Skip to main content
De-identification for AI training data

Data De-identification and PII/PHI Redaction Services

Precise BPO provides data de-identification services for healthcare, finance, autonomous vehicle and smart city AI teams. That covers face and license plate blurring, DICOM scrubbing and PII/PHI redaction across images, video, documents and structured data. Our 540+ people in Pune, India have de-identified 20M+ images, pages and records since 2017. Security controls are aligned with ISO 27001, and processes with HIPAA and GDPR.

Precise BPO data de-identification service — PII and PHI redacted into de-identified datasets
99.8% Accuracy Target (Up To) Measured on audited samples
20M+ Images, Pages & Records PII & PHI removal
810M+ Images Processed Across all AI projects
540+ In-House Team Trained on your rules
24–48 hrs Turnaround Standard batch
18+ Years in Business Founded in 2008
ISO 27001 Aligned HIPAA-aligned · GDPR-aligned

🌍 Serving enterprises across US · UK · Canada · Australia · Europe · Middle East · APAC · LATAM

PII

What is Data De-identification?

Data de-identification removes or redacts personally identifiable information (PII) and protected health information (PHI) from images, video, text and structured data. The goal is to protect individuals while keeping the data useful for AI and machine learning (ML) training and analytics.

We deliver de-identification as part of our data labeling services, using redaction, blurring and generalization to remove identifiers while keeping the features models need. Typical datasets include healthcare imaging, autonomous vehicle camera and sensor data, financial records and smart city video.

A de-identification workflow typically combines automated detection models with human review. We locate each face, license plate, name, date of birth, medical record number (MRN) and account number, classify it as a direct or quasi-identifier, tag the PII or PHI type and redact it to your rules. If you are new to labeling, our data labeling guide covers the basics.

PII & PHI Detection
We identify personal and protected health identifiers across images, video, text and structured records before any redaction begins.
Redaction Techniques
We use pixelation, blurring, black-bar redaction or placeholder substitution, depending on the dataset type and compliance requirement.
Re-identification Risk Reduction
Generalization and consistency rules reduce the chance that de-identified records can be linked back to an individual.
02
About Precise BPO
Privacy work, by our own team.
2008
Company founded
Pune, India
2017
De-identification work began
Alongside our labeling work
NDA
Signed by every team member with project access
Role-based access on every project

De-identification at Precise BPO

We have processed over 810M images across all our projects. Since 2017, our in-house team has de-identified more than 20M images, pages and records (this figure does not include video frames), alongside our data labeling services.

Our workflows cover images, video, text and multi-modal datasets. For how we handle security and access, see our About page.

The work ranges from healthcare imaging and financial records to autonomous vehicle camera data and smart city footage. De-identification often runs alongside annotation, so a project can move straight from redaction to labeling, including radiology and DICOM annotation.

If your records are still on paper or in legacy formats, our online data entry and data conversion services can digitize them first, and PII removal follows.

🤝
Who We Work For
Most of our de-identification work is for healthcare, finance and autonomous vehicle AI teams.
🧬
Detection plus Human Review
Every dataset goes through automated detection and senior review before delivery.
🔐
Secure Handling
Every record has its own audit trail, and access is limited to the people on the project.
03

Industries We Work With

We work with regulated and privacy-sensitive data across the industries below. Many of these projects also need labeling, which we handle in-house.

Healthcare & Clinical Data

We redact PHI from electronic health records (EHRs), DICOM imaging, and clinical notes, removing names, medical record numbers and dates so the data can be used for research, clinical trial sharing and AI model training. Paper claim forms can be digitized first through our medical claim data entry service.

Related: medical annotation →

Autonomous Vehicles & Smart City Surveillance

We blur faces and license plates in dashcam, fleet camera and CCTV footage, with consistent, frame-accurate redaction that keeps autonomous vehicle (AV) and smart city perception data usable without exposing bystanders.

