In the intervals between “training” and “display,” they are released from the restraints and placed into a row of drawer style capsule pods set into the wall.

Each pod is about two meters long and half a meter wide, just large enough to hold an adult female body. The interior is lined with a thin, flexible medical grade silicone mat, kept at a temperature slightly below body heat—not cold enough to chill, but far from comfortable. Their limbs are fitted into recesses in the pod walls, with magnetic straps securing their wrists, ankles, waist, and shoulder blades. When the drawer is slowly pushed into the wall and the lid closes, only the opening at the far end remains on the outside—revealing their feet, soles facing upward, exposed to the corridor air.

Their heads and torsos are entirely buried inside the wall, cut off from light and outside sound. Only their feet remain on this side of the wall—the sole connection between them and the external world.

Embedded inside each pod are miniature biosensors, which monitor heart rate, blood pressure, body temperature, cortisol levels, and nerve ending sensitivity in real time. If dehydration or nutritional deficiency is detected, the system automatically administers a precisely mixed amino acid and electrolyte solution through an intravenous catheter. When waste elimination is required, an integrated suction channel cleans up within seconds, leaving no trace. The entire process is silent, efficient, and requires almost no human intervention.
Three times a day, a thick tube extends from the top of the pod and is inserted into their mouths, delivering the prepared liquid nutrition directly into their esophagus. The liquid contains sufficient protein, vitamins, and minerals to maintain body weight and basal metabolism. After each meal, a minute dose of sedative is mixed into the next round of nutrients, keeping them calm during rest—but not completely unconscious.
Every two hours, a low frequency micro current pulse is released from the bottom of the pod, passively contracting the leg muscles to prevent atrophy caused by prolonged immobilization.

But that alone is not enough. The organization knows that true muscle maintenance requires active effort. And the best fuel to make them struggle actively is not pain—pain only makes the body curl up and stiffen. The best fuel is tickling.

While they are asleep or semi conscious, mechanical devices inside the pod activate at irregular intervals. Miniature soft brushes, vibrating needles, pulsed air jets—they precisely target the most sensitive areas: armpits, breasts, waist, and abdomen. Each touch forces the body to arch, twist, curl, and stretch uncontrollably. Thighs tighten and relax; the core muscles repeatedly contract in rolling motions; the shoulders and back complete one cycle of flexion and extension after another in the struggle.

The organization refers to this process as “Passive Active Hybrid Training”:

Cardio component: Continuous ticklish stimulation accelerates breathing and heart rate, working the cardiovascular system through alternating laughter and gasping.

Anaerobic component: Intense local spasms and whole body resistance exhaust the muscles’ fast twitch reserves at each peak of struggle.

Each stimulation session lasts about fifteen minutes, followed by a pause, then repeated. After one full round, their bodies are sweating, flushed, and trembling slightly, as if they had just completed a high intensity workout—yet all the “exercise” is not voluntary, but an automatic response to the tickling.

The organization has even customized distinct training modes:

Endurance mode: Moderate, continuous tickling to maintain low intensity struggling over extended periods, enhancing cardiovascular endurance.

Explosive mode: High intensity intermittent tickling—a high frequency attack every thirty seconds—forcing the body to make rapid, violent evasion and recoil movements.

Coordination mode: Simultaneous stimulation of armpits and sides, creating complex alternating flexion and extension between the upper and lower body to train neural coordination.

After each session, the system automatically releases a mild sedative and relaxing current, gradually bringing them from convulsions back to calm. The body learns this reflex: tickle—struggle—release—calm. And the next tickle triggers the same cycle.

Three times a day, the thin tube from the front of the pod brings nutrient fluid to their lips. The formula is precise, maintaining weight and basal metabolism. After meals, a trace sedative is mixed into the nutrient solution, keeping them quiet during rest—but never fully asleep.
Robot arms extend from recesses in the pod walls; their end-effectors can be swapped out: soft brushes, fine-toothed silicone combs, vibrating metal discs, or simply slender probes.

There is no pattern to where they touch. Sometimes they circle slowly around a breast, so lightly it feels accidental—the body merely tenses slightly, a rub of the hip against the mat, and she can drift back to sleep. But in the next moment, the tickling intensifies; the brush sweeps sharply across the most sensitive part of the breast—and then she laughs out loud, shoulders hunch, back arches, and her spine thuds dully against the silicone pad.

