What breaks first
- One service needs GPUs while another must stay near cameras.
- Network policies must apply everywhere.
- Updates must roll out without creating outages.
VeeaONE powered by TerraFabric
TerraFabric
The control plane for governed autonomous systems at the edge.
Edge infrastructure is no longer the problem. Operating it safely at scale is.
Early deployments now.
Built for operators. Designed for zero trust environments.
Edge infrastructure matured. The operating model did not.
Most edge platforms stop at enrollment and container deployment. You can register a device, push a workload, and monitor basic health.
Once deployments become real, multiple sites, mixed hardware, AI workloads, and compliance requirements, device-level thinking breaks down.
What operators feel
- Without coordination, every site becomes special. Every update becomes risky.
- Every operator becomes a human control plane.
- TerraFabric exists because coordination is now the hard problem.
The control plane layer
TerraFabric coordinates distributed edge environments as systems, not collections of devices. It brings fleet orchestration, policy enforcement, and controlled change management to heterogeneous, multi-vendor infrastructure you already run.
Operate distributed edge environments as highly coordinated systems.
TerraFabric does not replace Kubernetes. It does not replace your operating systems. It does not force a hardware model. It sits above them.
- Fleet to region to site to device
- Policy scope and enforcement
- Workload placement and lifecycle
- Rollout sequencing and rollback
- Autonomous workloads under governance
Instead of asking “Which device should run this container?” TerraFabric asks where a system should run, under what constraints, across which scope, and with what policy boundaries.
That is the difference between managing devices and operating systems.
One control plane across existing infrastructure
Runs standalone or inside VeeaONE
Policy L2-L7
Rollouts + rollback
Zero-trust boundaries
Your infrastructure
x86, GPU nodes, Kubernetes clusters, distributed sites.
TerraFabric control plane
Policy, orchestration, topology, rollout sequencing, rollback.
Governed workloads
Applications, agents, CV pipelines, automation workflows.
What you can do on day one
Some examples.
1. CV model rollout with failover
Trigger: New CV model version
Action: Roll out by region with health checks and failover
Outcome: Safe upgrade with rollback in one click
Why operators care: Protects uptime during model updates.
Scope: Region
2. Sensor-triggered workflow
Trigger: Thermistor threshold crossed
Action: Activate sensor-fusion workflow and scoped boundaries
Outcome: Coordinated response without manual site-by-site wiring
Why operators care: Faster, safer event handling across sites.
Scope: Site / Region
3. Policy rollout across fleets
Trigger: New L2-L7 policy requirement
Action: Publish by region in controlled batches with monitoring
Outcome: Consistent policy enforcement with immediate rollback path
Why operators care: Reduces drift and limits blast radius.
Scope: Region / Fleet
4. Lifecycle and staged promotion
Trigger: New workload or CDN config release
Action: Version, stage, promote, and track change history
Outcome: Clear accountability for what changed and where
Why operators care: Change control without tooling sprawl.
Scope: Fleet
Most edge platforms manage nodes. TerraFabric manages change.
Fleet-aware orchestration
Actions are scoped by fleet, region, and site, not by device name.
Policy as a first-class object
Segmentation, flow rules, and application constraints are explicit, auditable, and enforceable.
Queryable topology and state
Operators can ask what runs where, which policies apply, and what is compliant without guesswork.
Governed autonomy
AI agents and automation run as workloads under identity, scope, and policy, not as privileged scripts.
Two primary modes. Plus hybrid.
Deploy it standalone. Run it inside VeeaONE. Or bridge both.
TerraFabric standalone
Deploy as a self-hosted or managed control plane across data centers, edge clusters, x86 and GPU nodes, and Kubernetes where it exists.
Software lifecycle management is powered by prpl LCM, the industry’s most proven open-source container lifecycle engine.
No rip-and-replace required.
Inside VeeaONE
Available directly in Control Center. Enroll VeeaHubs and additional nodes in one action and activate orchestration, policy, and lifecycle control across the mesh.
Hybrid
Bridge VeeaONE and non-Veea environments under one TerraFabric control plane.
Infrastructure diversity should not prevent coordination.
Autonomy without control is risk.
If edge systems are going to act through automation or AI agents, they must operate within clear boundaries. TerraFabric enables governed autonomy by enforcing those boundaries as part of the control plane, not as an afterthought.
This is how you run autonomy without creating a security incident.
Segmentation
Least-privilege network boundaries by scope.
Identity Access
Execution paths bound to identity and role.
Policy Defaults
Explicit allowlists with deny-by-default patterns.
Auditability
Action-linked logs for compliance and review.
Control Recovery
Rollback and kill-switch capabilities.
Intelligence requires shared reality.
Edge environments are physical environments. Power fluctuates. Connectivity varies. Hardware ages. TerraFabric normalizes physical, network, and workload telemetry into a shared language so orchestration decisions stay consistent everywhere.
Built for operators running real fleets
Zero trust patterns
Identity-scoped access and least-privilege boundaries.
Policy scope
Controls that apply cleanly at fleet, region, and site levels.
Auditability + rollback
Change history tied to action and fast rollback paths.
Infrastructure fit
Works with existing infrastructure and mixed environments.
Early Access
Ready to evaluate TerraFabric?
TerraFabric is in early deployments. If you want to evaluate it in your environment, talk to us.