Application Catalog
Every application has its own timing dependency, consequence and explicit product assignment.
49 APPLICATIONS
Common trusted time across command, ISR and distributed decision systems.
Timing dependency: Event correlation · Common timescale
Principal threat: GNSS denial
RECOMMENDED ARCHITECTURE
C4ISR / C5ISR Command Infrastructure · Assured Timing + GNSS Assurance
PRIMARY OSA PRODUCT
OSA 5422
Rugged common timing for tactical radios and deployable IP networks.
Timing dependency: HaveQuick / STANAG timing · PTP
Principal threat: GNSS jamming
Tactical Communications · Recommended architecture
OSA 5510 ruggedSync™
Phase and frequency synchronization across core and tactical radio access.
Timing dependency: PTP · SyncE
Principal threat: GNSS outage
Military 5G / Private LTE · Recommended architecture
Common timing reference for secure aeronautical communications infrastructure.
Timing dependency: Timing alignment · Network synchronization
Aeronautical Communications & Secure Data Links · Recommended architecture
Rugged common timing for communications, INS, sensors and mission electronics.
Timing dependency: Trusted GNSS · PTP
Armored Vehicle · Recommended architecture
Deployable timing authority for C2, radios, ISR ingest and mission logging.
Timing dependency: Common time · PTP
Mobile Command Post · Recommended architecture
Layered timing for communications, mission servers and remote users.
Timing dependency: GNSS · PTP
Forward Operating Base · Recommended architecture
Common time across mobile and fixed command and sensor nodes.
Timing dependency: Common time · Timestamp alignment
Artillery Coordination Timing · Recommended architecture
Timestamp alignment and event correlation across remote sensors.
Timing dependency: Timestamp alignment · Event correlation
Distributed Battlefield Sensors · Recommended architecture
Embedded assured timing inside the UAV mission computer, avionics computer or payload networking board.
Timing dependency: Common trusted time · Sensor timestamping
Embedded OSA 5400 Mission Computer Timing
OSA 5400 SyncModule™
Rugged timing for mission computers, navigation and payload timestamps.
Timing dependency: Common timescale · Sensor timestamping
UAV / UxV · Recommended architecture
High-performance frequency and network timing for fixed radar infrastructure.
Timing dependency: Stable frequency · Timestamp alignment
Principal threat: GNSS loss
Fixed Radar · Recommended architecture
OSA 3300 HP/SHP / ESTU
Rugged timing appliance for larger military and aerospace platforms requiring richer physical I/O, ruggedization, multi-source options and military timing-code interfaces.
Timing dependency: PPS and ToD avionics alignment · PTP sensor timing
Rugged OSA 5510 Airborne Timing
Rugged timing for mobile radar, fusion and communications.
Timing dependency: GNSS · Holdover
Mobile Radar · Recommended architecture
Common timing across radar, sensors, fusion and command infrastructure.
Timing dependency: PTP · Atomic holdover
Integrated Air Defense · Assured Timing + GNSS Assurance
Core timing for ATC, radar, communications and secure networks.
Principal threat: GNSS interference
Military Airport / Air Base · Assured Timing + GNSS Assurance
Timing alignment for fixed or mobile IFF and radar systems.
Timing dependency: Timing alignment · Stable reference
Principal threat: Reference loss
IFF / Radar Timing · Recommended architecture
Protected central timing with rugged distribution to onboard mission systems.
Timing dependency: Central common time · PTP
Frigate / Destroyer · Recommended architecture
Protected atomic timing for extended GNSS-denied operation.
Timing dependency: Long-term local reference · Stable frequency
Principal threat: Extended GNSS denial
Submarine · Recommended architecture
OSA 3350
Shared timing assurance across vessel communications and mission networks.
Timing dependency: Vessel-to-vessel timing · Shared timestamps
Naval Task Group · Recommended architecture
Protected shore timing for vessels, radar, communications and data centers.
Timing dependency: Atomic holdover · PTP
Naval Base · Assured Timing + GNSS Assurance
Common timing alignment across radar, sonar and fusion systems.
Timing dependency: Timestamp alignment · Stable frequency
Naval Radar / Sonar Timing · Recommended architecture
A common trusted timescale across GNSS, IMU, LiDAR, cameras and triggers.
