NukeSystems

🧠 NukeChip™ — Rad-Hard Nuclear Control Silicon

All Modules · Sealed Vaults · Deep Environments
(embedded control & sensor ASIC layer)

🧩 Process: rad-hard CMOS class
📡 Sensor inputs: 100–1000 channels
⏱️ Control latency: <10 ms
🔐 Secure boot: 100% signed firmware
🌡️ Rad tolerance: reactor-vault class
📊 Deterministic execution: 100%
🔁 Lifetime target: 20–40 years
⚡ Power draw: 0.5–5 W class
🔗 www.NukeChip.com

1️⃣ System Performance Envelope

⏱️ Worst-case control latency: <10 ms
📡 Sensor channels: 100–1000
📊 ADC aggregate: 0.1–5.0 MSPS total
🔁 Determinism: 100% bounded timing
🔐 Firmware signing: 100%
🌡️ Operating temp: −40 to +125 °C
⚡ Power: 0.5–5 W
🔁 Service life: 20–40 years

2️⃣ Radiation Effects Modeling

🧲 TID tolerance: 10–1000 krad(Si) class
📊 SEU rate: 1E-9–1E-6 upsets/bit-day
🔁 SEL immunity: ≥80–120 MeV·cm²/mg LET class
📈 Displacement damage: 1E11–1E13 n/cm² class
🧮 Neutron cross-section: energy-dependent
📊 Gamma flux endurance: vault-class
🔁 Anneal recovery: 10–50% gain
📈 Lifetime dose budget: model-based

3️⃣ Silicon Process Technology

🧩 Node: 65–180 nm rad-hard class
📏 Gate oxide: hardened thickness band
📊 Substrate: SOI option
🔁 Isolation: triple-well + guard rings
📈 Leakage control: low-leak devices
🧮 Vt drift: <5–20 mV/krad
📊 Latch-up margin: SEL hardened
🔐 Fab traceability: lot + wafer ID

4️⃣ Core Architecture

🧠 Deterministic RISC core: 1–4 cores
📊 Lockstep mode: 2 cores
🔁 TMR: 3-way voter option
📈 ECC on core regs: enabled
🧮 Pipeline depth: 3–7 stages
⏱️ Interrupt latency: <10 ms
🔐 Watchdogs: 2–4 timers
📡 Real-time guarantee: bounded WCET

5️⃣ Deterministic Control Kernel

🧠 RT scheduler tick: 0.1–1.0 ms
📊 Priority levels: 16–256
🔁 Deadline checks: per task
📈 Worst-case jitter: <10–200 µs
🧮 Interrupt masking: bounded windows
📊 Safe-state machine: 10–100 states
🔐 Signed control logs: 100%
📡 Reactor OS interface: deterministic API

6️⃣ Memory Subsystem

📦 SRAM: 256 KB–8 MB ECC
📊 NVM/Flash: 4–128 MB ECC
🔁 Redundant banks: 2–4
📈 Bit-flip correction: single + double detect
🧮 Scrub cycle: 1–60 s
📊 Retention: 20–40 years
🔐 Encrypted regions: AES class
📡 On-chip key vault: 128–4096 keys

7️⃣ Secure Boot Architecture

🔐 Root-of-trust: ROM + fuses
📊 Signature verify: 1–3 keys
🔁 Immutable boot ROM: 1 stage
📈 Attestation: per boot
🧮 Boot time: 50–500 ms
📊 Secure update: staged
🔐 Anti-rollback: monotonic counter
📡 Remote validation: challenge-response

8️⃣ Cryptographic Engine

🔐 AES-128/256 accel: 1–10 Gbps internal
📊 ECC/RSA: P-256 / 2048-bit class
🔁 TRNG: 1–10 Mbps entropy
📈 Hash: SHA-256/384 class
🧮 KDF: HKDF class
📊 Telemetry signing: per packet
🔐 Key vault: tamper-aware
📡 Mutual auth: chip-to-chip

9️⃣ Sensor Interface Layer

📡 AFE channels: 100–1000
📊 ADC resolution: 12–18 bit
⏱️ Sample rate/channel: 10 Hz–10 kHz
🔁 Hardware filtering: 2–8 stages
📈 Cal coef storage: 1–1000 sets
🧮 Linearity: <0.1–1% FS
📊 Drift compensation: 0.1–5%/year
🔐 Sensor authentication: ID + signature

