Serana OpsAgent

Ask your fleet anything.

OpsAgent is an AI planning engine for satellite operators. Feasibility, capacity, and continuity plans in minutes, each backed by the link budget, the binding constraint, and a patent-pending explanation of why the chosen option won.

Routine planning decisions queue behind scarce engineering expertise

Sales feasibility, capacity changes, and outage re-planning all depend on the same few senior engineers. Dashboards show network state; they do not produce an executable, auditable plan.

NMS state + carrier plans + telemetry + forecasts
Serana OpsAgent
recommended plan + why / why not + audit report

What OpsAgent covers

Win capacity

Instant feasibility and link analysis for any site, terminal, and availability target. Loading and headroom for current and forecast demand.

Protect continuity

Multi-tier continuity plans across GEO, MEO and LEO. Failure impact and reallocation in minutes.

Explain every decision

Options considered, why the winner won, why each alternative lost. Customer-ready reports and fully replayable sessions.

Ask it like you'd ask your best engineer

Can we serve a 40 Mbps site in Cúcuta, and on which beam? What's the minimum antenna size to close 20 Mbps at 99.7%? Can we take three new customers on gBird-17 at once? What rate does a 60 cm maritime terminal get on the next MEO pass?

We need 25 Mbps at Cúcuta, 1.2m Ka, 99.5%. Does the link close on gBird-17?

Yes, the link closes. gBird-17 beam NS37 delivers 25 Mbps at Cúcuta with 0.3 dB margin at 99.5% availability.

Full link details
Feeder link
Caveats
Map of northern South America showing the Cúcuta site, the Curaçao gateway and the gBird-17 serving beam
Cúcuta
Curaçao gateway
gBird-17

Feasibility for a 25 Mbps site, answered in one question with full link details behind every number.

Three new requests on gBird-17: 30 Mbps to Bogotá, 45 Mbps to Recife, 20 Mbps to Port of Spain. Can we serve all three?

Two of three close as requested. Recife is constrained by pool bandwidth at 45 Mbps; all three succeed if Recife takes 30 Mbps.

Recommendation: accept Bogotá and Port of Spain now; offer Recife 30 Mbps.

Bogotá
30 / 30 Mbps
Recife
30 / 45 Mbps
Port of Spain
20 / 20 Mbps
Why can't Recife get 45 Mbps?

The 45 Mbps carrier needs 22 MHz; the serving pool has 14 MHz contiguous free. Bandwidth binds before power. At 30 Mbps the carrier fits with 2 MHz to spare.

Per-request link budgets
Pool loading detail
Caveats

Three service requests solved jointly against pool bandwidth and power, with the binding constraint shown.

Computed and explained

Every answer is grounded in real engineering computation, and when there's a decision to make, Serana solves it and shows its work.

Verifiable

Your engineers can verify any answer. Your commercial team can forward it to a customer.

Replayable

Every planning session is fully replayable for audit.

Explained

Options considered, why the winner won, and why each alternative lost — a patent-pending explanation, not a black box.

Fits the systems you have

OpsAgent reads from your existing systems: NMS state, carrier plans, telemetry feeds. Every answer accounts for live conditions and forecasts — weather, traffic demand, and interference. Nothing about your operational workflow changes. Your team simply stops being the bottleneck for questions the data can already answer.

Deployment

Serana runs on your terms — wherever your data and your assurance requirements say it must.

Cloud, on-prem, or air-gapped

Runs wherever your data is allowed to live.

Sovereign enclave

A dedicated deployment inside your jurisdiction.

Fully auditable

Every session logged and replayable end to end.

Audit & assurance

Supports your existing audit and assurance workflows.

Pilot OpsAgent on your fleet data

A pilot needs a fleet data export; you have a working planning assistant over your actual network within weeks.

info@serana.ai