Integrated autonomous systems and Edge AI solutions that empower defense and security forces with real-time intelligence and decision superiority, even in the most contested and disconnected environments.
Integrated autonomous systems and Edge AI solutions that empower defense and security forces with real-time intelligence and decision superiority, even in the most contested and disconnected environments.
Telenoc designs, integrates, and deploys autonomous systems and edge-AI capabilities engineered for the realities of mission-critical operations.
Our end-to-end approach — from system architecture to deployment and sustainment — is built on a foundation of reliability, security, and sovereign control. We deliver a single, accountable path from concept to operational capability, with every system engineered and supported in-Kingdom.
In modern defense and security environments, success depends on speed and resilience. Traditional cloud-dependent architectures fail when bandwidth is constrained or networks are denied. Our integrated approach ensures:
Enabling autonomous platforms and edge nodes to react instantly.
Systems continue operating in isolation, with store-and-forward synchronization when connectivity is restored.
Sensitive intelligence is processed and retained locally, aligned with national security requirements.
Intelligence from Sensor to Decision
We deliver AI-driven autonomy across unmanned aerial systems (UAS), ground vehicles, and fixed surveillance platforms, transforming them into intelligent ISR assets. Our solutions enable platforms to operate independently or as part of integrated architectures, leveraging:
Integrate data from EO/IR cameras, radar, and acoustic sensors for comprehensive situational awareness. AI performs real-time target detection, classification, and tracking directly on the platform.
Conduct pattern-of-life analysis and automated threat cueing over wide areas, even in remote desert or maritime environments.
Enable seamless collaboration between autonomous systems and human operators, with mission-driven autonomy levels configurable to rules of engagement.
Inspired by Signatics' expertise in wireless connectivity, we integrate ruggedized edge computing platforms with secure, high-bandwidth data links. This ensures reliable command and control (C2) and intelligence dissemination, even in high-temperature, harsh environments.
Fanless, low-power, high-performance AI processors designed for unmanned vehicles, remote outposts, and mobile field kits. They operate silently and continuously in deserts, borders, and forward bases.
Leverage software-defined radios (SDRs) and compact data link platforms for ground-to-ground and air-to-ground communications. These systems, designed with SWaP (Size, Weight, and Power) constraints in mind, are ideal for UAVs and dismounted troops, ensuring connectivity in contested spectrum environments.
Edge nodes function autonomously when backhaul is unavailable, storing critical events and transmitting data only when secure links are re-established.
We transform raw sensor data into actionable intelligence for tactical and operational commanders. Our platforms correlate geospatial and temporal data, providing:
Prioritize and disseminate critical events in real-time to command centers or directly to deployed units.
Fuse data from multiple autonomous and fixed assets into a unified view, supporting rapid, informed decision-making.
Enable detailed after-action review and intelligence exploitation through secure, centralized data repositories.
We don't just implement technology — we build the foundation for a data-driven, Vision 2030-aligned future.
Deploy autonomous UAS and ground sensors with on-board AI for intrusion detection and persistent surveillance of remote borders and critical infrastructure.
Equip forward-deployed units with man-packable edge AI kits for real-time reconnaissance, target acquisition, and force protection.
Monitor energy facilities, ports, and logistics corridors using a network of fixed and mobile autonomous sensors with edge-based anomaly detection.
Integrate autonomous surface vessels (USVs), coastal radars, and aerial drones for comprehensive maritime domain awareness, with AI-driven tracking of surface and sub-surface threats.
Our architecture is designed for flexibility and long-term capability growth, following DPL's model of delivering "Innovation as a Service" from concept to deployment.
Ruggedized, AI-enabled nodes on platforms (UAVs, vehicles, towers) with secure data links (SDRs, satellite modems).
Mobile command posts or forward operating bases with local data aggregation and C2 interfaces.
Centralized data centers (on-premise or private cloud) for strategic analysis, model retraining, and long-term intelligence archiving.
End-to-end encryption, secure boot, role-based access, and local data retention ensure full data sovereignty and compliance with national defense policies.
Telenoc's integrated solutions directly support Saudi Arabia's defense modernization and Vision 2030 priorities by:
Building in-country capability for systems integration, AI development, and lifecycle support.
Reducing manpower exposure through autonomous surveillance and stand-off reconnaissance.
Providing commanders with real-time, actionable intelligence from the tactical edge.
Learn how our AI and data platforms can help your organization achieve its mission. Contact our team today.
We provide local governance, support, and alignment with national security frameworks.
Our team combines defense domain knowledge with proven skills in AI, edge computing, and wireless communications, inherited from partners like DPL and Signatics.
We select and integrate best-in-class hardware and software to meet your specific operational requirements, not a one-size-fits-all solution.
We focus on delivering rugged, reliable systems for real-world environments, not just lab concepts.
We partner with you for the long haul, ensuring your capabilities evolve with emerging threats and technologies.
Telenoc enables defense and security organizations to deploy resilient, intelligent, and sovereign autonomous systems that see, decide, and act faster.