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Initializing Swarm Engine
N-BASE SWARM TECHNOLOGIES
Live Dashboard
Decentralized AI · Pre-Seed Stage

Swarms that keep working
when the network doesn't.

N-Base Swarm-OS is a decentralized-autonomy operating system for drone and robot swarms in GPS- and comms-denied environments — no central node to lose, self-healing under agent loss, and able to detect its own silent failure. One codebase, many missions: space, disaster response, defense, robotics.

See How It Works
Proprietary C++/CUDA Engine Deterministic · Leaderless Unified Memory Zero-Copy Edge Autonomy
N-Base Neural Core — Live
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The Problem

Today's AI is Built on Broken Foundations

Every AI system today — from Tesla autopilot to warehouse robots — depends on a central server. One outage, one network failure, everything stops.

Single Point of Failure

If the cloud goes down, 100% of connected robots and devices stop working simultaneously.

Massive Cloud Costs

Companies spend billions sending raw data to cloud servers, processing it, and sending commands back — with 50–200ms latency.

Data Privacy Risk

All sensitive operational data travels through third-party servers. One breach exposes everything.

The N-Base Solution

Intelligence at the Edge. No Cloud Required.

N-Base turns every device into a neuron. Devices talk to each other directly — like neurons in a brain — and make decisions locally in under 10ms.

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Each Device Becomes a Neuron

Every robot, sensor, or edge device runs N-Base OS and becomes an autonomous agent with its own memory and decision-making capability.

02

Devices Talk to Each Other Directly

Using bio-inspired hormonal signals, nearby devices coordinate in real time — no server in the middle. Like ants finding food: no leader, perfect coordination.

03

The Swarm Gets Smarter Over Time

Devices share knowledge with neighbors, not raw data. The entire network learns and adapts without ever sending private data to the cloud.

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Active Agents
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Active Synapses
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Generation
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Bio-Chemistry Channels
Market Opportunity

Four Mission-Critical Domains. One OS.

The core is mission-agnostic. The mission is a config — swap the objective, keep the decentralized coordination and metacognition.

Space & Lunar Robotics

Problem: On the Moon or in orbit, Earth is seconds away and the link drops — a central controller can't fly a swarm through blackouts, and robots are lost to dust and terrain.

N-Base fix: Every robot decides locally and the swarm keeps a shared picture over peer-to-peer links, with no ground station in the loop. When a unit dies, the rest re-organize — and every decision is reproducible, which matters for flight-software certification.

$1T+ space economy by 2040 Comms-denied Agent-loss tolerant

Disaster Response & SAR

Problem: Collapsed buildings and wildfires knock out GPS and comms exactly when you need drones most — a swarm that needs a network can't operate where the network is gone.

N-Base fix: Drones self-organize with no infrastructure — mapping rubble, finding survivors and coordinating locally. Each drone detects when it's degraded, so the swarm never acts on bad data.

$40B+ disaster & emergency tech No-infrastructure Self-healing

Contested & Defense

Problem: In jammed, GPS-denied environments a swarm with a leader or a shared link is a single point of failure — jam it and the mission stops.

N-Base fix: Coordination survives jamming, agent loss and even compromised drones — each unit detects degradation locally and re-allocates its role, under retained human intent. No central node to lose.

$50B+ military autonomy by 2030 Jam-resilient Compromise-aware

Robotics & Logistics

Problem: Warehouse robots and drone fleets lean on a central coordinator — remove it and the fleet stalls, scaling hits a ceiling.

N-Base fix: Robots coordinate peer-to-peer — mapping, sorting and balancing load with no central bottleneck and no scaling ceiling. Add or lose units and the fleet keeps working.

$180B market by 2030 Peer-to-peer No scaling ceiling
Why N-Base Wins

A Technical Moat That Is Hard to Replicate

A technical moat built on determinism and metacognition — rare capabilities in the swarm autonomy space.

  • Deterministic & Leaderless

    Contested decisions resolve by a leaderless, order-independent lottery — bit-exact and reproducible between CPU and GPU. Makes swarm behavior auditable and certifiable.

  • Knows When It's Failing

    Each agent watches its own reliability and detects silent degradation — agent loss, jamming, even compromised peers — and re-allocates locally without waiting for a central command.

  • Bio-Inspired Self-Healing

    12-channel bio-inspired chemistry with emergent colonies and castes. The system self-heals under agent loss — kill a relay and a surviving neighbor takes over the role automatically.

  • Backed by Google for Startups

    N-Base is a participant in the Google for Startups Cloud program — giving us access to infrastructure and support as we scale our swarm substrate.

We're Raising Our Pre-Seed Round

Our substrate already runs ~260,000 agents on a single commodity GPU, and it's still growing. We are raising our Pre-Seed round and looking for strategic partners and investors who believe autonomous swarms belong at the edge — not in the cloud.

Honest status: simulation-validated and compile-proven (runs onboard a real STM32 microcontroller) — not yet flown on hardware. Hardware flight is our next milestone.
ceo@n-base.io  ·  Chon Buri, Thailand