Race to Handover
A simulated site-acquisition race where you run diligence, lease and approvals in parallel to hand over a ready telecom site on time.
Learn by doing across telecom, cloud-native, DevOps and agentic AI, all in your browser, with no installations and no cloud lab bills.
Site acquisition, tower economics and inventory planning, as free simulations that run in your browser.
A simulated site-acquisition race where you run diligence, lease and approvals in parallel to hand over a ready telecom site on time.
Compare the Capex and Opex of GBT, RTP and RTT towers across rural, semi-rural and urban areas in INR, including approval costs.
Import candidate sites, draw the search ring, check imagery and distances, and rank the top three sites.
Reproject to a metric UTM zone, buffer the nominal point and select the candidates inside the ring for RF review.
Find the economic order quantity for passive infrastructure items, such as GI bolt kits, by balancing ordering cost against holding cost.
Build a policy for each item (EOQ, safety stock, reorder point) and test how the service level changes the stock you carry.
Classify SKUs by value and demand variability, then match each class to its stocking policy.
Run the reorder policy through random demand and supplier delays to see how often you run out at different service targets.
Compare holding stock at one central warehouse against regional hubs to see how pooling cuts total safety stock.
Walk through the attach procedure, analyse logs and run automated test suites, all in your browser.
Pick a fault, run the 4G attach step by step and see which message fails and what to check first.
Change the network health and your regex, then watch the success rate and setup-time chart pass or fail.
Choose a UE profile, run the automated test suite and see which tests fail and why.
Sign in with the username and password you were given and your own lab VM opens as a command line right in the browser. No installs, no SSH client.