Related: autonomous vehicle annotation → · vehicle data entry (VIN and registration records) →

Financial Services & Banking

We remove account numbers, Social Security numbers (SSNs), credit card details and KYC records from statements, loan documents and transaction logs, so fraud-modeling, audit and analytics teams can share data safely. For statements still on paper, our financial data entry team can key them in before redaction.

Insurance & Legal Documents

We remove personal identifiers from claims files, contracts and case records to support e-discovery, compliance review and document sharing across legal and insurance workflows.

Related: legal document data entry →

Retail & E-commerce

We remove names, addresses, phone numbers and payment details from customer order, loyalty and support records, so the data can feed analytics and personalization models or be shared with outside AI vendors.

HR & Recruitment Records

We redact names, contact details and ID numbers in resumes, background checks and employee files before the data is used for workforce analytics, model training or cross-border transfer.

Government & Public Sector Records

We redact census, permit and case-management records ahead of public release, FOIA responses and data sharing between agencies.

Research & Academic Data Sharing

We de-identify study datasets to IRB and HIPAA requirements so they can be shared with research partners and studies can be replicated.

Telecom & Call Center Data

We scrub names, phone numbers and account details from call transcripts before they are used for QA review, sentiment analysis or conversational AI training.

De-identification vs Data Masking vs Synthetic Data: When to Use Which

The right technique depends on whether you need a link back to the source records and how much of the original data you need to keep. Here is how the three common options compare.

Criteria De-identification Data Masking Synthetic Data
Method Redacts, blurs, or removes direct identifiers Replaces identifiers with substitutes, reversible if tokenized Generates artificial data mimicking real patterns
Best for Images, video and documents; PII/PHI removal for AI training Structured databases, especially dev/test copies Training data with zero real PII exposure
Re-identification Risk Very low Low to medium, depending on technique Near zero
Processing Speed Fast Fastest Slowest (requires model training)
Data Utility Retained High: visual and contextual fidelity preserved High: original structure preserved Medium: statistical patterns only
Reversibility Irreversible by design Reversible only if tokenized, with a secure key No mapping to real records
Common Use Cases Healthcare imaging, AV footage, surveillance, documents Dev/test database environments, internal analytics ML model pretraining, privacy-safe research
Precise BPO Service Our core service Ask us about masking → Ask us about synthetic data →

Data masking is sometimes called pseudonymization when tokens can be mapped back to source records under controlled access. True de-identification removes that link. Teams working with structured data sometimes add k-anonymity grouping or differential privacy on top of either approach.

Not sure which technique fits your project? Talk to one of our de-identification specialists and we'll recommend an approach based on your data types, compliance needs and downstream AI use case.

05

De-identification Capabilities

Here is what we handle most often.

✓
PII/PHI Text Detection & RedactionFind and redact names, SSNs, MRNs and other identifiers in structured and unstructured text, using NLP models and detection rules.
✓
Face & License Plate BlurringBlur faces, license plates and other visual identifiers in images and video frames, crowded scenes included, while keeping the scene context models need.
✓
DICOM & Medical Metadata ScrubbingStrip PHI from DICOM headers, EHR exports and burned-in pixel data without degrading diagnostic image quality.
✓
Video De-identification & Frame TrackingKeep redaction consistent from frame to frame in surveillance and dashcam video.
✓
Document & Scanned Form RedactionRedact PDFs, scanned forms and contracts, including long identifier-heavy documents, without disturbing the original layout.
Data de-identification process showing face blurring, document redaction, and PII masking for privacy-preserving AI datasets
FACE · REDACTED SSN · REDACTED Re-ID Risk scored class:PII ✓ verified PLATE · REDACTED Name: [REDACTED] DOB: [REDACTED] Addr: [REDACTED] DOC · REDACTED RISK SCORED REDACTED 4 FIELDS / FRAME QA · UP TO 99.8% ACC

Tools, Formats and Compliance Standards

We work within your existing privacy stack or recommend tools that suit your project. No lock-in, no re-tooling.

