Glossary

The terms behind smart waste management, truck fleets by vehicle type, haulage, video analytics and operational security - explained briefly, the way they work in the field.

Smart waste management: Running collection operations on true field data instead of self-reporting: cameras and an AI computer on the trucks, automated weighing at stations and a plan-vs-actual dashboard. The result - settlement by actual performance and measurable savings. Waste solutions →
Compactor truck: A collection truck with a hydraulic compaction body, lifting hundreds of bins a day on municipal routes. In a smart fleet every bin lift is documented on video with location and time - so every street can be verified as collected.
Crane truck: A truck with a crane arm collecting containers, semi-underground bins, green waste and bulky items. Dozens of lifts a day, each worth money - visual documentation of every lift is the difference between guessing and accurate billing.
Roll-off truck: A truck hauling large containers (8-40 m³) from construction sites and plants to transfer stations and landfills. A smart system records which container was loaded, where and when - preventing disputes over sizes, quantities and destinations.
Street sweeper: A vehicle for mechanical street and sidewalk cleaning. Without documentation it's hard to prove a street was actually swept - especially on night shifts. A smart system records route, actual working hours and brush state.
Waste container: The umbrella term for waste collection fixtures: bins, skips, containers, semi-underground bins and recycling stations. AI-camera counting and recognition tells a municipality exactly how many containers it has and where. Container recognition & counting →
Semi-underground bin: A high-capacity container mostly below ground level, common in new neighborhoods and collected by a dedicated crane truck. Lift documentation matters because each collection costs significantly more than a regular bin.
Transfer station: An intermediate site where collection trucks unload; waste is weighed, sorted and compacted for efficient transport to landfill or recycling. A smart station combines automated weighing, plate recognition and video documentation of every entry and exit.
Weighbridge: A vehicle scale at the entrance to transfer stations, landfills and plants. Dual weighing - in and out - determines the net weight everyone pays on. Full automation removes the human weigher and typing errors. Automated weighbridge system →
Weighing ticket: The document recording a single weighing: vehicle, driver, material type, in/out weights and net. It is the basis of all settlement in waste. A digital ticket with photos and video is verifiable after the fact and flows straight into the ERP.
Landfill levy: A fee paid per ton of landfilled waste, designed to push recycling and recovery. The more accurate the waste-stream data, the more a municipality pays only for what was actually buried - not for estimates.
License Plate Recognition (LPR): Computer-vision technology that reads license plates automatically from a camera. At weighing stations it opens the barrier for authorized trucks with no attendant; in security it flags wanted vehicles in real time; in hauling it matches truck to order.
Video Management System (VMS): The platform that centralizes live viewing, recording and investigation from all cameras. In a unified VMS like MIS26's, analytics insights and alerts live on the same screen as the video - no jumping between systems. Smart security solutions →
AI video analytics: Algorithms that analyze video in real time and detect events: a person in a sterile zone, a vehicle crossing a virtual fence, a bin lifted, a container unloaded. At MIS26 processing runs on an edge AI computer - even without continuous connectivity.
Telematics: Remote data collection from vehicles: GPS position, speed, engine hours, idle time and operating zones. Telematics is the base layer - combining it with video and analytics turns isolated alerts into a full true picture.
Digital Proof of Delivery (POD): Automatic documentation proving a delivery or action happened: video, location, time and digital signature. In distribution and hauling, POD ends the 'it arrived / it didn't' arguments and enables performance-based billing. Cargo & delivery →
Route optimization: Planning collection and hauling routes on real performance data - outputs, drive times, loads - instead of habit and intuition. Exposing true outputs reveals over-planned routes and lets fleets cut trucks.
106 municipal hotline: Israel's municipal resident-hotline: hazards, uncollected bins, lighting and sanitation. Connecting the hotline to the waste-management system closes tickets with photographic proof - cutting handling times by tens of percent.
