The Year Humans Started Merging With Machines

I'm unsure what to think about this one.

Every other issue I researched, I came out with a clear position.

This one I didn't.

Brain-computer interfaces are either the most hopeful technology I've ever written about.

Or the most dangerous.

Possibly both. And that's exactly the problem.

First time reading about BCIs? Skip to the bottom of this issue. I explain the basics in plain English — before the footer. 2 minutes. Come back up after.

BCIs — I found out about them
through Neuralink, like most people.
My first thought was — oh, Elon Musk
doing something dramatic again.

I was wrong about that.

Here's what the research actually showed.

By January 2026, Neuralink had 21 patients
across the world.
Zero serious adverse events reported.
Over 15,000 hours of use between them.

First patient, Noland Arbaugh, played games via thoughts. He posted on social media the same way. No hands. No voice. Just thought.

But the result that stopped me was Ken.

who lost his voice. A Neuralink chip gave it back. And it sounded like him. Not a robot voice. more likely his voice.

That is what this technology did in 2026.

In November 2025, Synchron raised
$200 million.
I hadn't heard of them before this issue.
Most people haven't.

Their device doesn't need open brain surgery. It's inserted through a blood vessel.

By early 2026, their patients controlled iPads and Apple Vision Pro. Hands-free. Using thoughts alone.

And Paradromics achieved something the field had been chasing for years.

200+ bits per second data transfer between the brain and computer.

To put that in context: that's faster than most people can type.

In 2025, the global BCI market was worth $2.94 billion. By 2026, projected to be $3.75 billion.

This is no longer research. It's a market. With customers. And competitors. And money.

Every headline covered the medical wins. The paralysed patients are walking. The silent voices restored.

Nobody covered this part.

DARPA is building the same technology for a completely different reason.

DARPA calls it the N3 program. It builds wearable BCIs for able-bodied soldiers. No surgery required.

Not to restore movement. To control drones with thoughts. To interface with cyber systems mentally. To coordinate teams without speaking a single word.

The same chip that gave Ken his voice is the foundation for a soldier who never has to give a verbal order again.

Same technology. Two very different futures.

AND THEN THERE IS CHINA.

The Pentagon's own reports confirm it.

China's PLA has published a military doctrine describing "neurocognitive warfare."

The goal is to control weapons mentally. Detect enemy emotions. Erode morale without firing a single shot.

Nobody has used it in a real war yet. But the plans are written. The labs are running. The money is flowing.

China's government designated BCI as a "future industry" in 2026. Same list as quantum computing. Same level of state priority.

In military technology, doctrine always comes before deployment.

The question nobody is asking:

The same chip restores a paralysed person's voice. The same chip helps a soldier to control a drone.

Someone should be deciding how far this technology goes. And who controls it? And what it can be used for.

In 2026, no government has done that. No law covers it. No international agreement exists.

The technology is moving. The rules aren't.

I went into this research thinking BCIs were being built for medical reasons.

Helping paralysed people move again. Restoring sight. Treating depression.

That part is true. But that's not everything.
The rest of what I found is what
kept me up at night.

Your phone collects your location. Your laptop collects your searches. Your smartwatch collects your heartbeat.

Not what you type. Not what you say. What do you think — before you decide whether to say it?

Neuralink's March 2025 privacy policy says you own your brain data.

Sounds reassuring, right?

But here is what they don't say:

No federal law exists to enforce that. Only 4 states have neural privacy laws. The MIND Act was proposed in September 2025. It hasn't passed yet.

And critics point out something scarier — even if you own the raw signal, the company may own what they build from it.

Your thought becomes their product. Nobody has solved that yet.

Security researchers have a name for it.

Brainjacking — hackers accessing or manipulating brain signals from anywhere.

A pacemaker hack could stop your heart. A BCI hack could stop your thoughts.

Or change it.
I have no idea how likely this is right now. Nobody does yet. But the fact that security researchers have a name for it — that alone tells you something.

BCIs that work well will cost money. A lot.

The person with a BCI thinks faster. Processes more information. Controls more devices. Makes better decisions under pressure.

The person without one doesn't.

We already have inequality of opportunity. BCIs could create inequality of cognition.

That is a different kind of gap. One that can't be closed by working harder.

Three things happened in 2025-2026
that will shape where BCIs go next.

Neuralink got FDA approval. Synchron got FDA approval. Paradromics got an FDA investigational exemption in November 2025.

The US government's approach was simple. Approve the medical applications. Fund the military research through DARPA. Let private companies handle the rest.

No federal neural privacy law. No limits on brain data ownership. No rules on military BCI development.

The bet: innovation moves faster without guardrails.

$27 million in provincial funding directed into BCI firms. The government designated BCI a national "future industry." Military doctrine written for neurocognitive warfare.

In December 2025, China approved the world's first invasive BCI device. Built for quadriplegia patients.

State-directed. State-funded. State-purposed.

The bet: coordinated development wins faster than market competition.

The EU is debating neuroethics frameworks. Chile passed neurorights legislation in 2021. It remains the only country to do so at a national level.

The UN has no BCI policy.

Meanwhile, the technology is already inside 21 human heads.

Frameworks take years. Implants take hours.

That gap is where things go wrong.

Getting a brain implant is not
on your to-do list right now.

Neither am I.

But here is what I kept thinking about while researching this issue.

The 21 people with chips in their heads
didn't choose this casually.
They were out of other options.

Paralyzed. Unable to speak. Disconnected from the world.

And this technology gave something back.

That part is remarkable. I don't want to lose that in the bigger conversation.

But the bigger conversation exists.

DARPA is building thought-controlled drones. China has written a military doctrine around brain interfaces. No federal law protects your neural data. The MIND Act hasn't passed. Only 4 states have any protection at all.

Consumer BCIs already make up 42% of the market. Thought-controlled gaming. Smart home control. Productivity tools. Every bit of it. Already here.

This technology is not coming. It is already available.

The question is not whether BCIs will change what it means to be human.

They already are.

The question is who gets to decide how far that goes.

Right now, it's the companies building them. And the militaries funding them.

But that changes when more people
know what's going on.
Which is the whole point of
this newsletter.

Search: "MIND Act neural privacy 2025"

Read any one article about it. Takes 5 minutes.

It is the proposed law that would make your brain data legally yours. Not the company's. Yours.

I didn't know it existed until I was researching this issue.

That bothered me.

There is a law being discussed right now that would give you legal ownership of your own brain data.

You should know that it exists.

Go find it.

Before you go — a quick explanation for first-time readers.

Brain-Computer Interfaces sound complicated. The core idea isn't.

Your brain runs on electrical signals.
Billions of tiny neurons firing
all the time.
Every thought. Every move. Every feeling.
All of it — just signals.

A BCI reads those signals. Then translates them into digital commands.

Here's the simplest way I can put it.
Your brain tells your hand to move.
Your hand moves.
That's the normal version.

A BCI skips the hand entirely. Your brain tells the computer directly. And the computer responds.

That's the whole idea.

Invasive BCIs need surgery — a chip placed inside or on the brain. Non-invasive BCIs sit outside — like a headset or helmet.

Neuralink is invasive. Synchron goes through a blood vessel. Consumer gaming headsets are non-invasive.

Same concept. Very different levels of commitment.

Start from Issue #01 here → https://the-2087-report.beehiiv.com/p/the-year-humans-built-their-last-invention

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THE 2087 REPORT Documenting the decade that builds the next century.

Published every other Saturday. Written for people paying attention.

→ the-2087-report.beehiiv.com

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