Synaptic Core
Timing-sensitive updates of Gf/Gs capture immediacy & persistence.
Neuromorphic markets, made legible.
We translate live on-chain activity into an interpretable neuromorphic signal, rooted in NOMFET research. Alpha shows what the system perceives; Beta will trade what it understands.
How The Factor "Momentum" Works
Buy/sell spikes update a dual-decay synapse (Gf fast, Gs slow).
We form Gsyn=0.6·Gf+0.4·Gs, blend multi-timeframe momentum (5m/1h/1d),
and apply risk damping. The longer it runs online, the more it adapts to a token’s microstructure.
MTF Fusion
5m/1h/1d momentum creates trend context without over-reacting.
Risk Damping
Down-weights scores in adverse microstructure (illiquidity, imbalances).
Inputs beyond price
Core realtime
- Tick price snapshots (for normalization, not pure trend).
- Buy/Sell deltas & microflow cadence (5m net spikes).
- Liquidity & pool depth snapshots; slippage hints.
- Trade size distribution (micro vs. blocky flow).
Context & regime
- Multi-timeframe momentum (5m/1h/1d, blended).
- Volatility bands & imbalance windows.
- Adaptive decay constants vs. liquidity.
Risk & integrity (Beta)
- Holder concentration & whale flow dynamics.
- Contract flags, mint authority checks.
- Suspicious wallet clustering & bursts.
- Alerting & optional auto-mode hooks.
Alpha focuses on the neuromorphic loop and live momentum context; integrity analytics expand in Beta.
VION Micro Node (Physical)
A palm-size external co-processor that runs the neuromorphic loop with deterministic timing. The host app handles UI, networking and storage. The Micro Node executes the inner loop: spikes → dual-decay synapse (Gf/Gs) → Gsyn → multi-timeframe blend → score over a single USB-C cable.
<50 mshost↔node latency (p95)
≤12 Wthermal envelope
1 kHzinternal state loop
What it does
- Consumes event ticks (buys/sells deltas, microflow, price snapshots).
- Updates Gf/Gs (dual decay) with timing-sensitive gain.
- Computes Gsyn=0.6·Gf+0.4·Gs, blends 5m/1h/1d momentum, applies risk damping.
- Streams a compact state vector (score, regime, Gf/Gs, health) back to the host.
What it is not
- No full CPU+GPU box (thermal + height constraints).
- No wallet custody; keys remain on the host or user device.
- No networking stack on the node, attack surface stays minimal.
Alpha is observational: paste a contract, start STRICT_LIVE and watch the signal evolve. Beta adds wallet connect, multi-token tracking, on-chain risk analytics, alerts and an optional auto-mode (manual by default).
Short loop of the prototype enclosure.
Why a separate node?
- Determinism & low latency: steady 1 kHz loop unaffected by UI/GC/network jitter.
- Thermals & form factor: ≤10 cm height, palm footprint, silent cooling.
- Modularity: host updates independently; node firmware keeps the loop stable.
- Security boundary: no keys, no Internet on the device, reduced attack surface.
Architecture & Rationale
Host ↔ Node split
The host ingests feeds (DEX/API), runs UI, storage and orchestration. The Micro Node executes the neuromorphic inner loop at fixed cadence and returns a compact state vector.
Deterministic timing
Dual-decay integration and spike-timing gain benefit from stable cadence; we fence scheduling noise away from the loop to keep score dynamics consistent.
Scalable roadmap
Beta enables multi-asset tracking and on-chain risk analytics on the host, while the node stays a low-power accelerator, form factor remains handheld.
Creator Fees Allocation
We reinvest to move neuromorphic trading from prototype to practice.
- Micro Node evolution: next-gen board spin (power/thermals), firmware hard-real-time loop, USB-C link tuning, enclosure & reliability tests.
- Neuromorphic core R&D: dual-decay models, timing-gain calibration, adaptive learning rates vs. liquidity regimes, simulation harness.
- Host pipeline: low-latency event adapters (DEX/API), buffering & replay, integrity guards, state streaming to UI.
- Signal quality: regime classifiers, multi-timeframe fusion, risk damping under illiquidity/imbalance, offline backtests & drift checks.
- Developer tooling: reproducible datasets, benchmarks, regression suite, CI for firmware + host.
- UX for clarity: interpretable HUD, annotations, alert semantics, safe defaults.
- Targeted grants: university and lab groups working on NOMFET/organic synaptic devices, measurement and modeling.
- Open science: support for datasets, reference circuits, and reproducible code that the community can audit and extend.
- Bridging research → product: small fellowships/visits to transfer insights into practical trading-signal design.
- Transparency: public reports on recipients, milestones, and outcomes each quarter.
- $VION awareness: clear positioning of the $VION token as access layer for Beta and, later, payment for pro modules.
- Crypto-native presence: long-form threads, AMAs, technical deep dives, and dashboard teasers across X, Discord, and developer communities.
- Education-first content: explainers on neuromorphic signals, risk damping, and integrity checks; honest limitations and safety notes.
- Launch & growth: Pump.fun kickoff comms, liquidity-routing explainers, partnerships with Solana-native tools and analysts.
- Metrics & trust: transparent progress reports, signal demos, and community feedback loops to shape the roadmap.
- Lean, senior team: neuromorphic modeling, firmware/embedded, low-latency systems, product design.
- Stability & ethics: competitive compensation to retain talent focused on correctness, interpretability, and user safety.
- Ops & support: incident response, documentation, community moderation, and responsible disclosure processes.
- Hiring runway: budget for 1–2 critical roles (signal validation & integrity analytics) as Beta scales.
Token Utility
The token is the access layer for Beta and, later, the full release: tiered features, rate limits, and pro analytics. Over time it becomes the native payment method for subscriptions and advanced modules.
- Access: feature gating for Beta modules.
- Economy: subscriptions & pro add-ons.
- Governance (future): research tracks & roadmap input.
Why launch on Pump.fun
A fair, transparent, Solana-native path to early liquidity and community discovery. It lets an R&D-heavy project bootstrap the right audience quickly in alpha/beta.
Origin
We started last year with a simple question: can neuromorphic ideas make market structure legible in real time? What began as lab notebooks and device papers became Nomentum: A system that learns online and explains itself.
Late 2024
Research & prototyping started.
- Bench experiments of dual-decay conductance & timing gain.
- First host↔node split sketches and latency budget.
June 2025
- Stable 1 kHz inner loop; deterministic spike integration achieved.
- MTF fusion (5m/1h/1d) calibrated on synthetic + live streams.
October 2025
- Alpha polish: interpretable HUD, momentum regimes, SOL overlay.
- Fees/roadmap transparency; launch readiness checklist green.
November 2025
Beta with actionable features.
- Wallet connect, multi-token tracking, risk analytics.
- Alerts and optional auto-mode (manual by default).