Nexus Observatory

Lifeline for global cooperation, enabling nations, organizations, and communities to support critical applications across disaster risk reduction, climate resilience, and sustainable development

The Nexus Observatory represents the definitive convergence of elite AI compute and future-ready telecommunications, engineered for those who operate where the world is most demanding. By fusing Petaflop Blackwell-class superchips with a sophisticated, software-defined AI-RAN fabric, we have moved beyond the traditional data center to create a “Neural Edge” that lives wherever your mission does

This is a total, air-gapped ecosystem of ruggedized sensors, autonomous drones, and satellite-linked hubs designed to turn massive industrial and tactical sites into self-sufficient, thinking environments. Our architecture enables Model-Native 6G readiness, utilizing radio waves as joint-sensing radar to perceive the physical world while simultaneously training trillion-parameter models on-site

From establishing resilient local networks and optimizing resources through neural orchestration to fostering sovereign data commons, the Nexus Observatory ensures your most critical operations are powered by the most advanced intelligence on Earth. Completely under your own sovereign control

Unified AI-RAN Convergence: Unlike traditional setups that require separate hardware for networking and computing, our stack collapses the “Network” and the “Brain” into a single architecture. By running software-defined radio functions directly on the world’s most powerful AI superchips, we repurpose unused GPU cycles to enhance spectral efficiency. This allows your site to handle massive 5G/6G data traffic and train trillion-parameter AI models simultaneously on the same hardware, reducing your physical footprint by 60%

Sovereign Air-Gapped Autonomy: Engineered for “Zero-Failure” environments, our stack offers total data sovereignty and operational self-sufficiency. Designed to function in a completely air-gapped state, the system processes, trains, and secures all intelligence locally. With modular high-density energy storage and ruggedized mil-spec housing, the Nexus Observatory continues to think and act even if satellite links are severed, ensuring your most sensitive intellectual property and mission-critical operations never leave your control

Model-Native 5G/6G & Joint Sensing: The Nexus Observatory doesn’t just transmit data; it “perceives” the physical world. Our 6G-ready architecture utilizes Integrated Sensing and Communications (ISAC), turning your entire wireless network into a high-resolution, radar-like sensor. This allows the system to detect movement, track assets, and monitor environmental changes through radio waves alone—without the need for additional cameras or LiDAR—providing an invisible layer of situational awareness

Zero-Touch Neural Orchestration: Deploying a “data center in a box” should not require a data center team. Our proprietary orchestration layer allows for “Zero-Touch” field deployment. From the moment the unit is powered on, it automatically authorizes itself, secures the local 5G bubble, and begins synchronizing AI model weights across every connected edge device—from drones to tablets. This turns complex, multi-layered infrastructure into a “plug-and-play” asset for tactical and industrial teams

