GITNUXSOFTWARE ADVICE
Sports RecreationTop 10 Best Dive Planning Software of 2026
Top 10 dive planning software ranked for workflow accuracy, with tool comparisons including MV-Plan, Subsurface, MultiDeco, DepthPlanner.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
MV-Plan is the go-to if you need repeatable decompression scheduling and gas-switch plans across many dives with ZHL-16C gradient factors, whereas Dive-Scuba Decompression Planner is a strong alternative for teams reusing open-circuit profiles and wanting consistent exported schedules for briefing.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
MV-Plan
Dive-table comparison view that highlights schedule deltas across planning assumption changes.
Built for fits when operators need repeatable decompression scheduling and gas-switch plans across many dives..
Dive-Scuba Decompression Planner
Editor pickOxygen exposure and decompression schedule review are presented together during plan authoring, keeping constraint tradeoffs visible.
Built for fits when teams plan open-circuit profiles repeatedly and need consistent exported schedules for briefing..
DepthPlanner
Editor pickTemplate-based plan authoring with consistent output reports for recurring dive types and scenario constraint variations.
Built for fits when teams need consistent, shareable dive plans with constraint checks and template reuse..
Related reading
Comparison Table
MV-Plan
vertical specialistOnline decompression planner using ZHL-16C with configurable gradient factors for OC and CCR dives.
Dive-table comparison view that highlights schedule deltas across planning assumption changes.
MV-Plan focuses on authoring consistent dive plans with gas-switch planning and decompression schedule generation driven by profile parameters. The workflow supports oxygen exposure tracking and operational constraints that planners typically need when comparing alternatives. It can produce dive-table comparison outputs and generate plan artifacts suitable for sharing during briefings.
A notable tradeoff is that MV-Plan is less about interactive, screen-by-screen editing of a live profile and more about producing schedule-driven plans from discrete inputs. It fits best when a training director or operator needs to standardize planning assumptions and regenerate plans quickly for multiple divers.
- +Schedule-first planning that outputs consistent decompression results
- +Gas-switch planning supports multi-gas itineraries and constraints
- +Oxygen exposure tracking supports planning against toxicity risk
- +Dive-table comparison outputs help validate plan alternatives
- –Authoring requires careful parameter setup to avoid invalid schedules
- –Desktop workflow can slow ad hoc profile tweaking during briefings
- –Automation surface is limited outside file-based integration patterns
- –Complex dives require more time to validate plan assumptions
Training directors and instructors
Standardized class plans with comparison
Fewer briefing surprises
Technical dive operators
Gas-switch planning for repeat itineraries
Faster pre-dive planning
Show 2 more scenarios
Rebreather planning staff
Bailout and gas planning workflow
Clear escalation decision points
Create bailout-oriented plans that include decompression schedules and operational constraints for contingencies.
Dive safety reviewers
Oxygen exposure screening
Reduced exposure risk
Run planning scenarios and check oxygen exposure metrics to keep operations within tolerated limits.
Best for: Fits when operators need repeatable decompression scheduling and gas-switch plans across many dives.
More related reading
Dive-Scuba Decompression Planner
vertical specialistOnline decompression planner with Bühlmann ZHL-16C/B, trimix support, and contingency plan generation.
Oxygen exposure and decompression schedule review are presented together during plan authoring, keeping constraint tradeoffs visible.
This tool’s core value is decompression plan generation that stays tied to a planner’s parameter choices and schedule review. It supports standard plan elements like decompression schedules, ascent-rate constraints, and staged gas-switch planning, with oxygen exposure tracking surfaced alongside the profile outputs. Document-style plan export helps teams carry consistent numbers into briefing and checklists.
A tradeoff is that the system focuses on planning outputs and not on deep dive-log analytics or computer-level synchronization workflows. It fits best when a team needs fast plan iterations for specific gas mixes and profile variations without building an automation pipeline.
