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SERVICE 02 — DEEP LEARNING

Layers of
Intelligence
Running Deep

We design, train, and deploy custom neural network architectures — CNNs, Transformers, RNNs, and diffusion models — that solve problems no classical algorithm can touch.

15+ DL Projects
95% Avg Accuracy
8+ Architectures
SCROLL
CNNs
Transformers
RNNs / LSTMs
Diffusion Models
Transfer Learning
GANs
01 — CNN
02 — Transformer
03 — RNN / LSTM
04 — Diffusion
05 — GAN
06 — Transfer Learning
Convolutional Neural Network

Spatial Pattern
Recognition

CNNs are the gold standard for image and video understanding. Their convolutional layers learn hierarchical features — from edges to complex shapes — making them ideal for object detection, medical imaging, quality inspection, and satellite analysis.

Best For
Image & Video Tasks
Top Accuracy
98.7% on ImageNet
Variants We Use
ResNet, EfficientNet, ConvNeXt
Inference Speed
Real-time on GPU
ResNet-50/152EfficientNet-B7ConvNeXtU-NetFPN
CNN
98.7%ImageNet Accuracy
Vision & Text Transformer

Attention Is
Everything

Transformers revolutionised both NLP and computer vision through self-attention mechanisms. Vision Transformers (ViT) treat images as sequences of patches, capturing global dependencies that CNNs miss — outperforming on complex reasoning and long-range pattern tasks.

Best For
Text, Vision, Multi-modal
Context Window
Up to 1M tokens
Variants We Use
ViT, BERT, DeiT, CLIP
Key Strength
Global attention, scalable
ViTCLIPBERTDeiTSwin Transformer
Transformer
90.5%ViT on ImageNet
Recurrent Neural Network

Sequential Memory
& Time Series

RNNs and LSTMs excel at sequential data — time series forecasting, sensor streams, speech recognition, and natural language tasks where order matters. Their gated memory cells learn long-term dependencies that feedforward networks cannot.

Best For
Time Series & Sequences
Sequence Length
Hundreds to thousands
Variants We Use
LSTM, GRU, Bi-LSTM
Key Strength
Temporal dependencies
LSTMGRUBi-LSTMSeq2SeqTCN
RNN
94%Forecast Accuracy
Diffusion Model

Generate the
Impossible

Diffusion models are the state of the art for generative tasks — producing photorealistic images, 3D assets, audio, and video from text prompts. We build custom diffusion pipelines fine-tuned on your specific visual domain.

Best For
Image & Content Generation
Output Quality
Photorealistic / SotA
Variants We Use
SDXL, DiT, Consistency
Fine-tuning
LoRA, DreamBooth, ControlNet
Stable Diffusion XLDiTControlNetDreamBoothLoRA
Diffusion
FIDScore < 3.0
Generative Adversarial Network

Adversarial Creation
at Scale

GANs pit a generator against a discriminator in a zero-sum game — producing synthetic data, augmented training sets, super-resolution images, and domain transfer outputs. Used extensively for data augmentation in low-data regimes.

Best For
Synthetic Data & Aug
Key Use Cases
Super-res, Domain Transfer
Variants We Use
StyleGAN3, CycleGAN, DCGAN
Advantage
High-speed inference
StyleGAN3CycleGANPix2PixSRGAN
GAN
10xData Augmentation
Transfer Learning & Fine-tuning

Pretrained
Domain Expertise

Why train from scratch when you can stand on the shoulders of giants? We take foundation models pretrained on billions of samples and fine-tune them on your domain-specific data — achieving SotA results with a fraction of the compute.

Best For
Limited Data Problems
Data Requirement
100x Less Than Scratch
Training Time
Hours vs Weeks
Methods
LoRA, Adapter, Full FT
LoRAQLoRAAdapter LayersFeature ExtractionDomain Adapt
Transfer Learning
100xLess Training Data
REAL-WORLD PROJECTS

Built for
Production

Every model we deliver ships with reproducible training pipelines, evaluation benchmarks, TensorRT optimisation, and deployment-ready inference code. No black boxes.

