Supply Chain Software Development

Supply chain software for teams that plan, buy, and hold stock across many suppliers and sites.

Build custom supply chain software that puts demand plans, purchase orders, and supplier updates in one place. Your planners see what is coming, what is late, and where stock should sit before a shortage hits.

SolGuruz delivers supply chain software development services built around how your network runs. That includes planning engines, supplier portals, procurement workflows, and ERP connections.

Talk to a Supply Chain Software Engineer

Illustration of a person holding a supply chain software screen in front of a delivery truck

Flexible Engagement Models
Strict NDA
1 Week Risk Free Trial

The Engineering Partner You Can Build On

Reliable software takes an experienced team that owns delivery end to end. Here's the track record behind ours.

Years Building Custom Software

90+

Dedicated Team Members

102+

Products Shipped

87+

Clients Served Across 17+ Countries

Trusted by Startups and Enterprises Worldwide

success speaks louder

Watch How We Make a Difference

5.0

Frame 01 / 04

Custom Software Solution Development / Driver Dashboard & Invoice Automation for Food Service Company

SolGuruz has delivered a solution that has reduced 90% of manual efforts through automation and provided real-time insights for supplier fulfillment and order volume trends. The team is responsive to requests and changes, and their proactive approach to problem-solving has stood out.

Summarized from Gary Boyd's Clutch review

Gary Boyd

CEO and Owner, Tasty Food Guys | Florida, USA

Read Clutch Verified Review

SolGuruz is Rated by Real People on Google and Clutch

5.0

Rated 5.0 / 5 on Google by clients, partners, and visitors who have experienced SolGuruz first-hand - through our work, our office, or our team.

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4.9

4.9 / 5 on Clutch - independently audited reviews from real clients who have shipped products with SolGuruz.

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Backed by independent accreditations

ISO 9001 Certified

ISO 27001 Certified

Illustration of connected supplier, warehouse and delivery points in a supply chain network

What Is Supply Chain Software?

Supply chain software is the system a business uses to plan demand, buy from suppliers, and place stock across its network. It links forecasts, purchase orders, supplier updates, and inventory in one record. As a result, planners and buyers work from the same numbers instead of separate spreadsheets.

Logistics software moves and stores goods. Supply chain software decides what to buy, how much, from whom, and where it should go before any truck is booked. Supply chain management software development shapes that planning layer around your own suppliers, lead times, and product rules instead of a vendor's default settings.

As a logistics software development company, we connect this planning layer to the warehouse, transport, and fleet systems that carry out each plan. Approved orders and stock targets flow downstream, and real receipts and delays flow back up.

Demand for this layer is growing fast. The supply chain management software market is estimated at USD 36.39 billion in 2026 and is forecast to reach USD 56.01 billion by 2031, according to Mordor Intelligence.

Supply Chain Software vs Logistics Software vs ERP: Which One Solves Your Problem?

Buyers often compare these three because each one touches inventory. They answer different questions, and most growing businesses need all three working together.

Question	Supply chain software	Logistics software	ERP
Main job	Plan demand, buy, and position stock	Move, store, and deliver goods	Record finance, orders, and stock value
Time horizon	Weeks to months ahead	Today and this week	The past and current period
Who uses it daily	Planners, buyers, and suppliers	Dispatchers, drivers, and warehouse staff	Finance, sales, and admin teams
Choose it when	Shortages, excess stock, or late suppliers are the problem	Freight cost or warehouse accuracy is the problem	Books, invoicing, and approvals are the problem

Most businesses keep the ERP as the financial record for stock value and invoices. Most then add supply chain software for planning and supplier work, while logistics systems handle the physical movement, and data passes between all three through APIs.

Which Supply Chain Metrics Does Custom Software Improve?

Leaders rarely buy supply chain software for its screens. They buy it to move a handful of numbers that finance and customers already watch.

Metric	What it tells you	How the software moves it
Forecast accuracy	How close the demand plan was to real sales	Learns from your own sales, promotions, and seasonality, then lets planners correct for known events
On-time in-full (OTIF)	How many customer orders shipped complete and on time	Flags shortages weeks ahead, so buyers fix them before orders are due
Days of inventory	How long current stock will last at today's sales	Sets stock targets per product and site, so cash is not tied up in slow items
Supplier on-time rate	How often suppliers deliver what they confirmed	Tracks every confirmation against the actual receipt and scores each supplier
Purchase order cycle time	How long it takes to go from request to approved order	Moves quotes, approvals, and order sending into one flow
Expedite spend	How much you pay for rush freight and premium buys	Catches late supply early, while normal freight and normal prices still work

Pick two of these numbers before you build anything. They decide which module goes first, and they give you a fair way to judge the software six months after launch.

