June 14th, 2011, the Red Sea, 180 km northwest of Jeddah.
The Iranian cargo vessel Al Qasim is running south through open water.
On board, 72 crates of IR-6 centrifuge components, five times faster than anything at Natanz.
Destination, a covert facility in Khartoum.
Once those centrifuges ran in Khartoum, Iran would have a secret enrichment program, and with it, a path to a nuclear weapon the world could never see coming.
The CIA and Saudi intelligence both refused a joint operation.
Boarding an Iranian vessel meant war at Hormuz.
So, Mossad built a cover.
A navigation technician invited by the Iranian captain himself to fix a broken radar.
The radar was the excuse.
The real job? Get on board and treat every crate with 12 tubes of what looked like standard lubricant.
It was not lubricant.
A compound that destroys precision metal from the inside, invisibly, with a 6-hour delay.
[music] One agent, no backup, no radio contact with Tel Aviv, no way to signal for help except a waterproof cylinder he would have to reach open water to use.
Can you survive 11 hours alone with no backup? And how do you destroy a nuclear shipment without leaving a single trace? What you are about to hear will shake you.
If you want more stories like this one, covert operations, intelligence missions, the history that governments deny and archives bury, subscribe.
New stories every week, and none of them are supposed to exist.
Tel Aviv, May 26th, 2011, 19 days before the Al Qasim leaves Jeddah.
The analytical department runs on cold coffee and recycled air.
At 11:40 in the evening, an analyst named Tamir pulls up a batch of transit manifests that arrived that afternoon from a contact inside Iran’s Ministry of Trade.
The contact delivers in batches, once a quarter, always late.
The previous three batches, covering 18 months of Iranian procurement activity, contained nothing worth flagging.
This time, three part codes stop him.
He runs them against the procurement database, cross-references against known centrifuge component specifications.
The search returns partial matches, then tighter ones.
He narrows the parameters, runs the search again.
By 3:00 in the morning, he has a clean identification.
High-precision bearings, balancing modules, and controller units, all IR-6 specifications.
Someone has shipped them through a freight broker in [music] Bandar Abbas, relabeled as irrigation hardware, and routed them through Jeddah to a consignee in Port Sudan, listed as an agricultural equipment company registered in 2009.
Tamir prints the manifest, circles the three part codes in red, writes four words at the bottom of the page, leaves it on the division chief’s desk before sunrise.
The four words are, “This ship leaves June 14th.
” The decision takes 17 hours.
By 10:00 in the morning, four people are in a conference room.
The division chief, two senior case officers, and the head of technical.
The division chief reads from the manifest, sets it down.
One of the case officers says, “We board the ship.
” The division chief shakes his head.
“Iranian flag, international waters.
” The Hormuz incident plays out before the week is over.
We don’t board the second case officer, CIA.
The call lasts 4 minutes.
The answer is no.
The Saudis are reached through a separate channel.
They pull out 6 hours before the Al Qasim is scheduled to depart Jeddah.
No reason given.
The room is quiet for a moment.
Then the head of technical puts a single sheet on the table, a maintenance request filed by the Al Qasim’s captain through a Saudi port agent 10 days earlier.
The request is currently sitting in the client queue of a navigation equipment company called MarNav Solutions, registered in Dubai.
Mossad routed it there 8 days ago.
The captain has no idea.
He thinks his port agent handled it.
The division chief studies the sheet, looks up.
How long is the window? 4 hours from dock to departure.
The window opens when the ship docks in Jeddah on June 14th.
It closes when the ship clears the harbor.
One technician, one attempt.
If the window closes before the job is done, the Al Qasim sails with the cargo intact.
The head of technical says, “Give me 48 hours.
” Eli is told about the operation the following morning.
>> [music] >> He is given the ship’s specifications, the cargo manifest, the port layout in Jeddah, and the name of the Saudi port agent who handles the captain’s paperwork.
He is told he has 2 days before the technical briefing, and 9 days after that before his flight to Jeddah.
He asks one question, “How many crates?” The answer is 72.
He does not ask about extraction.
Technical Department, May 28th.
[music] The room smells of machine oil and something sharper underneath it.
A chemist [music] named Oren has not left the building since the morning of the 26th.
On the workbench in in of him, a precision bearing, identical to the type specified in IR6 [music] centrifuge assemblies.
