L3Harris is a leader in defense communications, ISR, and mission-critical avionics. These systems demand uncompromising reliability and security, yet data fragmentation, delayed threat detection, and rigid sustainment models create operational blind spots.
However, data fragmentation, delayed threat detection, and rigid sustainment models create operational blind spots.
Traditional monitoring, testing, and security measures aren’t keeping up. That’s what Sift solves.
Tomorrow’s defense leaders won’t just process vast amounts of ISR and cyber data—they’ll connect, secure, and act on it instantly to maintain the edge.
Sift is already enabling Mach Industries, Lockheed Martin, and leading defense firms to unify real-time telemetry, optimize predictive maintenance, and strengthen cyber resilience.
L3Harris can do the same—enhancing ISR, electronic warfare, and defense communications systems.
L3Harris generates vast amounts of telemetry data. However, fragmented monitoring tools create blind spots in data security and system performance.
Without real-time observability, ISR data integrity is compromised, delaying critical mission intelligence and increasing cyber risks.
High-Fidelity Anomaly Detection – Detects signal degradation, interference, and system failures before they escalate.
Live ISR & Tactical Network Fault Correlation – Provides a unified view of ISR data transport, tactical networks, and satellite telemetry.
End-to-End Telemetry Insights – Enables faster threat response and mission-critical decision-making.
Sift doesn’t just show you the data—you see failures before they happen.
Time-based maintenance increases sustainment costs and unplanned failures.
Downtime disrupts military operations and delays critical missions.
Failure Pattern Recognition – Identifies mechanical and software degradation before failures occur.
Condition-Based Maintenance – Moves from static schedules to data-driven, proactive servicing.
Optimized Sustainment Planning – Reduces downtime for ISR, electronic warfare, and communication systems.
Sift customers see downtime drop—because we prevent failures, not just react to them.
Lengthy validation cycles slow down aerospace and defense programs.
Delays increase costs and program risks.
Automated Data Correlation – Links lab, field test, and operational data for improved validation.
Live-Test vs. Simulation Comparison – Reduces reliance on post-mission data dumps, shortening time-to-certification.
Live Operational Insights – Strengthens cyber resilience and mission-critical system security.
Faster testing means faster deployment. Sift reduces validation cycles.
Sift powers real-time telemetry, predictive insights, and automated intelligence across L3Harris’s defense, aerospace, and cyber programs.
Real-time data improves performance across radar, surveillance, and cyber platforms.
Predictive analytics optimizes sustainment for aircraft, satellite communications, and military networks.
Predictive analytics optimizes sustainment for aircraft, satellite communications, and military networks.
Streamlined validation cycles enable faster deployment of next-gen defense technologies.
Our FDE team works directly with yours to deliver real, measurable impact through proactive support and tailored solutions designed for mission-critical operations. We ensure success through:
Reducing latency in real-time sensor and mission system data.
Automating root cause analysis to enhance field performance.
Reducing downtime and maintenance delays for battlefield communication and surveillance systems.
Providing tailored training on rule configuration, data review, and AI-driven investigations.
Ensuring real-time traceability and compliance for defense and intelligence applications.
Using the best tools from the beginning
Sift is built by engineers with experience at SpaceX, working in high-stakes environments where precision, scalability, security and reliability are non-negotiable. Our platform is designed to meet the unique challenges of aerospace defense, ensuring mission success at every stage—from development to deployment
If you’re building complex hardware that can’t break, we should talk. Complete this form and we'll be in touch within 24 hours to schedule a live demo with our engineering team.
