One screen instead of nine.
Decisions in seconds, not hours.
Complete battlespace picture — from satellite to foxhole.
Data is scattered across different systems. Intelligence is in one, artillery in another, UAVs in a third. The analyst compiles the situation manually. By the time he finishes, the situation has already changed.
All data on one screen. Satellites, drones, radars, intelligence, artillery — everything unified. Artificial intelligence helps find targets and recommends actions. The commander makes decisions faster than the adversary.
Commander mode: unified situational map, targeting panel, AI assistant
All friendly and detected enemy forces on one map in real time. Air defense zones, minefields, phase lines, routes.
Artificial intelligence analyzes satellite imagery and drone video. Detects vehicles, positions, fortifications — automatically.
The system suggests: what to fire, from where, with what munition, with what probability of kill. The commander approves with one tap.
Dozens of drones controlled as a single entity. Automatic target allocation, reassignment upon losses, coordinated attack.
The system operates autonomously, without internet or a central server. When connectivity returns — automatic synchronization with HQ.
"What's happening in Sector B?" — the AI assistant analyzes all data and answers in natural language. Like a personal analyst 24/7.
Ammunition, fuel, personnel, equipment — all on one dashboard. Forecast: "at current rate, ammo will last 3 days."
UAVs, ground robots, maritime drones — all on one map, all controlled from one interface. From reconnaissance to strike.
The customer assembles the required configuration. Each module works independently and enhances the others.
All data from all sources in one model. A tank from satellite, a tank from a report, and a tank from radar — it's one object. 90 object types, 900 fields.
50+ connector types: satellites, drones, radars, cameras, databases, sensors, SIGINT. Latency under 1 second.
Detects vehicles in imagery, answers questions, recommends actions. Works fully autonomously, without internet. 47 object classes.
Who is connected to whom, through whom, when. Network identification, groupings, financing chains. Graph visualization.
One screen for everyone: map, drone video, link graphs, dashboards, AI assistant. Adapts to the role — from commander to duty officer.
Installs on any infrastructure: from data center to backpack. Updates via secure channel or USB. Operates without internet.
Full cycle: receive mission → assess situation → decide → issue orders → monitor execution. Operations orders, reports, battle rhythm.
Recommendation: what to fire, from where, with what munition. Ballistic calculation with weather data. Integration with artillery, MLRS, strike UAVs.
Control of UAV swarms, ground robots (UGVs), maritime drones (USVs), and underwater vehicles — from one interface. 5 levels of autonomy.
Air picture, fire control for SAM systems, electronic warfare management. Integration with any SAM and AA systems. Counter-UAS defense.
Data exchange between headquarters and units. Formatted reports, target cards, military symbology, callsigns, and code tables.
Coordination between service branches: close air support, AD + aviation, naval coordination, space, cyber. Common picture for all.
Ammunition, fuel, food, medical supplies — real-time tracking. Consumption forecast: "at current rate — 3 days remaining." Automated resupply requests.
Automatic channel switching under jamming: satellite → radio → mesh network. Traffic prioritization. Data compression for low-bandwidth links.
Planning fortifications, obstacles, crossings. Engineer reconnaissance: trafficability, cover, key terrain. Camouflage and deception.
Contamination zone forecasting with wind and terrain data. Alerts. Decontamination and evacuation planning. Integration with CBRN sensors.
Real-time strength reporting. Casualty tracking, replacements, rotation. Automatic combat effectiveness recalculation. MEDEVAC requests.
Weather forecast with operational impact: visibility for ISR, wind for artillery, road trafficability. Military coordinate systems, target designation.
"What if" scenarios: what if the bridge is destroyed, what if the attack comes from the north. Wargaming, force optimization, forecasting.
Automated generation of battle reports, intelligence summaries, operational summaries. AI writes the text — operator verifies. Classification and distribution.
Simulator on synthetic data. Scenarios for each role. Exams and operator certification. After-action reviews.
Tablet in field conditions. Works offline, synchronizes when connected. Geotagged photos, voice input, Blue Force Tracking.
