First Blood

The knife slipped.

Elana Reyes watched blood well up from her left index finger—a clean incision that opened slowly, then fast. No pain yet. Just the dark bloom spreading.

She brought the finger to her mouth without thinking.

A sharp, metallic taste filled her mouth. The stinging pain came next. She pulled her hand away, grabbed a kitchen towel, and pressed down hard, watching the white fabric turn red, the stain spreading.

Cutting carrots for soup shouldn’t draw blood—unless you rush it.

After running Monte Carlo probability analyses all day on NexusBio’s quantum AI terminal, she’d come home to make carrot-ginger soup for dinner.

Through the bay window, the Salesforce Tower glowed against San Francisco’s evening fog. Seven stories down, the Mission District buzzed with Friday night energy.

In her kitchen, though, all she could focus on was getting through the pain.

She lifted the towel. The wound’s edges had started closing already. She couldn’t see the proteins assembling, but as a systems biologist, she knew what was happening beneath the surface—molecular machinery working like some organic Band-Aid.

Her phone buzzed: Renal Model 67AS4: Unauthorized Access Detected.

Someone was trying to hack the simulation she’d run earlier. Third attempt this month. This one felt different, though. Soup could wait; a security breach could compromise months of work. She grabbed her Tesla key card and headed to the lab.

*****

NexusBio’s parking lot sat nearly empty this late. A white panel van with no company markings idled near the loading dock. Shadows shifted behind its tinted windows—or was that her imagination?

Elana’s Tesla glided into her reserved spot, and she stared up at the fourth-floor windows where her lab glowed blue-white. She scanned the lot: no one in sight, but the hairs on her neck stood up. Why was the van parked there at this hour?

She locked her car doors twice before stepping out, phone gripped tight in her fist.

The lobby was quiet except for the night guard scrolling on his phone. She badged through and took the elevator, her mind still turning over the blood-clotting question. How did thirteen proteins know to assemble in precisely the correct order?

She’d find out with her Seamless Matrix suite of tools.

But first, she needed to check the security breach.

Her workspace occupied the northwest corner—benchtops, equipment, the steady hum of cooling fans from nearby servers. She’d collaborated with leading software engineers to build quantum AI software that could decode complex biological processes at the molecular level, simulate them, and reveal “seamless” designs. The project cost millions, but it was already paying off, primarily through analyses of human kidney and respiratory processes, generating tens of millions in profit.

She logged into her terminal. The supercomputer booted up, server lights flickering as quantum processors readied themselves to crunch inputs from NexusBio’s datasets on biological systems.

The breach attempt: 9:14 p.m.

Files seemed intact. Some relief there. Still, someone had tried breaking in for the third time this month.

She should call security. She should notify Mark Daniels—her new R&D VP, a former Stanford researcher in his forties. She should call Chris Harrington, the senior server engineer.

Instead, Elana opened a new simulation file to run billions of “what if” scenarios. The Matrix interface appeared on her screen. She keyed in the thirteen core factors—fibrinogen (I), prothrombin (II), up to XIII for cross-linking; plus cofactors like calcium ions (IV) that bind the cascade together. She set the timing for the clotting sequence. Quantum processors started their calculations.

She isolated Factor VIII in the simulation, then deleted it.

The cascade collapsed. No thrombin conversion, no fibrin threads weaving through platelets. No clot formation—just blood flowing freely until the theoretical patient bled out in minutes.

Different scenarios might work—deleting or reordering factors.

They didn’t. Not reduced function or slower clotting. Total system failure.

She opened a secondary display. The cascade was more than a sequence; it contained built-in control systems. Tissue factor responded to damage and started the process. Thrombin sped up clot formation like pressing a gas pedal, while other proteins—antithrombin, protein C, protein S—acted as brakes to keep clots from spreading too far.

Her pharmaceutical clients paid millions for systems with such precise control mechanisms. When engineers built synthetic biological systems, they had to include sensors to detect problems plus automatic shut-offs to prevent runaway reactions. It took teams years to get the balance right.

She removed the braking proteins from her simulation, toggling off protein C and S, the vitamin K-dependent inhibitors.

The theoretical patient didn’t hemorrhage. Instead, blood clots formed everywhere—heart, lungs, brain. Fatal within minutes. Too much clotting.

The system needed both the gas pedal and the brakes from the start. Evolution couldn’t create the accelerator first and add brakes later. Every stage in between would be deadly.

The Matrix calculated probabilities, testing millions of evolutionary pathways every second. How could thirteen proteins, each made of hundreds of precisely ordered amino acids, evolve separately through random mutation and then come together in the exact order needed for blood-clotting?