A small jar of colorless gel and a test jig connected to a monitoring unit.
He applies the gel to the bearing’s inner race, less than half a gram.
The surface looks unchanged.
He sets a timer [music] and leaves the room.
Six hours later, the bearing is visually identical to how it looked before.
Same surface finish, same dimensions under caliper.
Oren mounts it on the jig, brings it to operating speed, and watches the monitoring unit.
At 11 minutes, the vibration signature changes.
A barely perceptible wobble that will widen with every revolution >> [music] >> until the tolerances collapse entirely.
He runs the test three more times on three different bearings.
The results are consistent within 2 minutes either way.
The compound works through micro corrosion.
It attacks the metal at the molecular level, degrading the surface without heat, without residue, without any chemical signature that survives a standard inspection.
The centrifuge components will arrive in Khartoum looking perfect.
They will be installed, calibrated, and run for the first time.
And then, within hours of their first operational cycle, they will destroy themselves.
Oren lines up 12 tubes of Molly code lubricant on the table, >> [music] >> the kind found in every port maintenance kit from Dubai to Massawa.
Each tube [music] has been emptied and refilled with the compound.
Eli picks one up, turns it over, reads the label, sets it back down next to the other 11.
Oren says, “Six hours from application.
Not five, not seven.
If the ship reaches Sudanese waters before the window closes, >> [music] >> the reaction starts while the cargo is still on board.
Iranian customs in Port Sudan will find components with fresh lubricant and surface oxidation consistent with a storage fault.
They will not find sabotage.
Eli nods, picks up the tube again, puts it in his jacket pocket.
Dubai, 4 weeks earlier.
The Marnav Solutions office occupies a single floor in a commercial building off Sheikh Zayed Road.
Three employees, two of whom are real, a genuine client list built over 2 years of actual maintenance work, Furuno navigation systems, radar units, and echo sounders across a roster of shipping companies in Oman, the UAE, and Bahrain.
On the morning in question, Eli, traveling as Carlos Menezes, Brazilian national certified service technician, sits across from the operations manager of an Omani shipping firm >> [music] >> and walks him through a fault report on a malfunctioning radar unit.
The fault is real.
The diagnosis is accurate.
The repair quote is competitive.
Eli has done this seven times in the last 14 months at ports across the Gulf.
The man across the table has no reason to think otherwise.
The contract is signed at 11:15.
Eli files the paperwork, updates the client database, shakes hands, and takes a company car to the airport.
At the departure gate, he checks his phone.
A new service request has appeared in the Marnav queue.
A navigation radar aboard an Iranian cargo vessel, the Al Qasim, scheduled to call at Jeddah on June 14th.
The request lists a contact number for the ship’s Saudi port agent.
>> [music] >> The captain filed it himself.
June 14th, Jeddah, pier three, [music] 7:40 in the morning.
The Al Qasim sits low in the water, 8,400 [music] tons fully loaded, Iranian flag slack in the still air.
Eli walks up the gangway with two tool cases and a printed service order.
The duty officer checks the order against a list, makes a call, waves him through.
Two minutes from the pier to the bridge.
Captain Mohammad Sayari meets him at the navigation station.
He is a compact man in his 50s, efficient in his movements, the kind of ship captain who stopped being interested in port calls after the hundredth one.
He glances at the service order, points to the radar unit, then turns back to the departure checklist on [music] his desk.
The ship leaves at 11:15.
Whatever this technician needs to do, he has until then.
Eli sets down his cases, opens the console, takes out a signal meter and begins checking the display feed.
The first mate, a heavy man named Nasser, who has the look of someone perpetually too warm, brings tea without being asked.
He lingers for a few minutes watching Eli work, then starts talking about the heat, about Jeddah in June, about how the crew has been on continuous rotation since February and how the next port cannot come fast enough.
Eli listens, makes sounds of agreement, and keeps his hands in the console.
The radar fault is genuine, a corrupted signal processor in the secondary display unit, the kind of intermittent fault that shows up under specific temperature conditions and disappears before anyone can trace it.
It took Eli four days of study to diagnose it correctly from the ship’s maintenance log.
He replaces the processor board, runs a calibration sequence, and watches the display stabilize.
[music] Nasser watches the screen for a moment.
He calls down through the bridge intercom.
Sayari comes back, checks the display, says one word, “Good.
” and leaves again.
Nassar refills the tea, resumes talking about the heat.
