Empowering Decision Makers with Real-Time Intelligence
Lolara™ LS helps operators overcome the issues of constrained, congested, and contested networks across today’s multi-domain, tactical environments empowering decision makers to better assess threats, coordinate responses, and enable tactical advantage.
Lolara LS accomplishes this in four key in four ways:
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Low-latency transport with deterministic delay based on user-defined parameters.
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Multi-path transport through bonding across radio, cellular, and satellite links.
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Jitter management to reduce or eliminate buffering delay to provide superior stream quality within specified latency.
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Real-time metrics to provide data for resilient adaptation in Lolara and for other network elements.
Discover the Benefits of Lolara™ LS
Advanced Coding and Error Correction
Stable low-latency performance is achieved through efficient protocols and advanced error correction that eliminate unnecessary packets and retransmissions.
Mulit-Path Routing
Fazzt allows you to quickly deploy a proven and versatile solution that easily works into your workflow to start sending content.
Superior Jitter Performance
Algorithmic Jitter Correction within the transport stream reduces requirements for receiver-side buffering, improving glass-to-glass latency performance, while reducing freezes, macro-blocking, and glitches.
User-Defined Latency Budgets
The system operator sets the allowable link latency budget. Lolara intelligently manages packet schema and routing to deliver steady, reliable performance within desired latency.
Link Prioritization
Ability to prioritization links utilized in bonded networking, allowing for superior capacity management and adaptation.
Ease of Use and Integration
Intuitive UX and workflows coupled with elegant APIs for rapid integration and metric sharing with other solution elements.
Lolara™ operates within a JADC2 framework to deliver low-latency video and telemetry streams for tactical communications and ISR.
Built for Resilience and Adaptability
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Seamless operation and bonding over diverse networks including Satellite (GEO, MEO, LEO), 5G, UHF/HF, Terrestrial, and Wi-Fi.
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Adaptive packet routing and Forward Error Correction (FEC) ensuring high performance in changing conditions.
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Configurable network latency budget with packet-management algorithms to meet compliance.
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Carrier prioritization ensures the most critical communications reach their endpoint.
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Support for UDP and general IP tunneling, including TCP.
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API for seamless integration, monitoring, configuration, and control.
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