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👁️ SaaS Product · Computer Vision
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VisionIQ — Computer Vision at Scale

The production-grade SaaS platform for image classification, object detection, and visual quality assurance — delivering enterprise-level computer vision through a single API, with no ML expertise required on your side.

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Model Accuracy
Up to 99.2% top-1
Inference Speed
<80ms P99
Scale
1M+ images / day
Deployment
Cloud · Edge · On-Premise
99.2%
Classification accuracy
<80ms
P99 inference latency
1M+
Images processed/day
11
Pre-trained models
99.95%
Platform uptime SLA

1. Product Overview

VisionIQ is JoNoleecy's production-grade Computer Vision SaaS platform — a unified API surface that gives any organisation access to enterprise-level image intelligence without requiring an in-house machine learning team, GPU infrastructure, or model training expertise.

Where most computer vision tooling forces a choice between pre-built models that don't fit your domain and from-scratch training that requires months of ML engineering, VisionIQ occupies the middle ground: a curated library of pre-trained, fine-tunable foundation models served through a clean REST API, with a no-code training pipeline for custom domains and a deployment target covering cloud, edge, and on-premise from a single control plane.

Why SaaS, Not a Consulting Engagement?

The three computer vision problems this platform solves — classifying what's in an image, detecting and locating objects within it, and verifying visual quality at production line speed — are structurally similar across industries. VisionIQ packages those models, the serving infrastructure, the training pipeline, and the monitoring tooling into a single subscription product rather than rebuilding it per client.

What VisionIQ Is Not

  • Not a general-purpose research tool. Production-focused, optimised for reliability and speed over research flexibility.
  • Not locked to cloud-only deployment. Every capability runs on-premise or at the edge with the same API contract.
  • Not a black box. Every prediction includes a confidence score, a Grad-CAM explainability heatmap, and a full immutable audit trail.
99.2%
Classification Accuracy
Standard benchmarks
0.94
Object Detection mAP
COCO evaluation standard
0.3%
QA False Negative Rate
Defect detection

2. Three Core Capabilities

Capability 1 — Image Classification

Assign one or more labels to an entire image with confidence scores and Grad-CAM attention maps. Supports single-label, multi-label, and hierarchical taxonomies. Pre-trained on ImageNet-21K with fine-tuning pipelines for custom domains.

REST APIPOST /v1/classify
# Request POST https://api.visioniq.io/v1/classify Authorization: Bearer <api_key> { "image_url": "https://cdn.example.com/product-photo.jpg", "model_id": "retail-product-v3", "top_k": 5, "explain": true } # Response { "predictions": [ { "label": "running_shoe", "confidence": 0.971 }, { "label": "athletic_wear", "confidence": 0.843 } ], "latency_ms": 62, "explain_url": "https://explain.visioniq.io/heatmap/abc123.png", "prediction_id": "pred_7k2m9x" }

Capability 2 — Object Detection

Locate and classify multiple objects within an image, returning bounding boxes, class labels, and confidence scores for each instance. Built on a YOLOv9 + DETR ensemble backbone, supporting real-time video streams and batch analysis. Handles up to 300 distinct object classes per model.

REST APIPOST /v1/detect
# Request POST https://api.visioniq.io/v1/detect Authorization: Bearer <api_key> { "image_url": "https://cdn.example.com/warehouse-frame.jpg", "model_id": "logistics-v2", "confidence_threshold": 0.75, "return_masks": false } # Response { "detections": [ { "class": "forklift", "confidence": 0.962, "bbox": { "x":142,"y":88,"w":310,"h":220 } }, { "class": "pallet", "confidence": 0.891, "bbox": { "x":480,"y":190,"w":240,"h":160 } } ], "inference_ms": 74, "prediction_id": "pred_9p4r2z" }

Capability 3 — Visual Quality Assurance

Purpose-built for manufacturing, packaging, and production line inspection. Detects surface defects, dimensional anomalies, contamination, and assembly failures at production speed — up to 120 FPS on GPU-equipped edge hardware. Every detection includes severity classification (Critical, Major, Minor) and a confidence-weighted verdict (reject, reinspect, pass).

