eBPF runtime security built for modern telecom networks.

Detect and contain threats across 5G Core, Open RAN, and cloud-native network functions with telecom-aware, kernel-level visibility.

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Telovix runtime security control loop — OBSERVE · DECODE · DETECT · CONTAIN

Detect attacks your SIEM will never see.

Telovix attaches to the kernel on every node. It sees what is happening the moment it happens.

Explore the product
Telecom protocol intelligence

5G Core, Open RAN, user plane, IMS, 4G EPC, service mesh, and legacy telecom interfaces become connected to process, pod, node, peer, and network function role.

Telovix network function identity view showing the detected role, confidence, and runtime evidence
Telovix observed 5G topology showing network functions and protocol relationships built from runtime evidence
User plane and Open RAN evidence

Track PFCP sessions, SEIDs, PDRs, FARs, URRs, GTP-U TEIDs, tunnel churn, rogue RIC insertion, E2 and O1 peers, xApp and rApp behavior, KPM access, and WG11 evidence.

Telovix investigation detail view showing the event timeline, linked evidence, and case context
Investigation and exposure context

Move from a telecom finding into process lineage, runtime inspector, behavioral fingerprints, fleet correlation, shell sessions, Kubernetes CNF posture, SBOM exposure, and AI assisted investigation.

Built for the way modern telecom networks actually run.

Converts raw Linux activity into 5G and Open RAN context across signaling, session control, user plane traffic, RAN interfaces, and Kubernetes workloads.

From Linux runtime signals to telecom security evidence.

Node activity, protocol behavior, network function identity, tunnel state, Kubernetes context, and anomaly signals become evidence your team can use.

  1. 01Capture Linux activity where telecom workloads run

    Process execution, sockets, files, privileges, namespaces, pod context, DNS, network flows, and listening services are captured from the nodes running network functions.

  2. 02Decode telecom protocols and sessions

    NGAP, PFCP, GTP-U, SBI HTTP/2, E2AP, Diameter, RADIUS, SIP, NAS5G, M3UA, and IKEv2 behavior is decoded and tied back to process ownership.

  3. 03Understand network function roles

    AMF, SMF, UPF, NRF, PCF, CU, DU, RIC, MME, SGW, PGW, HSS, IMS, Diameter, RADIUS, and SIGTRAN roles are inferred from behavior, ports, peers, protocols, and process evidence.

  4. 04Produce telecom security evidence

    Teams get attack chains, tunnel boundary violations, rogue RIC signals, PFCP session anomalies, peer drift, behavioral anomalies, Kubernetes exposure, SLO impact, and investigation timelines.

Fits how your team operates.

Self-hosted or managed deployment. The same telecom protocol intelligence and runtime evidence in both models.

Operations ownerYour teamTelovix
Infrastructure boundaryYour environmentTelovix-provisioned
Telecom evidenceSame product coverageSame product coverage
01

Run the platform in your own environment.

Choose a customer operated deployment when local control, data residency, offline operation, or strict infrastructure ownership is required.

02

Let Telovix provision the platform for you.

Use the same telecom security capabilities without owning the platform operations.

03

Same telecom evidence in both modes.

Protocol decoding, network function context, user plane state, Open RAN evidence, CNF posture, and investigation workflows stay consistent in either deployment model.

One platform for telecom runtime security.

Protocol intelligence, network function context, user plane state, Open RAN evidence, CNF posture, vulnerability exposure, and investigation workflows.

01Decode the telecom control and user plane.

NGAP, PFCP, GTP-U, SBI HTTP/2, E2AP, F1AP, E1AP, XnAP, Diameter, RADIUS, SIP, NAS5G, M3UA, and IKEv2 become searchable runtime evidence.

02Model network functions from behavior.

AMF, SMF, UPF, NRF, PCF, CU, DU, RIC, MME, SGW, PGW, HSS, IMS, Diameter, RADIUS, and SIGTRAN roles are inferred from ports, peers, protocols, and process evidence.

03Track sessions, tunnels, and peer drift.

PFCP sessions, SEIDs, PDRs, FARs, URRs, heartbeats, GTP-U TEIDs, tunnel churn, tunnel floods, peer drift, and boundary violations are connected to service impact.

04Turn findings into investigation paths.

Runtime Inspector, process lineage, behavioral fingerprints, shell sessions, attack chains, Kubernetes CNF posture, SBOM exposure, and AI assisted analysis support incident response.

Investigate telecom attacks with runtime evidence.

Correlate process lineage, protocol anomalies, attack chains, behavioral drift, shell sessions, and fleet wide patterns across core, RAN, user plane, and CNF nodes.

Understand service impact in telecom terms.

Track NF role, peer behavior, PFCP heartbeat loss, NGAP procedure failures, GTP-U tunnel churn, Open RAN controller exposure, Kubernetes posture, and SLO impact.

Bring telecom aware eBPF security to your network.

See 5G Core, Open RAN, user plane, Kubernetes CNF, protocol, tunnel, peer, vulnerability, and investigation context through one evidence model.

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