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The Continuity Program · Neural Sector Intelligence

A person is a pattern. A pattern can be kept.

The immortalization of the human being through neural link transfer and transmission: reading, preserving, moving and re-instantiating the pattern that makes a person, so that a life can continue beyond the limits of its first body.

1,996,763,480nodes in the map
40.7readiness index
1,488sourced findings
17daily reports
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2026-10-16State of Brain Emulation Report 2025 Confirms No Validation Protocol Exists; Molecular-Level Constraints and Imaging Throughput Remain Unsolved2026-10-16Chile's Constitutional Neurorights Framework Remains Non-Operational; Implementing Law Stalled in Chamber of Deputies Since April 20262026-10-16Nine State Neural Data Bills in Six Weeks Create Incompatible Legal Models; Federal Floor Remains Absent2026-10-16ASIC/SoC Verification Engineers Become the Critical Tapeout Bottleneck with 3:1 Job-to-Candidate Ratio2026-10-16US Semiconductor Industry Faces 157,000-Worker Deficit by 2030 with Only 1,500 Engineers Entering Annually2026-10-16Senolytics Dasatinib & Quercetin Clear Human RCT on Liver Senescence Markers2026-10-16Adult mouse hippocampus recovers full electrophysiology, synaptic transmission, and long-term potentiation after whole-brain vitrification2026-10-16IIT and GNWT double falsification confirms consciousness correlates remain incompletely mapped across data modalities2026-10-16Eon Systems demonstrates embodied Drosophila emulation with 91–95% behavioral accuracy from FlyWire connectome alone2026-10-16Synchron Preparing 2026 Pivotal Trial on Track for First BCI Premarket Approval; COMMAND Study Complete with Zero Device-Related SAEs2026-10-16Paradromics Achieves Real-Time Speech Decoding with Connexus in Clinical Patient; Four Years of Stable Preclinical Data2026-10-16Complete male fruit fly brain connectome published; highest-resolution whole-organism connectome to date2026-10-16Helmstaedter (Nature Reviews Neuroscience, Feb 2026) Synthesizes Connectomics Scaling Path: Modality Diversity & Detection Limits2026-10-16State of Brain Emulation Report 2025 Reframes Timeline and Bottleneck: Data Validation, Not Hardware2026-10-16State of Brain Emulation Report 2025 Confirms No Validation Protocol Exists; Molecular-Level Constraints and Imaging Throughput Remain Unsolved2026-10-16Chile's Constitutional Neurorights Framework Remains Non-Operational; Implementing Law Stalled in Chamber of Deputies Since April 20262026-10-16Nine State Neural Data Bills in Six Weeks Create Incompatible Legal Models; Federal Floor Remains Absent2026-10-16ASIC/SoC Verification Engineers Become the Critical Tapeout Bottleneck with 3:1 Job-to-Candidate Ratio2026-10-16US Semiconductor Industry Faces 157,000-Worker Deficit by 2030 with Only 1,500 Engineers Entering Annually2026-10-16Senolytics Dasatinib & Quercetin Clear Human RCT on Liver Senescence Markers2026-10-16Adult mouse hippocampus recovers full electrophysiology, synaptic transmission, and long-term potentiation after whole-brain vitrification2026-10-16IIT and GNWT double falsification confirms consciousness correlates remain incompletely mapped across data modalities2026-10-16Eon Systems demonstrates embodied Drosophila emulation with 91–95% behavioral accuracy from FlyWire connectome alone2026-10-16Synchron Preparing 2026 Pivotal Trial on Track for First BCI Premarket Approval; COMMAND Study Complete with Zero Device-Related SAEs2026-10-16Paradromics Achieves Real-Time Speech Decoding with Connexus in Clinical Patient; Four Years of Stable Preclinical Data2026-10-16Complete male fruit fly brain connectome published; highest-resolution whole-organism connectome to date2026-10-16Helmstaedter (Nature Reviews Neuroscience, Feb 2026) Synthesizes Connectomics Scaling Path: Modality Diversity & Detection Limits2026-10-16State of Brain Emulation Report 2025 Reframes Timeline and Bottleneck: Data Validation, Not Hardware
The second aim

Read a cortex well enough and it teaches you how minds compute.

Alongside it we run an ambitious programme to map the function and connectivity of cortical circuits using high-throughput imaging, with the goal of reaching the computational principles that underlie cortical function, and carrying those principles into the next generation of machine learning. The two aims are the same work seen from two ends: you cannot move a mind you cannot read, and reading one well enough teaches you how minds compute. Machine learning is not a tool we borrow for this. It is a result of it.

Why it is the same work

Transfer needs the pattern read at the resolution that matters, which means knowing which features of a circuit carry the computation and which are noise. That is the same question a cortical mapping programme asks, and the same answer that would let a machine learn the way a cortex does.

So the programme runs high-throughput imaging of function and connectivity together, not structure alone, and treats the computational principles it recovers as a result in their own right.

