SQ-Optima plans optimal delivery routes across real road networks — sizing your fleet, honoring time windows and driver shifts, and balancing load across every vehicle. Give it addresses; it does the rest.
Cut distance, time, and vehicles at once — not one route at a time. SQ-Optima solves the fleet as a single problem.
Travel times come from real street networks and posted speed limits, so a plan on screen holds up on the road.
Time windows, capacities, driver shifts and breaks, cost ceilings, multiple depots — modeled, not approximated.
Bring the data you already have. SQ-Optima handles geocoding, road-network routing, and the optimization — then hands you a plan you can adjust and export.
Enter stops in the interface or upload CSV / Excel templates: one for depots, one for delivery stops, and — when you know your fleet — one for vehicles. Addresses are enough; coordinates are filled in automatically.
The solver builds routes across the real road network, respecting every window, capacity, shift, and cost limit — accelerated on GPU and multicore CPU so large fleets solve in the time you have.
Inspect routes on the map and timeline, drag stops between vehicles or adjust loads by hand, then export routes, stop lists, and turn-by-turn directions for the road.
Know your vehicles or not, one truck type or many, a free count or a fixed one — SQ-Optima plans for the situation you’re actually in.
Give a single vehicle capacity and let the optimizer decide how many vehicles the day needs. Ideal early in planning, before assignments are locked.
Describe each vehicle — capacity, shift, breaks, start and end locations, cost, type — and get routes that respect and constrains to every vehicle’s real limits.
Need to put a specific number of vehicles on the road? Solve for exactly that count — request 40 even when 36 would do, and the plan spreads across all 40.
Delivery days are full of constraints. SQ-Optima models them directly instead of forcing your operation to fit the tool.
Two files describe a job when you’re letting the solver size the fleet: your depots and your stops. Add a third — vehicles — when you want to plan against a known fleet. Fill the columns you have and leave the rest.
stop_id,address,postal_code,load,service_time,start_time,end_time
D1,120 Harbour Rd,V6B 1A9,0,0,08:00,18:00stop_id,address,postal_code,longitude,latitude,load,service_time,start_time,end_time,number_of_docks
S1,44 Elm St,V5K 0A1,,,12,6,09:00,12:00,2vehicle_id,start_location,end_location,skip_first_trip,drop_return_trip,capacity,shift_start,shift_end,max_time,break_start,break_end,break_duration,vehicle_type,max_cost,fixed_cost
V1,D1,D1,false,false,180,07:00,16:00,540,12:00,13:00,30,van,900,120Every solve returns a map, a per-vehicle breakdown, and a timeline you can read, edit, and export. When you know the road better than the model, take over by hand.
SQ-Optima runs on GPU and multicore CPU together, so large fleets and dense stop lists solve inside the planning window you actually have — not overnight.
Traffic between your client and our servers is protected with post-quantum cryptography — your depots, stops, and fleet data stay confidential against both today’s threats and tomorrow’s quantum ones.
One platform. A classical and a quantum processor.
SQ-Optima solves on classical hardware today and can dispatch the hardest problems to real quantum hardware — with no change to how you work. The same depots, stops, and vehicles go in; comparable routes, timelines, and exports come back.
Runs your daily plans
GPU- and CPU-accelerated optimization handles everyday fleet planning at production speed — the workhorse behind every route you dispatch.
Takes on the hardest jobs
For the most complex problems, SQ-Optima prepares and runs the job on real quantum hardware, then returns results in the same map, timeline, and export you already read.
Bring a real day of stops and fleet. We’ll show you the plan it produces — the routes, the savings, and the controls your dispatchers get.