◈ NEXUS OBSERVATORY

PRO MAX SERIES

MODULAR AI-RAN FULL-STACK ECOSYSTEM — COMPLETE PRODUCT CATALOG

● 8/8 NODES OPERATIONAL

O-RAN WG4 · 3GPP R18 · FIPS 140-3

MIL-STD-810H · IP68 · ISO 27001

AI COMPUTE

20KTFLOPS of FP4 / node

MASSIVE MIMO

256T256R

SATCOM BW

120Global Coverage

PEAK POWER

∞ Modular Stack

01 — PLATFORM OVERVIEW

PRO MAX SERIES

Nexus Observatory

AI-RAN · 5G-Advanced · 6G-Ready

PRODUCTS

SW MODULES

STANDARDS

MESH NODES

128

20K TFLOPS of FP4 AI-RAN compute fabric

256T256R Massive MIMO spectrum layer

Post-quantum CRYSTALS-Kyber security

O-RAN 7.2x disaggregated full stack

Global PQ-encrypted SATCOM backhaul

128-node IIoT 5G-SA private mesh

MIL-STD-810HIP68O-RAN WG43GPP R18FIPS 140-3ISO 27001NIST PQC

AI WORKLOAD METRICS

Compute distribution

Heterogeneous GPU cluster utilization

Edge inferencing · 92%

AI model training · 87%

5G baseband proc · 72%

Radar sensing DSP · 64%

Real-time analytics · 78%

PQ crypto engine · 55%

GPU archNVL72 Blackwell

HBM3e pool1.5 TB

Mem bandwidth14.4 TB/s

Inference lat< 2ms P99

AI-RAN RADAR SWEEP

5G/6G sensing visualization

Live air interface situational awareness

Sensing radius30km max

Range res.0.5m

Freq.FR1 + FR2 + mmW

Targets256 simultaneous

ECOSYSTEM MESH

Cluster-node full topology

5G-SA private network · PQ-encrypted

E2E latency< 1ms

Throughput400 GbE fabric

SecurityPQ zero-trust mesh

02 — CORE HARDWARE PLATFORM

COMPUTE CORE

Nexus Core-1

20KTFLOPS of FP4 / node AI-RAN compute hub · Pro Max

NVL72-class GPU compute cluster

1.5TB HBM3e unified memory pool

14.4 TB/s memory bandwidth

NativeEdge zero-touch orchestration

AI perf20K TFLOPS of FP4 / node

NIC400GbE dual

Form factor7U Carbon chassis

CoolingDirect liquid

TDP4,800W peak

NETWORKING HUB

Nexus Node-X

O-RAN 32-sector L1/L2 processing hub

O-RAN 7.2x fronthaul split

32-sector concurrent management

Hot-swap L1/L2 processing sleds

eCPRI / 25GbE fronthaul ports

Sectors32× max

Fronthaul25GbE eCPRI

O-RAN splitOption 7.2x

Latency< 1ms L1

Form factor2U ruggedized

SPECTRUM ANTENNA

Nexus AirScale α

256T256R Massive MIMO · 5G-Adv / 6G

Joint communication + radar sensing

Adaptive 3D beamforming

6G-ready air interface

Sub-6GHz + mmWave dual-band

MIMO256T256R

Bandsn77/n78/FR2

EIRP+65 dBm

Sensing360° integrated

Beams512 spatial

AERIAL SENSING

Nexus Recon-1

5G-SA BVLOS drone · LiDAR · thermal

Beyond-visual-line-of-sight ops

LiDAR + thermal + RGB payload

5G-SA encrypted telemetry

Autonomous terrain mapping AI

Link5G-SA BVLOS

PayloadLiDAR + IR + RGB

Endurance45 min

RotorsHexacopter 6×

EncryptPQ-AES256

03 — FIELD & EDGE PRODUCTS

COMMAND INTERFACE

Nexus Slate-X

MIL-SPEC 5G rugged tablet · Pro Max

Zero-touch NativeEdge orchestration

AI-RAN real-time monitoring HMI

Biometric + PKI authentication

Carbon-fiber MIL-810H body

Display12" OLED

Connectivity5G-SA + Wi-Fi 7

Battery72 Wh

RatingMIL-810H / IP68

GLOBAL UPLINK

Nexus Link-Sat

10Gbps PQ-encrypted SATCOM

Post-quantum CRYSTALS-K backhaul

Auto-pointing phased array panel

Multi-orbit LEO/MEO/GEO support

Off-grid mission certified

Throughput10 Gbps

Latency< 20ms LEO

EncryptKyber-1024

CoverageGlobal 99.9%

MISSION POWER

Nexus Energy Ark

modular power hub · 240V/60A

5-bay hot-swap modular cells

Crimson-braided industrial PDU

Real-time cell health monitoring

240V / 60A / 3-phase output

Peak power8,000W

Capacity40 kWh

Runtime5h full stack

Efficiency97.2% peak

DISTRIBUTED EDGE

Nexus Sensor Pods

128-node IIoT · 5G-SA private mesh

Vibration · spectral · chemical sensors

5G-SA MQTT / OPC-UA protocols

IP67 steel-encased housing

Edge AI anomaly detection on-pod

