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Protocol Roadmap

GENESTACK Protocol Roadmap

Building the world's first biological signal compiler phase by phase. From signal capture to decentralized genomic intelligence.

PHASE 01 — SIGNAL FOUNDATION

Read the System
Status: Completed

The foundational layer. Establish the core signal capture framework, gene inference logic, and initial stack compiler. Prove that phenotypic signals can be reliably mapped to gene expression states using a deterministic, transparent rule engine.

Scientific Milestones

  • S1.1 — Gene-Signal Mapping Protocol EstablishedDocumented and validated the deterministic mapping between 5 phenotypic signal categories and 10 core regulatory genes.
  • S1.2 — Inference Logic Peer-Reviewed InternallySignal-to-expression inference rules reviewed against established behavioral genomics research.
  • S1.3 — Compound-Pathway Library v1.0Initial compound reference library compiled covering 7 research-grade peptides and nootropics.

Product Milestones

  • P1.1 — Signal Capture Interface (v1)5-module signal input flow live. Complete full biological scan across 5 modules.
  • P1.2 — Stack Compiler Engine (v1)Core compiler live. Aggregates module outputs, eliminates redundancies, scores coverage.
  • P1.3 — Risk Engine (v1)Growth axis overlap, dopaminergic conflict, and metabolic-GH interaction warnings operational.

PHASE 02 — NETWORK GENESIS

Build the Dataset
Status: Active

The DeSci layer. Activate the Experiment System, begin accumulating anonymized protocol outcome data, and surface the first community intelligence insights. Transform individual protocol runs into network signal.

Scientific Milestones

  • S2.1 — Experiment Data Schema FinalizedProtocol logging schema defined. Signal profile, stack composition, and duration standardized.
  • S2.2 — Baseline Network DatasetAccumulating initial anonymized protocol runs across the GENESTACK network.
  • S2.3 — Community Intelligence Layer v1Aggregated outcome data surfaced as network insights directly on dashboards.

Product Milestones

  • P2.1 — Experiment System LaunchProtocol logging interface live. Users can initialize and log outcome checkpoints.
  • P2.2 — Experiment Timeline DashboardPersonal protocol history view live. Timeline visualization of active and completed runs.
  • P2.3 — Community Intelligence PanelSurfaced match counts, outcome consensus, top stacks, and time-to-signal metrics.

PHASE 03 — INTELLIGENCE EXPANSION

Deepen the Science
Status: Upcoming

The scientific maturation phase. Expand the gene library, introduce secondary signal inputs, upgrade the inference engine to probabilistic modeling, and publish research outputs.

Scientific Milestones

  • S3.1 — Gene Library Expansion to 25 GenesAdditions covering HPA axis regulation, oxidative stress pathways, and methylation cycles.
  • S3.2 — Weighted Probabilistic Inference EngineUpgraded from deterministic rule-based mapping to higher-accuracy probabilistic models.

Product Milestones

  • P3.1 — Extended Signal Capture (v2)Input expanded from 5 to 8 categories including Mood, Stress, and Methylation.
  • P3.2 — Gene Expression Map (Interactive)Node graph displaying inferred states, pathway connections, and compound interaction points.

PHASE 04 — DECENTRALIZED SCIENCE LAYER

Open the Network
Status: Planned

The full DeSci activation phase. Transition to a decentralized data contribution and governance model. Token incentives for protocol logging.

Scientific Milestones

  • S4.1 — Decentralized Contribution ProtocolMigration to decentralized data model where users retain ownership of contributed signal data.
  • S4.2 — Community Research Proposal SystemToken-holders can submit and vote on research questions to be analyzed against dataset.

Product Milestones

  • P4.1 — Token Release & GovernanceNative protocol token introduced to govern data contribution rewards.
  • P4.2 — Contributor Reward SystemParticipating in trials earns protocol tokens based on signal profile.

PHASE 05 — GENOMIC INTELLIGENCE NETWORK

Become the Standard
Status: Vision

The long-horizon phase. GENESTACK evolves into the foundational intelligence layer for decentralized biological research. Multi-omic integration.

Scientific Milestones

  • S5.1 — Real Genomic Data IntegrationSupplement inferred expressions with actual raw genetic data uploads.
  • S5.2 — Multi-Omic Signal LayerIntegration with wearable HRV data, glucose monitors, and continuous sleep telemetry.

Product Milestones

  • P5.1 — Continuous Signal Tracking AppReal-time updates without manual input, capturing data passively from devices.
  • P5.2 — Institutional Research PortalGoverned dataset access for academic institutions and research organizations.