AI systems built for the environment they must operate in.
From custom models and document intelligence to computer vision and edge inference, OSYSTIC builds AI around your data, constraints, integration points, and ownership requirements.
Ownership and handover terms defined per engagement. Deployment options scoped to the system. Defined delivery phases.
OSYSTIC / SYSTEM DESIGN
ArchitectureDeployment
AI & Machine LearningProduction system
Observability
What we build
AI & Machine Learning, engineered for production.
We scope around the system you actually need to operate, maintain, and operate — not a fixed vendor product or a one-size-fits-all implementation.
01
Custom Model Training
We design and train deep learning models from scratch or fine-tune pre-trained architectures on your proprietary data — structured tables, images, audio, or text. Every model is purpose-built for your domain.
From-scratch architecture design
Transfer learning & fine-tuning
Experiment tracking & versioning
02
Natural Language Processing
Text classification, sentiment analysis, named entity recognition, document summarization, and conversational AI built on transformer architectures like BERT, GPT, and LLaMA — tailored to your industry vocabulary and data.
Custom NER & intent detection
Document intelligence pipelines
Multilingual model support
03
Computer Vision
Object detection, segmentation, face recognition, OCR, and visual quality inspection for real-time production environments across web, mobile, and edge devices.
Real-time inference pipelines
Custom annotation & labeling
Edge-optimised vision models
04
Predictive Modeling
Regression, classification, and time-series forecasting models that detect anomalies early and make data-informed decisions — integrated into your existing dashboards.
Demand & revenue forecasting
Anomaly & fraud detection
Explainability reports included
05
Reinforcement Learning
Agent-based machine learning systems that learn optimal strategies through environment interaction — applied in recommendation engines, robotics control, dynamic pricing, and supply chain optimization.
Simulation environment setup
Policy optimisation & evaluation
Safe deployment & rollback
06
Edge AI & Optimization
Model quantization, pruning, and distillation for lightweight on-device inference — enabling offline-capable, low-latency AI without cloud dependency or data egress.
ONNX · TFLite · CoreML · TensorRT
Model compression and optimization
On-device data processing options
Delivery
A clear path from problem to production.
Each engagement is broken into defined phases with reviewable outputs. Scope can adapt, but accountability stays visible.
01
Data Input
Ingest raw data from any source — databases, images, PDFs, audio, or live API streams. Quality assessment and schema validation included.
02
Preprocessing
Clean, deduplicate, normalise, and label. Annotation pipelines for images; tokenisation and embedding preparation for text.
03
Model Training
Select and configure architectures, run tracked experiments, iterate on hyperparameters until performance criteria are met.
04
Evaluation
Test against held-out data with domain-specific metrics. Bias audits and explainability reports for regulated industries.
05
Deployment
Package as REST API, gRPC service, or embedded SDK and deliver to cloud, on-premise, or edge device.
Technology
Tools selected for the system, not for the trend.
Technology choices follow your environment, operating constraints, team capability, and long-term ownership requirements.
Frameworks
TensorFlowPyTorchKerasJAXScikit-learn
NLP & LLMs
Hugging FaceLangChainOpenAI APILlamaIndexspaCy
Computer Vision
OpenCVYOLODetectron2RoboflowMediaPipe
MLOps & Infra
MLflowWeights & BiasesDockerKubernetesRay
Cloud Platforms
AWS SageMakerGoogle Vertex AIAzure MLGCP BigQuery ML
Edge Deployment
ONNXTensorFlow LiteCoreMLTensorRTOpenVINO
Where it fits
Built around domain constraints.
The same technical capability can require very different controls, integrations, and operating models across industries.
The exact architecture and delivery plan depend on your environment. These answers describe how OSYSTIC approaches the work.
Do we own the model and all code after the project?
Deliverables, source access, model artifacts, third-party licensing, and handover terms are defined in the engagement agreement. Where model weights or other artifacts can be transferred under their applicable licenses, the delivery scope states that explicitly.
Can you integrate AI into our existing software stack?
Absolutely. We design models to fit into your infrastructure rather than asking you to change it. Whether your backend runs on cloud, on-premise, or a mix, we expose the model through a standard interface that connects cleanly with your existing systems.
How do you handle sensitive and confidential data?
Data privacy is a core part of every engagement. We agree on data handling terms before any files are shared, and training can be run entirely within your own environment so your data never needs to leave your control.
What does the process look like from start to finish?
Every project starts with a discovery session where we understand your data, goals, and constraints. From there we align on a scope and work in defined phases — each one delivering something tangible you can evaluate before we move forward.
Start a project
Have an AI system worth building?
Tell us about the problem, the data available, and the environment the system needs to run in. We will help turn that into a practical technical plan.