The sides of the waist and abdomen are the most frequent targets. The machines move slowly along the ribcage, pausing, then accelerating. Gentle tickling makes the waist squirm, thighs clenching and relaxing; but if the tool suddenly switches to a vibrating probe delivering sustained high-frequency pulses, the abdominal muscles convulse uncontrollably, the torso curls violently, and laughter is forced out in staccato bursts. Stimulation of the inner thighs draws the knees inward; touches near the genitals make the pelvis jerk upward, then drop back heavily.

The duration of each session varies. Sometimes it’s just a quick pass, withdrawing after a few seconds, leaving her to replay that brief contact during the remainder of her rest. Sometimes three or four arms activate simultaneously, attacking the armpits, sides, breasts, and groin—brushes, probes, and air jets alternating or layering—and then the struggle is continuous, unbroken: legs kick, the torso arches and relaxes in alternation, her head rubs against the pillow, laughter cracks into gasps, and gasps give way to broken sobs.

There is no set rhythm, no warning. The machines do not stop when the body convulses, nor lower their intensity when the laughter turns hoarse. They run according to preset programs—sometimes gentle, sometimes brutal—with the goal not to injure, but to sustain a continuous awareness: that the body can be touched at any time, and the outcome of that touch is not hers to decide.
The main part of the body is tucked securely inside the pod; the machine gives her enough time to rest. Nutrients are infused on schedule, vital signs are kept stable, and muscles cycle between low-frequency current stimulation and ticklish exercise. She can keep her eyes closed for most of the time, gathering strength, waiting for the next time she is pulled out.

But her feet cannot.

The feet are left outside. The five toes are forced apart by soft rubber clamps and fixed at a slightly upward angle. The soles are fully exposed to the corridor air, with no cover at all. Passing organization members may stop, crouch down, run a finger along her arch, or lightly tap the side of her heel with a pen cap. Sometimes someone carrying a folder casually brushes across the sole, as if flicking dust off a table. Sometimes someone with a coffee cup stands still for a moment, nudges the side of a toe with a shoe tip, just to see if the toe twitches sharply.

No one intends to harm her feet. The organization’s rules are explicit: no permanent damage. So everyone unconsciously adjusts their pressure—but that becomes another kind of torment, because the sensations become more varied and more unpredictable. Some press and rub the instep back and forth until the toes begin to struggle, then let go. Some trace the edge of the arch slowly with a fingernail, as if drawing an invisible line. Some do nothing at all—just stand there, watching the foot twitch slightly, finish their coffee, and walk away.
They cannot see who is touching them. The head is inside the wall, the body is inside the wall; only the feet are outside. Sometimes it is a finger, sometimes a shoe tip, sometimes something smooth and rounded rolling slowly along the sole. They never know where the next touch will come from, how long it will last, or with what pressure. The only certainty is that a touch will always come—sooner or later, harder or softer.

When the toes are gently twisted, the sole arches involuntarily, but the clamps pull it back when it reaches a certain angle. When the center of the arch is stroked repeatedly, the toes keep opening and curling, as if bobbing in nonexistent waves. Some members like to draw circles on the sole with the back of a ballpoint pen—each circle smaller than the last, and the closer to the center, the tighter the toes curl. Others crouch down, flick a tendon on the instep with a fingertip, then stand up with a chuckle and leave.

No touch is special, yet none is exactly the same. The feet exposed outside the wall have no eyes, but they seem to perceive the origin and direction of each movement more clearly than any other part of the body. They cannot dodge, they cannot ask. They are simply there, quietly spread open, ready for the next passerby.
With hormones injected regularly, the mammary glands are maintained in a constantly activated state. Even without external stimulation, the breasts often feel full, the nipples slightly firm, occasionally seeping a few drops of thin fluid. And when the machine begins its routine nipple stimulation—particularly with sustained low-frequency vibration or gentle suction—the accumulated milk is forced out.
The first stream often comes suddenly, a warm liquid sliding down the chest wall, leaving a thin wet trail on the silicone pad. As stimulation continues, the milk flows in steady spurts, collected by the suction cup and carried away through clear tubing. The organization wastes none of this output—it is labeled, refrigerated, and treated as a specialty product for internal use or sale on the dark web.

For the captive, this is more than a physiological release. It is a constant reminder: her body is running on someone else's schedule, and even the most private fluid is not her own.