Supplier on-time rate and expedite spend often move first. Both depend on supplier updates reaching the plan on time, rather than on a better forecast model.

is it time

When Do You Need Custom Supply Chain Software?

Enterprise suites like SAP IBP, Oracle, Kinaxis, and Blue Yonder suit large companies with standard processes. A custom build makes sense when your rules, suppliers, or budget do not fit those products.

Your Plan Lives in Spreadsheets Nobody Trusts

If each planner keeps their own file, the company runs on several versions of the truth. One shared planning system ends the weekly argument about whose number is right.

Suppliers Send Updates by Email and PDF

When confirmations, ship dates, and price changes arrive as attachments, buyers spend their day retyping. Most of those updates never reach the plan in time.

Your ERP Planning Module Cannot Hold Your Rules

Shelf life, customer allocations, and substitute parts often sit outside what a standard ERP module can model. Teams then plan outside the system and key results back in.

Enterprise Suite Licenses Cost More Than the Problem

A mid-size manufacturer or brand rarely needs every module in a large suite. Paying for a full suite to fix two planning gaps is a common and expensive mistake.

Buyers and Customers Ask for Proof of Origin

Retailers, regulators, and enterprise customers now ask where materials came from. If that proof lives in inboxes, every request becomes a small project.

Stock Piles Up in One Site While Another Runs Out

When each warehouse plans separately, one may have too much stock while another runs out. A shared plan moves stock where it is needed before you have to pay for rush shipping.

If these issues sound familiar, a custom supply chain system can bring your planning, supplier data, and tracking into one place.

Custom Build vs Enterprise Suite: A Quick Comparison

Both paths can work, but they cost you in different ways over time. This table shows where the money goes and who controls the system after launch.

Factor	Enterprise suite (SAP IBP, Kinaxis, Blue Yonder)	Custom supply chain software
How you pay	Yearly subscription plus implementation partner fees	One-time build priced by module, then hosting and support
What grows the bill	More users, modules, and sites	More modules or integrations you choose to add
Fit to your rules	You adjust your process to match the product	The software follows your existing rules
Modules you get	Usually a bundle, used or not	Only the modules you need
Who owns the roadmap	The vendor	You, along with the code and data

Most mid-size businesses end up in the middle. They keep their ERP, skip the full suite, and build only the modules where their rules differ.

Not sure yet? Our AI PoC development work can test a forecast on a sample of your sales history first. The gap between that forecast and your current plan shows whether a full build will pay back.

Planning From Spreadsheets Again This Month?

Tell us where your plan breaks, and we'll show what to build first.

Why Supplier Data Breaks Before It Reaches Your Plan

Most planning errors start with supplier data, not the forecast. Each supplier sends updates in its own format and on its own schedule.

Supplier signal	How it usually arrives	What goes wrong
Order confirmation	Email, PDF, or EDI 855	Confirmed quantities and dates never reach the plan
Advance ship notice	EDI 856, spreadsheet, or a phone call	Receiving teams cannot prepare for what is coming
Lead time change	A line in an email	Safety stock stays based on the old number
Price change	A new PDF quote	Purchase order cost and invoice cost stop matching
Certificates and audits	Email attachments	Expired documents surface during an audit
Capacity warning	A phone call to one buyer	The rest of the team finds out after the shortage

Here is what most vendors will not say upfront: the forecast model is rarely the real problem. A simple model fed with fresh supplier dates usually beats an advanced model fed with stale ones.

That is why we fix supplier data flow first. A supplier portal, EDI connections, and document reading clear most of the rows above. Advanced planning features come after that.

our expertise

Supply Chain Software Development Services We Deliver

Most teams begin with the module behind their biggest shortage or rework problem. Others build the full platform in phases.

Custom Supply Chain Software Development

We build custom supply chain software that covers demand planning, buying, supplier collaboration, and inventory targets in one system. The data model follows your products, sites, and suppliers, and the code and IP belong to you from the first commit.

