Pulse for Defense —
Autonomous Interception
Protect cities, bases, and critical infrastructure with an AI-enabled system that detects, prioritizes, and intercepts threats across contested environments—fast, policy-compliant, and operator-supervised.
Mission Value
Faster decisions
Sensor-to-action in seconds under your rules of engagement.
Higher intercept efficacy
Dynamic pursuit adapts to threat behavior and terrain.
Mission assurance
Operator-in-the-loop approvals with auditable outcomes.
Sovereign control
On-prem, air-gapped, and deployment-flexible.
Core Capabilities
Sensor-agnostic fusion: Ingest and correlate radar, EO/IR, RF, and platform telemetry.
Multi-threat tracking: Continuous classification, prioritization, and deconfliction.
ROE and policy gates: Role-based approvals, mission capsules, and safety checks.
Dynamic pursuit: Predictive intercept paths with continuous re-planning.
Multi-asset coordination: Task and synchronize unmanned and ground assets.
Comms resilience: Operates degraded, intermittent, or denied GNSS environments.
Audit-grade observability: Full mission timelines, analytics, and evidence trails.
Secure integration: Hooks for C2/BMS and tactical tooling via standard interfaces.
See It In Action
Real-time threat detection and tracking in operation
Defense Scenarios
Base protection
Detect, track, and intercept low-altitude intrusions around perimeters.
Convoy overwatch
Persistent surveillance and rapid cue-to-capture responses.
Border security
Wide-area sensing with adaptive pursuit to intercept corridors.
Maritime deck defense
Short-range counter-UAS around vessels and dockyards.
Critical infrastructure
Proactive interdiction across refineries, ports, and airfields.
Outcomes Commanders Can Expect
Reduced time-to-intercept through continuous prediction and re-evaluation.
Increased mission reliability with layered policy gates and fail-safes.
Lower operator load by automating routine steps while preserving authority.
Progressive performance gains from training and simulation feedback loops.
How It Works (Operator-Safe)
Four-stage autonomous cycle with continuous operator visibility and control.
Federated Defense Learning
Improve Performance Without Moving Data
Keep mission data on-site while the model gets smarter across sites. Pulse uses federated learning to train locally at each base and share only compact, privacy-preserving model updates—never raw video, RF captures, or mission logs. Updates are combined, validated, and redistributed so every unit benefits from the collective experience while retaining full control.
Sites train locally. Only privacy-preserving updates are shared. No raw data leaves the perimeter.
Federated Learning Process
Local training at each site on its own sensor streams.
Secure packaging of small model updates for synchronization.
Central combine-and-validate step to produce a stronger global model.
Redistribution of the improved model back to all sites.
Continuous cycle: sense → learn locally → share minimal updates → validate → redeploy.
Why It Matters
Confidential by design
Data never leaves your perimeter; only minimal, policy-approved updates are shared.
Faster improvement
Each site learns from the whole fleet's experience without centralizing sensitive data.
Resilient ops
Works with intermittent links; sites train locally and synchronize when comms allow.
Command control
Training rounds are policy-gated with audit trails and rollback options; drift checks and robust aggregation protect model quality.
Operational Payoff
Improves pursuit routes, classification confidence, and pre-positioning insights for likely intercept corridors, without exposing sources or methods.
Security and Compliance
Private by design
Runs on-prem or air-gapped as required.
Strong access control
mTLS, role-based permissions, and policy enforcement.
Evidence-ready
Immutable logs for post-mission review and compliance.
What You'll See in a Defense Demo
Live, policy-gated intercept simulation in a contested setting.
Dynamic pursuit adapting to evasive targets and degraded comms.
Mission analytics: timelines, outcomes, and engagement metrics.
Frequently Asked Questions
Does Pulse replace operators?+
Can it work offline?+
Does it integrate with our sensors and C2?+
How do you handle sensitive data?+
Does any raw mission data leave the base?+
What if connectivity drops?+
Who approves updates?+
Get in Touch
Request a defense demo to evaluate Pulse in your mission context, or talk to a specialist about your sensors, ROE, and deployment constraints.