Carrier access network automation and transactional appliance control.
We build provisioning engines and control-plane daemons for ISPs and telecom operators—automating GPON optical terminals, core router interfaces, hardware fast-path offloading, and sub-second multi-WAN failover.
- ont 3/1/7Applying
- ont 3/1/8Applying
- ont 3/1/9ApplyingRejected
- ont 3/2/1Applying
Rolled backEvery device is back on its previous configuration.
Transactional rollout
Multi-node configuration changes execute atomically, rolling back all peers if any terminal rejects a rule.
Manual router configuration and partial provisioning scripts leave access networks in inconsistent states when a device drops offline mid-change. Our automation engines treat multi-device network updates as atomic transactions while optimising forwarding-plane throughput.
Streaming optical terminal provisioning
Constant-memory streaming parsers process multi-megabyte TR-069, TR-181, and vendor configuration trees across thousands of GPON ONTs.
Transactional router control plane
Pipelined binary API sessions snapshot router state before applying rules and roll back all nodes automatically if any peer rejects a change.
Hardware NPU fast-path enforcement
Automated validation of layer-3 hardware routing offload and dynamic TCP segment clamping across subscriber PPPoE and VLAN trunks.
Sub-second multi-WAN failover
Continuous sub-second link probing shifts routing metrics and updates local recursive DNS zones atomically when upstream gateways degrade.
Case study
Telecoms Carrier equipment and firmware provisioning engine Read specificationServices
Discuss your system architecture.
Share your operational constraints, target environment, and integration requirements. Our engineers will prepare a structured technical scope.