Timing dependency: Common sensor timescale · External trigger alignment
INS Timing Core · Recommended architecture
Timestamp synchronization for heterogeneous sensor streams.
Timing dependency: Frame alignment · Common timestamps
LiDAR / Camera / IMU Sensor Fusion · Recommended architecture
Rugged and embedded timing across autonomous mission sensors.
Timing dependency: Timestamp alignment · Common timescale
Autonomous Ground / Air / Marine Navigation · Recommended architecture
High-performance frequency and event timing for tracking and control.
Timing dependency: Stable frequency · Precise event timing
Satellite Ground Station · Recommended architecture
Reference distribution and network timing across SATCOM ground systems.
Timing dependency: Reference distribution · PTP
SATCOM Ground Segment · Recommended architecture
Cesium-backed timing for satellite control and tracking infrastructure.
Timing dependency: Atomic frequency · Common time
Satellite Control / Tracking · Recommended architecture
Trusted common time for applications, databases, SOC and authentication services.
Timing dependency: PTP · NTP/NTS
Defense Data Center / Cloud · Assured Timing + GNSS Assurance
Coherent distributed timestamps for incident investigation and correlation.
Timing dependency: Log ordering · Event correlation
Principal threat: Network time degradation
SOC / Cyber Forensics · Recommended architecture
Timing resilience and source assurance under GNSS jamming and spoofing.
Timing dependency: Trusted timestamps · Source assurance
Electronic Warfare / NavWar Support · Recommended architecture
Multiple validated references with independent holdover and monitoring.
Timing dependency: Multi-source validation · Independent holdover
Principal threat: Source spoofing
Zero-Trust Timing Infrastructure · Recommended architecture
Multisource grandmaster, optical cesium and assurance across regional sites.
Timing dependency: Multisource time · Atomic holdover
Principal threat: Full GNSS denial
National / Theater Timing Backbone · Assured Timing + GNSS Assurance
Receiver health and anomaly correlation across distributed OSA 5405 sites.
Timing dependency: GNSS health monitoring · Cross-site correlation
GNSS Threat Detection Network · GNSS Assurance Network
OSA 5405 GNSS Assurance Node
Authenticated LEO timing remains available when GNSS degrades.
Timing dependency: Alternative authenticated time
Principal threat: GNSS degradation
LEO / STL Alternative Timing · OSA 5405-S
OSA 5405-S
Protected core timing with remote assurance and rugged edge distribution.
Timing dependency: Atomic holdover · Assured distribution
Critical Infrastructure / Secure Government Facility · Assured Timing + GNSS Assurance
Dual-receiver and multi-site workflows for approved GNSS assurance claims.
Timing dependency: Receiver health · Alarm correlation
GNSS Interference Monitoring & Classification · GNSS Assurance Network
Trusted resilient timing for secure data links mission systems.
Timing dependency: Common trusted time · Synchronized event timestamps
Secure Data Links · OSA 5510 Recommended
Trusted resilient timing for tactical mission network mission systems.
Tactical Mission Network · Recommended architecture
Trusted resilient timing for atc infrastructure mission systems.
ATC Infrastructure · Recommended architecture
Trusted resilient timing for destroyer mission systems.
Destroyer · Recommended architecture
Trusted resilient timing for onboard ins / sensor timing mission systems.
Onboard INS · OSA 5510 Rugged Timing Core
Trusted resilient timing for satellite control mission systems.
Satellite Control · Recommended architecture
Trusted resilient timing for defense cloud mission systems.
Defense Cloud · Recommended architecture
Trusted resilient timing for compact eprtc mission systems.
Compact ePRTC · Recommended architecture
Trusted resilient timing for redundant eprtc mission systems.
Redundant ePRTC · Recommended architecture
Trusted resilient timing for multisource eprtc mission systems.
Multisource ePRTC · Recommended architecture
Trusted resilient timing for multisite gnss assurance mission systems.
Multisite GNSS Assurance · GNSS Assurance Network
Metrology-grade optical-cesium frequency for a sovereign time scale, calibration laboratory and scientific reference services.
Timing dependency: Metrology-grade stable frequency · UTC phase alignment
Sovereign Time Scale · OSA 3300 Precision Reference
MISSION TIME LAB