Lorry Parking Need and Freight Facility Evidence Platform

Planning policy asks for evidenced need for new or expanded roadside facilities and sufficient secure lorry parking, yet shortage evidence is assembled inconsistently from surveys, incidents, route data and operator feedback. The last national survey found an average shortage of about 4,500 HGV parking spaces in England and DfT has commissioned a new National Survey of Lorry Parking for 2026. The evidence base is therefore being refreshed at the same time NPPF policy asks applicants to demonstrate need for new or expanded facilities. Operational consequences: - Developers can spend heavily promoting a site without a quantified corridor-level shortage case. - Authorities may have little local evidence beyond informal roadside parking complaints and national survey data. - Security, welfare quality and overnight capacity are different problems but are often collapsed into a single count of spaces. - Freight demand and parking pressure shift with logistics patterns, making old consultant studies lose value.

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73/100

Vision-Led Transport and Travel Plan Monitoring Workspace

Developments increasingly need to prove sustainable-access outcomes and then monitor travel-plan commitments over time, but transport assessments, objectives, measures and monitoring data are rarely connected in one lifecycle workflow. DfT's April 2026 Local Transport Plan guidance says planning and transport authorities should routinely use the Connectivity Tool, and the NPPF defines travel plans as long-term management strategies that must be monitored and reviewed. The operational gap is between one-off transport evidence and years of promised behaviour change. Operational consequences: - Transport assessments can set sustainable-mode assumptions that are not carried into post-occupation monitoring. - Travel-plan actions, survey dates and S106/condition triggers can sit in consultant PDFs rather than an operational system. - Authorities may receive monitoring reports in inconsistent formats that make portfolio-level comparison difficult. - Developers can discover underperformance late, after agreed remedial measures or financial triggers become contentious.

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74/100

Passenger Disruption Escape Router

When a rail corridor suffers major disruption, standard journey planners often continue to optimise within the disrupted network or present a long list of cancellations. Passengers instead need an immediate answer to a different question: 'How do I escape this disruption and still reach my destination?' The best solution may combine tram, bus, coach, a different rail operator, walking, taxi or shared transport, with ticket-acceptance rules changing during the incident.

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77/100

Rail Disruption Recovery Optimisation Engine

Once a major rail incident ends, the network can remain disrupted because trains and crews are no longer where the timetable expects them to be. Operators must decide which services to cancel, shorten, turn back or reform; how to reposition rolling stock and staff; where to protect capacity; and how to return tomorrow's diagrams to a stable state. Local decisions can reduce an immediate delay while making network recovery slower overall.

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84/100

Digital Signalling Black-Start and Recovery Orchestrator

Fail-safe signalling behaviour protects passengers when power disappears, but restoring electricity does not necessarily restore a complex control environment instantly. Large signalling and operations systems may need controlled reboot, validation, route proving and staged return to service. A very short outage can therefore create a much longer operational interruption. Recovery procedures that rely heavily on manual coordination increase recovery time and make the network vulnerable to the sequence in which systems return.

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86/100

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