Demand and Supply Planning Software Development

Through machine learning development services, we build forecasting engines trained on your sales, promotions, and seasonality. Supply plans then match those forecasts against supplier lead times, capacity, and minimum order rules, so planners review exceptions instead of every line.

Sales and Operations Planning (S&OP) Software Development

We build S&OP software that brings sales forecasts, supply plans, and financial targets into one monthly review. Teams test scenarios, such as a delayed supplier or a large new order, and see the effect on stock, capacity, and margin before they commit. The approved plan then flows into buying and production as the one version everyone works from.

Procurement and Sourcing Software Development

Procurement software handles requests for quotes, supplier bids, purchase requisitions, and approval chains in one flow. Three-way matching checks each purchase order, receipt, and supplier invoice before finance pays, so price and quantity gaps get caught early.

Supplier Portal Development

Our web application development team builds portals where suppliers confirm orders, update ship dates, upload certificates, and submit invoices. Small suppliers can use it from a phone, and every update lands in your plan the moment it is saved.

Inventory Optimization Software Development

Inventory optimization software sets safety stock, reorder points, and stock targets for every product at every location. It balances service targets against the cash tied up in stock, and it updates targets as demand and lead times change. This layer sets the target. Your warehouse management system holds the actual count against it, and the two reconcile daily.

Supply Chain Visibility and Control Tower Development

Supply chain visibility software brings supplier updates, open orders, inventory, and inbound shipments into one live view. Our backend development team adds a control tower on top, with alerts, owners, and next steps for each exception, so problems get handled instead of just watched.

Traceability and Compliance Software Development

Traceability software links every lot to its supplier, origin, certificates, and downstream orders. Compliance teams pull audit and due diligence reports from the system rather than rebuilding them from email every quarter.

Supplier Risk Management Software Development

Supplier risk software maps every supplier against signals such as financial health, location, and how much of your spend depends on them. It flags single-source items and suppliers showing early warning signs, so buyers line up alternates before a shortage. Each alert links to the open purchase orders it affects, so the team knows where to act first.

AI Agent Development for Supply Chain Teams

With AI agent development services, we build agents that chase late supplier confirmations, read order documents, and draft purchase orders for buyer approval. Gartner expects 60% of enterprises using supply chain software to adopt agentic AI features by 2030, up from 5% in 2025.

Supply Chain Integration and Automation Services

Drawing on our ERP software development experience, we connect your planning layer to every system it depends on, then automate the handoffs between them. Approved plans become purchase orders in the ERP, ship notices update expected receipts, and new stock targets reach the warehouse without manual exports. Each feed gets error alerts and retry rules, so a failed file never leaves planners working from yesterday's numbers.

Supply Chain Software Modernization

Our legacy application modernization work moves item masters, supplier records, and years of demand history off old planning tools. Product families switch over one at a time, and the old system stays live until the new plan matches it.

Start With the Decision That Costs You Most

Tell us which planning call goes wrong most often, and we'll scope that module.

industries we serve

Industries We Build Supply Chain Software For

Every industry plans around a different constraint. Here is how the software handles each one.

Manufacturing and Industrial
Manufacturers need material plans that follow production schedules and bill of materials changes. Alongside our ERP implementation services, work orders, material needs, and lead times come from one source. Substitute part rules then keep a single late component from stopping a line.
Consumer Goods and FMCG
Consumer goods brands plan around promotions, retailer orders, and co-manufacturers. Through AI integration services, promotion forecasts run on retailer sell-through, not shipment history alone. Co-packers see confirmed production plans, so capacity is booked before a promotion starts.
Retail and Ecommerce
Retailers and online brands split stock across distribution centers, stores, and marketplaces. Our mobile app development team gives store managers a simple app to approve stock transfers. Allocation rules and open-to-buy tracking help buyers spend on what will actually sell.
Food and Beverage
Food and beverage businesses plan around shelf life, seasonal harvests, and supplier certificates. Forecasts account for expiry dates, so buying plans do not order more than can be sold in time. Certificate renewal alerts also stop an expired audit from holding up a purchase order.
Pharmaceutical and Healthcare
Pharmaceutical companies and medical suppliers need approved backup suppliers and full records for every lot. Our healthcare software development teams build supplier qualification, lot genealogy, and shortage alerts. Buyers can see which items have only one qualified supplier and start dual sourcing early.
Automotive and Industrial Parts
Automotive parts suppliers work to OEM delivery schedules across several supplier tiers. We build EDI-driven release planning, sub-tier supplier tracking, and just-in-time buying rules. When a tier-two supplier slips, the plan shows which customer releases are at risk.
Electronics and High-Tech
Electronics companies face component shortages, supplier allocations, and lead times that stretch for months. The software tracks parts across approved suppliers and suggests approved alternates. It also records conflict mineral declarations for every part.
Distribution and Wholesale
Distributors buy from hundreds of vendors and resell to trade customers with their own buying patterns. When trade accounts live in a custom B2B CRM, their order patterns feed the forecast directly. Supplier scorecards then show which vendors keep their promises.
Diamond, Jewelry, and High-Value Goods
Diamond and jewelry traders source stones and finished pieces from many suppliers, often on memo or consignment. We build supplier stock feeds, memo tracking, and grading records for every item. Our B2B diamond trading portal already syncs live inventory with client ERP systems. Kimberley Process and origin records stay attached to each stone, so sourcing questions get quick answers.

