We architect complex factory systems to deliver the exact digital ecosystem your production teams require.
Our engineers build intelligent planning modules that maximize machine utilization, reduce idle times, and dynamically adjust to shifting market demands.
What you get:
We develop high-load execution modules that connect your physical shop floor assets directly to a centralized digital dashboard.
What you get:
Our engineering team constructs resilient supply chain modules designed to anticipate market disruptions and keep material streams moving without interruptions.
What you get:
We design precision inventory modules that protect your cash flow by minimizing overstock while eliminating costly out-of-stock scenarios.
What you get:
Our teams build proactive asset management systems that leverage machine data to prevent costly mechanical breakdowns and extend equipment lifespans.
What you get:
Explore how we eliminate critical production bottlenecks and replace disconnected legacy systems with high-performance enterprise solutions.
50% Faster Data Retrieval
To drive end-to-end digitalization across manufacturing operations, Akveo build a centralized factory intelligence platform. We architected a microservices-based system that processes real-time machine telemetry. The system integrates embedded Power BI analytics dashboards. An AI-powered chatbot enables operators to query real-time production KPIs, retrieve configuration documentation, and monitor machine status through natural language.
4-month deployment for 4,000+ employees
A Pan-African e-commerce platform was held back by a legacy HR system incapable of managing complex payroll regulations across 10 countries. To bypass a costly monolithic rewrite, it was decided to build a Retool architecture. Our team implemented custom JavaScript logic within the internal tooling to successfully compute the location-specific salary calculations. To ensure security across the entire workforce, we integrated Okta SSO.
70% reduction in manual operations
To help a UAE-based enterprise eliminate persistent data silos across business functions, we engineered a centralized ERP platform completely from scratch. With a highly structured Airtable framework, we isolated purchasing data and event logistics into independent modules. Our developers utilized Make (Integromat) and Zapier to orchestrate automated data synchronization that provides real-time updates directly into the organization's Slack, Gmail, and Google Calendar setups.
We provide deep engineering expertise to build AI-driven manufacturing ERPs that unify disjointed shop-floor data and integrate perfectly with your existing industrial machinery.
Our team engineers custom software that orchestrates your entire manufacturing lifecycle, from real-time production scheduling to predictive inventory forecasting.
Our experts shield proprietary manufacturing data, supply chain logistics, and connected IoT networks with robust security frameworks and role-based access controls.
Before writing a single line of code, we conduct a thorough audit of your operational technology and IT infrastructure to deliver predictable budgets and realistic timelines.
Our software developers use meticulous domain modeling to write clean code that mirrors your physical operations in the digital space.
We design microservices-based architectures to ensure that massive spikes in IoT sensor data or real-time tracking never slow down your core financial or administrative modules.
With more than a decade of experience in manufacturing software development, we deploy solutions capable of driving measurable efficiency for global enterprise operations.
We empower manufacturing organizations to replace rigid software systems with custom ERPs that embed smart AI automation directly into their daily production workflows.
Our developers have specialized industry expertise to build highly scalable ERP infrastructure for heavily regulated, data-intensive markets.
We develop fully compliant medical ERP systems that synchronize sensitive patient data pipelines, optimize shift scheduling for clinical staff, and streamline billing processes.
Our team engineers robust insurance platforms designed to automate end-to-end claims management and implement secure multi-tier underwriting modules.
We architect advanced financial ERPs, embed real-time AI risk monitoring, and automate strict regulatory compliance reporting to protect transactional integrity.
Our high-load systems modernize learning ecosystems by decoupling brittle databases and providing unified administrative dashboards.
We build connected automotive ERPs that optimize multinational parts distribution networks, streamline dealership inventory workflows, and leverage predictive logistics.
Our engineers develop intelligent energy software that ingests high-frequency IoT telemetry, monitors critical grid infrastructure assets, and automates field technician dispatch routing.
We build manufacturing ERP software on highly flexible tech stacks so that your custom systems can scale with your operations and integrate with different tools.
Our engagement models are adjusted to your business realities, supply chain complexities, and legacy system constraints.
We assemble a fully managed squad of software developers, AI data engineers, and cloud architects focused exclusively on building your enterprise platform.
Best for: Comprehensive replacement of legacy manufacturing software, smart ERP rollouts, long-term modernization of core operational infrastructure
You provide the operational benchmarks and functional production rules. Our team assumes full ownership of the technical software design and end-to-end system deployment.
Best for: Launch of standalone ERP modules, deployment of custom inventory management portals, development of IoT data pipeline layers from scratch
Inject highly targeted technical expertise directly into your internal development sprints. We provide vetted engineers who adapt to your workflows and report straight to your managers.
Best for: Clearing specialized architectural debt, scaling up velocity to hit rollout deadlines, adding niche AI/ML skills to an active project
70% of our partners continue working with us for more than 2 years.
A manufacturing ERP is a central software platform that connects every part of factory operations. With such a platform, there is no need to use separate programs for inventory, production planning, purchasing, and finance. Everything runs inside one system. This gives your team a real-time view of your entire business operations, from raw materials to final product shipments.
Ready-made ERP software often forces businesses to change how their factories operate to fit their software's rigid templates. A custom ERP is built entirely around your specific shop floor, machinery, and workflows. As a result, it eliminates useless features, connects smoothly with your existing equipment, and scales naturally as your business grows without high licensing fees.
The development timeline depends entirely on the size and complexity of your operations. Your development team may need around three or four months to create a standalone custom module or a basic prototype. However, a comprehensive, enterprise-grade platform that manages multiple plants and supply chains typically requires six to twelve months of development to deploy safely. If you plan to integrate advanced AI-driven functionality into your software, engineers will need more time to deliver your product.
AI can be viewed as an intelligent assistant within your system. It analyzes live factory data to predict when machinery will need maintenance before a breakdown occurs. It also forecasts future material demands to prevent inventory shortages and can process sensor or camera data on the assembly line to instantly spot product defects.
At Akveo, we rely on low-code tools, as they allow us to build user interfaces and admin portals much faster than traditional coding. We utilize these frameworks for standard visual components. Meanwhile, our engineers can focus their time on building your core backend logic, complex AI algorithms, and secure factory data streams. This approach saves you both time and budget.
