U.S. Patent Position Review · 19/476,586

U.S. Patent Position Review — 19/476,586

DATA COMMUNICATIONS NETWORK AND METHOD FOR PROVIDING TASK SCHEDULES TO SERVICE PROVIDERS

Published international application: PCT/AU2024/050370 / WO2024216337A1

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Section 22

Where the Patent Position Appears Strong

An analytical assessment of the areas in which the position of the application appears strongest, based on publicly observable functionality. This is a technical and commercial assessment. It is not a validity opinion, a claim construction or an infringement analysis.

The Sequence Under Examination

  1. Task capture
  2. Requirement derivation
  3. Capability filter
  4. Geographic constraint
  5. Availability reconciliation
  6. Duration determination
  7. Provider identification
  8. Schedule construction
  9. Transmission
  10. Execution feedback
01

The Orchestrated Sequence

The application does not rest on a single marketplace feature. It describes capture, capability, geography, availability, duration, selection, schedule construction and transmission operating as one determination. Public material shows Taskrabbit performing each of those steps in the same operative order, with the output of each becoming the input to the next.

02

Capability Data as an Operative Constraint

Provider skills, categories and qualifications are not merely displayed; they filter who can be presented at all. That is precisely the operative role the architecture assigns to structured provider records, and it is directly observable in the public provider onboarding and customer booking flows.

03

Availability Reconciliation Against a Live Calendar

Declared working windows are reconciled against existing commitments before an option is offered to a customer. This is the reconciliation function described by the application rather than a static calendar display, and it is observable in the presented time options.

04

Geography as a Working Region

Providers configure a working area and customers supply a service address; candidate sets are constrained accordingly. The architecture's geographic region element maps onto observable behaviour without interpretive strain.

05

Schedule Generation and Transmission

Booking produces a confirmed, executable appointment issued to the provider and amendable thereafter. Transmission of a task schedule to the service provider is the terminal step of the described architecture and is publicly observable.

06

Architectural Headroom

Optimisation, sequencing, travel-aware construction, predictive duration and system-determined selection are described by the architecture but not established in public material. Strength here derives from reach rather than from correspondence: the architecture already covers the direction the sector is moving toward.

Model A — Marketplace

  1. Search
  2. Choose
  3. Book

Profile, map, calendar, reviews and booking. Considered individually, each may be common technology.

Model B — Service Orchestration

  1. Interpret Task
  2. Assess Capability
  3. Assess Geography
  4. Assess Availability
  5. Determine Duration
  6. Generate Suitable Providers
  7. Select Provider
  8. Generate Executable Schedule
  9. Measure Performance
  10. Improve Future Scheduling

The potentially significant position is the orchestrated combination rather than any individual marketplace component. Commercial value may therefore lie in protecting the technical orchestration between functions, not in generic marketplace concepts.

Current Taskrabbit Intersection — Layer Heat Map

Customer task + locationPublicly operated
Provider capabilityPublicly operated
Provider geographyPublicly operated
Provider availabilityPublicly operated
Provider subset generationPublicly operated
Customer selectionPublicly operated
Appointment / booking transactionPublicly operated
Price estimationPartial
Historical performance capturePublicly operated
AI-assisted task durationRequires attention
Multi-task schedule constructionRequires attention
Travel / route optimisationRequires attention
Performance-driven future schedulingRequires attention
Agentic orchestrationRequires attention

Where the Position Is Weaker or Unresolved

  • Individual functions in isolation — task capture, ratings, calendars — are commonplace across service marketplaces and carry little weight on their own.
  • Task interpretation is achieved at Taskrabbit through guided input design; no inference mechanism is publicly disclosed, so correspondence at that layer is partial.
  • Duration derivation, performance-driven prediction and any internal sequencing are undisclosed. These remain open questions rather than supportive findings.
  • Public AI statements are directional and do not establish operational deployment in the scheduling path.

Technical alignment is an analytical assessment of publicly observable functionality and does not constitute a legal conclusion regarding infringement.

HJMT | U.S. Patent Position Review

Patent Strength & Position

PAGE 22 / 24

This portal provides a technical and commercial patent-positioning analysis based on publicly available information. It does not constitute a legal opinion regarding patent infringement, validity, enforceability, claim construction or freedom to operate. Legal conclusions should be determined by appropriately qualified patent counsel.