind is opened up...
Before I move on to some specific early successes of the WormCam teams, I want to touch on the future.
The present technology offers us a WormCam which is capable of high-resolution visual-spectrum imaging. Our scientists are working with the OurWorld people to upgrade this technology to allow the capture of nonvisual-spectrum data—particularly infrared, for nighttime working—and sound, by making the WormCam viewpoint sensitive to physical by-products of sound waves, so reducing our present reliance on lipreading. Furthermore, we aim to make the remote viewpoints fully mobile, so we can shadow a target in motion.
WormCam viewpoints are in principle detectable and federal/OurWorld tiger teams are investigating hypothetical "anticams," ways in which an enemy might detect and perhaps blind a WormCam. This might conceivably be done, for instance, by injecting high-energy particles into a viewpoint, causing the wormhole to implode. But w
e don't believe that this will be a serious obstacle. Remember, a WormCam placement is not a one-off event, lost on detection. Rather, we can place as many WormCam viewpoints as we like in a given location, whether they are detected or not.
And besides, at present U.S. agencies have a monopoly on his technology. Our opponents know we have achieved a remarkable upgrade in our intelligence-gathering capabilities, but they don't even know how we are doing it. Far from developing capabilities to obstruct a WormCam, they don't yet know what they are looking for.
But, of course, our edge in WormCam technology cannot last forever, nor can the technology remain covert. We must begin to plan for a transformed future in which the WormCam is public knowledge, and our own centers of power and command are as open to our opponents as theirs have become to us...
From OurWorld International News Hour, 28 January, 2037:
Kate Manzoni (to camera): in an eerie rerun of the Watergate scandal of sixty years ago, White House staff reporting to President Maria Juarez have been publicly accused of burgling the campaign headquarters of the Republican Party, thought to be Juarez's main opponents at the upcoming Presidential election of 2040.
The Republicans have claimed that revelations made by Juarez's people—concerning possible rule-breaking campaign-funding links between the GOP and various high-profile businesspeople—could only be based on information gathered by illegal means, such as a wiretap or a burglary.
The White House in response have challenged the Republicans to produce hard evidence of such an intrusion. Which the GOP has so far failed to do...
Chapter 11—THE BRAIN STUD
As Kate watched, John Collins flew into Moscow Airport.
At the airport Collins met a younger man. The Search Engine quickly pattern-recognized him as Andrei Popov. Popov, a Russian national, had links to armed insurgency groups operating in all five countries bordering the Aral Sea—Kazakhstan, Uzbekistan, Turkmenistan, Tajikistan and Kyrgyzstan.