Service Level Agreement (SLA): A measurable service commitment: how fast tickets are handled, what share of collections run on time. Without an independent source of truth an SLA can't be enforced - with true data MIS26 customers measured ~70% faster response times.
Plan vs. actual: The ongoing comparison between the work plan - routes, days, zones - and what actually happened in the field. It's the screen a sanitation director opens in the morning: what ran, what deviates, where to intervene now.
Compactor fill sensor: A sensor measuring a waste compactor's fill level and alerting as it approaches full. Compactors get collected on real need instead of a fixed schedule - fewer empty runs, fewer overflowing units.
Mobile observation & analytics post: A standalone post - usually solar and cellular - with cameras and an AI computer, securing or monitoring an area with no power or comms infrastructure. Deployed at construction sites, farmland, illegal-dumping hotspots and town perimeters.
Green-waste collection: Collecting pruning waste and bulky items from the streets, usually by crane trucks on neighborhood days. One of the biggest complaint drivers - piles missed or put out after the truck passed. Video documentation of every route closes the argument.
Sanitation inspector: The municipal field worker documenting hazards, verifying contractor performance and handling resident tickets. With a dedicated inspectors' app, every report is bound to location, photo and ticket - instead of photos lost on a personal phone.
Concrete pour (load): A single concrete-discharge event from a mixer on site. Automatic pour counting against orders is the basis for plan-vs-actual and accurate billing - how many cycles actually ran, per truck and site. Smart Concrete Mixer →
Anti-mix: Visual recognition of container or silo assignment to prevent loading or discharging the wrong material - concrete, feed or chemical. Computer vision checks the assignment against the order and alerts before discharge, while the mistake can still be stopped. Smart Feed Truck →
Chain of custody: A continuous, verified record of a load from source to destination: who loaded, what, when and where it discharged. Critical for feed, medical waste and hazardous materials - to answer "where did this come from" in minutes. Medical-waste carrier →
Cold chain: Maintaining a continuous temperature range from warehouse to customer in refrigerated transport. Temperature monitoring on the same platform as the video gives a graph per shipment and an alert on an excursion or a door opening - before the load is harmed. Smart Refrigerated Truck →
Proof of delivery (POD): A verified delivery event with video, time and location - and when needed, a digital signature and pallet counting. Automatic POD replaces paper slips, settles disputes and feeds straight into the ERP. TMS Ai POD →
Fuel tanker: A truck hauling fuels - diesel and gasoline - from terminals to stations and consumers, split into compartments by grade. Cameras and an AI computer document which compartment discharged to which destination, preventing grade mix-ups and disputes over delivered volume. Smart Fuel Tanker →
Gas tanker: A tanker hauling gas - pressurized or liquefied - from filling plants to industrial and domestic consumers, a haul governed by hazardous-materials rules. Video documentation of every discharge and location provides an admissible record of what was supplied, where and when. Smart Gas Tanker →
Water tanker: A tanker supplying water - drinking, construction or agriculture - to sites off the mains network. Automatic documentation of the discharge point, time and volume replaces the paper slip and enables settlement by what was actually supplied. Smart Water Tanker →
Milk tanker: A tanker collecting raw milk from farms to dairies, in insulated compartments that hold temperature. Documenting each pickup - farm, time and volume - builds a full chain of custody from farm to dairy. Smart Milk Tanker →
Feed truck: A truck delivering feed mix to farms and poultry houses, split into compartments by mix type. Cameras and an AI computer verify which compartment discharged into which silo and alert before a wrong discharge - while the mistake can still be stopped. Smart Feed Truck →
Mining haul truck: A heavy truck moving ore, rock and mining spoil in quarries and mines. Automatic haul-cycle counting and load recognition give a true output picture per vehicle and set settlement by what was actually hauled. Smart Mining Truck →
Agricultural truck: A truck hauling agricultural produce and bulk goods - crops, vegetables and grain - from field to storage, packing or market. Documenting the load's source, time and destination builds a chain of custody that answers in minutes where each shipment came from. Smart Agricultural Truck →
