Used by container depots, shipping lines, leasing companies, and freight operators across Europe, Africa, Australia and the Middle East — including logistics operators on routes where deposit deductions are routinely contested.
ConPDS Checker gives shippers, consignees, and freight forwarders their own independent photo evidence layer — structured container condition records at pickup and return, captured on the smartphones field staff already carry, stored in the shipper's own tenant.
Capture structured handover and return photos linked automatically to ISO 6346-validated container numbers — replacing ad hoc messaging, mail attachments, and shared drives with a searchable, container-indexed evidence archive that survives a deposit or repair claim dispute.
No obligations — reply within 1 business day · Checker adapts to your operation — lane profile, volume, and integration stack all shape the workflow, not the other way around.
Field-tested in container operations since 2013
ISO 6346 container number validation
Works fully offline at remote pickup locations
Why Informal Pickup and Return Photos Leave Shippers Exposed in Deposit Disputes
Container deposits vary enormously by lane, counterparty, and deposit type — from a few hundred euros on a structured equipment rental to several thousand on a CNEE-side port collection in high-dispute lanes. Deductions for alleged damage or cleaning at return are applied against whichever deposit was paid, and shippers without independent photo evidence have no basis to contest the charge. When pickup and return photos are handled informally, the shipper is left relying on the depot's or shipping line's condition assessment, with no parallel record to reference.
Two Deposit Scenarios — Same Evidence Need
Consignee (CNEE) deposit
Paid by the consignee when collecting a loaded container at the port of destination, refunded when the empty is returned to the nominated depot. Typically the larger of the two deposit types — the shipping line is protecting against non-return of an expensive asset by an often ad-hoc counterparty, so deposits scale with replacement value and non-return risk. Financially strong customers may pay no deposit at all, while smaller or new operators on high-dispute lanes regularly pay several thousand euros per container.
Lessee (rental) deposit
Paid by the lessee on container rental from an equipment owner, refunded on return at the end of the lease period. Typically sized at 2–3 months rental, so usually the smaller of the two deposit types — a few hundred euros for dry boxes, rising on reefer and ISO tank where rental rates are higher. Often waived entirely for financially strong, contracted customers.
In many shipper and forwarder operations, documentation is still
Captured on personal devices — no link to the ISO 6346 container number or booking reference
Shared via WhatsApp, email attachments, and shared folders — stored in chat threads, not against container records
Incomplete — pickup photos taken, return photos forgotten under time pressure at the hand-back gate
Stripped of GPS and timestamp metadata when forwarded through chat apps — evidentially weakened
Impossible to retrieve quickly when a repair charge is raised against the deposit weeks later
The operational consequence
euro
Deposit deductions absorbed — no basis to contest because no independent condition baseline exists
folder_off
Pickup photos scattered across drivers' phones — unrecoverable when the dispute arrives
warning
Pre-existing damage treated as new damage — the shipper pays for a repair that was already needed at pickup
schedule
Claims resolution dragged out for weeks or months — no quick evidence retrieval path
Whether the deposit at stake is a €300 lessee-side rental bond or a €5,000+ CNEE-side port collection, the evidence problem is the same: without independent photo documentation at pickup and return, the shipper has no parallel record to reference against any repair deduction. For operators handling higher per-container CNEE-side exposure, even a single contested claim typically exceeds the full annual platform cost. For a full explanation of the evidence structure required, see what is container operational evidence →
How Independent Shipper Inspection Records Work in Practice
ConPDS Checker replaces informal photo handling with a structured pickup-and-return documentation workflow built for shipper and freight forwarder operations — from initial container handover through return evidence archive and dispute-ready retrieval.
01
Pickup
02
Validate
03
Return
04
Retrieve
Step 01 — Pickup
Capture Container Condition at the Moment of Pickup
At the depot, yard, or handover point, field staff use the ConPDS Checker mobile app to photograph every side, the roof, floor, doors, door seals, and any pre-existing damage — before the container leaves the pickup location. This creates the condition baseline against which any later repair claim will be evaluated. Short video clips (up to 30 seconds) and audio notes can be captured alongside photos and linked to the same container record — useful where a static photo does not sufficiently show the extent of pre-existing damage or where a spoken note describes context the photo alone cannot convey.
