Start exploring the SYNS protocol surface
Synaptic Swarm Protocol is a protocol-facing MVP for modeling how fragmented onchain signals become coordinated swarm intelligence. This page gives you the fastest path from first contact to hands-on exploration.
01 · Capability
What you can do today
The current MVP is intentionally focused. It gives you a branded protocol surface, an inspectable emergence lab, deterministic scenarios, public demo APIs, and protocol documentation that maps narrative concepts into software primitives.
- Explore the public homepage
- Open the emergence lab
- Read the protocol docs
- Query the demo API surface
- Run the repository locally
02 · Path
Quick start path
- 01
Read the thesis
Start with the homepage and litepaper flow to understand the core SYNS thesis: fragmented signals, adaptive weighting, and emergent collective intelligence.
- 02
Open the lab
Use the lab to replay deterministic scenarios, inspect node activation, and watch how emergence forms across the protocol surface.
- 03
Read the docs
Review the architecture, glossary, and demo limitations to understand exactly what is implemented today and what remains future-facing.
- 04
Run the repo locally
Clone the repository, install dependencies, and start the local development server to inspect the MVP directly in code.
03 · Local setup
Run the repo on your machine
After the dev server starts, open http://localhost:3000 to view the homepage, then explore /lab and /litepaper.
git clone https://github.com/propooblob403/SYNS.git
cd SYNS
npm install
npm run dev04 · Surface
Key routes
- Homepage
Protocol overview, brand narrative, architecture framing, and token positioning.
- Lab
Interactive emergence simulator, scenario replay, and signal inspection.
- Litepaper
Protocol thesis, narrative framing, and the high-level vision behind the swarm.
- GitHub
Source code, release history, CI, and contribution surface.
05 · Protocol surface
Public protocol surface
The current public MVP surface is intentionally small but real. It already includes a typed protocol model, a deterministic scenario engine, a replayable emergence lab, and public endpoints for nodes, scenarios, and simulation runs.
- Typed protocol primitives
- Deterministic simulation engine
- Public JSON API routes
- Release-ready repository structure
- CI-backed verification flow
06 · Next
Next after setup
Once you are familiar with the current MVP, the next useful steps are exploring the codebase, reviewing scenario logic, and following the roadmap toward richer signal inputs, persistent memory, and stronger calibration.
Move from concept to inspection.
Explore the SYNS protocol through the lab, docs, and public repository.