High-Velocity Resource Allocation & Team Scheduling
Resource allocation, project time budgeting, and scheduling engine built specifically for software engineering teams and digital consultancies.
Infynic Product (Owned IP)
In Development
4 Core Systems Delivered
Software consultancies and distributed technical teams struggle to accurately balance engineer workloads across parallel client deliverables. Spreadsheet-based allocation leads to burnout, unbilled hours, and inaccurate project delivery forecasting.
Fragmented time-tracking disconnected from active sprint milestones and GitHub pull requests
Difficulty forecasting engineering bandwidth across multi-week development sprints
Lack of real-time budget burn tracking causing project scope overruns
Manual reconciliation overhead when converting logged engineering time into client invoices
Infynic designed Timebook around engineering workflow realities. Rather than generic punch-clock time tracking, Timebook links developer availability directly to sprint milestones, trackable deliverables, and financial budget thresholds.
Defines developer weekly bandwidth, time-off schedules, and core skill proficiencies.
Visual drag-and-drop scheduler maps engineer hours directly to billable project milestones.
Frictionless time entry with automated git branch activity correlation.
Calculates milestone burn velocity and forecasts potential budget overruns before deadline.
Enables smooth 60fps rendering of multi-month team scheduling timelines with hundreds of concurrent allocations.
Provides instantaneous drag-and-drop feedback for project managers reassigning sprint blocks.
Maintains immutable historical audit records of all capacity adjustments and logged hours.
Detailed technical components developed, configured, and hardened for production deployment.
High-performance visual calendar grid showing team availability and active allocations.
Features drag-and-drop allocation blocks with real-time collision detection and capacity threshold warnings.
Predictive burn rate calculator monitoring allocated hours against fixed-bid project caps.
Computes current completion velocity and flags potential schedule slippages before client deadlines.
Streamlined daily time entry interface with task tagging and sprint categorization.
Supports quick keyboard shortcuts, stopwatch timer persistence, and optional Git commit metadata linking.
Automated billing synthesizer generating structured financial manifests.
Exports billable hours mapped to project codes with formatted CSV, JSON, and QuickBooks-ready schemas.
Technologies selected according to domain constraints, operational throughput, and long-term maintainability.
Engineering outcomes verified by code deliverables, deployment logs, and architectural benchmarks.
Interactive capacity scheduling grid with sub-16ms drag-and-drop frame updates
Deterministic milestone budget burn calculations with automated threshold alert triggers
Export pipeline generating normalized timesheet manifests for accounting reconciliation
Granular role-based access control isolating employee compensation rates from public team views
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Read our complete service specifications, technical deliverables, and systems architecture frameworks.
Discuss your requirements with our engineering team. We assess technical scope, system architecture, and implementation roadmaps before touching code.