At 9:15, Eli requests access to the cable routing in the machine room.
Standard procedure for a navigation installation.
The main power feed can affect display stability under load, and he needs to verify the grounding.
Nassar calls down and assigns a sailor to escort him.
The machine room is four decks below the bridge.
The route runs through two narrow corridors and down a steep ladder between the second and third deck.
The sailor who accompanies Eli is young, uninterested, and checks his phone twice on the way down.
He waits by the port engine housing while Eli works along the bulkhead.
Eli spends 20 minutes in the machine room.
He inspects the conduits.
He also notes the route in detail.
[music] Three corridors from this point, two stairways, a junction at the forward section of the hold deck.
Hold three is the second door on the left from that junction.
He can see the padlock from where he stands.
Two sailors move a short patrol at the hold entrance, stopping at each end and turning back.
Over the next 35 minutes, as he works his way back toward the bridge by a slightly indirect route, he maps the rotation pattern.
The guard pair changes at two-hour intervals.
The transition gap, when one pair has left and the next [music] has not yet arrived, runs approximately 3 minutes.
He files that number and does not think about it again until he needs it.
At 10:30, harbor control issues departure clearance.
Movement increases across the ship.
Eli is back at the navigation station, completing the service documentation in careful handwriting on the MARNAV service form, with his false name printed at the top.
Sayari comes up to check the instruments, glances at Eli.
“Pilot boat goes at 11:15,” he says.
“You will be on it.
” Eli nods, keeps writing.
At 11:00, the crew is at departure stations.
The gangway is retracted.
Lines are being cast off.
The pilot boat idles at the stern quarter, its engine a flat diesel pulse against the dock noise.
At 11:14, Eli closes his service case, tucks the documentation folder under his arm, moves toward the bridge exit, reaches the stairwell, pauses, checks his watch, turns left instead of right.
The technical niche is between the second and third deck behind a bulkhead access panel that does not appear on any of the vessel’s operational drawings.
It was used during the original construction for ventilation duct routing, sealed when the configuration changed, and forgotten.
Eli found it in the construction schematics of the vessel class pulled from a Hamburg shipyard archive in late May.
The space is 40 cm wide, enough for one person with their knees drawn up.
He gets in, pulls the panel flush behind him.
A minute later, the pilot boat horn sounds twice.
Then, the sound of dock lines dropping, a shout from the last deckhand, the diesel deepening as the ship begins to pull away from the pier.
Eli puts his hand in his jacket pocket.
[music] The Molly code tube is there.
He leaves it where it is.
The first hour is the worst.
The ship rolls slightly as it clears the harbor mouth and meets open water.
In the niche, any movement creates metal-on-metal contact that carries through the hull.
Eli sits [music] still.
The heat builds from the engine section below.
By noon, the steel around him is too hot to touch with a bare palm for more than a second.
He runs numbers to stay sharp.
The route to hold three, the guard timing, [music] the tube count, the time required per crate at the rate he practiced.
45 minutes for 72 crates working without rushing.
3 minutes to enter through the guard gap.
3 minutes, in theory, to exit.
Everything between [music] those two points is his problem.
By 1400, his back is numb from the steel.
He ignores it.
Hassan Karimi has been awake since 5:00.
He is 22 from Ahvaz, the second of four brothers, and has been sailing merchant vessels for 16 months.
His uncle arranged the placement through a contact at the Bandar Abbas Port Authority.
Karimi had plans for civil engineering school.
The placement came through first, and the family needed the income.
His bunkmate, Reza, is already at the mess table when Karimi arrives after morning prayers.
Reza is 26 and has run this route three times.
He tells Karimi what to expect.
Port Sudan is hot.
The dock workers are slow, and this cargo means no shore leave.
Karimi asks what the cargo is.
“Agricultural equipment,” Reza says.
“Irrigation parts for Sudan.
” He pushes flatbread across the table.
>> [music] >> “Eat before the watch.
” Karimi finishes breakfast, completes his aft deck duties, [music] a routine inspection of the mooring equipment that takes 20 minutes, and takes his post at 11:00 for the departure watch.
The Port of Jeddah moves past the stern rail.
Cranes, container yards, the pale stone of the city baking in the early heat.
He does not [music] notice that the pilot boat pulled away without the technician who came aboard to fix the radar.
