— 01 · COMPUTER VISION

Turn every pixel into operating signal.

Vision models trained on your cameras, parts, and documents — shipped to the edge or the cloud with the evaluation, retraining, and integration layers that keep them honest in production.

1998
01 / OPERATING SINCE
7,000+
02 / PROJECTS SHIPPED
3,000+
03 / CLIENTS SERVED
90+
04 / COUNTRIES
— 02 · WHY COMPUTER VISION NOW

Cameras everywhere. Analysts nowhere.

Your facilities, storefronts, and fleets already generate more visual data than a human team could review. Computer vision closes that gap — reading pixels at stream speed so the operator downstream gets a signal, not a video wall. It sits alongside our wider artificial intelligence practice and plugs directly into the integration layer you already run.

DECISION LATENCY
sub-second

From pixel to operator event, at the speed the moment demands.

LABEL BUDGET
500+

Samples are enough for production accuracy on most detection tasks — fine-tuned from foundation models.

DEPLOYMENT
edge · cloud

On-device when latency or privacy demand it. Elastic GPU when they don't.

— 03 · WHAT WE BUILD

From pixels to production.

Image classification, video analytics, facial recognition, visual search, line-side defect detection, and document intelligence — the full vision stack under one roof, with the MLOps discipline to keep it working after launch.

01 · CAPABILITY

Image recognition and object detection

Classify, localize, and track objects across photos and live feeds. Retail shelf audits, safety-gear detection, vehicle tracking, and document intelligence — all wired into the systems your teams already use.

02 · CAPABILITY

Video analytics at stream speed

Parse hours of footage in minutes. Anomaly detection, dwell-time analysis, license-plate recognition, and motion fingerprinting on RTSP, Hls, or native camera SDKs.

03 · CAPABILITY

Facial recognition and identity

Frictionless access, attendance, and verification with liveness checks built in. Tunable confidence thresholds, on-device inference, and GDPR-aligned templates — never raw biometrics at rest.

04 · CAPABILITY

Visual search and retrieval

Let customers point instead of type. Embedding-based visual search across catalogs, floorplans, or medical archives — ranked by similarity, filtered by business logic.

05 · CAPABILITY

Defect detection on the line

Vision models trained on your parts, installed on your line. Sub-second pass/fail decisions at the PLC layer, with the reject reason captured for continuous retraining.

06 · CAPABILITY

Document intelligence

OCR, layout parsing, and multimodal extraction across invoices, contracts, clinical notes, and claims. Structured JSON out, with confidence scores per field for human-in-the-loop review.

— 04 · SIGNATURE USE CASES

Patterns with receipts.

We lead with outcomes, not demos. These patterns have shipped across retail, manufacturing, public safety, and infrastructure — and they rhyme enough to scope a POC in a single call. Related reading: our case studies and rapid POC model.

  • 01 · USE CASE

    Retail personalization

    Heat-mapped store traffic, planogram compliance, and pose-aware recommendation engines that lift engagement without intruding on shopper experience.

    +25% engagement · +15% conversions
  • 02 · USE CASE

    Smart surveillance

    Real-time detection of loitering, intrusion, and abandoned objects across camera meshes — with alerts routed to the humans who can act.

    Sub-second anomaly latency
  • 03 · USE CASE

    Quality control in manufacturing

    Defect classification on conveyor speed, trained from as few as 500 labeled examples. The model keeps learning from every reject.

    −20% error rate
  • 04 · USE CASE

    License-plate recognition

    Automated gate access, toll collection, and fleet movement tracking. Works in rain, at night, and at highway speed with adaptive thresholds.

    99%+ read accuracy
  • 05 · USE CASE

    Customer sentiment in-store

    Anonymous facial expression analytics for reaction studies and merchandising A/B tests. No identity stored — just signal.

    Live dashboards
  • 06 · USE CASE

    Safety and PPE compliance

    Helmet, harness, and high-vis detection on construction and industrial sites — with automated reporting to EHS systems.

    Shift-level audits
— 05 · INDUSTRY FIT

Vision is already earning its keep.

Each vertical has its own cadence, compliance posture, and camera density. We map the vision opportunity to those realities — not the other way around.

  • 01 · INDUSTRY

    Manufacturing

    Defect detection on the line, worker safety analytics, and PLC-layer pass/fail decisions.

    SEE MANUFACTURING WORK →
  • 02 · INDUSTRY

    Retail

    Shelf compliance, dwell-time heat maps, and anonymous sentiment for merchandising A/B tests.

