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Complete Project ATO integrated SCCI research and digital engineering release - #1
Project ATO now connects its invasive spinal-interface concept to an integrated digital research and engineering package for both expert-informed motor practice and selected physiological feedback. The release supplies a 27-page illustrated manuscript, audited primary sources, native eight-board electronics, target-linked firmware, mechanical assemblies and reproducible software evidence, with an organized entry guide and explicit attribution to AstroSam's Mind-Link inspiration.
The new integration replay runs the unchanged production C control core through declared companion and body-response adapters. It preserves neutral/adverse learning outcomes and pressure overshoot as well as favorable illustrative results. The manuscript distinguishes this host replay from the unflashed target and from the separate future compact implanted-interface concept. It retains the original hypothesis paper and all completed Stage 1–5 source/evidence paths, except documented current entry and manifest updates.
Validation: 114,426 integration assertions; current portable populated-PCB and mechanical checkpoints; full manuscript rendering and visual review; bound primary references, all 36 requirements and 30 classified claims; deterministic PDF rebuild; Git-blob/source-preservation audit. GitHub workflows, an independent checkout and source/release asset checks provide final publication verification.
This completes the agreed entirely digital scope. No hardware execution, human/animal experiments, retained consumer benefit, compact implanted electronics or chronic thermal qualification is claimed. Website and video revisions remain parked. The new release is v2.0.0; historical v1.0.0 material remains intact.
pratham-cloud-ctrl
changed the title
Reset Project ATO around the full SCCI system design
Specify the full SCCI mechanism and architecture for Project ATO
Oct 8, 2026
pratham-cloud-ctrl
changed the title
Specify the full SCCI mechanism and architecture for Project ATO
Specify and quantify the full SCCI architecture for Project ATO
Oct 8, 2026
pratham-cloud-ctrl
changed the title
Specify and quantify the full SCCI architecture for Project ATO
Develop the SCCI architecture and coupled computational mechanisms
Oct 8, 2026
pratham-cloud-ctrl
changed the title
Develop the SCCI architecture and coupled computational mechanisms
Develop SCCI mechanisms and native delivery-monitoring design
Oct 12, 2026
pratham-cloud-ctrl
changed the title
Develop SCCI mechanisms and native delivery-monitoring design
Develop conditional SCCI mechanisms and native electronics
Oct 13, 2026
pratham-cloud-ctrl
changed the title
Develop conditional SCCI mechanisms and native electronics
Develop conditional SCCI mechanisms and native circuit packages
Oct 13, 2026
pratham-cloud-ctrl
changed the title
Develop conditional SCCI mechanisms and native circuit packages
Develop conditional SCCI mechanisms and four native circuit packages
Oct 13, 2026
pratham-cloud-ctrl
changed the title
Develop conditional SCCI mechanisms and four native circuit packages
Develop conditional SCCI architecture and five native circuit packages
Oct 13, 2026
pratham-cloud-ctrl
changed the title
Develop conditional SCCI architecture and five native circuit packages
Develop conditional SCCI architecture and six native circuit packages
Oct 14, 2026
pratham-cloud-ctrl
changed the title
Develop conditional SCCI architecture and six native circuit packages
Develop conditional SCCI architecture and seven native circuit packages
Oct 14, 2026
pratham-cloud-ctrl
changed the title
Develop conditional SCCI architecture and seven native circuit packages
Develop SCCI architecture, seven circuit packages and nRF5340 firmware
Oct 14, 2026
pratham-cloud-ctrl
changed the title
Develop SCCI architecture, seven circuit packages and nRF5340 firmware
Develop SCCI mechanisms, target firmware and populated board integration
Oct 15, 2026
pratham-cloud-ctrl
changed the title
Develop SCCI mechanisms, target firmware and populated board integration
Develop SCCI mechanisms, populated electronics and mechanical packaging
Oct 16, 2026
pratham-cloud-ctrl
changed the title
Develop SCCI mechanisms, populated electronics and mechanical packaging
Complete Project ATO integrated SCCI research and digital engineering release
Oct 16, 2026
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Project ATO now connects its invasive spinal-interface concept to an integrated digital research and engineering package for both expert-informed motor practice and selected physiological feedback. The release supplies a 27-page illustrated manuscript, audited primary sources, native eight-board electronics, target-linked firmware, mechanical assemblies and reproducible software evidence, with an organized entry guide and explicit attribution to AstroSam's Mind-Link inspiration.
The new integration replay runs the unchanged production C control core through declared companion and body-response adapters. It preserves neutral/adverse learning outcomes and pressure overshoot as well as favorable illustrative results. The manuscript distinguishes this host replay from the unflashed target and from the separate future compact implanted-interface concept. It retains the original hypothesis paper and all completed Stage 1–5 source/evidence paths, except documented current entry and manifest updates.
Validation: 114,426 integration assertions; current portable populated-PCB and mechanical checkpoints; full manuscript rendering and visual review; bound primary references, all 36 requirements and 30 classified claims; deterministic PDF rebuild; Git-blob/source-preservation audit. GitHub workflows, an independent checkout and source/release asset checks provide final publication verification.
This completes the agreed entirely digital scope. No hardware execution, human/animal experiments, retained consumer benefit, compact implanted electronics or chronic thermal qualification is claimed. Website and video revisions remain parked. The new release is v2.0.0; historical v1.0.0 material remains intact.