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In development•Seeking 1–2 Logistics Design Partners

Decision intelligence for logistics and delivery operations.

Optivara is a decision-support prototype designed to assist logistics and dispatch managers. Built with Python and Google OR-Tools, it solves multi-stop routing, vehicle capacity limits, and time-window allocations without bloated enterprise complexity.

Prototype Evaluation Notice

Optivara is an active software prototype with zero paying customers as of this writing. We are seeking one to two regional logistics or distribution design partners in India to evaluate real-world constraint models against historical delivery data in a secure sandbox.

Interactive Demonstration

Simulated route optimization network

This interactive canvas illustrates how waypoint nodes and fleet constraint paths are computed dynamically.

Optivara Decision Support Prototype•Google OR-Tools CP-SAT
Simulated demonstration • Synthetic benchmark
Simulated Nodes: 28 distribution waypoints
Illustrative simulation demo • No unverified claims
Operational Constraints

Why spreadsheets break down in multi-stop dispatch

Multivariable Dispatch Windows

Managing hundreds of delivery windows against dynamic traffic, driver shifts, and variable vehicle capacities quickly overwhelms manual dispatchers and basic spreadsheets.

Under-utilized Fleet Capacity

Static routing fails to efficiently re-sequence stops when mid-shift cancellations, unexpected road delays, or urgent priority orders occur.

Combinatorial Complexity

Every added waypoint exponentially increases potential route permutations, making intuitive human guesswork mathematically difficult to optimize.

Architecture & Methodology

How Optivara models constraint parameters

Optivara applies mathematical constraint programming to systematically evaluate routing permutations and enforce customer delivery windows.

Solver Engine

Google OR-Tools and CP-SAT

Constraint programming algorithms applied to combinatorial dispatch optimization.

Language and Backend [FOUNDER TO VERIFY]

Python 3.11+ and Async FastAPI

High-throughput computational service providing route outputs based on defined constraints.

Evaluation Phase [FOUNDER TO VERIFY]

Active Sandbox Testing

Benchmarking against realistic synthetic waypoints and regional route constraints.

Research Horizon

OptiCore Research Track

Long-term exploratory research into computational optimization algorithms.

Partner with us on route optimization

We are seeking logistics dispatchers and supply chain managers in India to benchmark Optivara against real-world constraint logs in sandbox environments.