NukeSystems

🛡️ NukeDetector™ — Distributed Radiation Intelligence Mesh

Cities · Ports · Borders · Orbit · Moon · Mars
(global radiological awareness shield)

📡 Nodes/city: 100–10,000
📏 Radius/node: 100–1500 m
🧪 Coverage: α · β · γ · neutron
⏱️ Alert latency: 0.5–5 s
📊 Detection band: 0.05–10 Sv/h
🛰️ Redundant links: 2–4 paths
🔋 Backup autonomy: 24–240 h
📈 Lifetime: 10–20 years
🔗 www.NukeDetector.com

1️⃣ System Performance Envelope

📡 Nodes/city: 100–10,000
📏 Radius/node: 100–1500 m
📊 Coverage completeness: ≥99% target
⏱️ Alert latency: 0.5–5 s
📈 Uptime: ≥99%
📉 False alarm rate: <5%
🧮 Detection confidence: ≥95%
📈 Service life: 10–20 years

2️⃣ Radiation Physics Model

⚛️ Alpha range in air: 2–10 cm
⚡ Beta range in air: 0.5–10 m
📡 Gamma energy: 50 keV–10 MeV
🧲 Neutron energy: 0.01 eV–10 MeV
📊 Attenuation (γ) model: μ(E) curve
📉 Inverse-square: 1/r² geometric falloff
🧮 Scattering factor: humidity + aerosols
📈 Background variation: ±5–30% seasonal

3️⃣ Detection Band & Dose Math

📊 Background reference: 0.05–0.20 µSv/h
📈 Alarm tier 1: 0.5–5 µSv/h
📈 Alarm tier 2: 5–50 µSv/h
📈 Alarm tier 3: 0.05–1 mSv/h
📈 Alarm tier 4: 1 mSv/h–10 Sv/h
🧮 Dose accumulation: µSv/h × time
📊 Dynamic range target: 10⁶–10⁸
⏱️ Alarm confirmation window: 0.5–10 s

4️⃣ Detection Materials

🧪 Gamma scintillator: NaI(Tl) / CsI(Tl) class
🧲 Neutron converter: ⁶Li / ¹⁰B compounds
📊 Photodetector: SiPM PDE 30–50%
🌡️ Gain temp coeff.: 0.1–1.0%/°C
🔁 Radiation aging: <10% gain loss /10y
📈 Linearity: 1–10⁶ cps
🧮 Energy resolution: 6–9% @ 662 keV
📊 Degradation check interval: 6–12 months

5️⃣ Sensor Core Design

📏 Scintillator volume: 0.1–2.0 L
⚖️ Module mass: 20–60 kg
📦 Shielding: 1–10 mm Pb equiv. (γ)
🌡️ Operating: −40 to +60 °C
🌊 IP rating: IP65–IP67
🔁 Shock tolerance: 10–30 g
📊 Service interval: 6–12 months
📈 Mechanical life: 15–20 years

6️⃣ Signal Acquisition

📊 ADC: 16–24 bit
⏱️ Sampling: 1–200 Hz (dose), 1–10 kHz (pulse)
🔁 Pulse shaping: 0.5–5 µs
📈 Noise floor: <1–5% background sigma
🧮 Dead time: <1–5% at rated cps
📊 Background normalization: 10–300 s window
📡 Edge compute: 1–10 TOPS class
📈 Dynamic thresholds: percentile-based

7️⃣ Calibration Model

📊 Background map update: daily–monthly
🧮 Counting stats: Poisson σ≈√N
🔁 Gain adjustment: weekly–quarterly
📈 Drift correction: <5%/year target
📊 Cross-node calibration: 3–20 neighbors
📡 Auto-zero: 1–10 min procedure
🔐 Signed calibration logs: 100%
📈 Stability index: ≥95/100

8️⃣ Mesh Networking

📡 Topology: mesh + hub optional
🔁 Redundant routes: 2–4
📊 Packet latency: <0.1–1.0 s
📈 Failover: <1–2 s
🧮 Throughput/node: 10 kbps–10 Mbps
📊 Time sync: <10–100 ms across mesh
🔐 Encrypted transport: AES-256 class
🛰️ Satellite fallback: 1–2 uplinks/region

9️⃣ Node Geometry

📏 Mast height: 2–5 m
📊 Urban spacing: 100–500 m
🌍 Border spacing: 200–400 m
⚓ Port spacing: 100–600 m
🛰️ Orbital grid: 100–1000 km footprints
🔁 Overlap factor: 20–40%
📈 Redundancy: 2–5 nodes/point
🧮 Coverage density: nodes/km² model

