5G Today to 6G Tomorrow

Bridging today’s 5G to tomorrow’s 6G Innovation

“Providing exclusive content via Local Breakout fails under traditional networks because it requires dedicated 5G slices with UPF-directed low-latency paths and SMF-controlled session flows that can support massive, concurrent media users.”

Our 5G Core-in-a-Box and CU-DU-in-a-Box (O-RAN) provide a complete, deployable 5G Standalone (SA) ecosystem. The system has been validated with an integrated RAN (Mini Radio Unit), our O-RAN components, our high-performance User Plane Function (UPF), and the full 5G Core stack (AMF, SMF, PCF, UDM, NRF, SCP, AUSF, NSSF). It has also been tested with commercial Samsung and MI devices using OpenSIM, along with over 10,000+ UEs. The platform supports real-time 10–25 Gbps throughput optimization, 5QI QoS latency benchmarking, and Multi-Slice orchestration.

💡 Ideal For:

• Enterprises building 5G-enabled applications (Industrial IoT, AR/VR, robotics, edge AI).
• Telecom operators & OEMs testing interoperability and Private 5G deployments.
• Research Labs exploring R&D-grade environment for building low-latency edge computing.
• Building next-generation 6G frameworks, including AI-driven network control, adaptive spectrum management, and autonomous service assurance.
• Government & Defense evaluating secure, sovereign, field-deployable 5G systems.

Software-Defined to Self-Defined, Networks that Learn, Adapt, and Heal Themselves.

“As networks expand across physical, virtual, and cloud infrastructures, ensuring uninterrupted performance becomes unmanageable without intelligent, automated systems that can learn, adapt, and self-repair in real time.”

We developed “Mnemonics”, an AI-driven, intelligent network management platform — a patent-pending system that transforms how data networks are monitored and optimized at scale.

💡 Our solution uses:

• Continuous learning and adaptation — understands evolving traffic patterns.
• Predictive intelligence — detects and prevents network failures.
• Self-healing automation — identifies anomalies and repairs issues automatically, ensuring uninterrupted service.
• Cross-domain compatibility — supports PNF, VNF, and CNF across hybrid networks.
• AI-Enhanced SDN — augments SDN with machine intelligence for proactive management.

This fusion of AI, automation, and adaptive analytics ensures that networks are no longer just managed — they’re self-aware and self-optimizing.

Engagement

High-Performance, Low-Latency Data Plane Foundation

“As the digital world accelerates toward 5G, 6G, and edge computing, networks are being pushed to their limits. Traditional packet processing architectures, however, struggle to keep up. They introduce latency bottlenecks and consume excessive CPU resources.”

To close that gap, we’ve built a high-performance, low-latency data plane foundation — a next-generation networking engine engineered for the connected future.

Leveraging deep expertise in Vector Packet Processing (VPP), Data Plane Development Kit (DPDK), and Quality of Service (QoS) algorithms, our system redefines network performance by enabling:

• Ultra-high throughput — built for millions of packets per second.
• Microsecond-level latency — empowering applications where every millisecond counts.
• CPU-efficient packet processing — delivering cost-effective scalability for operators.
• Programmable, reliable architecture — adaptable to evolving protocols and workloads.

This powerful combination forms the backbone for edge computing, next-generation connectivity, and real-time data ecosystems — creating a foundation that’s both future-proof and performance-driven.

Engagement