See the platform
The actual product — not a mockup.
NodeWeaver's built-in web UI and the EdgeInsight monitoring console, captured from a production fleet.
NodeWeaver combines virtualization, software-defined storage and networking, autonomous orchestration, integrated SASE, and continuous security — running on your choice of standard x86 hardware. One stack, any hardware, anywhere.
Everything runs in either the legacy hypervisor or thinVMs. Automated placement extracts maximum utilization out of heterogeneous hardware while continuous tuning adapts OS and hypervisor parameters to actual workload behavior in real time.
Latency and jitter are tunable through a progressive set of attributes — REALTIME, CPU_PARTITION, pinned tasks, custom NUMA topology, hypervisor attributes, and passthrough. With REALTIME + CPU_PARTITION alone, 99.99% of samples stay under 150 μs.
Under a concurrent stresstest with 96 saturating threads, only twelve samples in one billion exceeded 150 μs in our soft-RR benchmark.
NodeWeaver provides soft real-time guarantees for supervisory, inspection, and HMI workloads.
A built-in distributed filesystem, transparent to workloads. Chunk servers encrypt data at rest. Snapshots, backups and replication are first-class. The cluster keeps storage available through disk loss, node loss and full power events.
Software-defined networking on every node, with integrated Secure Access Service Edge. The control plane resides on every cluster and can be reached through an encrypted, DDoS-protected tunnel — even when uplinks are flaky or asymmetric.
NodeWeaver treats security as a Day-N concern, not a Day-0 launch task. Encrypted, tamper-proof firmware on every device. Small incremental μ-updates that don't require reboots — and that can ship to airgapped clusters.
One declarative API governs every cluster from one site to one thousand. Self-heal, self-remediate, GitOps-native, fully scriptable. Customers onboard themselves — your engineers don't need to be in the loop.
NodeWeaver's built-in web UI and the EdgeInsight monitoring console, captured from a production fleet.
From maritime fleets to wind farms to factory floors — NodeWeaver is in the cabinets you don't see, doing the work that doesn't fit in a datacenter.
NodeWeaver runs on commodity x86 hardware. Below are some of the most common questions, please reach out if you'd like to learn more.
For uCPE: 4 cores / 8 GB recommended with HA.
No theoretical ceiling — limited by your network plane.
With REALTIME + CPU_PARTITION. 12 samples / 1 billion outside bound.
Wire-line speed for Ethernet.
From drop-shipped box to operative nanocloud. No human on site.
Including airgap clusters. Reboot-needed updates are explicitly tagged.
Hardware-agnostic. Pre-validated with SuperMicro, Lenovo, Dell, HP.
Every node runs the same software. No dedicated management or control-plane node to size, license, or lose.