Supply Chain Integration: Systems and Partners We Connect

A plan is only as good as the data feeding it. Your supply chain software has to read from and write to the systems you already run.

Connection	Systems we work with	What it changes
ERP and finance	SAP S/4HANA, Oracle NetSuite, Microsoft Dynamics 365, Infor, Odoo	Approved plans become purchase orders without re-entry
Supplier EDI	850, 855, 856, 810, and 846 transaction sets	Orders, confirmations, ship notices, and invoices move automatically
Manufacturing systems	MES, PLM, and bill of materials data	Material plans follow real production schedules
Demand signals	Shopify, Amazon, POS feeds, and retailer EDI 852	Forecasts use actual sell-through, not just shipments
Logistics execution	WMS, TMS, 3PL systems, and carrier visibility tools	Receipts and inbound delays update the plan the same day
Data and reporting	Snowflake, Databricks, Power BI, Tableau	Leaders see plan versus actual in the tools they already use

Approved orders flow into warehouse management system development and transportation management system development builds, so the plan and the physical movement stay in step.

Our ERP and CRM integration team can also pull customer orders from your CRM. Sales commitments then reach the demand plan before they turn into rush orders.

Not Sure Which Systems to Connect First?

Share your ERP and top suppliers, and we'll map the order.

Traceability and Sourcing Compliance Your Software Should Handle

Sourcing rules now ask companies to prove where materials came from and how suppliers operate. Your supply chain software should keep that proof as part of daily buying, not as a yearly scramble.

Requirement	What the software records	Who it applies to
UFLPA (US)	Supplier and sub-tier origin records for goods and materials	US importers, especially of cotton, polysilicon, aluminum, and seafood
EU CSRD and Scope 3 reporting	Supplier emissions and activity data linked to purchases	Companies in CSRD scope and the suppliers reporting to them
EU Deforestation Regulation (EUDR)	Origin plot locations and due diligence statements	EU importers of cattle, cocoa, coffee, palm oil, rubber, soy, and wood
Dodd-Frank Section 1502	Smelter and supplier declarations for conflict minerals	US-listed companies using tin, tantalum, tungsten, or gold
Germany's Supply Chain Act (LkSG)	Supplier risk reviews and complaint records	Larger companies operating in Germany
SOC 2 and data privacy	Supplier access controls, activity logs, and data separation	Businesses serving enterprise buyers

Scope and deadlines for several of these rules have shifted recently. Discovery maps which ones apply to your products and markets today, so you build only what you need.

What Should You Prepare Before Building Supply Chain Software?

You do not need perfect data to start. You do need to know what you have, so discovery can plan around the gaps.

What to have ready	Why it matters	If it is missing
12 to 24 months of sales and order history	Trains and tests the forecast	We start with what exists and backtest on a shorter window
Item master with units and pack sizes	Every plan and purchase order depends on it	We clean it during data mapping, before any planning logic is built
Supplier list with lead times and update formats	Shows which suppliers need a portal, EDI, or email reading	We audit your top 20 suppliers first
ERP access and API details	Decides how approved plans become purchase orders	We use a file-based connection until APIs are ready
Two target metrics	Sets the first module and the test for success	We choose them with you from the metrics table above
One named planning owner	Someone must approve rules and overrides	We help you define the role before the build starts

A named owner matters more than clean data. Data can be fixed during discovery, but unclear ownership slows down every stage after it.

how we work

How We Build Your Supply Chain Software

Five stages, with the plan tested against your own history before a single supplier logs in. The durations below reflect a focused module, and larger platforms add time at Stages 3 and 4.

