// about
The consultant, not the CV.
I solve the gap between what network and platform teams intend and what their fabric actually runs. For a decade across telecom, banking and critical-infrastructure networking — and now in Gulf AI data-center programs — I have built the automation that closes that gap: multivendor fabrics driven by declarative intent, multi-agent systems that turn plain language into verified change, and closed loops that repair drift instead of just reporting it. My operating rule is simple: nothing is reported done until it is proven on the device.
Consultant profile — PDF marlon.paz@ieee.org
trajectory
certifications & fluency
NVIDIA-Certified Professional: Agentic AI
NVIDIA-Certified Associate: AI Infrastructure and Operations
CCIE Service Provider
CCNP Automation
Certified Kubernetes Administrator
CCNP Data Center
Specialist: Data Center Networking Automation
Lab Champion: 20 labs
Lab Champion: 10 labs
CCNP Enterprise
Specialist: Automation Core
Data Center Fabric Professional
Every badge links to its public verification page. Full list on Credly.
certifications
- CCIE
- Certified Kubernetes Administrator (CKA)
- CCNP Automation
- CCNP Data Center
- NVIDIA-Certified Professional: Agentic AI
- NVIDIA AI Infrastructure and Operations
- Nokia DCFP
- Isovalent Lab Champion
Verified on Credly.
vendor fluency
- Cisco (IOS-XR, NX-OS)
- Nokia (SR Linux, SR OS)
- Juniper
- SONiC
- loadbalancer.org (application delivery)
- NVIDIA (GPU / AI infrastructure)
- Red Hat (Ansible, RHEL)
Deliberately vendor-independent — multivendor is the offer.
working stack
Networks: IP/MPLS, SR, BGP/EVPN, VXLAN, Cisco IOS-XR and NX-OS, Nokia SR Linux and SR OS, SONiC, containerlab
Platforms: Kubernetes, Cilium/eBPF, Go operators, Python, gNMI, Prometheus, OpenTelemetry, Grafana
Agents: LangGraph, AGNTCY (A2A, SLIM), MCP, LiteLLM, Claude Code
quantum-safe networking
Hands-on, public and verifiable: Nokia ANYsec — post-quantum-resistant, line-rate encryption for data-center fabrics — plus MACsec and Nokia Network Group Encryption (NGE). The work runs in public containerlab labs on Nokia SR OS FP5 vSIMs — sros-anysec-lab andsros-anysec-macsec-lab — building on thesrl-labs originals, and was presented as a quantum-safe ANYsec demonstration at MPLS SD & AI Net World 2024 (speaker) — demo video.
In depth: how post-quantum cryptography and keying change network design and operations · line-rate encryption inside EVPN/VXLAN fabrics · performance and latency trade-offs · staged, multi-vendor migration to quantum-safe controls.
The field is applied quantum-safe networking — making fabrics resistant to quantum adversaries — not quantum-computing research itself.
publications — co-authored, peer-reviewed
Decentralized & Dynamic Zero-Touch Provisioning of Leaf-Spine EVPN Data Centers (IEEE)
Autonomous agents on each router provision the leaf-spine EVPN underlay and overlay with no manual intervention — inferring router roles from link-state topology and self-healing on link/router failures.
Distributed agents at leaf routers feed live Kubernetes pod data into the fabric, dynamically tuning ECMP weights via EVPN/BGP extended communities so routing aligns with pod placement.
Co-authored as mentor to the master's students who carried out the research.
languages & base
Based in Abu Dhabi, UAE. Working languages: English, Español, Português — covering GCC, Iberia and LATAM engagements natively.
Currently practicing at Core42; the independent practice is separate and makes no claim of company endorsement.