Asphalt truck: A truck hauling hot-mix asphalt from the plant to the paving site, where time and temperature are critical. Load counting against the order and drive-time monitoring provide an admissible record of how much was hauled, to which site and when. Smart Asphalt Truck →
Refrigerated truck (reefer): A truck with a refrigerated body (reefer) that holds a temperature range for food, pharma and sensitive cargo. Temperature monitoring on the same platform as the video gives a graph per shipment and an alert on an excursion or a door opening - before the load is harmed. Smart Refrigerated Truck →
Container carrier: A truck hauling shipping containers from ports and terminals to warehouses and customers. OCR reading of the container number matches the box to the order and records which container was hauled, to which destination and when. Smart Container Carrier →
Car carrier: A multi-deck truck or trailer transporting vehicles from manufacturers, ports and lots to dealers and customers. Video documentation of each vehicle's condition at loading and unloading settles damage disputes - who is responsible and when it happened. Smart Car Carrier →
Heavy-equipment transporter: A lowboy trailer hauling heavy equipment - excavators, dozers and cranes - between work sites. Video documentation of load securing, equipment condition and route provides an admissible record for every oversized haul. Smart Heavy-Equipment Transporter →
Last-mile delivery: The final leg of distribution - handing parcels and goods from the depot to the customer's door. Proof of delivery (POD) with video, location and time ends the 'it arrived / it didn't' arguments and enables billing by deliveries actually made. Smart Parcel Delivery →
Tow and recovery truck: A tow truck recovering and removing broken-down or crash-involved vehicles. Video documentation of the vehicle's condition at pickup, the location and the time provides an admissible record and settles disputes over damage caused before or during the tow. Smart Tow & Recovery →
Livestock truck: A truck transporting live animals between farms, markets and abattoirs, subject to animal-welfare rules. Video documentation of loading, journey times and transport conditions provides an admissible record of compliance. Smart Livestock Truck →
Sewer / vacuum truck: A vacuum truck cleaning sewer lines, cesspits and grease traps, and hauling sludge to an authorized site. Documenting the pumping location, the volume and the disposal site proves the service was performed and that the sludge reached an approved destination. Smart Sewer Truck →
Concrete mixer truck: A truck with a rotating drum delivering ready-mix concrete from the plant to construction sites, where setting time caps the delivery window. Automatic pour counting against the order sets how many cycles actually ran, per truck and site. Smart Concrete Mixer →
Medical-waste truck: A truck collecting medical and infectious waste from healthcare facilities to authorized treatment sites, a haul under strict regulation. A documented chain of custody - who collected, what, when and where it discharged - answers in minutes where each container came from. Medical-waste carrier →
Transport Management System (TMS): Software for managing the transport operation: orders, route planning, execution tracking and billing. When the TMS is connected to video documentation and proof of delivery (POD), every order closes with visual evidence and flows straight into the ERP. TMS Ai POD →
Hazardous materials (ADR): Dangerous goods - fuel, gas and chemicals - whose transport is governed by the ADR standard and rules for labeling, packaging and documentation. Video documentation of loading, route and discharge provides an admissible record that every stage met the requirements. Hazmat transport →
Optical character recognition (OCR): Computer-vision technology that reads text from an image - a container number, a license plate or a cargo label - and turns it into digital data. In hauling, OCR automatically matches the load against the order with no manual typing or errors.
Twistlock: A rotating locking device that fastens a shipping container to the truck chassis or carrier. Visual recognition that all four twistlocks are locked before departure prevents a container falling and provides an admissible record that the load was secured. Smart Container Carrier →
Geofence: A virtual boundary drawn on a map that fires an alert when a vehicle enters or exits it. In fleets a geofence flags arrival at a destination, entry to an unauthorized site or a route deviation - with no manual tracking.