🛠️ De-identification Tools & Engines
Microsoft Presidio AWS Comprehend Medical Google Cloud DLP API spaCy / NER pipelines Philter (clinical text) ARX Anonymization Tool DICOM de-id utilities Custom / In-house Tools
📁 Output Formats
De-identified DICOM Redacted PDF JSON (redacted fields) CSV (redacted) De-identified Video (MP4) XML Custom schema on request
📋 Standards and Regulations We Follow
HIPAA Safe Harbor HITECH Act GDPR (Recital 26 anonymization) CCPA / CPRA ISO 27001-aligned
🔒 Secure Transfer & Access
Encrypted SFTP AWS S3 (private bucket) Google Cloud Storage Azure Blob Storage Secure client portals Encrypted email delivery NDA on every engagement Role-based access

De-identification Workflow

Every project follows the same six steps, from risk assessment through to delivery.

1

Requirements & Risk Assessment

We define PII/PHI categories, redaction rules, and re-identification risk thresholds with your privacy and AI teams before any processing begins.

2

Secure Data Intake & Setup

Images, video, documents and records are received via encrypted transfer, normalized to standard formats and organized into batches on secure infrastructure with restricted access.

3

PII/PHI Detection & De-identification

Automated detection flags identifiers, then trained reviewers apply redaction and blurring across image, video, text and document datasets, keeping coverage consistent across frames and files.

4

3-Tier QA Review

Specialist and peer review, an automated re-scan for residual PII/PHI, and a QA Lead audit keep accuracy at the contracted level on every batch. See the QA section below for details.

5

Client Review & Refinement

We apply your feedback, refine redaction rules, update identifier lists and adjust sampling or risk thresholds, repeating until the dataset meets your compliance and pipeline requirements.

6

Final Delivery & Ongoing Support

We deliver de-identified datasets in DICOM, redacted PDF, JSON, CSV, video or custom formats, with QA logs, audit trails and a dedicated account manager for ongoing volumes.

Typical Turnaround for Standard Batches: 24–48 hrs
0–1 hrs
Secure Intake & SLA Setup
1–6 hrs
Dataset Preprocessing
6–30 hrs
PII/PHI De-identification
30–42 hrs
QA Review
42–48 hrs
Encrypted Delivery ✓

* Larger projects are scheduled individually. Rush handling can bring a standard batch down to about 24 hours. The time you spend reviewing the first sample batch is not counted in these figures.

08

Recent De-identification Projects

Six recent projects, each with what the client needed, what we did and what came out of it.

🏥 Healthcare Imaging · US

Clinical Dataset De-identification

The need: A US health system wanted to share 5M+ radiology images with an AI research consortium, but the images and their DICOM metadata had to be de-identified under HIPAA first.
What we did: We removed PHI in stages: faces were blurred, DICOM tags were scrubbed, and a last pass checked every image and metadata field.
  • 99.8% of PHI instances removed on audited samples
  • HIPAA Safe Harbor applied, with checks on both DICOM tags and pixel data
  • All 5M+ images delivered on schedule

Related: medical image annotation →

🚗 Autonomous Vehicles · EU

Dashcam Footage De-identification

The need: Under GDPR, a European AV company had to blur every face and license plate across 50M+ frames of dashcam footage before its model training teams could use it.
What we did: Automated detection found the faces and plates, and specialists then reviewed the results by hand. One blur style was used throughout, and the output went back in a structure the client's annotation pipeline could take directly.
  • Final audit missed fewer than 2 in 1,000 faces and plates
  • 50M+ frames de-identified and ready for annotation

Related: autonomous vehicle annotation →

🏦 Financial Services · Global

Document PII Redaction

The need: A global financial institution needed account numbers, SSNs and other personal identifiers removed from scanned contracts and customer records, for a regulatory audit and for AI model training.
What we did: Entity-level PII detection ran across structured and unstructured documents. Each batch went through QA review, and the output was delivered over an encrypted channel with a redaction log.
  • 10M+ pages processed, with redaction logs supplied for the client's regulatory audit
🌆 Smart City & Surveillance · APAC