Step 02 — Validate
Automatic Container Number Recognition with ISO 6346 Validation
The app reads and validates the container number at capture using AI-powered OCR against ISO 6346 standards (owner code, serial number, and check digit validation) — applied identically across dry boxes, reefers, and ISO tank containers. Every pickup photo is linked to the correct container record immediately — no manual renaming, no risk of photos being filed against the wrong container, and no dependency on a driver remembering to log the number after the fact. For reefers, the capture workflow includes the machinery end (compressor unit, control panel, set-point display); for ISO tanks it includes valves, manlid, bottom outlet, data plate, and heating coils where fitted — each tagged to the same container record as the exterior condition photos.
Step 03 — Return
Capture Container Condition at Return — Matched to the Pickup Record
When the container is returned, the same structured workflow captures its exact condition at hand-back. The return record is stored alongside the pickup record under the same ISO 6346 container number, producing the matched pair of condition records needed to evaluate any damage assessment raised by the depot or shipping line. This is what makes repair claim evaluation possible rather than speculative.
Step 04 — Retrieve
Retrieve the Evidence from the Shipper's Independent Archive
All pickup and return records are stored in a searchable cloud archive under the shipper's own secure tenant — independent of any depot, shipping line, or third-party system. When a deduction is taken from the deposit, the full condition history of the container is retrievable in seconds by searching the container number in the web dashboard. Evidence can be exported as structured reports or shared via guest portal with insurers, legal counsel, or the shipping line's dispute resolution desk.
iOS · AndroidWeb DashboardCustom APIGuest Portal
What Structured Shipper Documentation Provides That Informal Photos Cannot
A photo on a driver's phone proves nothing without context. A pickup-and-return record that is container-indexed, timestamped, GPS-tagged, and held in the shipper's own archive provides the defensible, independent evidence needed to evaluate a contested repair charge — retrievable on demand, months after the movement took place.
photo_camera
Pickup & Return Matched Pair
Before-and-after container records stored chronologically under the same container number — one complete, retrievable evidence set per movement.
label
ISO 6346 Validated Container Link
Every photo linked to an ISO 6346-validated container number at capture — never filed under a mistyped reference or mismatched to the wrong container.
schedule
Timestamp & GPS Metadata
Every capture preserves time and location data through to the archive — supporting full traceability of when and where each photo was taken.
lock
Independent Shipper Archive
Records held in the shipper's own secure tenant — not dependent on the depot's system, the shipping line's portal, or a driver's personal phone.
search
Instant Dispute Retrieval
Any container's full pickup-and-return history searchable in seconds from the web dashboard — no dependency on personal devices or chat thread memory.
send
Controlled Evidence Sharing
Export evidence as structured reports, or share specific records via secure guest portal with insurers, legal counsel, or shipping line dispute desks — every access event logged.
From Absorbed Deposit Losses to Contestable Evidence
When pickup-and-return documentation is structured and instantly retrievable, shippers and freight forwarders respond to deposit disputes with evidence rather than deference — instead of searching through chat histories and driver phones under pressure. Structured container inspection documentation replaces informal photo sharing with consistent, ISO-validated records that hold up to scrutiny. For detailed damage capture practices referenced in claim disputes, see our guide on depot damage photo evidence standards.