ISO container number (ISO 6346): A shipping container's unique identifier under the ISO 6346 standard - four letters, six digits and a check digit. OCR reading of the number and check-digit validation match each container against the order and prevent container mix-ups. Smart Container Carrier →
Tare weight: The weight of the empty vehicle or container, before any load. The net weight everyone pays on is the difference between gross and tare - so an accurate, verified tare is the basis of all weighing settlement.
Proof to Payment: The flow where verified proof of performance - video, location and time - becomes the direct basis for billing and payment, with no disputes and no paper slips. Attaching the visual evidence to every invoice line shortens collection cycles and prevents deductions. TMS Ai POD →
Digital delivery note: A digital version of the delivery slip that accompanies the load from loading to handover with photos, location, time and signature. It replaces the paper pad, is stored automatically and flows into the ERP with no re-keying.
Vulnerable road user detection: Detecting pedestrians, cyclists and scooter riders in a truck's blind spots and alerting the driver in real time. Cameras and an AI computer analyze the vehicle's surroundings and cut turning and reversing collisions.
Driver-behavior monitoring: Monitoring driving patterns - harsh braking, speeding, acceleration and phone use - from a combination of telematics and an in-cab camera. Flagging risk events in real time enables immediate correction and cuts accidents and wear.
Delivery window: The agreed time slot in which a shipment should reach its destination. Matching the actual arrival time, from location and video documentation, against the promised window proves on-time performance and flags deviations before they become a complaint.
Silo-to-compartment verification: Visual verification that the correct compartment on the feed truck discharges into the correct silo on the farm, per the order. Cameras and an AI computer cross-check the assignment and alert before discharge - while mixing feeds and harming the animals can still be prevented. Smart Feed Truck →
Bus fleet management: Operational management of a bus fleet: real-time line tracking, plan vs. actual, driving-safety monitoring, cabin documentation and fleet maintenance. In a camera-based operation every event - from a passenger complaint to an accident - is pulled up with video instead of conflicting versions. Bus fleet management system →
Shuttle management system: A system that centralizes the shuttle operation: driver and vehicle assignment, real-time ride tracking, arrival updates and proof of execution per ride. In student and employee transport, video documentation turns heightened responsibility into something provable. Shuttle management system →
GPS jamming: Deliberate flooding of GPS frequencies with noise, making receivers lose their position. In a fleet, jamming shows up as vehicles 'vanishing' from the map or reporting wrong locations. An operation that also documents with local on-vehicle video keeps documenting events even when satellite positioning is down. GPS disruptions - a fleet manager's guide →
GPS spoofing: Broadcasting a fake satellite signal that convinces the receiver it is somewhere else - the vehicle is on the coastal highway while its GPS is 'sure' it's at a foreign airport. Unlike jamming, the position doesn't vanish, it lies - which is why cross-checking against video documentation and vehicle data is how the gap gets caught. GPS disruptions - a fleet manager's guide →
Engine idling: A vehicle standing with its engine running - waiting, on a break or out of habit. Across a fleet, those idle hours add up to significant fuel burn and wear. Automatic idling detection with a real-time alert turns this quiet waste into a managed number.
Cost per kilometer: The metric that condenses fleet economics into one number: fuel, maintenance, wear and labor divided by kilometers actually driven. Measured per vehicle and driver in real time, it shows where the fleet loses money - so fixes follow data instead of gut feel.
Automatic driver identification: Automatically associating the driver with the vehicle and the trip, with no cards and no manual reporting. The basis for digital shift logging, reported-vs-actual hour comparison, and certainty that the person driving is the one approved - critical in student transport and institutional fleets.
Geofence: A virtual boundary around a defined area - a site, a station, a depot or a discharge destination. A vehicle entering or leaving the fence generates an automatic event: site presence, discharge at an approved point or a deviation alert - with nobody having to report anything.