🔟 Analog Front-End

📡 LNA noise: 1–10 nV/√Hz class
📊 Dynamic range: 80–120 dB
🔁 EMI suppression: 20–80 dB
📈 Rad-hard op-amps: vault-class
🧮 Offset trim: 1–100 µV steps
📊 Cross-channel isolation: 60–120 dB
🔐 Secure sensor ID: fused
📡 Shielded routing: differential pairs

1️⃣1️⃣ Control Outputs

⚙️ Actuator channels: 10–200
📊 PWM resolution: 10–16 bit
🔁 Fail-safe shutdown: hard line <1 ms
📈 Isolation drivers: 1–10 kV class
🧮 Output redundancy: 1–3 paths
📊 Fault detection: per channel <10 ms
🔐 Signed command execute: 100%
📡 Emergency override: direct path

1️⃣2️⃣ Communication Interfaces

📡 SPI/I²C: 1–10 buses
📊 CAN/industrial: 1–4 ports
🔁 Fiber link: 1–2 ports option
📈 Throughput: 1 Mbps–1 Gbps
🧮 CRC: 16–32 bit
📊 Fault-tolerant transceivers: redundant
🔐 Encrypted transport: enabled
📡 Multi-chip federation: sync bus

1️⃣3️⃣ Clock & Timing

⏱️ Oscillator: 1–50 MHz
📊 Drift: 5–50 ppm
🔁 External sync: PPS/PTP input
📈 Redundant clock domains: 2–4
🧮 Jitter: <1–50 ps class
📊 Deterministic scheduling: bounded
🔐 Time integrity: signed anchors
📡 Multi-chip sync skew: <100 ns–10 µs

1️⃣4️⃣ Power Management

⚡ Active power: 0.5–5 W
🔋 On-chip regulators: 1–4 rails
📊 Brown-out detect: <1–10 µs
🔁 Dual-rail input: redundant
🌡️ Thermal shutdown: 110–140 °C
🧮 Efficiency: 80–95% rails
📊 Sleep power: 10–200 mW
🔐 Secure wake: signed state restore

1️⃣5️⃣ Thermal Design

🌡️ Operating: −40 to +125 °C
📊 Junction model: ΘJA 5–30 °C/W
🔁 Heat spreader: lid option
📈 Package ΘJC: 1–10 °C/W
🧮 Self-heating: <5–30 °C rise
📊 Drift over temp: <0.5–5%
🔐 Over-temp lockout: hardware
📡 Vault cooling: conduction mount

1️⃣6️⃣ Packaging & Shielding

🧱 Package: ceramic/metal seal
📊 Hermeticity: 1E-8–1E-6 atm·cc/s
🔁 Neutron shielding: B/Li layer option
📈 Gamma attenuation coat: optional
🧮 Vibration: 5–2000 Hz qualified
📊 Shock: 500–2000 g class
🔐 Tamper resistance: mesh + sensors
📡 Vault mount: 4–12 fasteners

1️⃣7️⃣ Redundancy Logic

🔁 Lockstep: enabled
📊 TMR voter: 1–4 domains
📈 Auto reset: <10–100 ms
🧮 ECC threshold: configurable
📊 Fault zones: 2–16 partitions
🔐 Safe-state fallback: hardware
📡 Watchdog escalation: 2–4 stages
📈 Uptime target: ≥99.9%

1️⃣8️⃣ Failure Mode Analysis

📊 SEU prediction: model-based
🔁 SEL suppression: current limit
📈 Thermal runaway prevention: HW cutoff
🧮 Voltage spikes: ±10–20% tolerance
📊 Electromigration: 20–40 year model
🔐 Auto-reset: <100 ms
📡 Fault reporting: 1–1000 codes
📈 Degradation margin index: 0–100

1️⃣9️⃣ Manufacturing QA

🧪 Wafer rad test: TID + SEE sampling
📊 Burn-in: 24–168 h
🔁 TID validation: 10–1000 krad steps
📈 Seal test: hermetic check
🧮 Functional vectors: 1k–1M tests
📊 Traceability: lot/wafer/die
🔐 QA signing: 100%
📡 Supply chain audit: per batch