01 / 05
Planning and Supplier Discovery (2-3 weeks)
We sit with planners, buyers, and finance to map how plans get made today. That includes the spreadsheets nobody mentions in the first meeting. We also review your top suppliers and trace where last year's shortages started.

Deliverables: Current planning workflow map, supplier data audit, shortage root-cause list, first-module recommendation, and a fixed-scope quote.
02 / 05
Data Cleanup and Integration Mapping (1-2 weeks, alongside Stage 1)
We check item masters, units of measure, and supplier lead times against what the plan will need, because a forecast inherits every error in the data feeding it. Then we map every ERP, EDI, and sales channel connection. Finally, we design the data model around your products and sites.

Deliverables: Clean item and supplier master, connection blueprint, EDI transaction list, and data model design.
03 / 05
Planning and Procurement Core Build (7-9 weeks)
We build forecasting, supply planning, and purchase order workflows first, because every other feature depends on them. Our AI-assisted software development process speeds up repetitive code. A senior engineer still reviews every file before it merges.

Deliverables: Working planning and procurement modules, a live ERP link, and first supplier EDI feeds in staging.
04 / 05
Backtest, Supplier Pilot, and AI Features (3-4 weeks)
We run the new plan against your real history and compare it with what actually happened. Once the numbers hold up, a small group of suppliers joins the portal. AI features then go live for that pilot group.

Deliverables: Backtest results, supplier pilot feedback, trained models, and a wave-by-wave rollout plan.
05 / 05
Product-Family Rollout and Support (ongoing)
Product families and suppliers move over in waves, so buying never stops during the switch. After launch, our application maintenance and support team tracks forecast accuracy. They also keep supplier feeds healthy and add modules as your network grows.

Deliverables: Wave schedule, planner and buyer training, forecast accuracy dashboard, and ongoing support plan.

How we engineer

Our AI-Native Engineering Standards

AI-native by practice, engineer-led by principle. These are the rules every SolGuruz team works to, on every project, whatever the stack or industry.

01Architecture and Design Quality
- Spec-Driven Requirements
  Every feature has written acceptance criteria and a traceable spec before development starts, and AI checks the spec for gaps, conflicts, and missing edge cases.
  Engineer-ledEngineers review every spec for feasibility before it’s estimated.
- Architecture Standards
  Architecture, data model, state management, and integrations follow proven patterns for scale, security, and maintainability, and every key decision is documented.
  Engineer-ledAn engineer signs off every architecture decision.
- Design System and Accessibility
  Every screen is built from a shared design system in Figma, with AI-assisted accessibility checks and design-to-code handoff.
  Engineer-ledDesigners own every design decision and its consistency across devices.
02Code Quality and Security
- AI-Assisted Development, Human-Owned Code
  Developers use Claude Code, GitHub Copilot, and Cursor for scaffolding, boilerplate, and repetitive patterns, never for unreviewed logic.
  Engineer-ledEngineers own the logic and review every AI-generated change.
- Coding Standards, Git Flow and Peer Review
  Code follows agreed conventions and a Git Flow branching model, and AI-assisted review flags issues on every commit.
  Engineer-ledA second developer reviews every change before it merges.
- Secure and Compliant by Default
  ISO 27001 and ISO 9001 certified processes, SOC 2-aligned controls, least-privilege access, and encryption in transit and at rest, with HIPAA-aligned safeguards where health data is involved.
  Engineer-ledAn engineer owns every security review.
03Testing and Release Safety
- AI-Generated Tests and Manual QA
  AI generates unit tests, edge cases, and regression suites from the codebase, and automated suites run on every build.
  Engineer-ledQA engineers test the real user flows by hand before every release.
- Static Analysis and CI/CD Pipelines
  Static code analysis scans every commit, and CI/CD pipelines build, test, and deploy across development, staging, and production.
  Engineer-ledEngineers set the quality gates the pipeline enforces and fix what the scans flag.
- Release Safety
  Every release has staged environments, a tested rollback plan, and alpha and beta builds for internal and external users before full rollout.
  Engineer-ledEngineers review release metrics before each rollout phase.
04Reliability and Ownership
- Observability
  Crash reporting, performance monitoring, and usage analytics are live from launch day, with alerts routed to the team that built the product.
  Engineer-ledEngineers act on every alert and track trends for the life of the product.
- Data-Driven Iteration
  Product analytics are instrumented from launch, and new features are prioritized from user feedback and data, not guesswork. For clients without an in-house marketing team, we also run the growth strategy.
  Engineer-ledEngineers turn analytics into the backlog for each release.
- Documentation, Ownership and Ongoing Support
  AI keeps API references and technical docs in sync with the code, and maintenance plans keep the product secure and up to date.
  Engineer-ledYou get full repository access and IP ownership, and one in-house team stays accountable for the outcome.