Didn’t make sense.

But could it happen?

A notification popped up on her screen. The Matrix had an answer.

Elana stared at the numbers: probability of independent development in human blood-clotting: one in ten, to the ninety-eighth power.  This was like winning the Powerball twelve times in a row. Huge prize. Impossible odds.

Her stomach twisted. The data was undeniable, but it could be misinterpreted, right? She had to be making an error somewhere—confirmation bias, maybe, flawed parameters… something. Seven years of graduate education had convinced her that evolutionary theory explained biological complexity. How could the entire scientific establishment be wrong?

She recalled her biology professor, Dr. Haniford, looking over his glasses during a faculty seminar last year, scoffing at Michael Behe’s “irreducible complexity” concept outlined in Darwin’s Black Box. “Religious pseudoscience!” he’d said with disdain.

One biochemist sees evolution as the answer to life; the other sees intelligent design.

She recalled Behe’s mousetrap analogy: a wooden base, a hammer, a spring, a catch, and a hold-down bar. All five parts are needed to catch the mouse. Not a biological system, but it illustrated his point. Behe argued that specific biological systems showed the same property: you couldn’t build them gradually because partial systems provided no survival advantage. They only worked when complete.

The faculty and invited students had laughed. Elana nodded, confident in her scientific beliefs. Evolution was settled science, explaining how life developed from simple chemicals to humans. Darwin’s theory of gradualism described how complex systems formed through many small changes over millions of years.

Anyone who disagreed was promoting a religious agenda without proof.

But incomprehensible numbers stared back at Elana now.

Thirteen specialized factors to seal a wound. Remove any component, and you don’t get slower clotting. Lose about two liters of blood, and you die.

Elana flexed her bandaged finger. The throbbing had faded to a dull ache. Under the gauze, her body was carrying out molecular processes she’d just shown were nearly impossible. And this was only one of many systems in the body—systems built on top of other systems.

A cold shiver ran down her spine. Her hands shook over the keyboard as the weight of her discovery pressed on her chest. She felt torn between the equations she trusted and the faith she’d left behind.

The system was... beautiful. Elegant. Precise beyond measure.

Elana felt something stir—not just intellectual curiosity, but something deeper. An instinct. When she looked at the cascade, every fiber of her being whispered the same thing: This was made.

Not gradually assembled from borrowed parts. Not stumbled upon by chance mutations. Made. Designed. Intended.

She’d read Doug Axe’s work on what he called the Universal Design Intuition—the idea that humans instinctively recognize functional complexity when they see it. Mount Rushmore didn’t need a probability calculation to prove it was designed. You just knew.

The blood clotting cascade felt the same way.

But she’d been trained to suppress that intuition. Darwinian orthodoxy demanded it. “Don’t trust your eyes. Don’t trust your instincts. Trust the theory.”

Elana pulled up her probability calculations again. Maybe it was time to trust both—intuition and math. And see where they converged.

As she examined the probability data, the display flickered.

She froze.

Another glitch?

The screen flickered again. A server warning flashed: Remote login and query initiated.

What?

Elana leaped from her chair. Someone was hacking into NexusBio to take her research.

Her phone buzzed: a text from Mika, her colleague in NexusBio’s biology division. She pulled her phone from her pocket, but before she opened the message, she stopped.  A low-intensity red glow pulsed across the white walls.

She stood up and saw the source through the lab window—something pulsing red, moving erratically in the night sky. She walked closer.

That’s when she heard it.

A steady buzzing sound, and then a quick movement in the sky.

A drone.

It hovered twenty feet from the window, almost taunting her, its silhouette barely visible against the foggy night sky behind its red light. Then it moved closer to ten feet. The high-pitched hum grew louder, rotors vibrating the window.

Elana touched the cold glass as the sleek black craft swung within arm’s reach, as if studying her. A steady blue light flashed from the bottom, shining a beam into the lab.

Her breathing stopped. The Seamless Matrix was at risk—someone was after their work. How did they know she’d be at the lab? Was she being followed?

She dialed the server team lead. A systems loss would be catastrophic.

“Chris here. What’s going on, Dr. Reyes?”

“Hi Chris. Sorry, I—” Her breath caught. “I need your help quickly.”

“What’s up?”

“Chris, I’m running some sims at the lab, but someone is using a remote login and… a drone is out my lab window!”

