Latest news, technical deep-dives, and strategic updates from the SYNNQ team.
In operational systems, autonomy is not a vision model or a classifier. It is an architecture: layered, constrained, and designed to fail safely. Explore how modern drone systems perceive, reason, and act.
Autonomy in modern defense is a cross-domain system property. Discover how SYNNQ Defense enables operational continuity for UAVs, UGVs, and UMVs through distributed decision authority and federated learning.
How Skytrap's mesh networking system supports autonomous interceptors operating under unreliable or degraded connectivity, with detailed examination of mesh structure, coordination mechanisms, and state synchronization.
How federated learning addresses the intelligence problem in counter-drone operations, enabling continuous learning across distributed defense systems while preserving data sovereignty and operational control.
Discover how SYNNQ Pulse powers secure, scalable, and privacy-first AI infrastructure through federated learning—built for real-world industrial applications.
Discover how SYNNQ Pulse powers scalable, efficient, and federated training for large models with dynamic parallelism, gradient compression, and adaptive communication.
Explore how federated learning is reshaping the way we train large language models—securely, privately, and at scale.