- +Decompression schedule output is tightly linked to parameter inputs for quick iteration
- +Oxygen exposure checks appear in the planning workflow, not as an afterthought
- +Gas-switch planning is represented as explicit steps within the resulting profile
- +Exportable dive-plan reports support consistent pre-dive communication
- –Automation and API integration are not a primary focus for external systems
- –Advanced dive-table comparison workflows require manual review rather than batch tooling
- –Closed-circuit rebreather planning coverage is limited compared with open-circuit workflows
Dive instructors
Create repeatable course dive plans
Faster instructor planning
Technical divers
Iterate gradient-factor scenarios
More controlled planning
Show 2 more scenarios
Dive operators
Standardize team briefing plans
Fewer planning mismatches
Produce consistent exported dive-plan reports that reduce discrepancies between crew members.
Trip planners
Plan multi-gas profiles for dives
Cleaner gas coordination
Build schedules with staged gas changes and review the full ascent timeline before travel.
Best for: Fits when teams plan open-circuit profiles repeatedly and need consistent exported schedules for briefing.
DepthPlanner
vertical specialistBrowser-based dive planner running Bühlmann ZHL-16C with U.S. Navy Rev 7 tables and multi-dive tracking.
Template-based plan authoring with consistent output reports for recurring dive types and scenario constraint variations.
DepthPlanner is geared toward planning sessions where the same core configuration gets reused across multiple dives, rather than one-off tables. The workflow centers on building a plan, running the decompression and gas calculations, then exporting a readable PDF-style report for team review. A key strength is scenario control through configuration inputs that affect ascent constraints and gas-switch planning decisions.
A tradeoff is that planners who need deep control over every modeling parameter may hit limits in how much can be tuned per run without reorganizing templates. DepthPlanner fits best when a team wants consistent plan outputs for open-circuit planning and for re-planning based on updated depths, times, or gas availability constraints.
- +Template-first planning reduces repeated manual setup across dives
- +Exports formatted dive-plan reports for review and record keeping
- +Runs constraint checks that surface timing and gas issues early
- +Supports dive-log import for faster plan initialization
- –Advanced modeling parameter tuning is harder to manage per scenario
- –Reworking template inputs can be slower than direct one-off edits
- –Planning for complex circuit failures needs careful workflow setup
- –API automation access is limited compared with developer-first planners
Dive shop instructors
Plan multiple training dives consistently
Faster plan preparation
Technical divers
Iterate ascent constraints and gas switches
Fewer planning surprises
Show 2 more scenarios
Dive team coordinators
Share standard reports with crews
Cleaner team alignment
Exported plan reports support consistent briefing packets for pre-dive coordination.
Data-focused planners
Use prior dive-log data to plan
Less setup time
Dive-log import reduces manual re-entry when repeating similar profiles.
Best for: Fits when teams need consistent, shareable dive plans with constraint checks and template reuse.
DiveLog
vertical specialistiOS dive logging and planning application with gas management and decompression calculations.
Same-dive continuity between plan changes and the resulting logged dive keeps gas and schedule edits from drifting.
DiveLog is a dive planning and logging workspace that pairs plan authoring with post-dive records, so the same dive can be edited, scheduled, and reviewed together. Planning focuses on open-circuit decompression schedules, with gas-switch planning and exportable dive-plan outputs that support offline prep.
DiveLog also supports decompression model selection compatible with common Bühlmann workflows and gradient factor style limits. The main differentiation is tight “plan to log” continuity, which reduces re-entry when plans are updated from real dive outcomes.
- +Plan-to-log workflow keeps edits connected to the same dive record
- +Gas-switch planning supports multiple cylinders and switch points
- +Exportable dive-plan reporting fits pre-dive checklists
- +Decompression calculations align with common Bühlmann plus gradient-factor usage
- –Closed-circuit rebreather planning coverage is limited compared with specialized tools
- –Complex multi-gas and constraints setups take time to get right
- –Automation and API integration depth is less visible than top automation-focused competitors
- –GPX and device sync features are not as comprehensive as dedicated sync tools
Best for: Fits when divers need decompression schedule planning plus a connected log record for iterative updates.
DecoPlanner
vertical specialistTechnical decompression dive planning software with multi-gas and rebreather support.
Connected plan worksheet ties gas setup, constraints, and decompression schedule outputs into a single reviewable artifact.