At noon, Karimi goes off watch, eats lunch, and sleeps for 2 hours in the bunk below Reza’s.
His last thought before sleep is not about the voyage.
[music] It is about a football match in Ahvaz he watched on his phone 3 weeks ago and has been thinking about since.
By 2:00 in the afternoon, Jeddah is a pale line on the northern horizon.
By 3:00, it is gone.
The Red Sea opens around the Al Qasim, flat and white in every direction, empty to the horizon.
The low decks between the second and third deck, Eli has not moved in 3 hours and 20 minutes.
The hull through the steel is 40°.
The engine vibration runs through the metal constantly, a low pressure against his spine.
Footsteps cross the deck above him at irregular intervals.
He has been counting them by weight and gait, [music] noting where they stop and which direction they move.
At 14:40, the pattern changes.
Multiple sets of feet moving toward the center of the ship, toward the mess.
The afternoon rest period has begun.
He begins to move.
The route from the niche to hold three is 47 m.
Eli has walked it in his head perhaps a hundred times.
He moves through the corridor at a pace that belongs there, not fast, not slow.
The gait of someone with a destination and a reason for it.
If he passes a sailor, he is a maintenance technician moving between compartments.
He has the tool case.
He has the coverall.
He has the Egyptian Arabic ready in his throat.
The flat irritation of a man who has been working [music] since before sunrise and is not finished.
He does not pass anyone.
The corridor is empty.
The mess noise comes from two decks above.
The afternoon rest period has compressed [music] the crew into three locations.
The mess, the crew quarters, the engine watch station, >> [music] >> and the corridors between them are clear.
At the junction before the hold section, Eli stops and counts to 12, listening.
Water against the hull, engine vibration, somewhere above, a door closing.
Nothing moving in the corridor ahead.
He reaches the hold door at 14:43.
The padlock is on the hasp.
He moves to the corner of the adjacent corridor and flattens against the bulkhead at the point where the sightlines from both approaches do not intersect.
He waits and watches the second hand on his watch.
The guard pair is due to rotate at 1500.
Eli worked this out from his 35 minutes of observation in the machine room.
Two-hour intervals, the standard merchant watch pattern on a vessel of this class.
The outgoing pair will leave the hold entrance at approximately 14:57.
>> [music] >> The incoming pair will arrive at approximately 1500.
The gap between them, 3 minutes.
3 minutes is enough.
It has to be.
At 14:56, the two sailors at the hold entrance exchange a few words.
One checks his phone.
At 14:58, they walk toward the crew quarters corridor and turn the corner.
Eli counts to 15.
Moves.
The padlock is a standard shipping lock.
The problem he was briefed to expect [music] was the interior bolt, but the interior bolt can only be secured from inside, and these guards are standing outside a closed door.
The padlock key was obtained through the Saudi port agent who arranged the radar service visit.
It cost more than the entire MARNAV operation to to It turns on the first try.
The padlock opens.
He lifts it from the hasp, steps through, pulls the door closed behind him.
1 minute 20 [music] seconds have passed since the guards rounded the corner.
The hold is dark.
He stands still for 30 seconds, lets his eyes find what they can.
The hold smells of machine oil and packing foam and the faint chemical residue of the port cleaning crew.
Not his compound, just the standard smell of a packed cargo [music] space that has been sealed for 2 days.
Gradually, the shapes arrive.
Wooden crates in rows, stacked two and three high on steel pallets, cargo strapping in X patterns [music] across each stack.
Along the far bulkhead, tackle storage, rope coils, chain lengths, shackle hardware racked on a welded steel frame.
The crates nearest the entrance are the ones he will reach first.
The crates along the far bulkhead behind the tackle storage are the ones that will take the longest.
He notes the geometry, files it.
He uncaps the first Molykote tube and holds it for a moment.
The gel inside has the consistency of ordinary lubricant, slightly thicker, perhaps, but not measurably so without a comparison sample.
He opens the first crate and begins.
Inside, four cylindrical components nested in foam [music] cutouts, each seated in a machined recess.
He applies the gel to each bearing surface, a thin, even coat along the inner race, enough to penetrate the metal interface when the component first runs under load.
He works by touch and a small red-filtered penlight clipped to his collar.
The light is dim enough to show nothing under the door gap.
First crate, 4 minutes.
He reseals it, replaces the strapping exactly as he found it, moves to the next.
