Ombrulla builds custom AI solutions tailored to your requirements, your data, and the tools your teams already use. GenAI and LLM apps, computer vision, predictive analytics, and document automation, delivered in a way you can measure.We run discovery and pilots with distributed teams, with delivery planned around your time zone
Custom AI Built for Real Operations
Most “AI products” fail because they do not match how work actually gets done. Our work starts with your workflow and the systems behind it, then we build what fits.
If your engineers keep digging through SOPs and old tickets, we can make answers searchable and permission-safe. If quality varies by shift, we can make checks consistent. If planning is always late, we can build forecasting that is usable by the team that owns the decision. The point is simple: less manual effort, fewer avoidable errors, and results you can track in the numbers you already use.
What We Build
We build different things for different teams and give solutions to different problems, but the pattern is consistent: take a real process, connect the right data, and ship something people can use inside their existing tools.
That might be a GenAI assistant for internal knowledge, vision inspection on a line, forecasting for demand or failures, or document automation for reports and approvals. What you get is not a generic tool.
GenAI and LLM Applications
AI apps that generate, summarize, classify, or draft content using your business context and rules.
Knowledge Assistants (RAG Search)
A Q and A assistant that pulls answers from your internal documents, with access control applied.
Computer Vision Systems
Camera based AI that detects defects, verifies steps, reads labels, or flags safety risks in real conditions.
Predictive Analytics and Forecasting
In Predictive Analytics models that predict failures, demand, delays, or risk so teams can plan earlier and reduce surprises.
Document AI (OCR + NLP)
Automation that reads PDFs and forms, extracts key fields, and routes them into your process.
Edge AI and IoT
AI that runs near sensors and devices when you need fast response or limited connectivity.
MLOps and LLMOps
The setup that keeps models and prompts stable in production, with monitoring, safe updates, and rollback.
Model Fine Tuning and Content Automation
When base models are not accurate enough, we adapt them to your domain and automate consistent outputs.
Business Impact
ROI usually comes from boring wins: time saved on repeat work, fewer mistakes, fewer delays, and fewer “we will get back to you” loops between teams.
If a process is manual today, AI can remove steps. If decisions are slow because data is scattered, AI can pull the right info into one place. If downtime and defects show up as surprises, AI can flag early signals so teams act sooner.
We work with teams across regions and time zones, delivering custom AI solutions globally with clear security and delivery plans.
Proof and Validation (Example Outcomes)
Example 1 - Predictive Maintenance (Rotating Equipment)
In a 6–8 week pilot the model flagged early failure patterns from vibration and run-hour trends, helping teams move from emergency fixes to planned maintenance, cutting unplanned stops and overtime, with alerts tuned to avoid alarms early.
Example 2 - Computer Vision Quality Checks
Computer vision ran line side checks to catch recurring surface & assembly issues earlier, so defects were fixed before moving downstream. Typical impact included lower rework, faster root cause identification, improved Quality Control.
Example 3 - GenAI Knowledge Assistant (RAG)
A permission controlled assistant answered repeat questions from SOPs, manuals, and past tickets inside the tools teams already use. Typical impact is less time spent searching, faster ticket handling, and fewer repeated escalations.
How We Keep It Reliable
We treat AI like production software, because that is what it becomes the minute people depend on it. So we version the model and prompts, test changes before they go live, and roll updates out in small steps instead of flipping a switch.
Once it is running, we watch for the stuff that usually breaks trust: answers drifting, costs creeping up, or latency getting worse. If something starts slipping, we catch it early and roll back or adjust before it turns into a fire drill.
Why Choose Ombrulla for Custom AI Solutions
Teams usually choose Ombrulla when they need AI that fits their workflow and can run inside real enterprise systems like ERP, MES, CRM, and internal tools. We focus on reliability, access control, and measurable ROI, not just getting a model to work once. We also start with a pilot in the real workflow, so you can see value early and decide whether scaling is worth it.
Data Platform & Engineering
AI only works if the data is reliable. We build pipelines that pull data from your systems (batch or real time) and keep schemas clean so your custom AI solutions run on trusted, up to date data.
Vector/Retrieval (RAG) Infrastructure
RAG infrastructure connects LLMs to your internal documents so answers are grounded, not guessed. We use embeddings and a vector database with access control so results are accurate and permission-aware.