✗ Unstructured Pickup & Return Photos
✗ Photos in driver chat threads — not against container records
✗ No container number link — retrieval depends on driver memory
✗ WhatsApp compression strips GPS and timestamp from every image
✗ Return photos often missed entirely under hand-back time pressure
✗ Pre-existing damage claimed as new damage — no baseline to reference
✗ Historical records unrecoverable when the dispute lands weeks later
✓ Structured Documentation with ConPDS
✓ Handover and return shots linked to ISO 6346-validated container records at capture
✓ Searchable by container number, booking reference, date, or field user
✓ GPS and timestamp preserved from field capture to archive — evidence integrity intact
✓ Pre-existing damage documented at pickup — cannot be reclassified at return
✓ Full history retrievable in seconds — even months later during a repair dispute
The Financial Case for Structured Shipper Documentation
The cost of container deposit leakage scales with volume, deposit size, and the share of returns where a repair charge is raised on your specific lanes. The math below models what a structured documentation platform recovers at three operator sizes across both deposit scenarios: lessee-side (equipment rental, typically around 2–3 months rental — a few hundred euros for a dry box) and CNEE-side (port collection — the larger per-container deposit, typically €2,500+ for a dry box on contested lanes and materially higher for reefer and ISO tank). Switch scenarios below to see tier figures at each baseline, or use the interactive calculator further down to model your own fleet.
Deposit scenario:
Toggles assumptions, tier figures and calculator defaults together.
Model assumptions (CNEE / port deposit scenario): €2,500 typical consignee deposit per dry container on high-dispute lanes (reefer ~€3,500, ISO tank ~€5,000 — see class table below) · deposit sizes scale with container replacement value and non-return risk · 20% of returns result in a repair charge being raised (operator-reported range: 15–25% on high-dispute lanes) · tier figures assume the raised charge approaches the deposit value in the worst case; the calculator below lets you set actual charge severity per container class · 60–80% of raised charges typically become recoverable when condition is documented at pickup with preserved metadata · Figures are operator-typical, not guaranteed savings — financially strong counterparties often pay no deposit at all.
Model assumptions (Lessee / equipment rental scenario): €300 typical lessee deposit per dry container (reefer ~€1,000, ISO tank ~€500 — see class table below) · lessee deposits are typically sized at 2–3 months rental, so scale with rental rate rather than replacement value · 20% of returns result in a repair charge being raised (operator-reported range: 15–25% on high-dispute lanes) · raised charges are capped at the lower of actual repair cost or deposit value · 60–80% of raised charges typically become recoverable when condition is documented at pickup with preserved metadata · Figures are operator-typical, not guaranteed savings — financially strong counterparties often pay no deposit at all.
Mid Operator
40 containers / month
Deposit capital circulating€144,000
Annual repair-charge exposure€28,800
Recoverable with evidence (60–80%)€17,280–€23,040
Platform cost (annual)from ~€4,200
Payback:recoverable amount typically exceeds platform cost by 4–5× at the entry tier. Exposure rises roughly 8× on CNEE-side deposits where per-container deposits are several times larger.
Large Operator
150 containers / month
Deposit capital circulating€540,000
Annual repair-charge exposure€108,000
Recoverable with evidence (60–80%)€64,800–€86,400
Platform cost (annual)scaled by volume
Payback:recoverable amount typically exceeds platform cost by 15×+ at the entry tier. Exposure rises roughly 8× on CNEE-side deposits where per-container exposure is several times larger.
Enterprise
500 containers / month
Deposit capital circulating€1,800,000
Annual repair-charge exposure€360,000
Recoverable with evidence (60–80%)€216,000–€288,000
Platform cost (annual)volume-based
Payback:recovered exposure typically exceeds platform cost by 50×+ at this volume. Exposure rises roughly 8× on CNEE-side deposits where per-container exposure is several times larger.
ConPDS Checker Pricing
From as little as €350 / month
Scaled by volume · No hardware required · No IT project · Full onboarding support included
Different Equipment · Different Deposit Scenarios · Same Evidence Need
Deposit Exposure Varies by Class and Scenario
Each class below shows typical deposit ranges on both sides of the deposit split. CNEE-side (port collection) is typically the higher, scaling with container replacement value and non-return risk; lessee-side (equipment rental) is typically the lower, sized at roughly 2–3 months rental. Mixed-fleet operators carry compounding exposure: a single contested reefer compressor claim or ISO tank cleaning dispute often exceeds the annual platform cost on its own.
