The future of software is customIn the near future, all large construction projects will be using bespoke software, enabled & built by AI. With Planlab, you can gain access to this new way of working - today.

Some of our favorites...

Planning of technical training

Custom training rules & control tower to manage complex class structures with highly restricted access to instructors and equipment

Delivered a custom control tower for a training program - building schedules while complying with custom scheduling rules (e.g. maximum spacing between classes, class pipeline connections, custom resource logic)

On-site Logistics Planning

Spatial model to route on-site logistics & material buffers for a tight worksite

Connecting CAD model with schedule to understand for each scenario the routing options for material and equipment flows, with automatic logistics issue flagging.

Contractual Schedule Checks

Additional schedule & comparison metrics to confirm contractual compliance

Custom network checks + contractual reporting KPIs built-in to support faster and easier sharing of schedules with client.

Progress update workflows

Custom progres update workflows to capture project's schedule & work tracking conventions

Implemented custom workflow to update progress according to customer convention - while still allowing real-time impact calculations, exporting to P6 etc.

Parametric template instantiation

Populating project templates based on project parameters

AI-assisted schedule template instantiation, combining and specializing standard corporate schedules in seconds for a large project portfolio holder.

Enterprise integration

Integrating scheduling software with in-house contract & delivery management software

Custom integration with in-house software in order to retain existing system of record for work pacakges while upgrading to Planlab system.

Time-Space visualization

Real-time linking of schedule to a multi-level data center build

Custom visualization of a data center project, allowing users to quickly evaluate scenarios by seeing work execution on a CAD of the project.