Telecom · 5G Edge · Kernel Bypass

Microsecond Packet Paths for 5G Edge.

CloudCAN builds DPDK-accelerated user planes and RTOS edge nodes that bypass kernel networking stacks—delivering deterministic throughput for carriers, private 5G, and MEC workloads.

Explore Architecture

cloudcan@edge — sessionLIVE

$ cloudcan dpdk —port=0 —cores=isolcpus

[OK] Huge pages locked (2MB × 8192)

[✓] Kernel-bypass RX/TX rings online

[OK] UPF pipeline latency = 18µs

[✓] Standard OS path disabled (congested)

$ scale —mec-nodes=48 —slice=urllc

▸ awaiting operator input

< 20µs

Packet Path Latency

DPDK user-plane

99.999%

Edge Uptime

MEC failover fabric

Zero Copy

Kernel Bypass

DPDK / XDP / RDMA

[ Flagship Architecture Matrix ]

Hardware → Firmware → Software → AI

Full-stack engineering mapped to your industry's physical and digital control planes.

Hardware · NIC

High-Speed Edge Fabric

SmartNICs, FPGA accelerators, and isolated CPU sets tuned for poll-mode drivers at the tower and MEC site.

Firmware · RTOS

Real-Time Packet Engines

DPDK/XDP pipelines, traffic shaping, and URLLC scheduling without context-switch tax from the general-purpose kernel.

Software · AI

Slice & RAN Intelligence

Network-slice orchestration, anomaly detection on user-plane metrics, and closed-loop radio optimization.

[ Live Systems Telemetry ]

5G Kernel-Bypass Packet Routing

Standard OS networking crawls through congested IRQ paths while DPDK kernel-bypass fires a glowing microsecond beam straight to the UPF.

[ De-Siloing Protocol ]

Legacy Interoperability Without Downtime

Evolve carrier and private-5G stacks without ripping out BSS/OSS overnight. We dual-path traffic—legacy kernel stacks for noncritical flows, DPDK for URLLC and revenue paths.

Legacy Monolith	CloudCAN Bridge	Modern Edge Plane
Kernel networking / softirq storms	Gradual DPDK offload	Poll-mode user-plane (µs)
Centralized EPC / UPF	MEC breakout adapters	Distributed 5G edge fabric
Best-effort QoS only	Slice classifiers	URLLC / eMBB / mMTC slices
Manual capacity planning	Telemetry feature store	AI closed-loop RAN control

[ Sovereign Security ]

Telecom Security & Performance Mandates

Carrier-grade isolation, lawful intercept hooks, and deterministic performance envelopes.

DPDK / XDP3GPP AlignmentSOC 2 Type IIISO 27001NEBS Patterns

[✓]Isolated hugepage memory and CPU pinning for packet cores
[✓]Encrypted control plane with separate user-plane trust zones
[✓]Slice-aware rate limiting and DDoS scrubbing at MEC
[✓]Audit-ready change control for carrier production rings

[ 12-Week Engagement Framework ]

Blueprint → Execute → Handover

Phase 01 · Weeks 1–4

Architecture & Blueprinting

Threat model, systems inventory, edge topology design, CI/CD scaffolding, and zero-trust network blueprints signed off by principal engineers.

Phase 02 · Weeks 5–8

Bare-Metal Execution

Firmware, middleware, and API surfaces land on production-grade hardware. Observability, failover, and sovereign data planes go live in staging.

Phase 03 · Weeks 9–12

Stress Testing & Production Handover

Chaos and load validation, compliance evidence packs, runbooks, and full knowledge transfer to your internal platform team.

Ready for microsecond-class 5G edge?

Initiate discovery to benchmark your current packet path against a DPDK kernel-bypass design for private or public 5G.