📦
Dry Box
CNEE deposit€500–€5,000
Lessee deposit€0–€500
Typical repair range€100–€2,000
Common dispute pointsdents, corner posts, flooring, door seals
❄️
Reefer
CNEE deposit€1,500–€7,500
Lessee deposit€300–€1,500
Typical repair range€500–€8,000+
Common dispute pointscompressor, evaporator, controller, cosmetic damage
🛢️
ISO Tank
CNEE deposit€2,000–€12,000
Lessee deposit€0–€1,500
Typical repair range€500–€15,000
Common dispute pointsvalves, manlid, cleaning, heating coils, frame
Deposit sizes vary widely on both sides — financially strong counterparties often pay no deposit at all, while new or small operators on high-dispute lanes pay the upper end of each range. The calculator below lets you model your actual fleet against either deposit scenario.
∑
Calculate Your Own Mixed-Fleet Exposure
Enter your monthly container volumes and known average repair charges. The calculator models your annual deposit exposure, the recoverable range with structured pickup and return evidence, and the payback against ConPDS pricing — all computed in your browser. Your typed values are not transmitted; if you accept analytics cookies, ConPDS receives only anonymous usage buckets such as scenario, volume range, and exposure range.
Deposit scenario:
Toggle resets deposit and repair defaults. Your volume inputs are preserved.
📦Dry Box
€
€
❄️Reefer
€
€
🛢️ISO Tank
€
€
%
In high-dispute lanes, roughly 15–25% of returns result in a repair charge being applied at the shipper's cost.
Your Annual Exposure & Recovery Potential
Annual deposit capital—
Annual repair-charge exposure—
Recoverable (60% effectiveness)—
Recoverable (80% effectiveness)—
Platform ROI at €350/month entry price
—
How this is calculated
Annual deposit capital: Σ (monthly volume × deposit per container) × 12 — the working capital tied up in deposits at any given time.
Annual repair-charge exposure: Σ (monthly volume × avg charge when raised) × incidence rate × 12 — the expected €'s absorbed as repair deductions across a year.
Recoverable (60–80%): exposure × 60% to 80% — the share of raised charges operators typically reverse when they can reference structured pickup-and-return evidence.
Platform ROI multiple: recoverable ÷ €4,200/year (entry-tier pricing floor at €350/month).
Incidence rate is the share of returns where any repair charge is raised — not a percentage of the deposit that gets deducted. If 100% of your returns incur a charge, set this to 100%. The avg charge when raised is the average only across containers that actually get charged, not across all returns.
All figures are operator-typical estimates based on your inputs — not guaranteed savings. Actual recovery depends on lane mix, counterparty, and evidence quality. Calculated in-browser; raw calculator inputs are never sent to ConPDS.
Built for Fast Field Capture in Mixed Yard Conditions
Container pickup and return happen in busy, time-pressured environments — depot gates, inland yards, customer sites, remote handover points. The app runs on the smartphones drivers and field staff already carry — built for fast capture, minimal manual input, and reliable operation regardless of network coverage at the pickup location.
smartphone
ConPDS Checker mobile app capturing pickup condition photos — field capture interface at container handover location
desktop_windows
Web dashboard showing structured pickup-and-return evidence — searchable by container number and booking reference
Works online and offline — container number recognition and all capture functions run without a network connection
Runs on standard iOS and Android smartphones — no additional hardware or device rollout required
Captures photos, short video clips (30s), and audio notes — all linked to the same container record
Designed for fast capture at depot gates, inland yards, and remote pickup points
Drivers and field staff operational within days of onboarding — no manuals, no classroom training required
Used by Shippers, Forwarders, and Logistics Operators Across High-Volume Trade Lanes
ConPDS Checker is used by container depots, shipping lines, leasing companies, and freight operators across the EMEA-and-Oceania footprint — Europe, Africa, the Middle East, and Australia — to structure inspection documentation workflows. Field-tested in operational container environments since 2013 and continuously refined based on direct feedback from active operations, including operators on routes where deposit deductions are routinely contested.
2013
Field-tested in operational container environments since
100+
Depot locations and operations across four continents
10M+
Container inspection photos securely stored and retrievable
Who Is This Designed For?