Public Space Footage De-identification

The need: An APAC smart city platform wanted to use its CCTV footage for public safety AI, but faces and vehicle plates had to be blurred first.
What we did: Detection ran frame by frame, with extra handling for partly hidden faces and plates; the redacted footage came back in a format ready for model training.
  • More than 99.7% of faces and plates redacted, within the agreed turnaround
⚖️ Legal & Insurance · LATAM

Case Record De-identification

The need: A LATAM legal tech firm needed case files, witness statements and claim records de-identified in bulk, both to train an AI model and to share the records across borders.
What we did: Named entity recognition guided PII removal across PDF and Word files, and each jurisdiction's rules were handled separately. We kept redaction logs throughout.
  • 1M+ case records redacted, then used to train the client's legal NLP model
  • Client could share the data across borders
🧬 Clinical Research · Middle East

Research Dataset PHI Scrubbing

The need: A biomedical research institute in the Middle East needed patient records de-identified for a multi-site clinical AI study, following GDPR principles and local data-protection rules.
What we did: PHI was removed from the structured records, with a reviewer overseeing the work. Placeholders replaced the removed values, and files reached research partners over encrypted transfer.
  • Multi-site data sharing enabled; IRB audit requirements met
09

Why Work With Precise BPO on De-identification

We de-identify data for healthcare, finance, autonomous vehicle and smart city teams worldwide. Our data labeling services cover 15+ annotation types, so one offshore partner can handle the privacy work and the labeling that follows it.

Start a Free Pilot →
⚡
One Contract for Privacy and Labeling

Redaction and the labeling that follows it run under one NDA, one SLA and one compliance framework, so your data doesn't pass between vendors.

👥
540+ People, All In-House

Reviewers are trained on your redaction rules before the project starts.

🔒
Security & Access Control

Access is role-based and monitored automatically.

🎯
Target of Up to 99.8% Accuracy

Our accuracy target is up to 99.8%. How each batch is checked is covered in the QA section below.

💰
Lower Cost Than US/UK Vendors

Our rates are typically 40–60% below US/UK vendors, with no platform fees.

🔧
Platform & Format Agnostic

We work inside your existing tools or preferred pipeline.

Why choose Precise BPO for accurate, scalable and cost-efficient data de-identification and PII/PHI redaction

3-Tier QA Pipeline: How We Target Up to 99.8% Accuracy

Every batch passes three quality gates before delivery, so missed PII, incomplete redaction and format errors are caught before anything reaches your AI pipeline.

Tier 1 Specialist + Peer
→
Tier 2 Automated Detection Scan
→
Tier 3 Expert Audit + Delivery
T1

Specialist Self-Check & Peer Review

The specialist makes the first pass and a senior peer cross-checks it, catching missed PII, partial redactions and guideline departures before the automated re-scan. The same review framework we use on annotation work applies here (see our annotation governance guide).

The specialist reviews every PII/PHI instance against project-specific redaction rules before submitting the batch.
A senior reviewer cross-checks redaction completeness, entity-type correctness, and edge-case handling.
Batches that fall below the T1 threshold are returned for correction before advancing to automated scanning.
T1 Exit Target: Accuracy95%+
T2

Automated Re-scan & Consistency Check

An automated re-scan of every record for residual PII/PHI, plus checks for consistent redaction and unusual patterns across the batch.

The redacted output is re-scanned for missed names, dates, IDs and biometric markers.
Redaction style and method are checked for consistency across all records.
Records with unusual redaction density or entity-type mix are flagged for human review.
T2 Exit Target: Accuracy98%+
T3

QA Lead Audit & Final Delivery

The QA Lead audits each batch before it leaves us. You can send corrections at any stage, and we re-verify them before final encrypted delivery.