What Does Supply Chain Software Development Cost?

Supply chain software development costs $20,000 to $50,000+, and most builds go live in 12 to 20+ weeks. Three things set your budget: the modules you need, the suppliers and systems you connect, and the state of your master data.

Build type	What it covers	Timeline	Investment
Focused module	One planning, procurement, or visibility module with one or two integrations	12-16 weeks	$20,000-$35,000
Multi-module platform	Planning, procurement, supplier portal, ERP connection, and supplier EDI	16-20 weeks	$35,000-$45,000
Enterprise supply chain platform	Adds multi-tier visibility, AI planning agents, traceability, and several business units	20+ weeks	$50,000+

The longer timelines come from two stages of our build process: the core build and the backtest. A multi-module platform adds supplier EDI connections and a second planning horizon to the core build, and an enterprise platform adds multi-tier visibility and traceability on top, which extends both the build and the backtest.

Your final price is set during discovery, based on your real supplier list, systems, and data condition.

Supplier connections and data cleanup move the budget more than the number of screens. Connecting five suppliers through a portal is a different project from connecting fifty through EDI.

Know Your Budget Before the Board Asks

Send your supplier count and ERP, and we'll return a fixed-scope estimate.

Technologies Behind Your Supply Chain Software

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Claude Code
GitHub Copilot
Cursor
Windsurf
v0
Gemini
Codex
Banani
Figma Make
Uizard
Pencil Dev
Stitch
Kiro
Antigravity
User-doc
Miro AI
Whimsical AI
Flutter
Android
Apple
React Native
TypeScript
JavaScript
ReactJs
Electron
Angular
WordPress
Webflow
FlutterFlow
Java
PHP
Node.js
Python
Laravel
Django
FastAPI
Flask
Nestjs
Feathersjs
Strapi
Netlify
Contentful
Storyblok
Butter CMS
Directus
TensorFlow
PyTorch
OpenCV
Hugging Face
Kaggle
OpenAI
Anthropic
Ollama
Claude
Voiceflow
Vapi AI
Perplexity.Ai
Stable Diffusion
CrewAI
N8n
Langflow
Keras
LangChain
Google Colab
Rasa
Llama 4
PaLM 2
MYSQL
AmazonDynamoDB
Firebase
Firestore
Supabase
PostgreSQL
Oracle
Redis
MongoDB
Cassandra
Elasticsearch
Pinecone
Pgvector
Weaviate
AWS
Digital Ocean
Google Cloud
Twilio
Docker
Kubernetes
Azure
Mocha
JMeter
Appium
SoupUI
Jest
Maven
Test NG
Selenium
Cucumber
Postman
Cypress
Rest-Assured
TravisCI
CircleCI
Gradle
Jenkins
Github-Actions
Bitbucket-Pipelines
Gitlab CI/CD
SonarQube
Grafana
Codemagic
Terraform
Bamboo
Vercel
GitLab
Git
Github Actions
Nginx
PM2

We Backtest Before We Build
Every forecast and buying rule is tested on your own history before it goes live, on 12 to 24 months where you have it and a shorter window where you do not. You see the accuracy gain on your own data, not on a demo dataset.
Supplier Adoption Is Part of the Scope
A portal only works if suppliers log in. We design for small suppliers on phones, keep email and EDI fallbacks, and track which suppliers still send updates the old way.
Planners Keep the Final Say
AI suggests forecasts and orders, and planners approve, change, or reject them. Every override is logged with a reason, so the model learns, and managers see why numbers moved.
Your ERP Stays the System of Record
We build beside your ERP, not around it. Stock value, invoices, and approvals stay in the ERP, so finance never has to reconcile two sets of books.
One Team From Plan to Warehouse Floor
We also build the warehouse, transport, and fleet systems your plan feeds into. So one team owns every handoff between the plan and the physical work, and nothing gets lost between two vendors.
Delivery You Can Audit
ISO 27001:2022 governs how we protect supplier prices and contract data. ISO 9001:2015 governs how we deliver, the framework behind our 99.9% on-time delivery rate and zero abandoned projects since 2019.
A Team That Stays After Launch
Planning models need tuning as your business changes, so you can hire AI/ML developers to keep improving them. Our 90+ engineers have shipped 102+ products for clients in 17+ countries. About 80% of those clients come back for another build.