DecoPlanner is used to author dive plans with gas setup, decompression schedule generation, and output reporting in one workflow. It supports decompression modeling choices aligned to common frameworks and lets planners apply gradient factor style tuning for profile comparison.
The planner workflow includes exposure and gas planning fields like minimum gas and reserve so routes can be reviewed before export. Plan results can be exported as shareable documents and files for handoff to divers and for cross-tool review.
- +One plan worksheet keeps gas setup, profile constraints, and schedule outputs connected
- +Gradient-factor style tuning supports iterative schedule comparisons across scenarios
- +Minimum gas and reserve gas fields help validate bailout and overhead planning
- +Exported plan reports support consistent handoff and offline review
- –Workflows for closed-circuit and bailout variants can require manual data entry discipline
- –Import and sync coverage is narrower than dive-computer-first tools
- –Advanced edge cases like mixed gas switching scenarios take extra planning steps
- –Template-based automation is limited compared with API-driven planning pipelines
Best for: Fits when a team needs repeatable open-circuit plan authoring with consistent report outputs and pre-dive checks.
Subsurface
vertical specialistSubsurface combines dive logging with a decompression planner for recreational and technical scuba diving.
Plan-to-log integration that links dive plan inputs with imported dive logs for comparison and consistency checks.
Subsurface is a dive planning tool known for pairing dive plan authoring with a mature dive log and charting workflow. It models multi-gas and decompression schedules in a way that supports Bühlmann ZHL-16C planning and practical oxygen exposure display.
It also supports gas-switch planning, gas consumption inputs, and profile comparison workflows that connect planning to recorded dives. Subsurface can export dive plans and profiles for sharing, and it can import dive logs to keep planning, history, and simulation aligned.
- +Decompression planning supports Bühlmann ZHL-16C and gradient factors
- +Multi-gas editing with gas-switch points fits real-world planning
- +Dive-table style plan and profile comparison reduces planning guesswork
- +Dive-log import keeps planning inputs consistent with logged dives
- –Closed-circuit rebreather planning options are limited compared with dedicated tools
- –Advanced constraints like ascent-rate edge cases take manual checks
- –Automation and API surface are minimal versus integration-focused products
- –XML export and file management are more hands-on than web-based editors
Best for: Fits when a diver needs desktop planning tied to dive logs and profile comparison across multiple gases.
MultiDeco
vertical specialistDive decompression planning software implementing VPM-B and Bühlmann ZHL-16C with gradient factors.
Oxygen exposure tracking is integrated into the planning workflow rather than added as a separate post-step.
MultiDeco is a dive planning tool focused on repeatable plan creation for multi-gas open-circuit workflows. It centers on decompression schedule generation with a configurable algorithm approach and consistent profile output.
The workflow supports oxygen exposure monitoring, which helps track exposure alongside schedule and gas-switch decisions. It also supports plan review outputs suitable for sharing as a dive-table style reference.
- +Oxygen exposure tracking stays linked to schedule and gas-switch planning
- +Configurable decompression model settings support common planning conventions
- +Clear dive-plan output helps compare scenarios and revisions
- +Multi-gas planning workflow reduces manual rework during edits
- –Less automation depth for batch scenario generation than top tools
- –Report export options can require extra formatting steps for consistency
- –Limited support for non-standard workflows like complex rebreather contingencies
- –API and integration surface is not a focus for external plan pipelines
Best for: Fits when dive teams need consistent multi-gas planning and exposure-aware schedules with reliable plan outputs.
DiveToolbox
vertical specialistWeb-based dive planning and gas calculation suite with Bühlmann ZHL-16C and gas blending tools.
End-to-end plan authoring that outputs a shareable dive-plan report directly from configured gases and timing inputs.
DiveToolbox targets dive plan authoring with workflow steps that track inputs for gases, timing, and output documents used for open-circuit planning. It includes decompression modeling output options and plan report generation, with export formats for sharing with divers and teams.
The product’s distinct angle is tighter planning-to-document flow rather than only profile viewing or table lookup. DiveToolbox also supports data portability through exports that help move plans and logs into other tools.