The QA Lead audits a random sample of 10–20% of each batch, and 100% on projects involving PHI or medical imaging.
You review 50–100 sample records and accept them before the full batch proceeds.
Corrections are applied, re-scanned through Tier 2 and redelivered with the audit trail.
Final Delivery Accuracy Target (Up To)99.8%

Accuracy Benchmarks

Precise BPO De-identification Accuracy Target (Up To)99.8%
Typical Vendor (our estimate)92–95%
Automated-Only Tools (our estimate)80–88%

Capacity and Track Record

Images / Day (Peak)500K+
Images, Pages & Records De-identified20M+

Your Own Team vs Typical BPO vs Precise BPO

If you are weighing an in-house team against outsourcing, here is how the options compare. Figures for in-house teams and other vendors are our estimates.

Criteria Your Own Team Typical BPO Precise BPO
De-identification Accuracy 85–92% (fatigue, limited QC) 92–95% (inconsistent PHI coverage) ✔ Target of up to 99.8% accuracy, 3-tier QA
Time to First Batch 6–10 weeks (hire, train, tool) 3–5 weeks ✔ Pilot starts within 48 hours after NDA; delivery in 24–48 hours
Scalability for Surge Volumes ❌ Fixed headcount, slow ramp ⚠ Limited, delays common ✔ Dedicated team scaled to your volume
Cost vs US/UK Rates Baseline (salary + infra) 25–35% savings ✔ 40–60% below US/UK rates
Compliance Alignment ⚠ Depends on internal controls ⚠ Varies by vendor ✔ Aligned with ISO 27001, HIPAA and GDPR
Multi-Modal De-identification ⚠ Usually siloed by media type ⚠ Varies by vendor ✔ Images, video, DICOM, PDFs, structured data
Audit Trail & Reporting ⚠ Manual, inconsistent ⚠ Often limited or unavailable ✔ Full redaction logs, per-record audit trail
Data Stays in Your Environment ✔ Data never leaves your network ⚠ Usually transferred to the vendor ⚠ Encrypted transfer, or work inside your platform where needed
Knowledge of Your Own Data ✔ Deep context on your own records ⚠ Builds up over time ⚠ Built during the pilot and guideline setup
Free Trial / Pilot — ⚠ Varies by vendor ✔ Free pilot batch, no commitment

De-identification Pricing & Engagement Models

We price per image, per page, per hour, or on a monthly retainer, with no platform fees and no lock-in.

🖼️
Best for: Image & video datasets
Per Image / Frame

We price per de-identified image or video frame, which suits defined datasets, one-off projects and AV or surveillance pipelines where per-unit cost is predictable.

e.g., CCTV face and plate blurring, dashcam PII removal, medical imaging DICOM batches
📄
Best for: Document PII redaction
Per Record / Page

We price per document page or record, which suits financial, legal and healthcare redaction where page count is the natural unit of work.

e.g., contracts, case files, insurance claims, patient records, forms
⏱
Best for: Complex multi-modal data
Per Hour

We price by the hour for high-complexity work such as mixed entity types, structured data or nested PHI, where per-record pricing doesn't reflect the effort.

e.g., multi-modal datasets, EHR de-identification, unstructured clinical notes
🔄
Best for: Ongoing compliance pipelines
Monthly Retainer

We assign a dedicated team at fixed monthly capacity for enterprises and AI labs with continuous PII/PHI redaction or ongoing regulatory work.

e.g., live EHR pipelines, recurring regulatory audits, continuous AV data programs
Volume discounts from 100K+ records/month. White-label pricing available for BPO partners.
Every model includes a target of up to 99.8% accuracy and a free pilot batch before you commit.
Get a Quote →

24/7 Delivery Across 8 Regions

Our delivery team in India runs 24/7 across time zones, so clients in every region have coverage during their working day.