🔟 Urban Deployment

🏙️ Mount types: pole + roof
📊 Critical zones: 10–200 clusters/city
🚇 Tunnel nodes: 10–500 units
🔁 Hospital/government overlay: 20–200 nodes
📈 Population-weighted density: 1–20 nodes/km²
🧮 Alert routing hops: 2–8
📊 City coverage KPI: ≥99%
🔐 Command hub: 1–3 per city

1️⃣1️⃣ Border Corridor Model

🌍 Corridor length: 5–500 km
🚛 Lane scan radius: 50–300 m
⏱️ Transit window: <5 s per vehicle
🔁 Cross-check nodes: 2–6 per segment
📈 Patrol extension: +10–30% coverage
🧮 Probability of detection: ≥95% target
📊 False positive filter: <5%
🔐 Secure relay: 2–4 gateways

1️⃣2️⃣ Port Configuration

⚓ Perimeter nodes: 100–5000
📦 Yard density: 2–20 nodes/ha
🌊 Buoy extension: 10–500 nodes
📊 Vessel sweep time: 5–120 s
🔁 Harbor corridor mesh: 2–10 lanes
📡 Links: fiber + RF hybrid
📈 Port coverage KPI: ≥99%
🧮 Triangulation error: 5–50 m

1️⃣3️⃣ Orbital Layer

🛰️ Orbit class: LEO 400–1200 km
📊 Coverage footprint: 100–1000 km radius
📡 Downlink: 10–500 Mbps
🔁 Ground correlation: 2–10 stations
📈 Orbital lifetime: 5–10 years
🧮 Global flux map cadence: 10–60 min
📊 Space weather input: 1–10 feeds
🔐 Cross-orbit signatures: 100%

1️⃣4️⃣ Lunar Grid

🌕 Grid spacing: 0.5–2.0 km
📊 Node count: 50–5000 per base region
📡 Relay: orbit link 1–4 paths
🌡️ Thermal swing: −170 to +120 °C
🔁 Dust shielding: regolith berm 0.5–2 m
📊 Cosmic baseline: tracked daily
📈 Habitat protection radius: 1–10 km
🧮 Surface anomaly index: 0–100

1️⃣5️⃣ Martian Grid

🔴 Grid spacing: 1–5 km
📊 Node count: 20–2000 per base region
📡 Relay: 1–4 orbital paths
🌡️ Temperature: −80 to +40 °C
🔁 Dust storm mode: reduced duty cycles
📊 Solar flare channel: integrated
📈 Habitat shielding model: 1–5 km rings
🧮 Atmospheric flux correction: density based

1️⃣6️⃣ Alert Engine

⏱️ Latency: 0.5–5 s
📊 Severity tiers: 4–6
🔁 Cross-node validation: 2–5 nodes
📈 Bayesian confidence: ≥95% threshold
🧮 False alarm cap: <5%
📊 Auto dispatch: 1–3 routes
🔐 Signed alert logs: 100%
📡 Broadcast: 2–6 channels

1️⃣7️⃣ Data Integrity

🔐 E2E encryption: AES-256 class
📊 Signed packets: 100% telemetry
🔁 Immutable chain: append-only
📈 Retention: 10–20 years
🧮 Tamper detection: <1–10 s
📊 Replication: 3–7 copies
🔐 Key rotation: 30–180 days
📡 Audit export: 1–24 h SLA

1️⃣8️⃣ Power System

🔋 Autonomy: 24–240 h
⚡ Power draw: 20–200 W/node
📊 Battery capacity: 0.5–20 kWh
🔁 Hybrid: grid + solar 50–300 W
📈 Efficiency mode: 30–70% duty
🧮 Load shedding stages: 2–5
📊 Voltage tolerance: ±10–20%
🔐 Safe shutdown: <10 s

1️⃣9️⃣ Environmental Hardening

🌧️ Ingress: IP65–IP67
🌪️ Wind: 30–60 m/s
🌡️ Thermal cycling: 10k–50k cycles
🔁 UV resistance: 10–20 years
📊 Salt fog: coastal class
🧮 Structural fatigue: >10k cycles
📈 Outdoor lifetime: 10–20 years
🔐 Sealed enclosure: gasketed

2️⃣0️⃣ Detection Mathematics

🧮 Poisson counting: σ=√N
📊 SNR target: ≥5–10
📈 Thresholding: adaptive percentiles
🔁 Averaging windows: 1–300 s
📊 Background variance: σ/mean 1–20%
🧠 ML rank: top-N anomalies
📈 Confidence: ≥95%
📉 False negative target: <1–5%