“A drone? No way! Hold on a sec, doc. My laptop is lighting up with alerts. Look, save your work right now to one of our portable encrypted drives, then disconnect—cut any access, and—”

“Already working on it,” Elana said. She grabbed one of the thumb drives and jammed it into the USB port. Files streamed across the screen. The blood-clotting simulation, her methodology—she had to save them. “Hold on, Chris.”

Her fingers raced across the keyboard, copying key Matrix files. She couldn’t lose her life’s work. She was only thirty-two, but this was probably her last chance to find the success she had worked so hard for.

The progress bar crawled across the screen.

Fifteen percent. The blood-clotting simulation copied first—her methodology, raw data.

Twenty-three percent. The drone’s laser pulsed brighter.

Warning: Packet interception detected—possible RF signal from external source.

“Come on,” she whispered.

Forty percent. Warning messages cascaded down her screen—someone was copying the entire database. Three years of work. The Matrix itself.

Sixty-two percent.

The drive was nearly full.

Ninety-eight percent.

The soft chime finally sounded.

Elana yanked the drive and shoved it in her blazer pocket, then pulled the network cable. Everything on the screen went dark.

Through the window, the drone’s red lights flared. It hung motionless for a few more seconds, then shot off into the night fog.

“It’s gone.” Elana breathed again.

“You sure?”

“For now, but I hope they didn’t get the Matrix. But how was it accessing my system? How?”

“Don’t know, doc. I’ll do a quick systems check and run a remote server lockdown. Let’s shut the beast down for now. I’m calling Sam and his security team, too. He’ll get on it.”

Sam Okafor was a former Army special ops soldier with an intelligence background, built like a linebacker, calm in a crisis. If anyone could trace who owned the drone or lock down the building, it was him.

“Thanks, Chris, you’re the best.” She glanced at the window. No lights; the drone was gone for now.

“I’ll run a remote access trace. I’ll back up the Seamless Matrix from my end, too.”

Elana packed her laptop. “I saved the critical files, but I’m leaving now. This is getting creepy and dangerous.”

“Roger that. Be careful, Dr. Reyes. I’ll keep in touch.”

She stood in the dim light, emergency lamps casting sharp shadows. The USB drive in her pocket felt tiny but incredibly important.

She glanced at a phone message from Mika as she stepped onto the elevator. He never slept. You see the security alert? Think it’s serious this time?

She typed back: It is. Very serious. Can we talk tomorrow morning? 8 at Café de Lola?

Mika messaged: Perfect. I need to show you something.

Elana strode into the night air, headed to her car, chest tight. Someone could be watching from the shadows.

As she approached her Tesla, the white van’s headlights flicked on, blinding her for a split second. Engine revving, it peeled out of the lot. She fumbled for her phone, scanning the shadows for movement.

As she got in her car, the phone rang. Chris was calling back. “Hey, Chris. Did you find anything?”

“Elana, are you off speaker?” he asked softly.

“I’m in the car. We can talk. What is it?”

“I haven’t found anything on the hack, but tried to call Daniels. Went to voicemail,” he whispered. “But I found an encrypted email from him to an unknown recipient, tagged ‘Urgent Meeting’ for the same time period as your drone sighting. You don’t think he—”

“Oh my gosh. I hope he’s not involved. Keep this between us for now.”

“I will. Oh… and I also have a techie friend who supposedly worked for the Syndicate or one of its shell companies. I’ll have her reach out to you… maybe figure out what is going on.”

A dark shape flew across the parking lot.

Another drone?

“Sounds good. Got to get home. Talk later, Chris.”

Elana hung up and could feel her heart pounding as she started the car.

Is that drone following me?

She imagined a competitor trying to steal the Seamless Matrix, but what if it was the shadowy Pharma-Core Syndicate, rumored to shut down new lab discoveries to protect its gene-editing and pharmaceutical profits? They’d be sophisticated enough to try stealing the Matrix. Or worse.

Maybe they were after the intellectual capital behind the Matrix.

She took a side street, then a quick turn down a different route to the Mission District. At a stoplight, she glanced out the glass roof and searched the sky, spotting a blur and a quick flash of red.

The drone. It dipped lower, its props whining like angry hornets, close enough she could see the camera lens pivoting toward her.

It’s stalking me.

The drone matched her speed over Potrero Avenue, dipping between streetlights, its red LED blinking like a predator’s eye.

Can’t outrun the drone. Just get home.

*****

Twenty minutes later, Elana took the elevator up to her apartment. She shivered at the idea of a powerful biotech company, or even a whole consortium, targeting her. When the elevator reached her floor, she stepped out, feeling relieved to make it home.

She opened her door and paused, listening. She locked both deadbolts. The apartment felt safer, but not secure.