Base +17

在“训练”和“展示”的间隙，她们会被解开束缚，放入一排嵌在墙上的抽屉式胶囊舱中。

每个舱长约两米，宽约半米，刚好能容纳一个成年女性的身体。舱内衬有一层薄而柔软的医用级硅胶垫，温度略低于体温——既不会冷到让人感到寒冷，也远非舒适。她们的四肢被固定在舱壁的凹槽中，手腕、脚踝、腰部和肩胛骨都用磁性绑带固定。当抽屉缓缓推入墙内，舱盖关闭时，只剩下远端的开口露在外面——露出她们的双脚，脚底朝上，暴露在走廊的空气中。

她们的头部和躯干完全埋在墙内，与外界的光线和声音隔绝。只有她们的双脚留在墙的这一侧——这是她们与外界唯一的联系。

每个舱体内部都嵌入了微型生物传感器，可以实时监测心率、血压、体温、皮质醇水平和神经末梢敏感性。如果检测到脱水或营养不良，系统会自动通过静脉导管输送精确配比的氨基酸和电解质溶液。当需要排出废物时，集成的吸力通道会在几秒钟内完成清理，不留任何痕迹。整个过程安静高效，几乎无需人工干预。
每天三次，一根粗管从舱体顶部伸出，插入受试者口中，将配好的液体营养液直接输送到食道。这种液体含有足够的蛋白质、维生素和矿物质，以维持体重和基础代谢。每次进食后，下一轮营养液中会混合少量镇静剂，使受试者在休息时保持平静，但不会完全失去意识。
每隔两小时，舱体底部会释放一个低频微电流脉冲，被动收缩腿部肌肉，以防止因长时间固定而导致的肌肉萎缩。

但这还不够。该机构深知，真正的肌肉保养需要积极的努力。而激发他们积极锻炼的最佳动力并非疼痛——疼痛只会让身体蜷缩僵硬。最佳动力是轻柔的刺激。

当他们处于睡眠或半昏迷状态时，舱内的机械装置会不定时地启动。微型软刷、振动针、脉冲气流——它们精准地作用于最敏感的部位：腋窝、胸部、腰部和腹部。每一次触碰都会迫使身体不受控制地拱起、扭转、蜷缩和伸展。大腿肌肉收紧和放松；核心肌群反复进行滚动式收缩；肩部和背部肌肉在这种“挣扎”中完成一个又一个屈伸循环。

该组织将这一过程称为“被动主动混合训练”：

有氧运动部分：持续的挠痒刺激会加快呼吸和心率，通过交替的笑声和喘息来锻炼心血管系统。

无氧运动部分：强烈的局部痉挛和全身阻力会在每次挣扎的高峰期耗尽肌肉的快肌纤维储备。

每次刺激持续约十五分钟，然后暂停，再重复。完成一轮后，他们浑身冒汗、面色潮红、微微颤抖，仿佛刚刚完成了一次高强度锻炼——然而，所有这些“运动”并非出于自愿，而是对挠痒的自动反应。

该组织甚至定制了不同的训练模式：

耐力模式：中等强度的持续挠痒，以在较长时间内保持低强度的挣扎，从而增强心肺耐力。

爆发模式：高强度间歇性挠痒——每三十秒一次高频攻击——迫使身体做出快速、剧烈的躲避和反抗动作。

协调模式：同时刺激腋窝和侧腰，在上身和下身之间产生复杂的交替屈伸运动，以训练神经协调性。

每次训练结束后，系统会自动释放轻微的镇静和放松电流，使它们逐渐从抽搐状态恢复平静。身体会学习这种反射：挠痒—挣扎—放松—平静。下一次挠痒会触发同样的循环。

每天三次，舱体前部的细管会将营养液输送到它们的嘴唇。营养液的配方精准，能够维持体重和基础代谢。餐后，营养液中会混合少量镇静剂，使它们在休息时保持安静——但不会完全入睡。
机械臂从舱壁的凹槽中伸出；它们的末端执行器可以更换：柔软的刷子、细齿硅胶梳、振动金属盘或细长的探针。

它们的触碰位置没有固定模式。有时，刷子会轻柔地绕着乳房缓缓打转，轻柔得仿佛无意间触碰到了什么——身体只是微微绷紧，臀部蹭着垫子，她便又能睡着了。但下一刻，痒感骤然加剧；刷子猛地扫过乳房最敏感的部位——然后她会放声大笑，肩膀耸起，背部弓起，脊椎沉闷地撞击在硅胶垫上。

腰部两侧和腹部是最常被刺激的目标区域。机器沿着肋骨缓慢移动，时而停顿，时而加速。轻柔的刺激会让腰部扭动，大腿肌肉收缩放松；但如果机器突然切换到振动探头，持续发出高频脉冲，腹部肌肉就会不受控制地抽搐，躯干剧烈蜷缩，并发出断断续续的笑声。刺激大腿内侧会让膝盖内扣；触碰生殖器附近会让骨盆猛地向上抬起，然后重重地落下。

