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The Salamandrans had a much wider range of biotech weapons, but biotech weapons always have delivery problems. Tailoring biotech weapons to attack human flesh while leaving Salamandran flesh untouched was easy enough, but introducing those weapons to human flesh was a different matter. Biological warfare is essentially intimate, in a way that heavy metal warfare isn’t. In a clash of styles, heavy metal always wins—but the Salamandrans, having only the history of their own species to draw on, hadn’t quite realised that when they started the war.

They realised it soon enough thereafter. The Salamandrans had killed a lot of humans in the early phases of the war, before Earth’s high command had figured out exactly what kind of defences they needed, but they never got to Earth itself. Once the human defences were properly mobilised, the backlash began—and the Salamandrans understood soon enough that they were in deep shit.

They tried to fight a holding action, while they tried to formulate a Plan B. Biotech-minded species like the Tetrax always tend to take the long view, so they began making contingency plans for the way they’d have to fight in a second war, a couple of hundred years down the line, to recover everything they’d lost in the first—even if that “everything” turned out to include their homeworld and everything else they held… and even if that “everything” brought them to the brink of extinction.

As I said, the big problem with biotech weaponry is delivery. Insulation against airborne agents is too easy. Delivery of a biotech weapon requires personal contact. The Salamandrans had the lessons of their own troubled history to draw on, and what those lessons had taught them was that the success of biological warfare depended on the efficiency of its carriers. So they set out to design carriers who could take their weapons to the human race: androids, designed not merely to look like humans but to be humans, in every sense that mattered except one; androids who would believe, as sincerely as any other human, that they were human, and wouldn’t even know about that one subtle difference.

Unfortunately, androids suffer from the same problems as any other kind of biological weaponry: their own delivery takes a long time. All the biotech-minded humanoid races have the technics to make androids, but few of them bother, because growing and educating an android requires just as much trouble as growing and educating a person by natural means. If you need slaves, the economical way to provide them is the Tetron way—but the Salamandrans had other priorities. The Salamandrans had—or thought they had—a strong incentive for grappling with the problems of accelerated growth and accelerated education, so that they could bring their human-seeming androids to full maturity in less than half the time it took a natural human.

They’d experimented before, of course, but only in the manufacture of pseudo-Salamandrans. For humans they needed moderately different technics and a whole new DNA-recipe. It’s not surprising that the trial runs threw up some unexpected glitches. They would probably have sorted them out if they’d had time.

They didn’t have time. Their holding-action wasn’t good enough. The war ended before they’d got any kind of production-line set up. All they had was the final set of prototypes.

They were pretty good prototypes, except for one small detaiclass="underline" the accelerated growth had built up a little too much momentum. They were too big—not beyond the natural range of human variation, but close to its upper limit. They would be too easily identifiable, maybe not in the first instance, but soon enough. One near-giant might not seem suspicious, but a whole set would be certain to attract attention and invite careful investigation.

The problems of delivering biological weapons don’t stop with finding carriers, of course. As soon as a tailored plague manifests itself, defences can be mobilised against it. Cases can be quarantined; vaccines can be sought. Those plagues spread furthest that have the longest incubation period—but incubation periods sufficient to allow an agent to be carried undetected to every corner of a Gaia-clone world, let alone a fledgling interstellar empire, require the users of the weaponry to take a very long view indeed.

Even humans had worked out, while fighting their own petty plague wars, that the most effective biological weapons—in the long term—were those which debilitated without killing, so that every sufferer would be a burden as well as an infective agent. They’d figured out, too, that it mustn’t show itself too soon, and mustn’t be too easily identifiable as an enemy agent when it did. The basic theory required a two-step process: infect first, trigger later.

The Salamandrans knew all that too. They had built an infective agent into Myrlin and his kin, but it was a subtle one; it wouldn’t run riot for a long time, and when it did, it would cause a long, slow social meltdown rather than a modern Black Death.

It was a good plan, in its way, but it had one all-important proviso attached to it. It was a good plan, so long as nobody knew about it. Once someone did, it could be short-circuited. The defenders didn’t even have to devise a defence against the primary agent, if that proved too difficult; they only had to devise a defence against the trigger.

As things turned out, the Salamandran homeworld fell too soon, too abruptly, and far too messily. They lost, or sacrificed, most of their prototype androids, but they didn’t manage to obliterate every last trace of the program. They provided Myrlin with a believable cover-story—representing him, of course, as a prisoner of war—but it wasn’t quite good enough. It passed the first inspection, but it fell apart on closer examination.

When Myrlin was initially picked up, he was treated as a liberated captive, in spite of his unusual size, but he never got off the surface of Salamandra—not, at least, until he had to make his escape, because he’d been spotted for what he was.

Nobody knew the details of the plan, but the invaders had eventually figured out that there had been a plan, and that he was part of it. Nobody knew exactly what it was that he was carrying, or how it was ultimately to be triggered, or when—but nobody was overly interested in niceties like that. They just wanted him dead. After all, from the Star Force viewpoint, he was only an alien android: a bioweapon.

From his own point of view, of course, things seemed very different. He had been grown in a tank and his developing brain had been fed by unorthodox methods, discreetly filled with synthetic memories and stocks of knowledge, but he thought of himself as fully and authentically human. He didn’t want to be a weapon of war. He didn’t intend to be a weapon of war. His only ambition was to be disarmed, if any disarmament were necessary.

He didn’t think it was. He didn’t think that the first phase of the operation had been completed, let alone the second stage of the programme. He thought that he had never even been primed to be infectious, and that even if he had, he was a weapon without a trigger, a bomb without a detonator—but it was in his interests not merely to think all those things but to believe them with all the passion and certainty of which a synthetic human mind was able.

Even if he had been primed, he explained, he wasn’t a problem that needed to be solved the Star Force Way. He could be disarmed. He could be quarantined. In fact, he had only escaped from custody in order to get himself disarmed, and quarantined. He had come to Asgard because the Tetrax were the cleverest biotechnicians in the humanoid community—and because there were so few humans here.

“You were never in any danger, Mr. Rousseau,” he assured me. “Even if you’d taken me in, you’d have been in no danger. Saul Lyndrach was in no danger from me— although he was, alas, from others.”