→ Freight forwarders and logistics operators managing shipper-owned deposit exposure on lanes where disputes are routine
→ Shippers and consignees paying CNEE-side port deposits who need independent condition evidence at handover
→ Shippers and forwarders paying lessee-side deposits on rented equipment — particularly reefer and ISO tank, where per-container exposure is materially higher
→ Project-cargo and heavy-lift operators where container condition affects client invoicing and insurance claims
→ NVOCCs and SOC container operators who own or lease the boxes and bear the full repair cost at return
→ Inland forwarders operating in regions where repair charges are raised against 15–20% or more of container returns
→ Logistics operators looking to replace informal driver-phone photo practices with a controlled, auditable evidence system
→ Forwarders and operators requiring consistent documentation standards across multiple drivers, subcontractors, and locations
→ Mixed-fleet operators moving dry boxes, reefers, and ISO tank containers — where higher-deposit equipment carries proportionally higher leakage risk
lock
All container pickup and return documentation is encrypted on-device and during transfer. Storage is GDPR-compliant and hosted in secure EU-based cloud infrastructure. Role-based access controls ensure shipper inspection records are accessible only to authorised personnel — in your operation and externally.
Every pickup capture, return capture, access event and distribution event is logged automatically — no manual entry required
Shipper inspection records are held in a separate, secure tenant — not accessible to depots or shipping lines unless explicitly granted via guest portal
All condition documentation is encrypted on-device from capture and during transfer — protected from access by other applications on the field device
Guest portal access for insurers, legal counsel, or shipping line dispute desks is scoped and fully logged per container — access can be restricted per record or per user role
Data retention periods are configurable to align with deposit claim windows, insurance policy periods, and contractual requirements
Frequently Asked Questions About Shipper Inspection Documentation Software
What is shipper container inspection documentation software?
▼
Shipper inspection documentation software is a structured platform for capturing, storing, and retrieving photographic evidence of container condition at pickup and return. It links every photo to an ISO 6346-validated container number with preserved timestamp and GPS metadata, creating an independent evidence record that protects the shipper or freight forwarder in container deposit and repair claim disputes.
Does the platform work equally for CNEE-side port deposits and lessee-side equipment rental deposits?
▼
Yes. The evidence structure — an ISO 6346-validated pickup-and-return photo pair with preserved metadata — is identical across both scenarios. What differs is per-container exposure: CNEE-side port deposits are typically the higher of the two (around €2,500 for a dry box on contested lanes, rising to €5,000+ for reefer and ISO tank) because the shipping line is protecting against non-return of an expensive asset. Lessee-side equipment rental deposits are typically sized at 2–3 months rental — a few hundred euros for dry boxes, around €500 for ISO tank — with financially strong customers often paying nothing at all. The ROI calculator on this page models both scenarios side-by-side so you can see platform payback against your own deposit type and fleet mix.
Can ConPDS Checker handle mixed fleets — dry boxes, reefers, and ISO tank containers?
▼
Yes. The same structured workflow runs across dry boxes, reefers, and ISO tank containers — ISO 6346 validation is applied identically to all three. For reefers, the capture flow includes the machinery end (compressor unit, control panel, set-point display). For ISO tanks it includes valves, manlid, bottom outlet, data plate, and heating coils where fitted. Each specialist capture is linked to the same container record as the exterior condition photos, producing one complete evidence set per movement regardless of equipment class.
Can drivers and subcontractors use ConPDS Checker without training?
▼
Yes. The mobile app is designed for the smartphones drivers and subcontractor field staff already carry, with a capture flow that does not require manuals or classroom sessions — field users are typically operational within their first shift. Role-based access lets you enrol subcontractors or rotating drivers with scoped permissions (capture only, no access to archive) and remove access just as quickly. Because every capture is linked to the ISO 6346-validated container number automatically, there is no manual tagging step that depends on driver diligence to get right.
Does it work in locations with limited or intermittent network coverage?