LLM & Model Engineering
We engineer LLM apps that can follow instructions, use tools, and return consistent outputs. That includes prompt design, function calling, agent workflows, and classical ML where it fits, plus fine-tuning (LoRA) only when it clearly improves accuracy and ROI.
Evaluation & Testing
We test AI systems the same way we test software, so results stay consistent as things change. That means using a gold dataset, clear scoring rules, unit tests for prompts and tools, and A/B tests with regression checks to catch breaks before users do.
Application Architecture & Integration
We design the AI application and connect it to your enterprise systems so it works inside the workflow, not as a separate tool. That includes event-driven services, secure connectors, and user screens that show sources, allow undo, and collect feedback.
MLOps / LLMOps
MLOps and LLMOps keep AI stable after launch by versioning models, prompts, and code, then rolling changes out safely with testing and quick rollback. We use staged releases, serving controls, and caching so performance and cost stay predictable as usage grows.
Security, Privacy & Compliance
We control access, keep audit logs, and follow your data residency and retention rules. We also block prompt injection and prevent PII leaks.
Observability, Performance & Cost Governance
We track quality, speed, and cost end to end so you can keep SLAs and ROI under control. That includes latency and spend dashboards, drift monitoring, token budgets, and routing rules to avoid slow or expensive model calls when they are not needed.
Capabilities That Power Your Custom AI Transformation
These are the core capabilities we use to deliver custom AI solutions that fit your requirements, run safely in your environment, and keep working as usage grows.
Built-in Security and Compliance
Access is controlled, actions are logged, and data handling follows your rules, so teams can use the system without worrying about leaks or policy violations.
Seamless Enterprise Integration
The AI connects to tools like ERP, MES, CRM, ticketing, and shared drives, so the output shows up where people already work.
Cloud and Hybrid Deployment
We deploy in cloud, hybrid, or on-prem setups depending on your security, latency, and data residency needs.
Modular, Microservices Architecture
The solution is built in parts, so you can add features, swap components, or scale specific services without rebuilding everything.
MLOps and Continuous Improvement
Models, prompts, and code are versioned and monitored, so updates are controlled and quality does not drift quietly over time.
Predictive Intelligence and Insights
We turn your data into early signals and clear recommendations, so teams can act before issues become downtime, delays, or rework.
Advanced Computer Vision
Vision systems handle real conditions like lighting changes, camera variation, and edge cases, so inspection and detection stay consistent.
AI and IoT Convergence (Edge AI)
When decisions need to happen on site, we run AI close to sensors and devices, so you get fast responses even with limited connectivity.
Our Delivery Process
We start small, prove value in the real workflow, then scale only when the numbers make sense. NDA is fine. Onsite or remote delivery. Cloud, hybrid, or on-prem supported. Work planned around your time zone.
Discovery (Requirements + Success Metrics):
Define goals, agree on what success looks like, choose metrics, and map the workflow.
Data Readiness (Access + Quality Check):
Validate data sources, access, quality, and gaps before development starts.
Pilot to Production
Run a pilot in the real workflow, measure impact, then integrate and roll out to users.
Ongoing Support & Optimization
Monitor performance, quality, and cost, and continuously improve as needs evolve.
NDA is fine. Onsite or remote delivery. Cloud, hybrid, or on-prem supported. Work planned around your time zone
Real world Industry Use Cases
Ombrulla's custom AI solution delivers measurable ROI, operational resilience, enterprise-grade governance, and a scalable architecture that integrates seamlessly across your stack.
Oil & Gas
Oil and gas work gets messy when production data, maintenance logs, and safety checks live in different tools and people rely on memory. The focus is usually simple: fewer surprise shutdowns, fewer repeat issues, and faster decisions in the field.
Predictive Equipment Maintenance
Vibration and sensor trends often show trouble before the equipment fails. This flags early warning patterns so maintenance can be planned instead of rushed.
Drilling Optimization Copilot
Live drilling data changes fast and teams do not always have time to test every adjustment. This suggests practical parameter changes based on what is happening right now.
Production Forecasting and Lift Tuning
Production planning breaks when forecasts are disconnected from field reality. This helps engineers estimate production and tune lift using recent operating data.
HSE Incident Prevention and Reporting
Safety issues repeat when the same near misses keep getting documented but not learned from. This helps surface hazards earlier and makes reporting easier to search and review.