International humanitarian law compliance monitoring. Automated target proximity checks against protected objects. Use-of-force documentation.
Open interface for connecting third-party systems. Any system can send data and receive the situation picture. SDK in three languages.
"The speed of decision-making is the speed of victory. Whoever closes the detect-to-engage loop fastest controls the battlefield.
A principle embedded in the architecture of the SPHERA platform
The platform ingests data from any existing system — from satellite to fence-mounted sensor.
A unified control interface for all types of robotic platforms. From reconnaissance to strike, from sky to seabed.
Every step is AI-assisted. The final decision is always the commander's.
Satellite or drone spots an object
AI: "SAM Buk-M2, confidence 94%"
Second source confirmed — target is real
AI: "Lancet, Bn 5, probability 85%"
Commander approves — fire mission is sent
Drone confirms — target destroyed
Palantir Maven is the system the Pentagon uses for force management. A $13B contract. It's unavailable to us. But we know how it's built, and we can do better.
This is not a theoretical concept. An analogous system is already deployed in combat.
The concept is battle-proven. We know the architecture — 37 technical documents, 266 open-source repositories, 3,438 patents analyzed. SPHERA takes the best and builds it for us.
The core is one. The domain is configured to the customer's mission.
Situational awareness, force management, fire support, robotic and drone control
Emergency monitoring, response coordination, rescue team management, situation development forecasting
Operational situation, video surveillance, search & pursuit, investigations, criminal network graphs
Multi-source intelligence, cybersecurity, financial investigations, information operations
Cargo control, smuggling detection, trade risk analysis, border checkpoint monitoring
Any scenario — with adapted cryptography, language, classification. Independent of Western vendors
The same system at different scales. All operate autonomously and synchronize when connectivity is restored.
Complete picture across the entire theater of operations. All data, all units, all assets.
Full autonomy. Operates even when communications with higher HQ are lost. All modules.
One ruggedized laptop. Map, drone video, AI detection. Fits in a backpack.
Fully autonomous operation in air-gapped networks. Updates via secure media.
Who viewed or changed what, and when. Logs cannot be deleted or tampered with. Retention: 5 years.
Every 48 hours the server automatically rebuilds from scratch. Even if the adversary penetrates — it resets in 2 days.
AI verifies: did the adversary inject false data? Adversarial attacks on neural networks are detected and blocked.
Behavioral analysis: if an operator accesses data they've never viewed before — alert. Two-person rule for critical operations.
Each unit sees only its own data. When sharing between agencies — automatic downgrading and anonymization.
Each node operates fully autonomously — without connectivity to the center. Data accumulates locally. When connectivity is restored — automatic synchronization. Channels switch automatically: satellite → radio → mesh network. Traffic is prioritized — fire commands go first, then video.
Data is continuously replicated. Loss of one server — automatic failover to backup in seconds. Loss of the entire node — restore from backup in 15 minutes. Other nodes continue operating — they have their own complete data copies.
Tactical kit (backpack): 0 maintenance personnel — everything is automatic. Brigade HQ: 1-2 operators. Data center: 3-5 specialists. The platform self-monitors its health and reports issues.
Yes. The platform has 50+ connector types and an open API. Any system that can transmit data (over network, file, or database) can be connected. Custom gateway adapters are developed for specific protocols.
Every data point undergoes reliability verification: where it came from, whether other sources confirm it. The AI is trained to detect adversarial attacks — attempts to deceive the neural network with specially crafted images. Suspicious data is flagged and requires manual verification.
Tactical kit: power on and it works. Brigade HQ: 1 day for installation, 1 week for integration with existing systems. Data center: 2-4 weeks. Operator training: from 3 days (basic) to 2 weeks (advanced).
Yes, and the system accounts for it. Every AI detection comes with a confidence percentage. Below threshold — the object is marked as "unconfirmed" and requires human review. The decision to employ weapons is always the commander's, never the AI's.
We will conduct a classified demonstration using your unit's scenarios