Second crate, 3 minutes 40 seconds.
By the third crate, his hands know the sequence without direction.
Pry, open, apply, seal, strap.
By 15:11, he has opened and resealed five crates.
By 15:17, he is through eight.
16 minutes since he entered the hold.
He calculates without [music] pausing.
72 crates at this rate in 43 minutes.
He is 2 minutes ahead of estimate.
He opens the ninth crate.
At 15:31, the internal PA crackles.
Sayyari’s voice moves through the ship’s speakers.
Measured.
No raised pitch, >> [music] >> which is worse than anger.
He speaks in Farsi.
Eli does not understand Farsi fluently, but he reads the structure of it.
A report has been made.
Areas of the vessel are to be checked.
All personnel are to account for their sections immediately.
Someone has seen something.
He does not know what, or where, or how close.
He has 4 seconds between the end of the broadcast and the moment the guards will begin moving.
He uses three of them.
Closes the open crate, drives the pry tool under the nearest pallet board, moves to the tackle storage along the rear bulkhead.
He is behind the rope coil frame before the fourth second is gone.
Footsteps in the corridor outside.
Two sets moving quickly.
The padlock hasp makes a specific sound when the door is opened from outside.
A flat metallic contact before the hinges move.
Eli hears it and presses against the bulkhead behind the rope rack, face turned to the steel.
He does not breathe.
The guard enters with a handheld torch.
The beam sweeps across the forward section of crates, then the middle rows.
The slow sweep of someone who has been told to look, but not told what for.
The beam stops.
It holds on the ninth crate.
The ninth crate is closed and the lid is seated.
But the cargo strapping is not sitting the way it was when Eli found it.
He had lifted it, begun work on the first component inside, heard the PA, replaced [music] the lid, pressed the strap back with one hand in the dark.
One end of the strap sits slightly proud on the corner bracket.
The guard holds the beam on it for 16 seconds.
Eli counts them by the pulse in his wrist, eyes fixed on the steel plate 6 cm from his face.
He is 3 m from the guard.
The rope frame gives him shadow, but not cover.
If the guard takes three steps left and angles the torch, there is nothing between them.
The guard does not take those steps, does not touch the crate, does not reach for his radio.
He sweeps the beam once more along the far section of the hold, then along the tackle storage.
The light changes in Eli’s [music] peripheral vision, a pale edge at the corner of the rope frame, and turns, and walks out.
The padlock clicks onto the hasp.
Eli does not move for 90 seconds.
He stays behind the rope frame in the dark with his back against the bulkhead and his hands flat on the steel.
Through the hull he can hear the search.
Footsteps on the deck above, a door somewhere forward, muffled voices moving down a corridor and then away from him.
He waits until the sounds of the search above him move away from the hold section entirely.
Then he allows himself one full breath.
He checks his count.
Eight crates fully processed.
The ninth partly open, resealed before treatment was complete.
Four components per crate, 32 components treated.
>> [music] >> 72 crates total.
He has touched nine at most.
He has approximately 40 minutes before the next guard rotation.
>> [music] >> After that, the hold entrance will be occupied again for 2 hours.
Nine out of 72.
Is that enough to stop a nuclear program? Or did the operation just fail? He goes back to work at 15:40.
The hold is quiet.
The search ended 12 minutes ago.
The sounds above have settled back into the pattern of a ship in normal operation.
The engine, the water, >> [music] >> the occasional footstep moving between sections.
Eli moves from the ninth crate through the [music] 10th, the 11th, the 12th.
The penlight stays at his collar.
The moly coat tubes go one by one into the case as they empty.
The work in the dark has a different quality than the work before the PA announcement.
Before, he was managing time.
Now, he is managing noise.
The search showed that the ship is attending to its own sounds.
He works with a slower hand.
The pry tool seated carefully before each lift, the lid rested rather than placed, the strapping pressed back without the metallic catch of the buckle on the crate edge.
4 minutes per crate becomes five.
He adjusts his estimate and keeps moving.
At 17:00, the guards rotate.
He stops and holds still through the 40-second transition, listening for the door.
The door is not opened.
He continues.
By 1730, he has passed the 40-crate mark.
By 1750, the penlight battery is failing.
The beam yellows and narrows until it is no longer useful.
He switches to working entirely by touch.
His hands [music] know the geometry of the crates now.