Nodes max128× mesh

Latency< 5ms

Battery life5-year cell

AI modelsOn-device TinyML

04 — SOFTWARE & AI PLATFORM

AI-RAN INTELLIGENCE OS

NexusOS AI Runtime

xApp · rApp · model serving · O1 interface

Sub-10ms near-RT RIC control loop

Multi-vendor xApp / rApp marketplace

Federated learning across nodes

Continuous model fine-tuning

OS kernelRT-Linux 6.x

AI runtimeTensorRT-LLM

RIC loop< 10ms near-RT

xApp stdO-RAN WG3

O-RAN RIC PLATFORM

Nexus RIC Stack

Non-RT · Near-RT · full O1/A1/E2

Full A1 / E2 / O1 / Fx interface stack

Multi-vendor xApp isolation

Autonomous radio resource mgmt

FronthauleCPRI 7.2x

Near-RT loop< 10ms

StdO-RAN WG1-6

xAppsOpen marketplace

DIGITAL COCKPIT HMI

Nexus Command Center

Centralized OLED situational awareness

Live radar sweep + target tracking

AI model sync status across cluster

PQ-handshake verification display

DisplayCentralized OLED

Refresh1ms real-time

Data sources8-node live feed

SECURITY FABRIC

Nexus PQ-Shield

CRYSTALS-Kyber · Dilithium · FIPS 140-3

CRYSTALS-Kyber key exchange (PQC)

Dilithium-5 digital signatures

Hardware security module HSM L3

Zero-trust network access fabric

StandardNIST FIPS 203

Key exchangeKyber-1024

SignatureDilithium-5

HSMFIPS 140-3 L3

05 — PERFORMANCE, COMPLIANCE & DEPLOYMENT

PERFORMANCE BENCHMARKS

System capabilities radar

6-axis technical performance matrix

Max throughput400 GbE

AI performance100 PF

System uptime99.999%

Radar coverage30km / 360°

POWER & DEPLOYMENT

System power envelope

Nominal stack consumption profile

Core-1 GPU cluster · 4,800W

Node-X + AirScale α · 1,600W

Link-Sat SATCOM · 800W

Slate-X + Recon-1 · 400W

Sensor pods 128× · 512W

Energy Ark overhead · 288W

Total nominal6,400W

Peak burst8,000W

PDU spec240V / 60A 3Φ

Deploy time< 4h full stack

Op temp range-40°C to +65°C

STANDARDS & CERTIFICATIONS

Compliance matrix

Military · telecom · security · safety

MILITARY

MIL-STD-810H · MIL-STD-461G · IP68

TELECOM / O-RAN

O-RAN WG1-6 · 3GPP R18 · eCPRI 2.0

SECURITY / CRYPTO

FIPS 140-3 L3 · NIST PQC FIPS 203/204

SAFETY / QUALITY

ISO/IEC 27001 · NIST CSF 2.0 · CE / FCC

AVIATION / UAV

BVLOS · FAA Part 107 · EASA A3

MIL-STD-810HIP68FIPS 140-3O-RAN WG43GPP R18ISO 27001NIST PQCCE/FCC

CONNECTIVITY MATRIX

Interface & protocol spec

Node × interface coverage map

NODE	5G-SA	eCPRI	PQ	SATCOM
Core-1
Node-X
AirScale α
Recon-1
Slate-X
Link-Sat
Sensor Pods

Active

Via bridge

N/A

NEXUS OBSERVATORY · PRO MAX SERIES · REV 4.1.2 · CONFIDENTIAL — AUTHORIZED USE ONLY

● 8/8 NODES ● PQ-ENCRYPT ACTIVE MIL-STD-810H / IP68 / O-RAN / FIPS 140-3

Comprehensive suite of open-source tools and frameworks designed to empower developers in building cutting-edge decentralized applications. With seamless integration across Web 3.0, AI/ML, and IoT, OP’s Stack includes everything from smart contract development and decentralized identity management to AI model deployment and IoT device management

Leveraging the decentralized nature of Web 3.0 to empower communities with tools and frameworks

Harnessing the power of AI and Machine Learning, enabling the deployment of intelligent systems for predictive analytics

Integrate seamlessly with IoT, enabling the connection and management of vast networks of decentralized infrastructures

Petaflop Blackwell core for trillion-parameter AI training and 5G-Advanced baseband processing

Ruggedized, modular L1/L2 processing sleds for high-capacity O-RAN sector management

High-capacity 5G-Advanced/6G antenna array with integrated radio-sensing radar

LiDAR/Thermal UAV for beyond-visual-line-of-sight reconnaissance and real-time site mapping