She thought about Maria, her sister who was three years older and had died six months ago on one of San Francisco’s steep streets. Maria had been her guide in life and faith, and both had died with her. A truck had clipped Maria’s car, sending it into a lamppost. But Maria was always a careful driver, so something about it never felt right. A store’s security camera captured footage of the truck, but it wasn’t enough to identify the hit-and-run driver.

As Elana warmed a cup of soup, she looked at her bandaged finger and thought back to the time she broke her ankle after an ice-skating fall, and what her sister had said as she wrote on her cast. “You’ll get better soon, sis. Our bodies are ‘God’s glory.’ He designed us to get better.”

A tear welled up in her eye as she recalled attending Summer Bible School together: the group games, animated lessons, a new theme each summer.

Elana believed in science and facts, which is why she became a systems biologist. But her sister had written articles about the eye, suggesting there could be another kind of truth.

“Perfect.” Maria had used that word as the doctor examined Elana’s foot after he removed her cast. She’d seen perfection everywhere: in the human eye, in bone repair, in butterflies. Patterns of design that couldn’t be explained by random mutation and natural selection.

Elana had loved her sister but dismissed her conclusions. Science was about evidence, not faith. They’d argued about it over dinners, with Maria patient and persistent, and Elana growing frustrated that someone so intelligent could accept what looked like creationism.

“The numbers will show you eventually,” Maria had said during their last conversation, three weeks before she died. “You’re too good a mathematician to ignore them forever.”

Now, Elana was staring at a probability of 1/1098 and wondering if Maria had been right all along.

Her phone chimed: unknown number.

Stop the Seamless Matrix research. This is your only warning. Your sister didn’t listen. Will you?

Elana’s hands were shaking as she read the message twice. Someone had threatened her right after she’d run a simulation that challenged evolutionary orthodoxy.

She walked to the window and carefully parted the blinds. The street below looked normal—late-night traffic, a few pedestrians, the warm glow of restaurant and bar signs.

But somewhere in that landscape, someone was watching.

Elana’s breathing came fast and shallow. She wanted to call the police, but what would she say? “Someone hacked my research and sent threatening texts?” They’d file a report. Do nothing. She wanted to call her parents in Chico, but her father’s heart couldn’t take the stress.

Instead, she pulled up Maria’s Bible app—the one she’d installed after the funeral but never opened. She searched for verses on creation. The search function suggested Psalm 139. She tapped it:

I praise you because I am fearfully and wonderfully made; your works are wonderful, I know that full well.

Psalm 139

Made by God? Or by evolution? 

Maria had reminded her that Darwin had even admitted the eye was a challenge to his evolutionary theory.

Darwin believed there must be gradual evolutionary pathways to complex systems, even if he couldn’t identify them. Maybe she could help identify those pathways through the Matrix.

Her phone buzzed again: a different number, but also unknown.

Check what people are saying about your research.

Who keeps texting?

Elana tucked her short hair behind her ears, but it immediately fell forward again. Her hair used to be longer. Long hair had been too hard to maintain with her busy schedule. Dread settling in her stomach, Elana opened X. She typed her name into the search bar.

Dozens of posts, rapidly multiplying. Posts calling her a fraud, a pseudoscientist, a religious zealot trying to sneak creationism into legitimate research.

But she hadn’t published anything.

The posts flooded in—coordinated bot accounts with blue check verification, pushing the hashtag ElanaPseudoscience with identical phrasing: Reyes peddling creationist junk at NexusBio—fire her!

Screenshots of data she’d never generated—quotes she’d never said.

This was coordinated. Professional. The hacking, the threats, the X comments—all timed perfectly to discredit and silence her.

Why would anyone care this much about one biochemist’s probability simulations?

Unless there were powerful interests threatened by talk of intelligent design. Pharmaceutical companies built on evolutionary assumptions, and academic departments with decades of research invested in gradualism. Grant money, patents, and prestigious positions—all of which depended on maintaining the current paradigm.

And Maria’s car accident suddenly looked less accidental. She pictured Maria at the accident site on Guerrero Street—skid marks scarring the hill, her car crumpled against the lamppost, the truck vanishing into the fog.

Elana walked back to the window. Someone out there was watching with sophisticated technology and violent intentions. And they’d already killed once if the threatening text was to be believed.

Mika would help her decide: back down or push forward.

But tonight, she was alone and couldn’t sleep. She sat on her couch in the dark, listening to the hum of the street below, clutching the encrypted drive with her simulation.

Evidence that could change everything.

Or put her in danger, too.