brain-computer-interfaces

Neuralink — Brain-Computer Interface Platform

Neuralink has developed the N1 brain-computer interface chip, implanted in its first human patients in 2024. The coin-sized device with 1,024 electrodes records and stimulates brain activity, enabling paralyzed patients to control computers and smartphones with thought alone. Neuralink's long-term vision includes treating neurological conditions, memory restoration, and human-AI symbiosis.

Features

✦N1 implant: 1,024 electrodes on 64 ultra-thin flexible threads
✦Wireless charging and Bluetooth data transmission — no external wires
✦Precision Robotics surgical robot for minimally invasive implantation
✦First human patients control computers, play games, browse web via thought
✦FDA Breakthrough Device designation for paralysis and neurological conditions
✦Future applications: vision restoration, memory enhancement, depression treatment

Pricing

basicClinical trial participation

proMedical device program (hospital partnership)

enterpriseResearch licensing (custom)

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Benefits

✓Restore independence to paralyzed patients — control devices with thought

✓Treat previously incurable neurological conditions (ALS, Parkinson's, epilepsy)

✓Potential to restore vision in blind patients via cortical stimulation

✓Human-AI symbiosis: direct brain-to-AI communication at bandwidth of thought

✓Wireless, cosmetically invisible implant — no external hardware visible

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Your Current Operations

Employees Doing Manual Work

1 people50 people1000 people

Manual Hours per Employee/Week

1 hrs20 hrs40 hrs

Average Hourly Labor Cost

$100/hr$35/hr200/hr

Annual Software/Tools Spend

$1/yr$120,000/yr1M/yr

Current Error Rate

1%8%30%

Cost Per Error (rework, delay, etc.)

$100$5005000

🗺️

Deployment Roadmap

AI-Inferred • 5 phases

Estimated timeline for Neuralink — Brain-Computer Interface Platform — adapt to your team size and complexity.

1. Requirements & Design

Week 1–2

✓Stakeholder requirements workshop
✓Solution architecture + diagram review
✓Estimate effort + resource plan
✓Success metrics + SLAs agreed

2. Foundation Build

Week 3–5

✓Core infrastructure + data pipeline
✓Access control + security hardening
✓Integration with existing systems
✓Automated test suite setup

3. Test & Validate

Week 6–7

✓User acceptance testing
✓Performance + load testing
✓Security review + sign-off
✓Change management communication

4. Deployment & Stabilisation

Week 8

✓Blue-green or canary deployment
✓Hypercare period (3–5 days)
✓Post-launch performance review
✓Documentation + knowledge transfer

5. Optimise & Evolve

Ongoing

✓Usage + cost analytics
✓Feature iteration backlog
✓Vendor relationship + renewals
✓Quarterly business review

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Synchron Stentrode — Minimally Invasive Brain-Computer Interface

Synchron's Stentrode is a brain-computer interface delivered via blood vessels — no open brain surgery required. The stent-mounted electrode array is inserted through the jugular vein and positioned in the motor cortex, enabling paralyzed patients to text, email, and shop online using thought alone. Synchron received FDA IDE approval ahead of Neuralink and has implanted 10+ patients across the US and Australia.

✦Endovascular delivery — no craniotomy, no open brain surgery
✦16-electrode stent-mounted array positioned in superior sagittal sinus

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Ready to Get Started?

Let's discuss how Neuralink — Brain-Computer Interface Platform can transform your business. 364 E Main St STE 1008, Middletown, DE 19709 · +1 302 464 0950

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Neuralink — Brain-Computer Interface Platform

Features

✦N1 implant: 1,024 electrodes on 64 ultra-thin flexible threads

✦Wireless charging and Bluetooth data transmission — no external wires

✦Precision Robotics surgical robot for minimally invasive implantation

✦First human patients control computers, play games, browse web via thought

✦FDA Breakthrough Device designation for paralysis and neurological conditions