ERP Development & Automation
Engineers who build, not just administer. Custom development across ERP and enterprise database systems — extensions, integrations, full-scale operational automation, disaster recovery engineering, and the applications that sit on top.
What we deliver
- Oracle E-Business Suite customizations, extensions, and workflow development
- PL/SQL development, schema design, and performance-tuned database code
- Full-scale operational automation — scheduled jobs, self-healing processes, and unattended runbooks
- Disaster recovery engineering — standby replication, log shipping automation, gap detection and recovery
- Monitoring and alerting frameworks that report on themselves
- Interfaces, data migrations, and integrations between ERP and surrounding systems
- Application and website development, from internal tools to customer-facing sites
- Custom reporting, dashboards, and scheduled business reporting
ERP and enterprise database development
ERP systems rarely fit a business perfectly out of the box, and the gap is where most operational pain lives. We build the extensions, interfaces, and reports that close it — working inside Oracle E-Business Suite and the databases beneath it rather than bolting fragile workarounds onto the edges.
Because the same engineers administer these platforms day to day, development decisions are made with operational consequences in view: code that performs under real data volumes, upgrades that survive the next patch cycle, and customizations documented well enough that the next person can maintain them.
Full-scale automation
Manual operational processes fail quietly and at the worst possible moment. We replace them with automation designed to be trusted while unattended — jobs that verify their own work, fail closed rather than plough on after an error, recover from common faults without human intervention, and raise a clear alert when they genuinely need attention.
That covers the unglamorous but critical layer: scheduled data transfers, batch processing, environment refreshes, patching workflows, backup verification, and the monitoring that proves any of it is still working. The goal is not merely fewer manual steps — it is removing the class of failure where something stopped running weeks ago and nobody noticed.
Disaster recovery engineering
We design and build DR, not just advise on it. That means standby database replication, automated log shipping and apply, byte-level transfer verification, gap detection with automatic recovery from backups, retention policies that keep DR storage stable, and alerting tuned tightly enough that a message always means action.
Safety is designed in from the start: production-side operations stay read-only, recovery at the DR end runs in a controlled mode, and failover remains a deliberate human decision that no scheduled job can trigger on its own. For the reasoning behind this approach, see our field notes on whether your Oracle DR is actually working.
Applications and integration
Enterprise data is only useful where people can reach it. We build the applications, internal tools, portals, and websites that surface it, along with the integrations that keep systems in step — APIs, scheduled data pipelines, and middleware connections between ERP and the platforms around it.
How we engage
Most work starts with a scoped, fixed-outcome piece — one automation, one integration, one extension — so you can judge the quality before committing further. From there, engagements typically grow into a longer development relationship or fold into ongoing managed support. Every deliverable is documented and handed over; nothing is built as a black box that locks you in.
Common questions
Do you customize the ERP we already run, or only build new systems?
Most of our work is inside systems you already have — Oracle E-Business Suite extensions, PL/SQL, interfaces, and reports that close the gap between what the ERP does out of the box and how your business actually runs. Greenfield application, portal, and website development is available too, but we start from what you own rather than pushing a rebuild you do not need.
How do you make automation safe to run unattended?
Automation is designed to fail closed rather than continue after an error, to verify its own work, to recover from common faults without a human in the loop, and to raise a clear alert only when something genuinely needs attention. The aim is to remove the class of failure where a job stopped running weeks ago and nobody noticed — not merely to cut manual steps.
What happens to the code when the engagement ends?
Everything is documented and handed over. We do not build black boxes that lock you in — schema changes, jobs, and integrations are written so the next engineer can maintain them, and the documentation is kept current enough that a second person can pick up any piece cold.