REDKIT
Zero Touch, Full Control
REDKIT was born inside one of Türkiye’s most demanding transport networks, multi-vendor Access Backhaul. Every day, thousands of configuration changes, router onboardings, mobile & enterprise service activations, and L2/L3 VPN setups keep the network alive. For years, these tasks depended on engineers manually logging into devices, checking parameters, applying templates, validating outputs, and documenting changes. It worked – until the network scaled faster than human capacity could follow.
REDKIT was designed to break that limit.
Built as a zero-touch provisioning and smart configuration engine, REDKIT turns what used to take hours into a fully automated, end-to-end workflow that runs in seconds. It reads device data automatically, selects the correct template, applies the configuration, validates every step, logs the entire operation, and closes the work order, with zero manual intervention. What customer gains is not just automation.
Built as a zero-touch provisioning and smart configuration engine, REDKIT turns what used to take hours into a fully automated, end-to-end workflow that runs in seconds. It reads device data automatically, selects the correct template, applies the configuration, validates every step, logs the entire operation, and closes the work order, with zero manual intervention.
What customer gains is not just automation.
It gains consistency, predictability, and a network that configures itself – safely and intelligently.
A solution is only real when it performs at scale — here are the real-world metrics from customer:
REDKIT finished before you blinked.
26 configuration categories automated
From transport provisioning to enterprise VPN services.
90% response coverage for Access Backhaul changes
Handling the majority of Transport RFC operations.
25% of Transport RFCs fully automated
End-to-end execution with zero manual intervention.
40% operational efficiency improvement
Reducing manual workload and operational delays.
Zero-touch provisioning in ~45 seconds
Automated execution from task to validation.
5,000+ devices actively managed
Across Huawei and Nokia Access Backhaul networks.
LSP planning reduced from weeks to minutes
Topology-aware MPLS path recommendations in under 10 minutes.
Trusted By
REDKIT
Zero Touch, Full Control
REDKIT was born inside one of Türkiye’s most demanding transport networks, multi-vendor Access Backhaul. Every day, thousands of configuration changes, router onboardings, mobile & enterprise service activations, and L2/L3 VPN setups keep the network alive. For years, these tasks depended on engineers manually logging into devices, checking parameters, applying templates, validating outputs, and documenting changes. It worked – until the network scaled faster than human capacity could follow.
REDKIT was designed to break that limit.
Built as a zero-touch provisioning and smart configuration engine, REDKIT turns what used to take hours into a fully automated, end-to-end workflow that runs in seconds. It reads device data automatically, selects the correct template, applies the configuration, validates every step, logs the entire operation, and closes the work order, with zero manual intervention.
What customer gains is not just automation.
It gains consistency, predictability, and a network that configures itself – safely and intelligently.
A solution is only real when it performs at scale — here are the real-world metrics from customer:
REDKIT finished before you blinked.
26 configuration categories automated
From transport provisioning to enterprise VPN services.
90% response coverage for Access Backhaul changes
Handling the majority of Transport RFC operations.
Zero-touch provisioning in ~45 seconds
Automated execution from task to validation.
25% of Transport RFCs fully automated
End-to-end execution with zero manual intervention.
40% operational efficiency improvement
Reducing manual workload and operational delays.
5,000+ devices actively managed
Across Huawei and Nokia Access Backhaul networks.
LSP planning reduced from weeks to minutes
Topology-aware MPLS path recommendations in under 10 minutes.
Trusted By