- +Plan-to-report workflow keeps planning inputs aligned with generated documents
- +Supports decompression schedule generation tied to configured gas planning inputs
- +Export formats support sharing dive plans and records outside the app
- +Works well for teams that need repeatable plan templates and consistent outputs
- –Advanced configuration for less common gas setups takes extra time
- –Automation depth is limited compared with tools offering larger API surfaces
- –Less suited for deep dive-profile simulation tuning beyond planning outputs
- –Template flexibility depends on how inputs are organized in the authoring flow
Best for: Fits when teams need repeatable dive plan authoring with exportable PDF-style reports.
RuntimeX
vertical specialistOffline technical dive planner with Bühlmann ZHL-16C and VPM-B engines plus CCR bailout support.
Oxygen exposure tracking with CNS oxygen toxicity limits applied directly to iterative gas-switch plan edits.
RuntimeX builds dive plans by modeling ascent constraints and then generating schedule outputs for gas-switch and bailout scenarios. It supports decompression workflow around Bühlmann ZHL-16C with gradient-factor style control, so plan changes reflect in the computed decompression schedule.
Oxygen exposure tracking and CNS oxygen toxicity calculations help validate gas choices against guideline limits during plan iteration. RuntimeX also produces plan artifacts suitable for route review, including exportable reports tied to the selected profile inputs.
- +Bühlmann ZHL-16C with gradient-factor control keeps edits tied to schedule recomputation
- +Oxygen exposure tracking includes CNS oxygen toxicity checks during planning
- +Gas-switch planning and bailout planning connect to the generated decompression schedule
- +Exportable PDF-style dive-plan reporting supports offline review and versioning
- –Dive-table comparison tooling is limited compared with simulation-first planning tools
- –Decompression modeling is strong, but closed-circuit rebreather planning depth is thin
- –Unit-system conversion coverage can require manual verification across report outputs
- –Integrations for dive-table comparison and dive-computer synchronization need clearer API documentation
Best for: Fits when teams need repeatable decompression schedule outputs with oxygen-limit checks, not full rebreather modeling depth.
DivePlanner.app
vertical specialistBrowser-based progressive web app for Bühlmann ZH-L16B/C decompression planning with multi-gas and CCR support.
Plan-to-export workflow that keeps GPX and PDF aligned to the same authored segment and gas-switch structure.
DivePlanner.app targets divers who need structured dive-plan authoring with consistent profiles and report outputs, including open-circuit and rebreather planning workflows. The editor supports gas-switch and multi-segment plans, then generates downloadable plan artifacts such as GPX and PDF for sharing and comparison.
It also includes decompression modeling settings and exposure-related outputs used to sanity-check schedules against constraints. Admin-grade collaboration features are limited, so the workflow fit is best when plan ownership stays with a small group.
- +Exports GPX and PDF from the same authored plan
- +Multi-segment planning supports gas switches and constrained timings
- +Decompression model parameters are configurable per plan
- +Profile simulation helps validate schedule continuity before export
- –Team governance features like RBAC and audit logs are not evident
- –Rebreather-specific workflows require more manual configuration than open-circuit
- –Desktop-style keyboard workflow is limited compared with niche planners
- –Unit-system conversion coverage appears narrow for edge cases
Best for: Fits when a dive team needs consistent multi-segment plans and exportable reports without heavy admin controls.
Conclusion
After evaluating 10 sports recreation, MV-Plan stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right dive planning software
Dive planning software turns decompression schedule inputs into usable outputs for briefing, reporting, and logging. This buyer's guide covers MV-Plan, Subsurface, MultiDeco, plus DivePlanner, and it keeps the comparison grounded in concrete workflow differences.
Readers will see how MV-Plan emphasizes schedule-first planning with gas-switch itineraries and a dive-table comparison view that highlights schedule deltas. The guide also maps where Subsurface links planning to imported dive logs for consistency checks and where MultiDeco integrates oxygen exposure tracking into planning rather than treating it as a separate review step.
Dive planning criteria that separate schedule output, workflow fit, and reporting control
The best dive planning software ties decompression schedule outputs to the inputs that created them so changes in gases or constraints do not silently drift across reports. This guide emphasizes how each tool handles plan-to-report generation, constraint review, and oxygen exposure checks during authoring so teams can brief with the same assumptions used to compute the schedule.
