AI & AUTOMATION / SYSTEM NODEComputer Vision & NLP

Vision and language models that understand your domain.

General models are impressive. They are also wrong in domain-specific contexts. We fine-tune and build custom CV and NLP systems trained on your data.

Delivery evidence
Ownership, deployment boundary, acceptance criteria, and handover are defined per engagement.
IngestImage / text / docPreprocessResize / tokeniseAnnotateLabel & reviewFine-tuneDomain-specificEvaluateDomain metricsPost-processNMS / decodeServe APIREST / gRPCMonitorDrift & accuracy
MODEL LIFECYCLE
WHAT WE BUILD

Computer Vision & NLP, engineered as an operating system.

Scope follows the real workflow, environment, failure modes, and ownership model rather than a fixed vendor package.

01

Object Detection & Segmentation

Real-time detection, localisation, and segmentation models trained on your annotated image and video data — optimised for your inference environment.

  • Custom annotation pipeline
  • Real-time inference
  • Edge-optimised variants
02

Document Intelligence

Layout-aware extraction from invoices, contracts, forms, and reports — handling multi-column, tabular, and handwritten content accurately.

  • Multi-format support
  • Confidence scoring
  • Human-in-loop fallback
03

Semantic Search

Embedding-based retrieval that returns conceptually relevant results rather than keyword matches — across documents, products, and content.

  • Domain-adapted embeddings
  • Vector index setup
  • Hybrid search option
04

Text Classification & NER

Domain-specific classification and named entity recognition fine-tuned on your labelled data — including multi-label and hierarchical tasks.

  • Custom label taxonomy
  • Multilingual support
  • Explainability output
05

Multimodal Pipelines

Systems combining visual and textual inputs — for product cataloguing, medical report generation, and content moderation at scale.

  • Vision-language fusion
  • Structured output
  • Audit trail
DELIVERY SEQUENCE

From unknowns to production evidence.

01

Data Assessment

Review your existing labelled data, identify gaps and annotation quality issues, and define an annotation strategy if additional data is needed.

Your Data Data Plan
02

Model Selection

Choose the right architecture and pre-trained base — balancing accuracy, latency, and the maintenance burden your team can sustain.

Data Plan Model Config
03

Annotation

Set up annotation pipelines for your data type — bounding boxes, polygons, NER spans, or document labels — with quality control built in.

Raw Data Labelled Dataset
04

Fine-tuning

Train on your domain data with evaluation against metrics that reflect real production requirements — not just benchmark scores.

Labelled Dataset Trained Model
05

Evaluation

Test against held-out domain data. For CV: precision, recall, mAP. For NLP: F1, exact match, BLEU. Bias audit where relevant.

Trained Model Approved Model
06

Serve & Monitor

Package as REST or gRPC API. Monitor accuracy and data drift in production with automated alerting when performance degrades.

Approved Model Live Service
TECHNOLOGY SURFACE

Tools selected for the system, not the trend.

Technology follows environment, operating constraints, team ownership, and long-term maintainability.

01Vision

PyTorch · YOLOv10 · Detectron2 · OpenCV · Albumentations

02NLP

HuggingFace Transformers · spaCy · sentence-transformers · LlamaIndex

03Annotation

Label Studio · CVAT · Roboflow · Prodigy

04Serving

FastAPI · TorchServe · Triton Inference Server · BentoML

WHERE IT FITS

The same capability changes by domain.

01

Healthcare

Medical image analysis, radiology report NLP, clinical NER, pathology slide classification.

02

Finance

Document extraction from contracts and filings, fraud detection from transaction text, KYC document processing.

03

Retail

Product catalogue enrichment, visual search, review sentiment NER, packaging defect detection.

04

Legal

Contract clause extraction, case law semantic search, obligation NER, redaction pipelines.

TECHNICAL FAQ

Questions worth resolving before delivery.

01How much labelled data do we need?+

For fine-tuning a pre-trained model, a few hundred labelled examples can produce a viable baseline. The amount depends on task complexity and class diversity. We assess your data in discovery before committing to a target.

02Can you handle proprietary document formats?+

Yes. We handle PDFs, scanned documents, Excel files, and custom formats. Layout-aware models work with multi-column and tabular structures that simpler extraction tools cannot.

03What evaluation metrics do you use?+

We use metrics appropriate to the task — mAP for detection, F1 for classification and NER, BLEU/ROUGE for generation. Critically, we agree on the eval metric and threshold before training begins, not after.

04Do you provide the trained model weights and pipeline?+

The engagement defines which model artifacts, training code, evaluation assets, and documentation are deliverables, subject to the licenses and restrictions of any third-party models or components.

OSYSTIC / PROJECT CHANNELOPEN
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Tell us what you need to detect, classify, or extract. We will come back with an honest plan based on your actual data.

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