24/7 Operations Coverage
26 Countries Served
8 Global Regions
🇺🇸
United States
All US time zones
🇬🇧
United Kingdom
UK business hours
🇪🇺
Europe
Germany · France · Netherlands · Sweden · Denmark · Switzerland · Spain
GDPR-aligned workflows
🇦🇺
Australia & New Zealand
All Australian and New Zealand time zones
Overlap with AEST working hours
🇨🇦
Canada
All Canadian time zones
🌏
Asia-Pacific
Singapore · Japan · South Korea · Hong Kong · Taiwan · India
🌍
Middle East
UAE · Saudi Arabia · Israel
🌎
Latin America
Brazil · Mexico · Argentina · Colombia · Chile
14

What Our Clients Say

Teams in healthcare, finance, autonomous vehicle and smart city work with us on large-scale de-identification.

★★★★★

"Precise BPO runs our DICOM de-identification pipeline for radiology AI. PHI removal has been accurate every time we have checked, and when we sent large imaging batches the team scaled up quickly."

R
Dr. Rachel M.AI Research Lead · HealthTech Company, US
★★★★★

"Our EU model training needed a large dashcam dataset de-identified, and they turned it around quickly. The redaction was clean and our data was handled carefully throughout."

F
Fabian K.Data Privacy Engineer · AV Platform, Germany
★★★★★

"Switching to Precise BPO made a clear difference to our financial document redaction. They cope well with volume, and the audit trail has satisfied our compliance team every time."

N
Niamh O.Head of Data Governance · FinTech Platform, UK
★★★★★

"Of all the outsourced privacy vendors we've used, this one has been the most accurate. They work inside our HIPAA-aligned platform, meet tight SLAs and have been a reliable white-label partner."

A
Anika R.Operations Director · Healthcare AI Company, Canada
★★★★★

"We needed a large set of patient records de-identified for our clinical AI research. The team took on the volume without fuss, applied HIPAA Safe Harbor methods, and the audit logs came back clean and on schedule."

L
Dr. Lena S.CTO · Clinical Research Institute, Australia
★★★★★

"Precise BPO is our long-term partner for smart city surveillance anonymization. We keep working with them because of their pricing, their security practices and the accuracy they deliver."

H
Hassan A.Smart City AI Lead · GovTech Platform, UAE

De-identification FAQs

Answers on scope, entity types, accuracy, formats, security, and pricing.

We redact personally identifiable information (PII) and protected health information (PHI) so individuals cannot be identified from the data. Entity types include faces, license plates, names, dates of birth, addresses, phone numbers, email addresses, national ID numbers, account numbers, medical record numbers, biometric markers, vehicle identification numbers (VINs) and any other client-defined identifiers. This applies across images, video frames, DICOM files, PDFs, and structured data formats.

Faces and license plates are detected using a combination of automated detection models and manual specialist review. Each identified region is redacted using your preferred method: pixelation, blur or solid-fill redaction. Edge cases such as partially visible faces, occlusion, low-light frames and non-standard plate formats are handled by trained specialists with project-specific guidelines. Every redaction is logged per record, so it can be traced in an audit.

Our workflows support both the HIPAA Safe Harbor method (removal of the 18 PHI identifiers) and the Expert Determination method, depending on the project. European datasets are handled under GDPR-aligned workflows, and Canadian data in line with PIPEDA. Our security controls are aligned with ISO 27001. Everyone with project access signs an NDA, and every record has an audit trail.

We de-identify images (JPEG, PNG, TIFF, BMP), video (MP4, AVI, MOV, frame sequences), medical imaging (DICOM), documents (PDF, DOCX, scanned records), structured data (CSV, JSON, XML, EHR exports) and call transcripts. For DICOM we scrub both the pixel layer and the embedded PHI tags in the metadata fields, following the DICOM PS3.15 standard.

We score audited samples by the share of identifiers correctly redacted. Each batch goes through specialist and peer review, an automated re-scan and a QA Lead audit, with 100% sampling on PHI and medical imaging projects. The accuracy target is written into the contract. The QA section above has the full breakdown.