Schedule-first comparison across changing assumptions
MV-Plan provides a dive-table comparison view that highlights schedule deltas across planning assumption changes. DepthPlanner focuses on template-based plan authoring with consistent output reports for recurring dive types and scenario variations.
Oxygen exposure and CNS toxicity linked to planning iterations
MultiDeco integrates oxygen exposure tracking directly into the planning workflow so exposure stays linked to schedule and gas-switch planning. RuntimeX applies CNS oxygen toxicity checks directly during iterative gas-switch plan edits.
Plan-to-log continuity to prevent edit drift
DiveLog keeps the plan-to-log workflow connected so gas and schedule edits remain attached to the same dive record. Subsurface links dive plan inputs with imported dive logs to support comparison and consistency checks across multiple gases.
Worksheet-style plan artifact that keeps inputs and outputs together
DecoPlanner uses a connected plan worksheet that ties gas setup, constraints, and decompression schedule outputs into a single reviewable artifact. DiveToolbox produces end-to-end plan authoring that outputs a shareable dive-plan report directly from configured gases and timing inputs.
Template reuse for recurring dive types and scenario constraint variations
DepthPlanner emphasizes template-first planning to reduce repeated manual setup and speed scenario iteration for recurring dive types. MV-Plan still targets schedule-first planning but focuses on schedule deltas to show how results change as assumptions move.
Export alignment across GPX and PDF from the same authored plan
DivePlanner.app keeps GPX and PDF aligned to the same authored segment and gas-switch structure so exports reflect the same plan. DiveToolbox also supports report output tied to configured gases and timing inputs, but it is centered on shareable PDF-style reports.
How to choose dive planning software for schedule accuracy, workflow speed, and control depth
Start with the workflow shape because tools differ more in planning iteration behavior than in decompression modeling basics. Then validate that exports and review surfaces keep the same assumptions visible during briefing, including oxygen exposure checks and schedule deltas.
Choose schedule-first delta visibility if planning changes happen often
Select MV-Plan when planning teams need a schedule-first workflow plus a dive-table comparison view that highlights schedule deltas as assumptions change. Choose DecoPlanner if teams prefer a single connected worksheet artifact that ties gas setup, constraints, and schedule outputs into one review surface.
Choose plan authoring that keeps oxygen exposure checks in the same iteration loop
Pick MultiDeco when oxygen exposure tracking must remain integrated into planning so exposure-aware schedules stay consistent with gas-switch planning. Pick DiveScuba Decompression Planner when oxygen exposure and decompression schedule review are presented together during plan authoring to keep constraint tradeoffs visible.
Choose plan-to-log continuity when iterative updates must stay attached to the same dive record
Choose DiveLog when divers need same-dive continuity between plan changes and the resulting logged dive so gas and schedule edits do not drift. Choose Subsurface when desktop planning must stay tied to imported dive logs for comparison and consistency checks across multiple gases.
Choose template reuse when recurring dive types dominate the planning workload
Choose DepthPlanner when recurring dive types require template-based plan authoring and consistent output reports for scenario constraint variations. Choose DiveToolbox when repeatability matters most for producing shareable dive-plan reports directly from configured gases and timing inputs.
Choose export alignment requirements if GPX and PDF must match exactly
Pick DivePlanner.app when the same authored segment must export to both GPX and PDF in a consistent gas-switch structure. Use MV-Plan when the team prioritizes schedule-first planning outputs and relies on dive-table comparison to confirm the implications of changed assumptions.
Choose automation depth only if integration and batch workflows are required
If external systems and external automation are required, avoid tools that position automation and API integration as a secondary focus, such as Dive-Scuba Decompression Planner. Prefer MV-Plan when batch-like repeatable scheduling across many dives is a core planning need rather than manual review after the fact.
Who dive planning software buyers should target based on workflow and constraints
Different buyers prioritize different failure modes, such as schedule drift across exported reports or oxygen constraints that get checked too late. The recommendations below map audience needs to concrete workflow behaviors found in the listed tools.