What Our Clients Say

Explore the latest reviews from our existing clients to get a better picture of our services and collaboration.

Top App Development Company on appFutura

5.0

Food & Beverage

Custom Software Solution Development / Driver Dashboard & Invoice Automation for Food Service Company

Summarized from Gary Boyd's Clutch review

Gary Boyd, CEO, Tasty Food Guys

Lake Worth Beach, Florida, United States

Jan. 2025 - Ongoing

5.0

Automotive

Custom Google Inventory Feed Solutions for Car Dealership Company

Thanks to SolGuruz, the client became one of the first businesses in their location to implement Google shopping ads for vehicles. The team managed the engagement well and was highly flexible in terms of communication. They were also helpful and offered unique services that others didn't provide.

Summarized from Viral Kathiriya's Clutch review

Viral Kathiriya, Sr. Digital Mktg & CRM Analyst, Car Dealership Company

Winnipeg, Manitoba, Canada

Jan. 2023 - Mar. 2023

5.0

Diamond & Jewelry

Web Development for Diamond Wholesaler

The client got exactly what they needed, leaving them completely pleased with SolGuruz's services. The team instituted a smooth workflow by being highly attentive to the client's needs. Moreover, the team boasted exceptional communication skills and was always willing to lend a helping hand.

From the verified Clutch review by

Business Development Manager, Diamond Wholesaler

Cape Town, South Africa

Jul. 2023 - Aug. 2023

View All Client Testimonials

From Our Portfolio

Our Work

Logistics and supply chain software we designed, built, and support in production.

Supply Chain Management App Solutions
SolGuruz's Supply Chain Management Case Study demonstrates substantial improvements in logistics and inventory strategies for a tech firm.
Key Outcomes
6+ Month
Delivery Timeline
B2B + B2C
in One Platform
ELD
Driver Safety & Compliance
5 Layers
Encryption, OAuth 2.0, AWS

View All Case Studies

Expert Insights on Logistics Software Development

Guides, costs, and trends on building logistics and supply chain software, from the SolGuruz team.

View All Blogs

Related Logistics Services

A supply chain plan only pays off when the systems that carry it out are just as solid. Explore the connected platforms our team builds.

You are hereSupply Chain Software Development

Logistics Software DevelopmentTMS, WMS, fleet and last-mile platforms built around your lanes, carriers and operating rules.
Warehouse Management System DevelopmentReceiving, putaway, picking and counting on one stock record that matches the shelf.
Transportation Management System DevelopmentFreight rating, carrier booking and shipment tracking for the goods that leave your dock.
3PL Logistics Software DevelopmentMulti-client stock, activity-based billing, and client portals for third-party logistics providers.

Turn Supply Chain Guesswork Into a Plan You Trust

Tell us how you plan today, and we'll map the fastest route to fewer shortages.

Illustration of a supply chain software build being planned

Supply chain management software development is building custom systems for demand planning, procurement, supplier collaboration, and inventory targets. The software fits your suppliers, products, and rules instead of a generic template.

It usually covers demand forecasting, supply planning, purchase orders, a supplier portal, inventory optimization, and ERP connections. Most businesses start with one or two modules and add the rest in phases.

One plans, the other executes. Supply chain software sets buying and stock targets weeks ahead. Logistics software runs today's picking, shipping, and delivery against those targets.

A single focused module costs $20,000 to $35,000. A platform with a supplier portal and ERP integration costs $35,000 to $45,000, and enterprise systems start at $50,000.

A focused module takes 12 to 16 weeks. Multi-module platforms take 16 to 20 weeks, and enterprise platforms take 20+ weeks, depending on supplier count and data cleanup.