Tactical satellite terminal providing post-quantum encrypted backhaul for off-grid mission data

Steel-encased vibration and spectral sensors linked via private 5G-SA network

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Establishing Local Networks

Neural Convergence: Unified Architecture for AI-Native Networking and Supercomputing

The Nexus Observatory establishes high-performance, private 5G-Advanced and 6G-ready infrastructures within entirely autonomous, remote environments. By utilizing a software-defined, cloud-native RAN architecture integrated with hyper-density compute cores, we eliminate reliance on public infrastructure to deliver a secure, ultra-low latency wireless fabric. This ensures that massive industrial sites—from deep-pit mines to offshore rigs-- operate with the connectivity standards of a Tier-IV data center, enabling sub-millisecond synchronization across thousands of IIoT devices

Satellite and Mobile Integration

Global Synchronicity: High-Bandwidth Tactical Satellite Backhaul

True global operations require persistent connectivity beyond terrestrial reach. Our ecosystem features native integration with high-bandwidth, LEO (Low Earth Orbit) satellite constellations, providing a post-quantum encrypted (PQE) backhaul for remote deployments. The tactical satellite terminal ensures that field-deployed nodes remain synchronized with global command centers, facilitating real-time telemetry streaming and remote fleet management. Our mobile-first design ensures your private network remains persistent across maritime, aerial, and nomadic industrial frontiers

Optimal Resource Allocation

Kinetic Sensing: Transforming Wireless Radio Waves into High-Resolution Radar

Harness the power of AI-RAN to maximize spectral efficiency. The Nexus Observatory utilizes advanced tensor-core-driven algorithms to dynamically shift compute resources between 5G signal processing and heavy AI training workloads based on real-time demand. This "Neural Orchestration" ensures hardware resources are never idle, repurposing underutilized GPU cycles to enhance radio performance and prioritize mission-critical data streams. The result is a 3x increase in network capacity and the enabling of joint-sensing capabilities without additional physical hardware

Building Data Commons

Sovereign Autonomy: Total Data Privacy via Air-Gapped Infrastructure

In interconnected and localized intelligence, the Nexus Observatory acts as a sovereign vault for your organization’s most critical datasets. By establishing an on-premise "Data Commons," we enable multiple autonomous agents to share secure, high-speed access to trillion-parameter models. This local repository eliminates cloud egress costs and mitigates the risk of intellectual property leakage, allowing for collaborative AI development that adheres to the most stringent data sovereignty and air-gapped security protocols

Fostering Innovation Ecosystems

Zero-Touch Deployment: Instant Field Orchestration for Rapid Mission Readiness

The Nexus Observatory is a programmable edge-compute platform for the next generation of "Physical AI" applications. Utilizing a unified, zero-touch software orchestration plane, we empower developers to deploy custom autonomous agents, computer vision models, and robotic routines directly to the tactical edge. This open, secure ecosystem facilitates rapid prototyping and containerized deployment, transforming raw sensor telemetry into actionable, real-time intelligence for continuous operational refinement

Resilience and Self-Sufficiency

Mission Durability: Ruggedized Self-Healing Architectures for Hostile Environments

Engineered for "zero-failure" environments, the Nexus Observatory provides total operational autonomy. Featuring modular energy storage for independent power and a shock-mounted, MIL-spec-aligned chassis, the system thrives in extreme thermal and kinetic conditions. Its self-healing network protocols and local inferencing capabilities ensure that even if the primary satellite link is severed, the system continues to sense, think, and act. This ensures that critical industrial and tactical infrastructure remains intelligent and online regardless of external geoclimatic conditions

Observatory Protocol (OP) is at the cutting edge of creating a decentralized, intelligent infrastructure that harmonizes human, machine, and natural systems to tackle the complex challenges of the water-energy-food-health nexus. By leveraging advanced technology and decentralized governance, OP fosters a collaborative approach to resource management that is resilient, sustainable, and equitable

Explore our comprehensive documentation, join our innovative community, and start building on the Observatory Protocol today. Together, we are shaping a future where human ingenuity, machine intelligence, and natural ecosystems work in concert to sustain life on Earth

10M Developers

120+ Countries

130K Products

2K+ Universities

3K+ Partners

3K+ Solutions

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