RF / LONG-RANGE RADIOPoint-to-point, point-to-multipoint or mission-specific radio links for remote field connectivity.
CONNECTING DATA. POWERING INTELLIGENCE.
COMMUNICATIONS
Connected Operations Wherever the Mission Goes.
RAVAM designs communication architectures around the mission, terrain and available infrastructure—combining cellular, RF, mesh, satellite, private and wired links so field systems can remain connected, resilient and operational.
EXPLORE COMMUNICATIONS →◎MULTI-NETWORK
CONNECTIVITY
CONNECTIVITY
⌁FLEXIBLE
COVERAGE
COVERAGE
◇SECURE
TRANSMISSION
TRANSMISSION
☁REDUNDANT
PATHS
PATHS
◉REMOTE
MANAGEMENT
MANAGEMENT
▥OPERATIONAL
DATA FLOW
DATA FLOW
↔PLATFORM
INTEGRATION
INTEGRATION
✓MISSION-READY
ARCHITECTURE
ARCHITECTURE
COMMUNICATION EQUIPMENT & TECHNOLOGIES
Use the Best Available Path.
RAVAM does not depend on one network type. The architecture can combine multiple communication methods according to availability, coverage, bandwidth, latency, security and continuity requirements.
RF / LONG-RANGE RADIOPoint-to-point, point-to-multipoint or mission-specific radio links for remote field connectivity.
CELLULAR 4G / 5GUse public or private cellular networks where coverage, performance and operator requirements permit.
SATELLITELEO, GEO or other satellite services can extend connectivity beyond terrestrial network coverage.
MESH NETWORKSMulti-node communications can provide local coverage, flexible routing and field-network extension.
RUGGED ROUTERSIndustrial networking hardware for field environments, multi-WAN integration and remote management.
ANTENNAS & RF SYSTEMSMission-specific antenna selection and placement based on frequency, terrain and link requirements.
COMMUNICATION POWERGrid, battery, solar or hybrid power arrangements for communications and network equipment.
NETWORK MONITORINGMonitor link health, availability, system status and remote diagnostics across deployed nodes.NETWORK ARCHITECTURE
Multi-Layer. Resilient. Mission-Specific.
Connectivity changes from site to site. RAVAM maps the communications environment, selects the appropriate combination of links and validates the architecture against the operational requirement.
01FIELD ASSETSAIR · GROUND · NEST · Sensors
→
02LOCAL RF / MESHField connectivity
→
03CELLULAR / PRIVATE4G · 5G · Private network
→
04SATELLITERemote-area extension
→
05IP / VPN / FIBERSecure enterprise transport
→
06RAVAM AI PLATFORM™Data fusion & operations
MULTI-PATH CONNECTIVITYRedundant communication optionsStore-and-forward operationRemote network managementEdge continuity during outagesScale from one site to many nodes
COMMUNICATIONS ENGINEERING WORKFLOW
01MAPTerrain, assets, coverage and constraints
→02MODELLink options and requirements
→03SELECTPrimary and backup paths
→04DEPLOYField and enterprise connectivity
→05VERIFYCoverage, performance and continuity
REAL-WORLD APPLICATIONS
Connectivity Across Multiple Missions.
FOREST MONITORING
PIPELINE & INFRASTRUCTURE
AGRICULTURE
MINING & INDUSTRIAL
DISASTER RESPONSE
ENVIRONMENTAL MONITORING
URBAN & STRATEGIC ASSETSPOWERED BY INTEGRATION
Communications Connect the RAVAM Ecosystem.
The communications layer links autonomous systems, field infrastructure, edge processing and institutional users without forcing every mission onto the same network technology.
RAVAM AIR™Collect data↔RAVAM NEST™Edge & field gateway↔RAVAM GROUND™Inspect & support↔RAVAM AI PLATFORM™Fuse & interpret↔RAVAM COMMAND™Mission control
Real-world performance depends on terrain, vegetation, antenna height, spectrum, interference, network availability, weather, regulatory limits and selected hardware. Each deployment should be engineered and verified for the actual site.
COMMUNICATIONS