2️⃣1️⃣ Redundancy Logic

🔁 Dual detectors: 1–2 per node
📊 Cross-node verification: 2–5 nodes
📈 Overlap coverage: ≥30%
🧮 Quarantine time: <10–120 s
📊 Mesh healing: <1–5 min
🔐 Firmware rollback: signed only
📡 Remote reboot: <30 s
📈 Uptime: ≥99%

2️⃣2️⃣ Reactor Fleet Integration

📡 Perimeter ring: 50–500 nodes/site
📊 Cross-correlation: 1–60 s window
🔁 Site alarm linkage: 1–3 channels
📈 Early warning buffer: 30–300 s
🧮 Vault boundary model: 50–500 m
📊 Zone violation alerts: tiered
🔐 Signed sync: 100%
📡 Fleet dashboard refresh: 1–10 s

2️⃣3️⃣ Mobile Extension

🚓 Vehicle units: 10–500/region
📊 Drone payload: 1–10 kg
🔁 Portable units: 10–1000 kits
📈 Rapid response: <5–30 min
🧮 Auto calibration sync: <60 s
📊 Sweep radius: 10–300 m
🔐 Secure uplink: encrypted
📡 Incident expansion: dynamic

2️⃣4️⃣ Incident Reconstruction

📊 Replay alignment: <10 ms time skew
🧮 Triangulation: TDOA + RSSI
📈 Plume model grid: 10–200 m cells
🔁 Multi-site alignment: federation
📊 Dose map cadence: 1–10 s updates
🔐 Immutable forensic archive: WORM
📡 Visual map layers: 5–20
📈 Forensic confidence: ≥95%

2️⃣5️⃣ Maintenance Protocol

📊 Inspection interval: 6–12 months
🔁 Recalibration: quarterly–annual
📈 Firmware updates: 2–12/year
🧮 Health index: 0–100 score
📊 Replacement cycle: 10–20 years
🔐 Signed service logs: 100%
📡 Remote diagnostics: 1–24 h SLA
📈 MTBF: 2–10 years

2️⃣6️⃣ Data Visualization

📊 Heat maps: 1–10 layers
📈 Trend windows: 1 h–10 y
🔁 Port 3D view: 1–5 scenes
🧮 Orbital graphs: 1–10 metrics
📊 Multi-node analytics: 100–100k nodes
🔐 Audit snapshots: signed
📡 Role dashboards: 5–20 roles
📈 Baseline drift display: yearly

2️⃣7️⃣ Cyber Security

🔐 Root-of-trust: hardware
📊 Zero-trust: segmented zones
🔁 Firmware signing: 100%
📈 IDS latency: 1–10 s
🧮 Threat scan: anomaly-based
📊 Audit cadence: quarterly–annual
🔐 Immutable system logs: enabled
📡 Air-gap mode: optional

2️⃣8️⃣ Scalability Envelope

📊 Nodes supported: 100–100,000+
🔁 Expansion: linear clusters
📈 Regional federation: 1–100 regions
🧮 Storage growth: 1–100 TB/day fleet
📊 Latency scaling: <1 s typical
🔐 Multi-region redundancy: 1–10 regions
📡 Interplanetary links: supported
📈 Longevity: 10–20 years

2️⃣9️⃣ Environmental Baseline Tracking

🌍 Baseline window: 30–365 days
📊 Seasonal model: 4 seasons/year
🔁 Solar cycle: 11-year index
📈 Weather correlation: 1–10 variables
🧮 Density correction: pressure based
📊 Statistical thresholds: z=3–6
🔐 Signed baseline archive: 100%
📡 Global comparisons: region ranking

3️⃣0️⃣ Emergency Response Interface

🚨 Authority alerts: 1–5 agencies
📊 Severity tiers: 4–6
🔁 Dispatch routing: 2–10 routes
📈 Public alert latency: 5–120 s option
🧮 Escalation model: time + dose
📊 Inter-agency sync: 2–6 links
🔐 Signed emergency log: 100%
📡 Recovery monitoring: 1–72 h

⚖️ Legal Block

⚖️ Owner: Built to Unite Inc.
📍 169 Madison Ave STE 38467
🏙️ New York, NY 10016, USA
🧾 Telemetry retention: audit-grade
🛡️ Doctrine: sealed lifecycle architecture
© Built to Unite Inc. — All rights reserved

For investors & strategic partners:
📩 [email protected]

🗓️ Last updated: February 2026