Medical imaging
Healthcare
01
CNN + Segmentation

Brain Tumour Detection & Segmentation from MRI Scans

U-Net based segmentation model trained on 12,000 MRI scans to detect and precisely delineate glioblastoma, meningioma, and pituitary tumours. Integrated with DICOM viewers for seamless radiologist workflow. Achieved sensitivity above 96% on held-out test set.

96.4%Sensitivity
0.89Dice Score
12kMRI Scans
U-NetPyTorchMONAIDICOMTensorRT
02
Transformer + NLP

Multilingual Sentiment & Intent Classification Engine

Fine-tuned multilingual BERT on 2 million customer feedback records across 18 languages. Classifies sentiment, intent, and urgency in real-time — routing tickets automatically and flagging escalations before SLA breach.

94.2%F1 Score
18Languages
<50msLatency
mBERTHuggingFaceFastAPIRedis
NLP
Customer Intelligence
Manufacturing
Manufacturing
03
CNN + Anomaly Detection

Industrial Defect Detection on Production Lines

Custom EfficientNet-B5 model detecting micro-cracks, scratches, and surface defects on PCBs at 120 frames/second on an NVIDIA Jetson edge device. Reduced scrap rate by 78% and manual inspection cost by $2M annually.

99.1%Detection Rate
120fpsThroughput
$2MAnnual Saving
EfficientNetTensorRTNVIDIA JetsonOpenCV
04
LSTM + Forecasting

Energy Demand Forecasting for Smart Grid Management

Stacked Bi-LSTM model trained on 5 years of smart meter data to forecast electricity demand at 15-minute intervals. Enables dynamic pricing and load balancing — reducing peak overload events by 61%.

97.8%Forecast Acc
15minResolution
61%Overload ↓
Bi-LSTMPyTorchInfluxDBGrafana
Energy
Energy / Smart Grid
TECHNOLOGY STACK

Tools We
Master

PT
PyTorch
Primary Framework
TF
TensorFlow
Production Deploy
HF
HuggingFace
Pretrained Models
MN
MONAI
Medical Imaging
TR
TensorRT
Edge Optimisation
CU
CUDA / cuDNN
GPU Acceleration
ON
ONNX
Cross-platform Export
WB
Weights & Biases
Experiment Tracking
RB
Roboflow
Data Labelling
CV
OpenCV
Image Processing
LN
Lightning
Training Framework
NJ
NVIDIA Jetson
Edge Deployment
HOW WE WORK

Our Process

01
Problem Scoping & Architecture Selection
We map your problem to the optimal DL architecture — not the trendy one. Task type, data volume, latency requirements, and hardware constraints all drive the decision.
02
Data Pipeline & Augmentation
Clean, labelled, and augmented data is the foundation of every great model. We build robust ingestion pipelines, annotation workflows, and augmentation strategies tailored to your dataset.
03
Training & Hyperparameter Optimisation
GPU-accelerated training with systematic hyperparameter search, learning rate scheduling, regularisation tuning, and full experiment tracking in W&B.
04
Evaluation & Robustness Testing
Beyond accuracy — we test distribution shift, edge cases, adversarial inputs, and performance across subgroups to ensure reliable real-world behaviour.
05
Optimisation & Deployment
TensorRT conversion, ONNX export, quantisation, and pruning for maximum inference throughput. Deployed as APIs, edge binaries, or embedded firmware.
Why Architecture Matters
The wrong model for a task can cost 100x more compute and still underperform. Our architecture decisions are grounded in benchmark data, not trends.
10x
Better efficiency with right architecture
Why Data Quality Wins
80% of model performance comes from data quality, not model complexity. We invest in annotation quality, deduplication, and class balance before touching architecture.
80%
Performance gain from better data
Why Optimisation Matters
A PyTorch model is not production-ready. TensorRT optimisation typically delivers 4–8x throughput gains with no accuracy loss — critical for real-time applications.
8x
Typical TensorRT speedup
READY TO BUILD

Have a Problem
Worth Learning From?

Tell us your dataset, your domain, and the outcome you need. We'll design a neural architecture that actually ships.

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