What we claim, and what we do not

No one has done this. We map what it would take.

A person is a pattern held in a brain: a connectome, its weights, its dynamics and its memories. If that pattern can be measured completely enough, preserved faithfully enough, and run again on a substrate that keeps it whole, then death becomes a transition rather than an end. No one has done this. The science that could is advancing on nine fronts at once, and nobody is watching all nine together. We are.

We do not sell immortality and we do not claim it exists. We run a research intelligence network that maps every field the goal depends on, reads the world's output on it every day, measures how far each front has moved, and publishes what it finds. The Transfer Readiness Index is a synthesis of published progress, not a promise.

Consent and identity first: a continued person must be the same person, by their own standard.

Evidence over enthusiasm: every finding carries its source.

Open progress: the daily report is public.

The whole map: no single field gets there alone.

The path to transfer

Five stages. One scale. Moved only by evidence.

The index is where the weighted mean of ten fronts sits on this scale today: 40.7 of 100.

01 · reached
FoundationsPrinciples understood; no complete method.0 to 19
02 · reached
ComponentsKey techniques demonstrated in isolation or in small organisms.20 to 39
03 · reached
IntegrationTechniques combined at mammalian scale; partial reads or emulations.40 to 59
04
Human scaleWhole human brains measured, preserved or emulated in part.60 to 79
05
TransferA continued person, verified by their own standard.80 to 100
Ten fronts, one goal

Nobody watches them all together. We do.

Each front is a pillar: a set of regions in the map, a daily web research pass, a readiness score, and an expert brief.

The map

Twelve realms for one goal.

Continuity Science: the twelve realms that hold everything the goal depends on, at the crown of a globe of 1,996,763,480 nodes. Click any realm to open it in the network.

What the network knows

The numbers a specialist carries.

The network holds thousands more, with their sources, in its Continuity Science realm, and rewrites each pillar's brief from the web every week.

The road

Seventy years of steps toward one door.

1952
Hodgkin and HuxleyThe first quantitative model of the neuron's electrical behavior. Every emulation still descends from it.
1967
The first cryonics patientJames Bedford is preserved in liquid nitrogen, three years after Ettinger's The Prospect of Immortality.
1986
The wormC. elegans becomes the first animal with a complete wiring diagram: 302 neurons, about 7,000 synapses.
1988
Mind ChildrenMoravec describes gradual, neuron-by-neuron transfer of a mind to a machine.
2006
A cursor moved by thoughtBrainGate: a paralyzed person controls a computer through a 96-electrode array in motor cortex.
2008
The roadmapSandberg and Bostrom publish Whole Brain Emulation: A Roadmap, with its levels, estimates and open questions.
2013
Two brain programsThe US BRAIN Initiative and the EU Human Brain Project launch in the same year.
2015
A rabbit brain, intactAldehyde-stabilized cryopreservation preserves a whole rabbit brain to synaptic resolution.
2018
A pig brain, intactThe same method wins the Brain Preservation Foundation's large mammal prize.
2021
NeurorightsChile writes protection of mental integrity into its constitution, the first country to do so.
2023
Speech from the cortexTwo intracortical prostheses decode speech at 62 and 78 words per minute.
2024
A whole brain, every synapseFlyWire: 139,255 neurons and 50 million synapses of an adult fruit fly. The first Neuralink human implant. H01, a cubic millimeter of human cortex.
2025
A cubic millimeter that thinksMICrONS pairs the structure of a cubic millimeter of mouse cortex with the activity of 75,000 of its neurons.
Next
A whole mouse brainAbout 70 million neurons, the field's agreed milestone, expected within roughly a decade.
Then
Structure that predicts dynamicsAn emulation from a connectome that behaves like the animal it came from, validated against recordings of the same brain.
Then
A human brain, readImaging throughput a million times today's, molecular state alongside structure, and a preserved brain that can wait for it.
Then
TransferA continued person, verified by their own standard.
How the network works on it

A map, a reasoning core, and a program that never sleeps.

01The map1,996,763,480 named nodes: 113 realms, 759 lobes, 3,959 domains, 68,605 disciplines and 1,889,147 fields, the whole of human knowledge and industry with the goal's twelve realms at the crown.
02The reasoning coreEvery question travels the map before it is answered; the path lights up, then the answer arrives with its sources. Questions that touch the goal get the program's resident expert.
03The programEvery day the network reads the web on every front, files what it finds, re-assesses readiness, and publishes the report. Every week it rewrites each front's state of the art. The map grows toward the goal.
40.7/100 TRI
Transfer Readiness IndexIntegrationTechniques combined at mammalian scale; partial reads or emulations. The weighted mean of ten fronts, moved only by evidence.
Access

Ask for the rest.

Tell us who you are and what you want it for. Access covers the open problems, the findings with their sources, the lab notebook, the progress record and every daily report.

Requests are recorded here for the programme to review.