Technical dive operators planning many similar profiles with frequent parameter changes
MV-Plan supports schedule-first planning plus a dive-table comparison view that highlights schedule deltas when assumptions change, which fits operators running repeated planning cycles across many dives.
Dive teams that need oxygen exposure checks visible during plan authoring
MultiDeco keeps oxygen exposure tracking integrated into planning so exposure stays linked to schedule and gas-switch planning, while DiveScuba Decompression Planner presents oxygen exposure review alongside decompression schedule review in the authoring workflow.
Divers who maintain iterative plan updates tied to dive records
DiveLog links plan changes to the resulting logged dive record so gas and schedule edits remain in the same dive context, while Subsurface links planning inputs with imported dive logs for comparison and consistency checks.
Teams that standardize recurring training or expedition dive types with repeatable documents
DepthPlanner uses template-first plan authoring for consistent output reports across recurring dive types, while DiveToolbox outputs shareable dive-plan reports directly from configured gases and timing inputs.
Teams that require synchronized GPX and PDF exports from the same authored plan structure
DivePlanner.app exports GPX and PDF from the same authored plan segment and gas-switch structure, which reduces mismatch risk between what gets loaded into devices and what gets briefed on paper.
Common buyer pitfalls when evaluating dive planning software
Most buying mistakes come from evaluating output quality without checking whether the review surfaces keep the inputs and constraints visible in the same step. Other mistakes come from assuming closed-circuit rebreather workflows and bulk scenario automation are supported at the depth required for the team’s planning model.
Buying for open-circuit planning needs and then discovering closed-circuit rebreather workflows are thin
DiveLog and Subsurface both indicate limited closed-circuit rebreather planning coverage compared with specialized tools, so rebreather requirements should be validated against the workflow needs before committing.
Treating oxygen exposure checks as a post-step rather than an integrated authoring constraint
MultiDeco integrates oxygen exposure tracking into planning workflow, while Dive-Scuba Decompression Planner shows oxygen exposure review together with decompression schedule review, so tools that separate review steps often require extra diligence.
Assuming plan edits and logged dives stay aligned without a plan-to-log mechanism
DiveLog keeps plan-to-log continuity so edits do not drift between plan and the resulting logged dive record, and Subsurface ties planning inputs with imported dive logs for consistency checks.
Underestimating how plan comparison affects schedule verification during scenario iteration
MV-Plan highlights schedule deltas using a dive-table comparison view, while DecoPlanner relies on a connected plan worksheet that keeps review in one artifact, so teams should match the comparison behavior to their briefing workflow.
Overlooking automation and integration depth when batch operations are a requirement
Dive-Scuba Decompression Planner positions automation and API integration as not a primary focus for external systems, so bulk scenario generation and external integration demands may require a different tool selection.
How We Selected and Ranked These Tools
We evaluated MV-Plan, Subsurface, MultiDeco, and the other listed tools by scoring features at 40% weight for schedule generation behavior, review surfaces, and plan-to-report workflow alignment. We assigned ease at 30% weight to measure how quickly teams can iterate gas-switch plans and review constraint outcomes during authoring.
We assigned value at 30% weight based on whether the planning workflow reduces manual cross-checking needs when exporting schedules and reports. MV-Plan set the ranking pace because the schedule-first workflow outputs consistent decompression results and the dive-table comparison view highlights schedule deltas across planning assumption changes.
Frequently Asked Questions About dive planning software
How does DivePlanner.app handle exporting plan data so a diver can reuse it offline during briefing?
When teams need dive-table comparison across planning assumption changes, which tool supports that review view best?
Which tool is better for plan-to-log continuity when updates should track back to a recorded dive?
What breaks if a team tries to use DepthPlanner without a template-driven planning approach?
How do oxygen exposure and CNS oxygen toxicity checks show up during iterative gas-switch planning?
How do MV-Plan and Subsurface differ for multi-gas scheduling and consumption-driven workflows?
When a workflow needs oxygen-exposure review together with the decompression schedule during plan authoring, which tool matches that layout?
Which tool supports template-based recurring dive types with consistent shareable reporting?
What data portability pattern works best when teams need to move dive plans into other log or planning tools via exports?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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