The lid seating, the foam cutout positions, where the bearing surface is on each component type.
He does not need to see.
He works faster blind than he did in the dim red light because he stops second-guessing his hands and starts trusting the contact.
At 1753, a door slams somewhere above him.
Not a search, just the sound of a ship in motion, metal on metal in a corridor two decks up.
He counts [music] to eight before continuing.
The physical toll has been accumulating since 1440.
>> [music] >> His knees carry the marks of kneeling on steel pallet boards.
His palms are grooved from crate edges and pry tool handles.
He is dehydrated, nothing to drink since the bridge hours ago, and he has been sweating since the niche, and the hold temperature has been rising steadily with the engine section directly below.
He notes each of these things, sets them aside.
By 1800, he is at 58 crates.
The work has reached the rear bulkhead, the stacks farthest from the entrance, wedged between the tackle storage frame and the wall.
He works around the rope coil rack, lying on his side to reach the bottom rows of the rearmost stacks, keeping the frame undisturbed.
At 1810, he reaches the final section, eight crates, directly behind the tackle storage frame, hard against the bulkhead with the heavy rack flush in front of them.
To reach these crates, he would need to move the rack.
Loaded steel on bare deck without friction pads.
Moving it would produce sound through the hull.
Not a loud sound, but a sound with no mechanical cause at 1800 on a ship at cruising speed.
He inventories the section against the cargo manifest he has memorized.
These eight [music] crates occupy the rearmost position.
That position corresponds to the auxiliary component section, support hardware, secondary mounting fixtures.
The parts centrifuge assemblies required to be built, but >> [music] >> not to run.
The balancing modules, the precision bearing sets, the controller units, all in the forward and middle stacks.
All treated.
Without the balancing modules, the drive shafts cannot reach operational tolerance.
Without the bearings, the assemblies will not sustain rotation under load.
The eight remaining crates hold parts that cannot make the centrifuges function on their own.
At 1820, he closes the 64th crate, replaces the strapping, and moves to the hold door.
He does not try to reach [music] the last eight.
The wait at the door is 40 minutes.
He sits with his back against the bulkhead, tool case across his knees in the gap between the first crate row and the door panel.
If the door opens, he has 2 seconds, and he knows exactly where he is going.
He is too tired to rehearse it again.
The hold smells different now.
Something has accumulated in the air.
The compound or the heat or the exertion of 3 and 1/2 hours sealed [music] in here.
He breathes through his nose and does not try to identify it.
His hands have stopped being precise instruments.
He flexes them once and sets them flat on the case.
The search flagged one item, a loose strap.
Dismissed in 16 seconds.
The crawl space was not found.
The key impression was not found.
He runs the sequence one more time and finds nothing that suggests the ship knows more than it decided not to know.
He waits.
At 18:50, the guards rotate.
Approaching footsteps, the pause, the receding pair.
Two minutes of quiet.
The new pair arrives and settles in.
10 minutes later, one of them leaves.
Footsteps receding down the corridor, around the corner.
Gone.
One guard outside the door instead of two.
A break request, or a rotation irregularity, or a man who decided to stand somewhere less uncomfortable.
Either way, one guard 30 m away.
At 19:00, Eli opens the padlock from the inside on its bent wire hook, controls the hasp so it makes no sound, [music] and listens.
One set of footsteps, stationary, 30 m down the corridor to his left.
He opens the door, steps through, replaces the padlock on the hasp.
The corridor is empty in both directions.
He walks toward the stern.
Hassan Karimi has not been able to sleep since 16:00.
He is on night watch at 20:00 and had planned to [music] sleep through the afternoon and evening, the way Reza always manages.
But the bunk holds the heat of the day, [music] and the engine vibration at this part of the ship comes through the hull as a low constant pressure rather than sound.
And [music] after 2 hours of lying on his back watching the overhead, he gives up.
He pulls on his work jacket, finds his cigarettes in his shirt pocket, and eases out of the cabin without waking Reza.
The corridor is half-lit.
He passes two sailors near the mess, and neither speaks to him.
At this hour, the ship operates at minimum.
Watch stations [music] staffed, everyone else sleeping or waiting.
He reaches the stern section, climbs the ladder to the main deck, and steps out into the open air.
The air outside is warm and moving.
After the sealed bunk and the sealed corridors, it is the best [music] thing he has felt all day.
He stands at the stern rail and lights the cigarette.