Buy a suite if your processes are standard and the license fits your budget. Build when your rules, suppliers, or costs do not fit, or when you need only two or three modules.

Yes. It reads stock counts, open orders, and supplier records through APIs or file exports. Approved purchase orders then post back to the ERP automatically.

Yes. Each supplier gets a secure login that shows only their own orders and documents. Suppliers without portal access can still send updates by email or EDI.

It is a command center for supply chain exceptions. It spots problems like late suppliers or stock gaps, routes each one to the right person, and tracks it until it is closed.

AI supply chain software learns from your sales and supplier history. It forecasts demand, flags risky suppliers, and drafts purchase orders, so planners spend time on judgment calls.

No. AI handles routine forecasts, follow-ups, and order drafts. Planners still make the calls on new products, key customers, and supplier relationships.

Look for a partner that tests plans on your own history and knows EDI and your ERP. They should also plan for supplier adoption and hand you full code ownership.

Yes. It can turn approved plans into purchase orders, update expected receipts from ship notices, and push stock targets to the warehouse. Buyers then review exceptions instead of keying in every order.

Supply Chain Software Development

The Engineering Partner You Can Build On

Years Building Custom Software

Dedicated Team Members

Products Shipped

Clients Served Across 17+ Countries

Watch How We Make a Difference

SolGuruz is Rated by Real People on Google and Clutch

What Is Supply Chain Software?

Supply Chain Software vs Logistics Software vs ERP: Which One Solves Your Problem?

Which Supply Chain Metrics Does Custom Software Improve?

When Do You Need Custom Supply Chain Software?

Your Plan Lives in Spreadsheets Nobody Trusts

Suppliers Send Updates by Email and PDF

Your ERP Planning Module Cannot Hold Your Rules

Enterprise Suite Licenses Cost More Than the Problem

Buyers and Customers Ask for Proof of Origin

Stock Piles Up in One Site While Another Runs Out

Custom Build vs Enterprise Suite: A Quick Comparison

Why Supplier Data Breaks Before It Reaches Your Plan

Supply Chain Software Development Services We Deliver

Custom Supply Chain Software Development

Demand and Supply Planning Software Development

Sales and Operations Planning (S&OP) Software Development

Procurement and Sourcing Software Development

Supplier Portal Development

Inventory Optimization Software Development

Supply Chain Visibility and Control Tower Development

Traceability and Compliance Software Development

Supplier Risk Management Software Development

AI Agent Development for Supply Chain Teams

Supply Chain Integration and Automation Services

Supply Chain Software Modernization

Industries We Build Supply Chain Software For

Manufacturing and Industrial

Consumer Goods and FMCG

Retail and Ecommerce

Food and Beverage

Pharmaceutical and Healthcare

Automotive and Industrial Parts

Electronics and High-Tech

Distribution and Wholesale

Diamond, Jewelry, and High-Value Goods

Supply Chain Integration: Systems and Partners We Connect

Traceability and Sourcing Compliance Your Software Should Handle

What Should You Prepare Before Building Supply Chain Software?

How We Build Your Supply Chain Software

Planning and Supplier Discovery (2-3 weeks)

Data Cleanup and Integration Mapping (1-2 weeks, alongside Stage 1)

Planning and Procurement Core Build (7-9 weeks)

Backtest, Supplier Pilot, and AI Features (3-4 weeks)

Product-Family Rollout and Support (ongoing)

Our AI-Native Engineering Standards

Spec-Driven Requirements

Architecture Standards

Design System and Accessibility

AI-Assisted Development, Human-Owned Code

Coding Standards, Git Flow and Peer Review

Secure and Compliant by Default

AI-Generated Tests and Manual QA

Static Analysis and CI/CD Pipelines

Release Safety

Observability

Data-Driven Iteration

Documentation, Ownership and Ongoing Support

What Does Supply Chain Software Development Cost?

Technologies Behind Your Supply Chain Software

Why Choose SolGuruz as Your Supply Chain Software Development Company

What Our Clients Say

Our Work

Expert Insights on Logistics Software Development

Related Logistics Services

Frequently Asked Questions

What is supply chain management software development?

What does supply chain software development include?

What is the difference between supply chain software and logistics software?

How much does custom supply chain software cost?

How long does it take to build supply chain software?

Should we build custom software or buy SAP, Oracle, or Kinaxis?

Can custom supply chain software work with our existing ERP?