    SEE RETAIL WORK →
  • 03 · INDUSTRY

    Healthcare

    Imaging triage, document intelligence for claims, and access control for restricted zones.

    SEE HEALTHCARE WORK →
  • 04 · INDUSTRY

    Logistics

    License-plate recognition, yard tracking, and container damage audits at dock speed.

    SEE LOGISTICS WORK →
  • 05 · INDUSTRY

    Construction

    PPE compliance, site progress from drone footage, and equipment utilization.

    SEE CONSTRUCTION WORK →
  • 06 · INDUSTRY

    Finance

    Document intelligence across KYC, claims, and mortgage workflows — structured JSON out.

    SEE FINANCE WORK →
— 06 · WHY INDIANIC

Delivery discipline, vision-first.

Fine-tuned models are the easy part. Everything around them — data pipelines, eval harnesses, edge deployment, and retraining — is where vision projects live or die.

01 · BENEFIT

Models trained on your data

Frontier vision architectures fine-tuned on the parts, faces, and environments that actually matter to your business — not a stock demo.

02 · BENEFIT

Ship to the edge or the cloud

NVIDIA Jetson, Coral, and RK3588 for on-device inference; GPU fleets for batch and training. We choose the layer that fits your latency and privacy budget.

03 · BENEFIT

Evaluation baked in

Every build comes with a labeled test set, a confusion matrix, and a retraining schedule. We know where the model is weak before you do.

04 · BENEFIT

Integration, not islands

Vision output lands in your ERP, WMS, POS, or CRM — as events, not dashboards. The insight reaches the operator who can act on it.

05 · BENEFIT

Privacy by default

On-device processing where possible, tokenized embeddings where not, and documented retention policies that pass legal review on the first pass.

06 · BENEFIT

Twenty-seven years of delivery

7,000+ projects, 3,000+ clients, 90+ countries. Vision sits inside that delivery discipline — not adjacent to it.

— 07 · TOOLS AND PLATFORMS

Model-agnostic by design.

Open-weight architectures, frontier APIs, and the edge runtimes that make them deployable. We pick the layer that fits the problem.

PyTorchTensorFlowYOLOv9Detectron2OpenCVSegment AnythingCLIPDINOv2Vertex AI VisionAWS RekognitionAzure Computer VisionNVIDIA DeepStreamTriton Inference ServerONNX RuntimeJetson OrinCoral TPU
— 08 · VISION QUESTIONS

What leaders ask before they start.

01What is computer vision and how does it fit our operations?
Computer vision is software that interprets pixels — detecting objects, reading documents, recognizing faces, or parsing video at stream speed. It fits anywhere a human currently reviews images or footage: quality control, security, access, merchandising, compliance, and document workflows. The ROI is usually in decision latency and error rate, not just labor cost.
02How much training data do we actually need?
Less than most teams expect. Modern architectures transfer well from pretrained foundation models, so 500 to 5,000 labeled examples are enough to hit production accuracy for most detection and classification tasks. We help you scope the labeling budget against the target metric before you commit.
03On-device or cloud — which is right for us?
On-device when latency matters (sub-100 ms) or the footage can't leave the premises (healthcare, defense, some retail). Cloud when you need elastic batch throughput or analytics across sites. Most real deployments are hybrid — inference at the edge, telemetry and retraining in the cloud.
04How do you handle privacy, consent, and bias?
Templates instead of raw biometrics, tokenized embeddings, documented retention, and evaluation sets that audit performance across demographics. For regulated environments we align to GDPR, HIPAA, and the EU AI Act's risk-classification requirements from day one.
05How long does a computer vision project take?
Two to four weeks for a scoped POC on your footage; six to twelve weeks to production with monitoring, retraining hooks, and the integrations into your existing stack. Rapid POCs are a fixed-price entry — see our rapid POC model for details.
06Do you work on-prem and in air-gapped environments?
Yes. We deploy into customer VPCs, regulated on-prem clusters, and fully air-gapped sites. The training and inference stack ships as containers or installable binaries depending on the posture required.
— 09 · START THE VISION BUILD

Your first vision POC, scoped this week.

Book a consultation. We'll map the cameras, the signal, and the operator workflow — and hand back a scoped POC before a contract is signed.

hello@indianic.comWhatsApp Chat
RESPONSE TIME
< 4 hours
NDA
On request
FREE POC
3 – 5 days
TRUST
SOC 2 · ISO 27001