Arboricultural inspections aligned with ENA G55/2, BS5837 and National Highways DMRB LA 104 / LA 119 — captured directly in the field and ready for utility framework outputs.
From DNO vegetation management to BS5837 development surveys to highways condition assessments — the surveying module adapts to the framework.
Utility arboriculture categorisation, risk and defect recording aligned to network operator standards.
Trees in relation to design, demolition and construction — full survey schema and constraint plans.
Environmental assessment and monitoring outputs in National Highways-compatible formats.
Biodiversity and habitat-focused field surveys aligned with highways environmental reporting.
Designed in line with the requirements used by Distribution Network Operators, framework contractors, vegetation management teams and infrastructure asset owners.
Capture what utility surveys actually need, not generic arb fields — and generate standardised outputs suitable for utility frameworks and infrastructure contracts.
Survey teams rapidly assess vegetation risk, ecological impact and access constraints across complex infrastructure environments.
Full condition recording with consistent data quality across teams and contractors.
Root Protection Areas calculated automatically — no spreadsheet workarounds.
Defensible scoring methodology with full audit trail for client handover.
Habitat classification and density mapping support both ecological and mechanisation planning.
Visualise clearance zones, retention areas and constraints alongside the corridor.
For frameworks where Quantified Tree Risk Assessment is required.
Ecosystem service data capture for valuation, ESG reporting and BNG support.
Thermal and visual drone surveys feed straight into the corridor record.
Compare historic survey data against current conditions for cyclical maintenance.
Integrated GIS and remote sensing tools turn passive aerial data into active operational triggers.
The system compares historic survey data against current conditions, supporting cyclical vegetation management programmes and proactive asset maintenance — so issues are escalated before they become network risks.
See how it feeds the planner →Every 3m × 3m square in the UK has a unique three-word address. Pin trees, machines and access points with sub-3m precision — even on unmapped tracks, in dense canopy or on remote upland corridors.
Particularly powerful for rural utility corridors, motorway verges and rail cuttings where a postcode is meaningless and an OS grid reference is too slow to share verbally over a radio.
Built-in species database covering common utility-corridor trees with biosecurity risk, average growth rate, mature height and clearance management notes.
HIGH biosec — Hymenoscyphus fraxineus (ADB)
Growth 0.6–1.0 m/yr · max 35 m · fast-growing, high clearance priority.
HIGH biosec — AOD / OPM risk
Growth 0.3–0.5 m/yr · max 40 m · slow-growing, long-term management.
LOW biosec
Growth 0.5–0.9 m/yr · max 35 m · prolific regrowth after pruning.
LOW biosec
Growth 1.0–2.0 m/yr · max 30 m · very high growth — frequent cycle.
MEDIUM biosec — DED risk
Growth 0.4–0.8 m/yr · max 30 m · watch for Dutch Elm Disease signs.
HIGH biosec — Phytophthora ramorum
Felling licence required · notify Forestry Commission before works.
Movement restrictions, cleaning protocols and Forestry Commission notification triggers applied automatically by species and site.
Critical · RESTRICTED movement. Clean tools between trees. Chip or burn material on site. Notify Forestry Commission for any works greater than 1 ha.
High · CONTROLLED movement. Check for OPM nests April–August. Do not move oak material in season. PPE for ground crews near OPM sites.
Medium · CONTROLLED movement. Remove bark before any movement of elm material. Avoid sap-rise season.
High · RESTRICTED movement. Felling licence required on larch. Notify Forestry Commission before works. Wheel and tool wash mandatory.