The Red Sea at this hour is flat and very dark.
The ship’s wake runs behind them in a white line that narrows and fades.
The western horizon holds the last orange band of daylight going as he watches.
No vessels visible.
No lights.
Just water, wake, and sky going from orange to black.
Karimi has been at sea for 16 months, and he still finds it disorienting.
The completeness of the emptiness.
In Avaz, there was always something at the edge of things.
A building, a ridgeline, the refinery lights at night.
Here, the edge is just more sea.
He smokes [music] slowly.
He is thinking about a letter he owes his mother.
He has been composing it in his head for 2 weeks and keeps running out of things to say.
He is not unhappy.
He is not happy.
He is on a ship between two ports, and it is neither one thing nor the other.
And he does not know how to put that in a letter without sounding like he is complaining.
He finishes the cigarette, takes out a second one.
He is not on watch for another hour and 20 minutes.
The air is moving, and the wake is bright behind them, [music] and there is no reason to go back below.
Eli reaches the base of the stern ladder at 19:02.
He stops.
Above him, one person at the rail, standing still.
Cigarette smoke drifting down through the ladder housing.
He sets the tool [music] case down and waits with his hand on the rail.
Above him, Karimi cups his hand around the lighter and lights [music] the second cigarette.
He does not look over his shoulder.
He is watching the horizon.
Below him, Eli stands in the dark and checks his watch.
1920.
18 minutes until the marker window opens.
The submarine will not wait.
Eli waits at the base of the ladder until 1907.
The marker window opens at 1920.
13 minutes.
If Karimi is still on the stern at 1920, the marker cannot go over.
The Takuma will pass the rendezvous coordinates and descend.
The next window is 6 hours out in Sudanese territorial waters, where the submarine cannot operate.
If the marker does not go at 1920, there is no second attempt tonight.
He picks up the tool case, climbs the ladder.
Karimi is at the rail with his second cigarette, looking at the wake.
He hears the ladder and turns.
They’re 4 m apart.
Eli speaks first.
In Arabic, with the flat vowels and clipped stops of the Egyptian dialect, the accent of a man from Cairo who has been working the Gulf long enough to be tired of it.
He says he got stuck with the steering hydraulics, that the repair took longer than planned, that the captain knows he is still aboard, and he is going up to the bridge now to sign off.
He says it with the controlled irritation of someone whose problem is not this sailor, but the hours he has lost to a job that should have taken 90 minutes.
He is already moving as he says it.
Not toward the rail, toward the superstructure door, diagonally across the deck, >> [music] >> the path of a man with a destination.
Karimi watches him for a moment.
Then he turns back to the water and draws on his cigarette.
Eli reaches the superstructure corner, goes around it, stops.
He stands with his back against the steel and does not move.
From where he stands, he cannot see the stern rail.
He can hear it.
The low sound of water against the hull, the engine vibration through the deck, and beneath all of it, or perhaps [music] above it, the faint smell of cigarette smoke drifting around the corner.
Karimi [music] is still there.
1910.
10 minutes to the window.
If Karimi stays past 1920, the Tacoma passes the rendezvous point and goes deep.
The next window puts the submarine in Sudanese territorial waters, a stretch of sea where a surfaced Israeli vessel would create an incident that would end careers and possibly more.
The extraction was planned around one window at one coordinate tonight.
There is no variant of the plan that does not involve this window.
Eli does not move.
He breathes through his nose and listens to the sound of someone smoking at a ship’s stern in the evening.
1912.
1914.
The cigarette smoke is still there.
The calculation runs itself without his asking.
If Karimi is still on the deck at 1920, Eli will have to go back inside and wait for the next opportunity, if one exists.
The ship reaches Port Sudan in approximately 30 hours.
Once it docks, the window closes permanently, and so does the operation.
He waits.
1916.
Then, the ship’s internal PA system, a different voice from Sayaris, the duty officer, a brief two-sentence announcement.
“Night watch dinner is ready in the crew mess.
All personnel due at 20:00 to report to the mess before taking their stations.
” Karimi smokes a final draw.
The cigarette arcs over the rail and into the wake.
Footsteps across the deck toward the superstructure.
Toward the door 3 m from where Eli is standing.
[music] He presses against the steel.
The footsteps pass on the other side of the wall.
The superstructure door opens and closes.
Eli counts to 30.
