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Algoza
Engineered for Supply Chain Resilience

Custom Supply Chain Software Development

We design, build, and integrate custom supply-chain systems around the workflows, data, controls, and operational realities of your organisation.

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When this is the right conversation

The cost of fragmented supply chain operations

When operations rely on disconnected spreadsheets, ERPs and manual hand-offs, information can become fragmented. Data lives in silos, reconciliation eats hours, and a single missed update can cascade into stockouts, compliance gaps, or disqualified tenders. Custom software may be appropriate when configuration alone cannot represent the workflow.

  • Inventory, procurement, and logistics data that never quite reconcile.
  • Manual data entry that introduces errors and slows decisions.
  • Legacy systems that cannot talk to modern tools or each other.
  • Compliance and reporting work that depends on fragile spreadsheets.

Who this is for

Supply-chain, operations, and technology leaders with fragmented planning, sourcing, inventory, and logistics workflows.

Scope and next step

The supply-chain overview connects Plan, Source, Store and Move, with Assure across them. Each pillar describes operational workflows; integration and data engineering support their connections.

Delivery approach

Our architecture-led approach

  1. Architecture

    We map your data flows and design a technical blueprint before writing code.

  2. Integration

    We connect existing ERP, accounting, and logistics systems into one backbone.

  3. Engineering

    We build event-driven services with clean, maintainable, well-tested code.

  4. Deployment

    We plan releases, migration, operational readiness, observability, support, and recovery.

Connected operational domains

One operation, connected responsibilities

Current scope: Supply-chain overview

Conceptual relationships, not a mandatory sequence or a deployed system. Plans inform execution; recorded execution informs subsequent planning.

  1. Plan

    Plan: Supply Chain Planning & Visibility

    Planning, forecasting and visibility before operational execution.

  2. Source

    Source: Source-to-Pay & Supplier Operations

    Sourcing, approvals, purchasing and supplier operations.

  3. Store

    Store: Inventory & Warehousing Operations

    Receiving, stock movements and facility execution.

  4. Move

    Move: Logistics & Distribution

    Dispatch, delivery and distribution workflows.

Across Plan, Source, Store and Move

Assure: Governance & Compliance Workflows

Build controlled workflows for obligations, documents, checks, approvals, and evidence.

Ownership and integration boundary

Confirm which system owns each record and how information crosses ERP, accounting, logistics and custom software boundaries. Existing-system constraints, reconciliation and recovery shape the integration scope.

The technology behind your system

Frontend
Next.js, TypeScript, TailwindCSS
Backend
Spring Boot, NestJS, Node.js
Data
PostgreSQL, Hibernate, MongoDB
Infrastructure
Docker, AWS, automated CI/CD

Responsible outcomes

What a custom system delivers

  • More consistent information

    Defined integrations and ownership can reduce avoidable differences between operational records.

  • Less manual work

    Automated workflows can reduce repetitive data entry and reconciliation where the process and interfaces support it.

  • Room to scale

    Modular architecture supports staged additions, with existing-system constraints and integration testing considered.

Commercial engagement

What the engagement includes

Engagement model
A supply-chain technology assessment followed by a bounded first capability and phased expansion.
Pricing approach
Fixed assessment; phase-based engineering with explicit decision gates.
Indicative timeline
Typically 4–8 weeks for assessment and 12–24 weeks for a bounded first production capability.

Typical deliverables

  • End-to-end workflow and systems map
  • Data, control, and integration findings
  • Target architecture and phased roadmap
  • One or more custom operational capabilities

Success measures to baseline

  • Workflow cycle time
  • Reconciliation and manual handling
  • Exception visibility and resolution
  • Adoption and operational data confidence

Timelines and pricing methods are indicative. Algoza confirms scope, dependencies, procurement requirements, responsibilities, and commercial terms before delivery begins. Success targets are agreed against a client-specific baseline; they are not guaranteed outcomes.

Related pathways

  • Who we help

    Explore the industry context behind the operating requirement.

Frequently asked questions

Frequently asked questions

What is custom supply chain software development?
It is the design and engineering of software built specifically around your operations, your inventory model, suppliers, compliance obligations, and workflows, rather than forcing your business to adapt to off-the-shelf tooling. Algoza builds these systems from a defined architecture so they integrate with what you already run.
Do you replace our existing ERP or work alongside it?
Either, depending on what serves you best. Our integration-first approach means we can build connective middleware so your current ERP, accounting, or logistics tools keep working while we add the capabilities they lack, avoiding a costly rip-and-replace.
Can you build for South African compliance requirements?
Algoza can design workflows and information controls around relevant South African requirements, including CSD, SARS, B-BBEE, and POPIA considerations. The client and its advisers remain responsible for confirming the legal and regulatory requirements that apply.
How do you handle high-volume supply chain data?
Volume, concurrency, latency, consistency, recovery, and reporting needs are established during discovery. The architecture and performance tests are then designed around agreed workload assumptions rather than a generic scale claim.

Map the supply-chain problem before prescribing the platform

Tell us which workflows, systems, data, and controls are involved. Algoza will assess fit and define a practical engineering response.

Discuss a requirement