REST APIPOST /v1/qa/inspect
# Request POST https://api.visioniq.io/v1/qa/inspect Authorization: Bearer <api_key> { "image_url": "https://cdn.example.com/pcb-scan-0042.jpg", "model_id": "pcb-inspection-v4", "defect_classes": ["solder_bridge", "missing_component", "pad_damage"], "action_threshold": { "reject": 0.85, "reinspect": 0.60 } } # Response { "verdict": "REJECT", "defects": [ { "type": "solder_bridge", "severity": "CRITICAL", "confidence": 0.961, "region": { "x":88,"y":132,"w":24,"h":18 } } ], "inference_ms": 48, "prediction_id": "pred_qa_r7n1x" }

3. Platform Architecture

VisionIQ is a multi-tenant SaaS platform built on AWS with a horizontally scalable inference layer, tenant-isolated data plane, and global CDN edge network for low-latency image ingestion. Every layer is optimised for the two constraints that matter most in production computer vision: throughput and latency.

VisionIQ SaaS Platform Architecture
Client Layer
REST API Clients Python SDK JavaScript SDK No-Code Dashboard Webhook Events
↕ HTTPS / WebSocket
API Gateway
Kong Gateway API Key Auth Rate Limiting Tenant Isolation Usage Metering
↕ Internal gRPC
Inference Services
Classification Service Detection Service QA Inspection Service Explainability Service Batch Queue Service
↕ Model Registry
Model Layer
ViT-L/14 (Classification) YOLOv9 + DETR (Detection) EfficientDet (QA) Grad-CAM (Explainability) MLflow Registry
↕ GPU Inference / TensorRT
Data & Storage
S3 (Image Store) PostgreSQL (Metadata) Redis (Prediction Cache) Kafka (Event Stream) Pinecone (Embeddings)
Infrastructure
AWS EKS (GPU nodegroup) CloudFront CDN NVIDIA A10G GPUs TensorRT Optimization Terraform IaC

Multi-Tenancy and Isolation

LayerIsolation MechanismGuarantee
APIAPI key scoped to tenant workspaceNo cross-tenant data access at the API layer
InferenceShared model serving, tenant-scoped model versionsCustom models never shared between tenants
StorageS3 prefix per tenant, KMS per-tenant encryption keyImages and predictions stored in isolated paths
DatabaseRow-level security, tenant_id on every tableNo query can return another tenant's records
AuditImmutable audit log per tenant, exportable via APIFull prediction history and data access log

4. Data Model

The VisionIQ data model centres on three first-class entities: Models (what does the inference), Predictions (the output), and Datasets (training data for custom models). All are tenant-scoped and fully queryable via the API.

SQLCore schema — simplified
-- Tenant isolation layer CREATE TABLE tenants ( tenant_id UUID PRIMARY KEY DEFAULT gen_random_uuid(), name VARCHAR(128) NOT NULL, plan ENUM('starter','growth','scale','enterprise'), api_quota INT, created_at TIMESTAMPTZ DEFAULT now() ); -- Models: platform-shared or tenant-private fine-tuned CREATE TABLE vision_models ( model_id UUID PRIMARY KEY DEFAULT gen_random_uuid(), tenant_id UUID REFERENCES tenants, -- null = platform model model_type ENUM('classification','detection','qa_inspection'), backbone VARCHAR(64), version VARCHAR(32), accuracy_map DECIMAL(5,4), classes JSONB, s3_artifact VARCHAR(256), is_public BOOLEAN DEFAULT FALSE ); -- Every inference call recorded immutably CREATE TABLE predictions ( prediction_id UUID PRIMARY KEY DEFAULT gen_random_uuid(), tenant_id UUID REFERENCES tenants, model_id UUID REFERENCES vision_models, image_s3_key VARCHAR(512), prediction_type ENUM('classification','detection','qa_inspection'), result JSONB, confidence DECIMAL(5,4), latency_ms INT, verdict ENUM('PASS','REJECT','REINSPECT') NULL, created_at TIMESTAMPTZ DEFAULT now(), INDEX idx_tenant_model (tenant_id, model_id), INDEX idx_created (created_at DESC) );

5. API Reference

VisionIQ exposes a single versioned REST API at https://api.visioniq.io/v1. All requests are authenticated with a bearer API key. Images are accepted as URLs, base64-encoded data, or multipart uploads.