2️⃣0️⃣ Lifetime Modeling

📈 Target life: 20–40 years
📊 Dose budget: TID + DD combined
🔁 Thermal cycles: 10k–50k
🧮 Aging prediction: Arrhenius model
📊 Reliability tracking: quarterly
🔐 Field update plan: signed only
📡 Replacement planning: per reactor generation
📈 Margin index: ≥20% reserve

2️⃣1️⃣ Multi-Chip Synchronization

📡 Sync bus: 1–4 lanes
📊 Shared clock: distributed
🔁 Distributed topology: 2–32 chips
📈 Load-sharing: deterministic arbitration
🧮 Fault isolation: per chip <10 ms
📊 Latency alignment: <100 µs
🔐 Signed cluster commands: 100%
📡 Farm control mesh: supported

2️⃣2️⃣ Reactor Integration I/O

📡 Sensor bus: 100–1000 channels
📊 Rod control I/O: 10–50 lines
🔁 Pump drivers: 10–100 outputs
📈 Turbine sync inputs: 1–10
🧮 Trip signals: <1 ms path
📊 Scram logic: hardwired + signed
🔐 Actuation chain: signed logs
📡 Telemetry feed: packetized

2️⃣3️⃣ Farm Integration

📊 Multi-reactor aggregation: 2–40 units
🔁 Dispatch inputs: 1–10 channels
📈 MW balancing response: <1–5 s
🧮 Grid support signals: 1–50 Hz
📊 Hydrogen coupling I/O: 10–200 points
🔐 Federated command: signed
📡 Cross-site coordination: 2–4 links
📈 Regional control: hierarchical

2️⃣4️⃣ Space Adaptation

🛰️ TID profile: 50–1000 krad class
📊 SEE resilience: LET hardened
🔁 Vacuum package: optional
📈 Cosmic ray handling: ECC + scrub
🧮 Delay-tolerant execution: buffered logs
📊 Mars rating: temp + dust integration
🔐 Space firmware: signed variant
📡 Lunar grid: sync compatible

2️⃣5️⃣ Energy Efficiency Envelope

⚡ Active: 0.5–5 W
📊 Sleep: 10–200 mW
🔁 DVFS: 2–8 steps
📈 Perf/W tuning: 10–50% gain
🧮 Idle control: deterministic gating
📊 Power integrity monitor: brownout + OC
🔐 Overcurrent shutdown: <1–10 µs
📡 Grid event tolerance: transient safe

2️⃣6️⃣ Firmware Architecture

📊 Microkernel: modular
🔁 Secure update: signed OTA/physical
📈 Rollback guard: monotonic
🧮 Code integrity scan: hash verified
📊 Deterministic task layout: static
🔐 Immutable audit trail: WORM export
📡 Reactor OS compatibility: API
📈 Firmware roadmap: 20–40 years

2️⃣7️⃣ Test & Validation

🧪 Radiation chamber: TID + SEE
📊 Thermal cycling: −40…125 °C, 1k–5k cycles
🔁 Vibration: 5–2000 Hz
📈 EMI/EMC: industrial class
🧮 Latency verification: WCET measured
📊 Fault injection: SEU emulation
🔐 Signed validation pack: 100%
📡 Field acceptance: per batch

2️⃣8️⃣ Cyber Resilience

🔐 Secure enclaves: isolated regions
📊 Key rotation: 30–180 days
🔁 Tamper flags: <1–10 s
📈 Intrusion detection: anomaly counters
🧮 Immutable event log: hash-chain
📊 Root validation: per boot
🔐 Zero-trust hardware posture
📡 Air-gap: compatible

2️⃣9️⃣ Performance Envelope

⏱️ Control latency: <10 ms
📊 Channels: 100–1000
🔁 Deterministic execution: 100%
📈 Lifetime: 20–40 years
🧲 TID class: 10–1000 krad(Si)
📊 ECC + scrub: enabled
🔐 Signed firmware: 100%
📡 Fleet-ready: multi-chip sync

3️⃣0️⃣ Scalability Envelope

📊 Chips/reactor: 2–32
🔁 Redundancy domains: 2–16
📈 Farm scale: 2–40 reactors/site
🧮 Data integration: native signed packets
📊 Global scale: 1–1000+ reactors
🔐 Unified command chain: 100% signed
📡 Planetary expansion: orbit-ready
📈 Multi-decade support: 20–40 years

⚖️ 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