He steps out onto the stern deck at 19:18.
The deck is empty.
The wake runs behind them, white and straight.
The Red Sea dark in every direction.
He walks to the rail, reaches into his jacket, and takes out the marker.
A sealed waterproof cylinder, orange, the length of his forearm, weighted at one end.
He holds it for a moment over the rail.
At 19:20, he drops it.
The cylinder hits the water and begins transmitting immediately.
A low-frequency signal on a frequency the Takuma had been monitoring since the Al Qasim left Jeddah Harbor.
Eli watches it for 3 seconds, confirms it is upright in the water, and goes back through the superstructure door.
He waits below deck for 15 minutes.
Long enough for the marker to transmit.
Long enough for anyone who might have heard the splash to lose interest.
At 19:35, he returns to the stern deck, [music] moves to the rearmost point of the rail, and goes over.
The water is warm.
The ship moves away from him at cruising speed, and its wake passes over him within 90 seconds.
The Tacoma surfaces at 1958, 23 minutes after Eli went in.
The submarine carried no boarding team.
>> [music] >> Its orders were to surface on signal and wait for 3 minutes.
The surfacing takes 4 minutes.
He is in the water 100 m from the surfaced hull when the deck clears.
He is aboard at 20:03.
The commander of the Tacoma is a man named Yaron.
He meets Eli at the hatch.
“How many crates?” he asks.
“64.
” Eli says.
Yaron is quiet for a second.
Then, [music] “That is enough.
” He turns and goes forward.
Eli follows him below.
In the small equipment cabin where Eli changes out of the coveralls and into dry clothes, he sets the tool case on the bunk.
He opens it.
Inside, 11 empty moly code tubes, each one flattened and folded.
And one full tube, the one he took from Oren’s table in Tel Aviv and put in his jacket pocket on May 28th.
The one he carried [music] through the port of Jeddah and through 3 hours in the niche and through 4 and 1/2 hours in the hold.
He never opened it.
There were 12 tubes in the case.
He needed 11.
He sets the full tube on the shelf above the bunk.
He does not take it with him when he leaves the cabin.
Khartoum, August 2011.
The centrifuge components arrive by road from Port Sudan and are cleared through the facility without incident.
The crates are opened, the components inspected, the foam cutouts intact, the surfaces clean.
The Iranian engineers begin assembly.
October 2011.
First run.
The facility runs for 8 hours before the first vibration anomaly appears in the monitoring data, then a second.
Within 11 hours of initial startup, 64 of the 72 centrifuge assemblies have failed.
Bearing collapses, shaft tolerances destroyed, the machines reduced to scrap.
The eight assemblies built from the untreated crates run correctly.
They are useless without the others.
The Iranian lead engineer spends 3 weeks going through the same data.
The components look perfect.
No sign of tampering, >> [music] >> no chemical residue that the facility equipment can identify.
No logical explanation for failure at this scale.
They blame the manufacturer.
The Revolutionary Guard Corps opens a formal investigation.
>> [music] >> It runs for 9 months.
It examines the procurement chain from Bandar Abbas to Khartoum, reviews the shipping records, interviews the port agent in Jeddah, and the consignee in Port Sudan, and eventually concludes that the components were defective due to sanctions-related quality failures in the Iranian metallurgical supply chain.
The Sudanese nuclear program under Iranian patronage is set back 2 years.
Captain Mohammad Sayadi is removed from command of the Al Qasim in early 2012.
The official reason is health.
The actual reason is that the Revolutionary Guard’s internal review concluded his failure to properly inspect the vessel in Jeddah was the proximate cause of a significant operational failure, even if they could not name the failure precisely.
Mossad has never confirmed the operation.
>> [music] >> In Israeli intelligence archives, it carries a classification code with no public association.
19 months later, the same stern rail, a different voyage.
Hassan Karimi is on the after deck of a different ship, a newer vessel, a route he has run twice before.
A night watch [music] that started at 2000, the same as always.
He is 23 now.
He has written a letter to his mother.
He has started a second one.
He leans on the rail and smokes and watches the wake disappear into the dark water behind him.
On the evening of June 14th, 2011, he stepped outside for a cigarette and spoke briefly to a maintenance technician who had been delayed on a repair job.
He does not remember the man’s face.
He does not remember what the man said.
He went back inside for dinner.
Nothing happened that night.
Nothing at all.
