Oracle EPM Groovy consulting. Business rules written, fixed, and tuned by an Oracle ACE Pro.
Some problems cannot be solved with a form setting or a standard calculation. Costs that must be split by what actually drives them. Numbers that live outside the system and change every day. Auditors asking who changed this and when. A calculation that runs for twenty minutes when it should run for one. That is Groovy work in Oracle EPM and NetSuite Planning and Budgeting, and it is a large part of what I do. You should not need a technical background to know whether I can help.
You do not need to know Groovy. You need to know what it can do for you.
One minute of background, then everything else on this page is about your problems.
Groovy is the scripting language that lives inside Oracle EPM and NetSuite Planning and Budgeting. When the standard tools run out, a Groovy rule is how you make the application do exactly what your business needs. It can react to what a planner just changed, check numbers before they are saved, split costs by what actually drives them, bring in data from outside, and keep a record of everything that happened.
I wrote this page so it can be understood without me in the room. Every section below starts with a problem. If one of them sounds like yours, the words under it tell you what I build to solve it, based on work I have delivered. And if you like seeing how I explain things, the production cloning walkthrough on my insights page is a good sample.
A form save that takes minutes. The usual cause is a rule that recalculates everything when a planner changed only a few cells. Scoping the rule to just those cells turns minutes into seconds. It is the highest value fix in this work, and it rarely needs a rebuild.
A few examples of problems I solve with Groovy
Each one starts with the problem. These are examples from delivered work, not the full list, so if your problem is not here, ask me anyway. Client names always stay private.
Shared costs need to be split across departments, and the process has become a monster.
I build allocation engines. One engine I delivered runs eight different cost splits. Staffing levels, activity counts, and production shifts decide each department's share. Changing a split means editing one small table, not rewriting code. The engine cleans up after itself, so running it twice never double counts. And every allocated number traces back to its source, so month end questions get clear answers.
The months that should drive an allocation keep changing.
In Oracle Enterprise PCM, I built a rule that asks four simple questions when it runs: which year, where the driver window starts, where it ends, and which month to allocate. October can run on January through September, and next quarter can use a different window with no rework. The rule averages the balances, counts the active days, and hands both to the allocation as its drivers.
Every morning, someone manually downloads the same numbers from a public website.
I build automated feeds. One connection I built reaches a public website every morning, pulls the latest figures, and loads them into the planning application before anyone logs in. It is live today, and it turned a daily chore into something nobody thinks about. The same approach works for other sources too, like an API or another application, as long as the source allows an automated connection. The numbers are always up to date.
You enter a number, and nothing happens until a calculation runs.
I build planning methods into the forms. Enter an annual amount and watch it spread across the months right away. See the remaining budget while you plan, not after. Different accounts can use different methods: enter a total, build from drivers, or start from last year and adjust. The numbers respond right away, before anyone runs a calculation.
After the numbers go in, everything waits for an admin to run something.
I connect the calculations to the forms, so they run on their own: salary and rate calculations, a ready starting point when a new budget opens, targets pushed down so everyone plans against the same numbers, and forecasts that update the moment someone saves. Nothing waits for a manual step. The same goes for workforce planning, where hires, moves, and new scenarios are handled without a rebuild.
Nobody can say who changed a number, or when.
I build audit trails and safety checks. One rule records who saved and when, every time a planner saves a form, one clean record per save. Another design archives old versions of the plan only after the numbers prove they match, side by side, on screen. If the only way to find out today is to ask around, this is fixable.
Bad numbers get saved, and nobody notices until month end.
I build validation rules that check the numbers at the moment of saving. If something is off, the save stops and the planner sees a clear message, written for planners, not for programmers. Problems get caught at entry, when they are cheap to fix.
There is one calculation everyone is afraid to touch.
Rescue work. I find the root cause of calculations that fail or crawl, including a memory problem that only appeared under full load and was documented properly for Oracle support. If your job console shows Memory allocation error, or a rule dies only when everyone is on the system, that is the pattern I chase. The exact errors this usually produces are listed right under these examples. I also fix rules that broke after Oracle's mandatory Groovy engine updates through 2025 and 2026. I fix the code, not just the error message.
The same numbers need to be grouped more than one way.
Reporting often needs departments or accounts grouped in several views, and hand kept groupings drift out of date. I build rules that create alternate hierarchies automatically from the main structure. When the structure changes, the views rebuild to match, with no manual upkeep.
The business changes, and the forecast does not keep up.
I build driver logic. The volumes the business already tracks turn into revenue and costs on their own, so planners enter what they know and the money follows. Where the standard tools run out, I build the missing piece, like a single moving figure that shows the next two months of expected pipeline.
These usually appear when a calculation is pushing the system past its limits. The error is the symptom, not the cause.
Cannot calculate. Essbase Error(1042017): Network error: Timed out before receiving all data
Network error [104]: Failed to receive data
Essbase Error(1042006): Network error [Connection refused]: Failed to connect
Cannot set active application/cube. Essbase Error(0): Client Commands are currently not being accepted
Seeing one of these right now? Reach out and bring the job console log. I will tell you what it means.
For the technical readers on your team: under the hood this work covers grid reads and writes, calc scripts generated from Groovy, Smart Push and Data Maps scoped to edited cells, FIXPARALLEL and hybrid cube performance, REST calls from rules, runtime prompts, metadata updates, and CSV and Excel exports. Send them this page. They will have different questions, and that is a good sign.
Six habits that make the work last after I leave
Simple over clever
The next admin should be able to read my rules. No clutter, no mystery layers.
Config over code
Scope changes belong in a table your team can edit, not in logic only I understand.
Built to scale
What works for ten departments must work for two hundred. My rules grow with the business, no rewrite needed.
Re-runnable by design
A rule you are afraid to run twice is not finished. My rules clean up after themselves.
Tested in the open
Dry run modes and readable logs. You can see what a rule will do before it does it.
A video with every delivery
I record a short walkthrough of how the rule works and why. Your team keeps it.
Four shapes, sized to the problem
I will tell you which shape fits before we start, and what it costs.
A single rule, built or fixed
One problem, scoped and delivered. Usually days, not weeks.
A rule library or an engine
Allocations, seeding, forecast logic built as a set. Weeks, scoped up front.
An engine upgrade review
I run your rules against the current Groovy engine and validator, tell you what breaks, and fix it.
Ongoing support
A retainer for the months when planning season gets loud.
Where Groovy work usually leads
Rule work often starts inside a bigger picture: a slow Planning application, a consolidation that drags, or an AI automation idea that needs safe hands. Here is where the related work lives:
Oracle EPM Groovy consulting. Frequently asked.
Straight answers to what finance teams and admins ask most.