每次疗程的持续时间各不相同。有时只是快速掠过，几秒钟后就停止，让她在休息的剩余时间里反复回味那短暂的触碰。有时三四个机械臂同时启动，攻击腋窝、侧腰、胸部和腹股沟——刷子、探针和气流交替或叠加——然后，这种挣扎便持续不断：双腿踢动，躯干交替拱起和放松，头部摩擦枕头，笑声断断续续变成喘息，喘息又变成断断续续的抽泣。

没有固定的节奏，也没有任何预兆。即使身体抽搐，机器也不会停止；即使笑声嘶哑，机器也不会降低强度。它们按照预设程序运行——有时轻柔，有时粗暴——其目的并非造成伤害，而是让她持续保持一种觉知：身体随时可能被触碰，而触碰的结果并非由她决定。
身体的大部分被安全地包裹在舱内；机器会给她足够的休息时间。营养液按时注入，生命体征保持稳定，肌肉在低频电流刺激和轻微的挠痒运动之间循环。她大部分时间都能闭着眼睛，积蓄力量，等待下一次被拉出来。

但她的双脚却不能。

双脚被留在外面。五个脚趾被柔软的橡胶夹子强行分开，并固定在略微向上的角度。脚底完全暴露在走廊的空气中，没有任何遮挡。路过的组织成员可能会停下来，蹲下身子，用手指轻轻抚摸她的足弓，或者用笔帽轻轻敲击她的脚后跟。有时，有人拿着文件夹漫不经心地拂过她的脚底，就像拂去桌上的灰尘一样。有时，有人端着咖啡杯，停顿片刻，用鞋尖轻触她的脚趾侧面，只是为了看看她的脚趾是否会猛地抽动一下。

没有人故意伤害她的脚。组织的规则很明确：不得造成永久性损伤。所以每个人都会不自觉地调整施加的压力——但这却变成了另一种折磨，因为感觉变得更加多样，更加难以预测。有些人会来回按压和摩擦她的脚背，直到脚趾开始挣扎，然后松开。有些人会用指甲轻轻地沿着足弓边缘划过，仿佛在画一条看不见的线。有些人什么也不做——只是站在那里，看着脚微微抽动，喝完咖啡，然后走开。
他们看不到是谁在碰他们。头在墙内，身体也在墙内；只有脚在墙外。有时是手指，有时是鞋尖，有时是某种光滑圆润的东西沿着脚底缓缓滚动。他们永远不知道下一次触碰会从哪里来，会持续多久，力度如何。唯一确定的是，触碰总会到来——或早或晚，或重或轻。

当脚趾被轻轻扭转时，脚底会不由自主地拱起，但当拱起达到一定角度时，夹子会将其拉回原位。当反复抚摸足弓中心时，脚趾会不断地张开和蜷缩，仿佛在并不存在的波浪中起伏。有些人喜欢用圆珠笔的笔背在脚底画圈——每个圈都比前一个小，越靠近中心，脚趾蜷缩得越紧。另一些人则会蹲下，用指尖轻弹脚背上的肌腱，然后轻笑一声站起身来离开。

每一次触碰都无所谓特殊，但也各有不同。暴露在墙外的双脚没有眼睛，但它们似乎比身体的任何其他部位都能更清晰地感知到每一次动作的来源和方向。它们无法躲闪，也无法询问。它们只是静静地张开，等待着下一个路人。
由于定期注射激素，乳腺始终处于活跃状态。即使没有外部刺激，乳房也常常感到饱胀，乳头略微坚挺，偶尔会渗出几滴稀薄的液体。当机器开始例行的乳头刺激时——尤其是在持续的低频振动或轻柔吸吮的情况下——积聚的乳汁会被挤出。
第一股乳汁往往来得猝不及防，温热的液体顺着胸壁滑落，在硅胶垫上留下一条细细的湿痕。随着刺激的持续，乳汁会以稳定的喷射状流出，被吸盘收集起来，并通过透明的导管输送出去。该组织不会浪费任何这些乳汁——它们会被贴上标签，冷藏起来，并作为一种特殊产品，供内部使用或在暗网上出售。

对于被囚禁者来说，这不仅仅是生理上的释放。它时刻提醒着她：她的身体按照别人的时间表运转，即使是最私密的体液也不属于她自己。

Base +3, Steveagen +6, 宋柔清 +6, nikoniko ni +4