EndpointMethodDescription
/v1/classifyPOSTClassify an image against a model's label taxonomy
/v1/detectPOSTDetect and locate objects within an image
/v1/qa/inspectPOSTRun visual quality assurance inspection
/v1/batchPOSTSubmit async batch job up to 100k images
/v1/modelsGETList available pre-trained and custom models
/v1/models/{id}/trainPOSTTrigger custom fine-tuning job
/v1/predictions/{id}GETRetrieve prediction with full audit detail
/v1/datasetsPOST/GETCreate and manage training datasets
/v1/webhooksPOST/GETConfigure webhooks for async results

SDK — Python Quick Start

Pythonvisioniq-python SDK
from visioniq import VisionIQ client = VisionIQ(api_key="viq_live_...") # Image Classification result = client.classify( image_url="https://cdn.example.com/item-4421.jpg", model_id="retail-product-v3", top_k=3, explain=True ) print(result.predictions[0].label, result.predictions[0].confidence) # Object Detection detections = client.detect( image_url="https://cdn.example.com/warehouse.jpg", model_id="logistics-v2", confidence_threshold=0.80 ) for obj in detections.objects: print(obj.label, obj.bbox, obj.confidence) # Visual QA Inspection inspection = client.qa.inspect( image_url="https://cdn.example.com/pcb-0042.jpg", model_id="pcb-inspection-v4" ) if inspection.verdict == "REJECT": for d in inspection.defects: print(d.type, d.severity, d.confidence) # Async Batch — 50,000 images job = client.batch.submit( image_urls=my_list_of_50k_urls, model_id="retail-product-v3", webhook_url="https://your-api.com/webhooks/visioniq" ) print(job.job_id, job.estimated_completion)

6. Model Zoo

VisionIQ ships with 11 pre-trained models covering the most common industry domains, available immediately on any plan. Custom fine-tuned models are stored privately in your tenant workspace.

Model IDTypeDomainClassesAccuracy
general-classify-v5ClassificationGeneral purpose1,00098.4% top-1
retail-product-v3ClassificationRetail / e-commerce2,40097.8% top-1
medical-imaging-v2ClassificationMedical (X-ray, skin)12896.1% AUC
document-type-v2ClassificationDocument classification8599.1% top-1
general-detect-v4DetectionGeneral purpose3000.91 mAP
logistics-v2DetectionWarehouse / logistics480.94 mAP
people-safety-v3DetectionPPE / safety compliance240.96 mAP
pcb-inspection-v4QA InspectionPCB / electronics32 defect types0.3% FNR
surface-defect-v3QA InspectionMetal / plastic surfaces18 defect types0.4% FNR
packaging-qa-v2QA InspectionLabel / packaging12 defect types0.5% FNR
food-safety-v2QA InspectionFood & beverage22 defect types0.6% FNR

7. Custom Model Training

When no pre-trained model fits your domain, VisionIQ's fine-tuning pipeline lets you train a custom model on your labelled images — no ML engineering required. GPU provisioning, hyperparameter optimization, validation, and deployment are fully managed.

1

Upload Your Dataset

Upload labelled images via dashboard or API. Supports COCO JSON, Pascal VOC XML, and CSV annotation formats. Minimum 200 images per class recommended; the platform flags class imbalance automatically.

2

Select Base Model and Config

Choose a foundation model to fine-tune (ViT-L/14, EfficientNetV2, YOLOv9). Set accuracy targets and budget — hyperparameters are selected via Bayesian optimization, with manual override available.

3

Automatic Training on Managed GPUs

A managed NVIDIA A10G GPU cluster trains your model. Typical fine-tuning completes in 15–90 minutes. Real-time training metrics stream to your dashboard throughout.

