Industry Real-time dispatch & routing — instant replanning, live constraint enforcement, an auditable basis on every decision. Request Access →
Field Services · Real-Time Dispatch & Routing

The field never stops changing.
Neither does the plan.

Who goes where, when, and with what — under live constraints. Helixor's neurosymbolic engine solves the routing and scheduling the way a traditional solver does, then replans instantly when a job overruns, a tech calls out, or an emergency drops in. Every hard constraint enforced. An auditable basis on every dispatch. No batch window. No warm-up.

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REAL-TIME DISPATCH · INSTANT REPLANNING · VEHICLE ROUTING · LIVE CONSTRAINT ENFORCEMENT · ZERO CONSTRAINT VIOLATIONS · SLA-AWARE SCHEDULING · NO BATCH CYCLES · REAL-TIME DISPATCH · INSTANT REPLANNING · VEHICLE ROUTING · LIVE CONSTRAINT ENFORCEMENT · ZERO CONSTRAINT VIOLATIONS · SLA-AWARE SCHEDULING · NO BATCH CYCLES ·

Static schedules solve once.
The field replans all day.

Most dispatch and FSM tools build a plan overnight and defend it against reality until the next batch. But jobs overrun, techs call out, parts go missing, and emergencies jump the queue. Helixor's engine was built for the opposite: it schedules, monitors, and replans in real time as constraints shift — and proves why each assignment holds.

Real-Time Replanning

A job runs two hours long. Six appointments are now at risk. How fast can you fix it?

Traditional schedulers rebuild the whole board when one thing slips — or leave it to a dispatcher and a phone. Helixor's incremental engine repairs only the affected routes: it finds the techs and windows now in conflict and re-optimizes those in milliseconds, leaving the rest of the day intact. The fix lands before the customer texts asking where the tech is.

Vehicle Routing

Routing a live fleet at operational scale needs a real-time optimizer.

Multi-depot routing with live time windows, skill and part requirements, driver hours, and continuous job injection is a combinatorial problem that explodes as the fleet grows. Helixor's constraint optimizer solves and re-solves at speeds heuristic dispatch tools can't approach — and unlike a black-box, it guarantees every hard constraint is satisfied.

Skills, Parts & SLAs

The nearest tech isn't always the right tech.

Certifications, truck stock, SLA deadlines, overtime rules, and customer preference form an interconnected constraint network. Helixor optimizes across all of them at once — matching the right tech, the right parts, and the right window — reacting to live availability the moment it changes, not in the next planning cycle.

Defensible Decisions

"Why did this crew get sent?" should have an answer.

Dispatch decisions touch labor rules, safety requirements, and customer commitments — they need a deterministic, auditable basis, not a confident guess. Every assignment Helixor makes is constraint-verified against current rules, with a structured record of why it holds for every outcome.

Six problem classes.
One optimization engine.

01 · Real-Time Dispatch & Replanning

Plan the day. Repair it the moment it slips.

Overruns, no-shows, emergency jobs, traffic — Helixor ingests the signal, identifies only the routes now in conflict, and issues a repaired schedule before the SLA is missed. Not a full rebuild. Instant surgical repair.

02 · Vehicle Routing

Optimal routes. Every dispatch. No exceptions.

Multi-depot routing with live time windows, capacity, driver hours, and real-time job injection. Helixor is the solver — not a wrapper around one. No approximations, no violated constraints.

03 · Skills & Parts Matching

The right tech, with the right parts, in the right window.

Certifications, truck stock, and job requirements resolved together, so the crew that arrives can actually complete the work — cutting repeat visits and truck rolls.

04 · SLA & Priority Optimization

Deadlines and priorities, enforced not hoped for.

Contractual response times, priority tiers, and penalty windows computed across the whole board — so the schedule protects the commitments that matter most, in real time.

05 · Capacity & Overtime Planning

Balance the load before overtime becomes the plan.

Crew availability, shift and labor rules, and demand forecasts resolved as one constraint problem — leveling workload and flagging where capacity, not routing, is the real bottleneck.

06 · Auditable Dispatch

Labor and safety rules enforced in every assignment.

Every dispatch automatically enforces current labor, safety, and customer-commitment rules — with a structured record of why it holds. Compliance is built into the decision, not checked after.

Every event triggers a replan.
The board repaired before the SLA slips.

Helixor continuously monitors the dispatch board and re-optimizes the affected routes the moment conditions change. No batch window. No warm-up. The engine runs continuously — and improves from every outcome without retraining.

Helixor Dispatch Feed — Live
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Constraint Violations

Built for a moving day.
Smarter than a heuristic.
Explains every dispatch.

Instant replanning.
Not a full rebuild.
When something changes — a job overruns, a tech calls out, an emergency drops in — traditional schedulers rebuild the whole board or leave it to a dispatcher. Helixor's incremental engine detects exactly which routes are now infeasible and repairs only those, leaving the rest of the day intact. The repaired schedule arrives in milliseconds, not minutes.// incremental DAG re-execution: only recomputes what changed
Zero constraint
violations, guaranteed.
Many dispatch tools and ML planners check feasibility after the fact and patch violations. Helixor's two-phase constraint architecture pre-compiles hard constraints — skills, certifications, labor rules, time windows — as masks applied to the solution space before optimization begins. Infeasible assignments never emerge. Every route and every schedule is feasible before it is issued.// hard constraint satisfaction built into the optimizer, not bolted on after
Learns from
every dispatch.
Static schedulers return a plan and stop. Helixor's reasoning layer continuously accumulates what works — which strategies succeed on which job patterns, which conflicts recur — and folds that operational knowledge into future solves. Dispatch gets faster and more accurate on the problems it has seen, without any retraining cycle or model deployment.// continuous improvement from verified operational outcomes, no retraining required
An auditable basis
on every assignment.
"Why did this crew get sent?" should have an answer. Routing, skills, parts, SLAs, and labor rules are optimized as one interconnected problem, and Helixor records the basis each assignment rests on — so a route change, a priority insert, and an overtime rule are reconciled in the same solve and defensible after the fact.// cross-constraint optimization with a provenance record on every decision

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