▼
Yes. ConPDS Checker works fully offline. Container number recognition, photo capture, and record tagging all function without a network connection. Photos queue on-device and synchronise automatically once connectivity is restored — reliable for field pickups in yards, inland depots, and remote trade lanes with intermittent or no signal.
How does structured inspection documentation help contest a repair charge raised at return?
▼
A structured pickup record establishes the exact condition of the container at handover — timestamped, GPS-tagged, and linked to the ISO 6346-validated container number. When a deduction is taken at return, the shipper has an independent photographic baseline to reference, making it possible to evaluate which damage was pre-existing and which occurred during the shipper's custody. The matched pickup-and-return pair is what turns a contested charge from opinion into evidence.
Can the structured pickup-and-return record be shared with insurers, legal counsel, or a shipping line's dispute desk?
▼
Yes. Evidence can be exported as structured reports (photos plus metadata under a single ISO 6346-validated container reference) or shared via secure guest portal scoped to specific containers or movements. Guest portal access is granted and revoked by the shipper, and every access event is logged — so the chain of custody from field capture to counterparty review is preserved in the audit trail. Shipping lines, insurers, and legal counsel receive the same independent evidence set, not a forwarded chat thread.
Is shipper inspection data kept separate from depots and shipping lines, and how long is it retained?
▼
Yes. Each organisation using ConPDS operates in its own secure tenant — shipper inspection records are visible only to the shipper and to parties the shipper explicitly grants guest portal access to. Depots and shipping lines cannot view or modify the shipper's independent evidence record. Retention periods are configurable to align with deposit claim windows, insurance policy periods, and contractual requirements, so records remain retrievable long after the movement took place. All data is GDPR compliant and stored on EU-hosted infrastructure.
How quickly can a shipper or freight forwarder — and its drivers — start using ConPDS Checker?
▼
Most shippers and freight forwarders are operational within days of onboarding. Setup includes tenant configuration, user and role management, and standard workflow rules — all handled by the ConPDS team. Drivers and subcontractor field staff typically start capturing on their first shift without formal training: no manuals, no classroom sessions, no device rollout. An initial onboarding call is included with every subscription, and no project management burden falls on your team.
Related Resources
The ConPDS platform supports inspection documentation workflows for shippers, depots, reefer workshops, and wash stations — with each workflow adapted to its specific operational requirements. ConPDS Checker integrates with ConPDS Tracker for on-premise gate documentation and with depot management systems via API — extending the same structured container record from shipper pickup through depot return.
Container Pickup and Return Evidence Playbook
A shipper's step-by-step playbook for capturing pickup-and-return photo evidence that protects container deposits against contested repair charges.
The foundational guide to the platform category — how structured inspection documentation works and what operators should require from any implementation.
Replace Absorbed Deposit Losses with Contestable Evidence
If your operation pays container deposits and handles repair claims at return, a structured shipper inspection documentation platform ensures every pickup-and-return record is captured, container-referenced, and retrievable when a deduction is taken against the deposit.
What Happens Without Structured Shipper Documentation
✗ Deposit absorbed without recourse: A repair charge is applied at return but the shipper has no independent pickup record — the deduction stands because there is nothing to reference it against.
✗ Pre-existing damage paid for twice: Damage present at pickup is not documented, so it appears on the return assessment as new damage — and the shipper is charged for a repair that was already needed at handover.
✗ Evidence stranded on a driver's phone: The return photos exist but are held on a driver's personal device that is unavailable when the dispute is raised weeks later — the record is effectively lost.
✗ Metadata stripped by chat apps: Photos forwarded through WhatsApp or email lose GPS coordinates and original timestamps — the images remain but their evidential weight is materially reduced.
✗ Annual deposit leakage normalised: Recurring deposit shortfalls become treated as unavoidable operating cost — a material P&L line item that could be recovered with an independent evidence record.
With manual methods, pickup photos taken on a driver's phone cannot be retrieved when a deposit dispute lands weeks later — and the shipper has no independent evidence to contest the charge with. With structured container inspection documentation, the complete pickup-and-return record is searchable by container number in seconds, with GPS and timestamp metadata intact from the original capture.