4

Evaluate and Validate

Automatic evaluation on a held-out validation set produces a confusion matrix, per-class precision/recall, and example failure cases. You approve before the model becomes deployable.

5

Deploy as API Endpoint

One click deploys your custom model to the same API surface as all platform models. Zero-downtime blue/green deployment. Your model_id is immediately usable in any request.

8. Edge Deployment

VisionIQ Edge brings the full inference capability to on-premise hardware — factory floors, retail locations, hospital networks, or any environment where images cannot leave the building.

Same API, Zero Cloud Dependency

VisionIQ Edge runs the identical REST API on a Docker container deployable on any NVIDIA Jetson device, x86 server with GPU, or CPU-only server. Your application code doesn't change — only the endpoint URL switches from api.visioniq.io to your local device address.

Deployment TargetThroughputLatencyPower
NVIDIA Jetson Orin NXUp to 45 FPS<25ms10–25W
NVIDIA Jetson AGX OrinUp to 120 FPS<12ms15–60W
x86 Server + A10G GPUUp to 280 FPS<8ms150W
CPU-only x86Up to 8 FPS<130ms65W

Edge models are TensorRT-optimized at export, reducing model size by up to 4× and improving throughput 2–3× versus unoptimized PyTorch. Model updates are pushed via the cloud management plane and applied with zero-downtime rolling restarts.

9. Integrations

SystemIntegration TypeUse Case
AWS S3 / Azure BlobNative connectorRead images directly from object storage without re-uploading
Kafka / SQSEvent consumerStream images from a message queue for real-time inspection
SAP / Oracle ERPWebhook + RESTTrigger QA verdict actions directly in your ERP
Snowflake / BigQueryPrediction exportExport all prediction history for analytics
Slack / TeamsAlert webhookNotify teams when defect rates exceed thresholds
Grafana / DatadogMetrics exportMonitor accuracy drift, throughput, and latency
Label StudioDataset syncSend low-confidence predictions for human labelling and active learning

10. Industry Use Cases

🏭

Manufacturing — Automated Quality Control

Inspect 100% of production at line speed. Detect surface scratches, dimensional deviations, assembly errors, and contamination — replacing manual spot-check sampling that catches only a fraction of defects.

🛒

Retail — Shelf Compliance and Inventory

Verify correct product placement, labelling, and facings at every camera-equipped fixture, continuously. Detect out-of-stocks and planogram violations in real time.

🚚

Logistics — Package and Label Inspection

Read barcodes, QR codes, and shipping labels at conveyor speed. Flag damaged packaging before dispatch. Automate sortation decisions based on visual inspection output.

🏥

Healthcare — Medical Imaging Triage

Pre-screen radiology images to prioritise urgent cases for clinician review. Classify skin conditions, flag anomalies in pathology slides — always with a human clinician making final decisions.

🔒

Safety — PPE and Access Compliance

Verify hard hat, high-visibility vest, and safety boot compliance across production areas. Alert supervisors in real time when PPE violations are detected.

11. Pricing

14-Day Free Trial — No Credit Card Required

Full API access, all 11 pre-trained models, up to 10,000 free predictions. Custom model training available on Growth and above.

PlanPredictions / MonthCustom ModelsEdge DeploymentPrice
Starter50,000$199 / mo
Growth500,000Up to 5$999 / mo
Scale5,000,000UnlimitedUp to 10 devices$3,499 / mo
EnterpriseUnlimitedUnlimitedUnlimitedContact sales

Batch processing is billed at 0.7× the standard per-prediction rate. Edge device licences on Scale and Enterprise are included in the subscription. All plans include 99.95% API uptime SLA and full audit log export.

12. Outcomes & SLAs

99.95%
API Uptime SLA
<80ms
P99 Inference Latency
99.2%
Classification Accuracy
0.94
Detection mAP
0.3%
QA False Negative Rate
Edge TensorRT Speedup
Production computer vision used to require a dedicated ML team, months of model development, and significant GPU infrastructure investment. VisionIQ compresses that to an API key, a model selection, and a first call that returns results in under 80 milliseconds.
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