Large or continuous projects run in batches with agreed QA checkpoints and a dedicated team for each client. For ongoing work, such as a live EHR feed or a recurring AV dataset, we usually set up a monthly retainer with a fixed team and agreed SLAs. All batches include redaction logs, entity-type breakdowns and delivery confirmations.

Data moves over encrypted, client-approved channels such as SFTP, secure cloud storage or VPN. Specialists work through role-based, permission-scoped systems, and downloads to personal devices are not permitted. Security monitoring runs continuously on project environments. When the project ends, source data is deleted as you instruct and we confirm it with a destruction certificate. See our security and compliance practices for more detail.

De-identification pricing depends on media type, entity density, volume and review depth. We price per image or frame, per record or page, per hour, or on a monthly retainer, as described in the pricing section above. Send us your dataset type and volume to get a quote.

Yes. This is one of the most common setups for healthcare AI and autonomous vehicle teams. De-identification runs as a preprocessing step before annotation (e.g., DICOM face blurring before radiology region-of-interest labeling, or dashcam plate removal before bounding box labeling). Both run under the same contract terms and compliance framework. For more on the labeling side, see our bounding box annotation and wider data labeling pages.

Automated tools on their own often miss edge cases, unusual PII formats and context-dependent identifiers. Our human-in-the-loop approach combines automated detection with trained specialist review and 3-tier QA. We handle low-contrast images, handwritten records, partially visible identifiers and multi-language documents that automated tools miss. Every project begins with a free pilot, so you can check quality against your own dataset before committing to full-scale processing.

Related Reading on Data Labeling and Outsourcing

Guides from our blog on data labeling, annotation quality, vendor selection and data entry outsourcing.

Foundational Guide
What Is Data Labeling? Enterprise Guide
Learn what data labeling is, its types, AI use cases, quality standards, and how enterprises scale annotation for ML.
⏱ 10 min read →
Governance Framework
Annotation Governance: Stop Label Drift in ML Models
Label drift reduces ML accuracy over time. Learn how our 6-layer governance framework helps detect, measure, and prevent it.
⏱ 7 min read →
Pricing Guide
Data Labeling Pricing 2026: USA vs India
Real pricing benchmarks per annotation type, USA vs India cost comparison, and hidden cost analysis.
⏱ 8 min read →
Rankings
Top 10 Data Annotation Companies (2026): Pricing Comparison
Compare the top 10 data annotation companies on pricing, strengths and a vendor comparison table.
⏱ 10 min read →
Vendor Guide
How to Evaluate Online Data Entry Outsourcing Vendors (2026)
A framework for evaluating outsourcing vendors: what to ask about accuracy, security, pricing and scalability before you sign.
⏱ 9 min read →
Common Mistakes
Bounding Box Annotation: 5 Mistakes That Destroy AI Accuracy
Bounding box errors hurt model accuracy: IoU benchmarks, 5 common mistakes, and enterprise workflows to avoid them.
⏱ 8 min read →
Industry Workflow
Retail Annotation Pipeline: A 9-Phase Workflow Guide (2026)
A 9-phase framework for shelf analytics, product recognition, and planogram compliance, with QA benchmarks.
⏱ 7 min read →
Rankings
Top 10 Data Entry Companies (2026): Pricing and Comparison
Compare top 10 data entry companies with pricing, services, and selection criteria.
⏱ 9 min read →
18

Start Your De-identification Project

Send us a sample of your dataset and we'll set up a free pilot or quote the project. Our data labeling and data entry services can run under the same engagement.

📞
Phone & WhatsApp
📍
Office
B3, Sant Namdev Marg, Varundavan Colony, Walhekarwadi, Gurudwara Colony, Nigdi, Pimpri-Chinchwad, Maharashtra 411033

Request a Free Pilot

We respond within one business day, and there is no commitment.

Your data is covered by an NDA from the first sample.

🔒

Thank you. Your request has been received.

Our de-identification specialists will review your requirements and respond within one business day. We look forward to working on your dataset.