01Capability
Network
engineering.
Every service, every credential, every byte of telemetry crosses the network. NetFRAME engineers the fabric as load-bearing structure: designed, segmented, measured, and rehearsed against failure.
The network is not
plumbing.
It is part of the system's control and failure architecture. The topology decides which failures stay local and which cascade. The segmentation model decides what an intruder or a misbehaving workload can reach. The redundancy design decides whether a lost link is a log line or an outage.
Treating the network as an appliance to be installed, rather than a system to be engineered, is how estates end up with failure domains nobody drew and dependencies nobody can list.
01
Architecture & fabric design
Routing and switching design, VLAN architecture, and resilient fabric topologies built around explicit failure domains. Redundant paths are engineered and then proven: a design is not redundant until the failure has been rehearsed and the traffic actually moved.
Edge infrastructure is treated as part of the same fabric discipline: the boundary between the estate and the world gets the same architectural rigor as the core.
02
Segmentation & access
Segmentation that reflects trust boundaries rather than cable convenience: management planes separated from workload traffic, storage networks isolated, administrative surfaces reachable only through deliberate paths.
Overlay networking, VPN architecture, and zero-trust access models connect distributed infrastructure without flattening its security boundaries. Access is scoped to identity and need, not to network location.
03
Telemetry & investigation
Network telemetry as a first-class signal: interface counters, flow behavior, path health, and device state feeding the same observability discipline as compute and storage.
Performance investigation grounded in measurement. When something is slow, the fabric can either prove where or the architecture gains a telemetry gap to close. Failure-domain analysis turns incidents into structural corrections, not just fixes.
Discipline scope
- Routing & switchingL2/L3 design, path redundancy, convergence behavior under failure.
- SegmentationVLAN design, trust boundaries, management-plane isolation.
- Overlay & VPNEncrypted overlay networks and remote access without flattened boundaries.
- Failure-domain analysisWhich failures stay local, which cascade, and why.
- Network telemetryFabric state as measurable, alertable evidence.
- Edge infrastructureThe estate boundary engineered with core-network rigor.
Related
Technology
Research
Capabilities