Automobile
Most automobile teams feel pressure when defects are found late, the line stops unexpectedly, or warranty cases drag. The goal is not fancy analytics. It has fewer repeats and faster closure across plant and service.
Vision QA on the Line
Instead of catching defects at final inspection, this checks earlier on the line so problems get fixed before they spread downstream.
Connected Vehicle Insights
Telematics and service history often show the same failure patterns across vehicles. This helps spot those patterns early so teams can reduce repeat repairs.
Smart Sales & Configuration
Misconfiguration causes returns, complaints, and rework at delivery. This guides trim and option selection so the order matches what the customer actually needs.
Supply & Demand Orchestration
Parts issues usually come from stockouts on fast movers and overstock on slow movers. This helps forecast demand and set better inventory targets.
Infrastructure and Construction
Construction delays usually come from coordination, not effort. RFIs, BIM, drawings, safety checks, and schedule updates are everywhere, and one missed detail becomes a week of rework.
BIM and Project Copilot (RAG)
When a site team asks “what does the spec say,” they should not wait for someone to dig through files. This pulls answers from drawings, BIM, RFIs, and specs quickly.
Site Safety and Compliance Vision
Safety teams cannot be everywhere at once. This flags common issues like missing PPE and restricted zone breaches so action happens faster.
Schedule and Cost Risk Forecasting
Slippage rarely shows up suddenly. This looks for early signals in progress, changes, and resource load so PMs can intervene before it becomes an overrun.
Predictive Asset Maintenance
Asset health usually degrades slowly and gets ignored until it is urgent. This monitors condition using sensor and image trends so maintenance becomes planned work.
Manufacturing
Manufacturing problems often start as small drift and end as scrap, rework, or downtime. The value is in catching issues earlier and keeping output consistent across shifts.
Vision Powered Quality Control
This detects defects while parts are still in process, not after a batch is finished, so teams spend less time sorting and reworking.
Predictive Maintenance
Machines rarely fail without warning. This uses telemetry trends to flag likely failures so maintenance happens on schedule.
Yield and Process Optimization
Yield loss often comes from settings drifting and people compensating in different ways. This highlights which set points matter and suggests adjustments within constraints.
Digital Work Instructions
When the same job is done differently by shift, quality swings. This gives step by step guidance with checks so work is more consistent.
Logistics and Supply Chain
SLA misses usually happen because exceptions are spotted too late. Late scans, wrong ETAs, and inventory mismatches cause teams to chase problems after customers are already impacted.
Dynamic Route Optimization
Routes need to change when traffic and stop conditions change. This replans routes to reduce late deliveries and unnecessary miles.
Demand Forecasting Hub
Forecasts by SKU and location help teams stock the right items in the right places. It also explains key drivers so planners can trust the output.
Dock, Labor and Slot Scheduling
Dock congestion is usually predictable when inbound volume is known. This schedules doors and labor to smooth peaks and reduce dwell time.
Claims and Damage Triage
Claims slow down when photos and documents sit in queues. This sorts and routes claims faster so resolution time drops.
Faq
Custom AI solutions are AI systems built around your requirements, workflows, and data, instead of a fixed product you have to adjust to.
We build GenAI and LLM apps, RAG knowledge assistants, computer vision systems, predictive analytics, and document AI, based on what your use case needs.
Off the shelf tools make you change your process to fit the product. Custom AI is built to fit your process and integrate with your systems.
Yes. We connect AI to systems like ERP, MES, CRM, shared drives, and ticketing tools, so the output shows up inside the workflow.
Yes. We start with a pilot in a real workflow to prove accuracy and ROI before scaling.
Usually we need your existing operational data, documents, or images, plus access to where the output should be used, like a dashboard, ticket flow, or ERP screen.
We ground answers using RAG on your internal documents, add access control, and test with real questions so the system learns what to do when it is unsure.
We use role based access, audit logs, data residency rules, and filters to prevent prompt injection and PII leaks.
We use gold datasets, scoring rules, and regression tests for prompts and tools, then validate with A/B tests in the real workflow.
We use MLOps and LLMOps for versioning, staged rollouts, monitoring, and rollback, so updates do not break production.
Most projects start with a pilot first. The timeline depends on data readiness and integration needs, but a pilot is usually the fastest way to get a clear answer.
ROI usually comes from reduced manual work, fewer errors, less downtime, faster turnaround, and fewer delays caused by teams chasing information.
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