One operations view across vehicles, jobs and reports
Logistics teams work with telematics portals, job systems and spreadsheets at the same time. Software can combine that data into one view of what is happening and how assets are being used.
- Next.js
- REST APIs
- Webhooks
- Sensor data ingestion
- Time-series databases
- Message queues
Industry overview
Software for logistics and fleet operations
Logistics teams answer the same questions all day. Where is this vehicle? Is that delivery on time? Which jobs need attention? The answers are spread across a telematics portal, a job management system, driver messages and spreadsheets, so dispatchers spend their time switching screens and chasing updates.
Blocvibe builds operations software that brings those sources into one view, keeps customers informed automatically and turns trip data into useful reporting. We connect the providers you already use through their APIs, rather than asking you to change trackers or job systems.
What can be combined depends on the data each provider makes available, so access is confirmed before anything is built.
Where software helps
- One screen for vehicle location and job status
- Automatic status updates for customers
- Utilisation and idle-time reporting
- Quicker handling of delivery documents and requests
What it needs
- API access from your telematics and job management providers
- Tracking devices that report accurately and regularly
- Agreed definitions of on time and running late
- Mobile coverage along your main routes
Challenges and business problems
Common challenges
Tracking data, job status and reporting are spread across tools. Not every business faces all of these, but most will recognise at least one.
Too many portals
Vehicle tracking, job management and customer updates live in separate tools.
Manual status updates
Dispatchers chase drivers for updates by phone and message.
Limited utilisation insight
It is hard to see how vehicles and drivers are actually used over time.
Time-consuming reporting
Customer and management reports are assembled by hand each week.
Our solutions and capabilities
Where software, AI and IoT can help
Combine tracking, job and reporting data into one operations view.
Software and integration
- Unified operations dashboard
- Customer status portals
- Integration with telematics and job systems
AI applications
- Classifying and routing incoming requests
- Extracting data from delivery documents
- Drafting customer update messages
IoT capabilities
- Vehicle and asset tracking data
- Temperature monitoring for sensitive loads
- Utilisation and idle-time reporting
How it fits together
How tracking and job data become one operations view
Each provider keeps its job. The platform combines what they report and points people to what needs attention.
Stage 1 of 4
Sources
We list every system the operations team uses and confirm which offer API access. Tracking stays with your telematics provider, and jobs stay in your job system.
- Telematics provider API
- Job management system
- Driver app updates
Real-world use cases
How it can work in practice
Each example shows the problem, the solution, how it works, the technologies involved and the value it brings.
- Illustration
One operations view for dispatch
- The problem
- Dispatchers switch between a tracking portal, a job system and messages to work out which deliveries are at risk.
- The solution
- A single operations view that combines vehicle positions with job status and puts exceptions at the top.
- How it works
- Positions are read from the telematics provider’s API and matched to jobs from the job system. Jobs running behind their planned time are flagged first, with the vehicle, driver and customer in one place.
- Technologies
- Next.js
- REST APIs
- Webhooks
- The value
- Dispatchers spend less time searching and more time on the jobs that need them.
- Illustration
Temperature monitoring for sensitive loads
- The problem
- Temperature-sensitive loads are checked by hand, and problems are found on delivery.
- The solution
- Monitoring of in-vehicle temperature sensors, with alerts when a load leaves its agreed range.
- How it works
- Readings arrive through the sensor vendor’s cloud API or a gateway in the vehicle. The platform compares them with each load’s range, alerts the dispatcher when a reading drifts and keeps a record for the customer.
- Technologies
- Sensor data ingestion
- Time-series databases
- Message queues
- The value
- Problems surface during the journey, and each delivery has a temperature record to share.
- Illustration
Delivery documents processed automatically
- The problem
- Proof-of-delivery notes and customer requests arrive as photos, PDFs and emails that someone keys in by hand.
- The solution
- An integration that extracts the key fields and updates the job system, sending anything uncertain to a person.
- How it works
- An AI step reads each incoming document and extracts the job number, signature and quantities. Confident results update the job through its API, and anything uncertain is queued for someone to check.
- Technologies
- LLM APIs
- Python
- REST APIs
- The value
- Paperwork reaches the job system sooner, while a person still checks what the system is unsure of.
Technologies and integrations
Technologies and integrations for logistics
Integration comes first: the platform reads from the providers you already use and presents one consistent picture.
Integration
- REST APIsPositions, jobs and documents read from provider APIs.
- WebhooksInstant status changes from systems that support them.
- Message queuesHigh volumes of tracking updates handled in order.
Platform
- Node.jsServices that poll, receive and match updates.
- PythonData processing and document extraction.
- Time-series databasesTrip, idle-time and temperature history for reporting.
Screens
- Next.jsThe dispatcher view and customer status pages.
- ReactLive boards that update as vehicles and jobs change.
Systems it can connect to
- Telematics and vehicle tracking providers
- Transport and job management systems
- Email and message notifications
- Temperature sensor vendor platforms
Logos are trademarks of their owners and show tools we work with, not partnerships. Connections depend on each system offering data access or an API.
Our development approach
A practical way to start
Start small, prove the value with one team or area, then extend what works.
Step 1: Discover
List the tools and data sources your operations team uses daily.
Step 2: Plan
Confirm which providers offer API access to their data.
Step 3: Build a first version
Build a single view for the most frequent daily question.
Step 4: Review and extend
Add reporting and customer updates once the data is flowing.
What the solution depends on
Benefits and business value
What it changes for your team
Fewer screens
Vehicle positions and job status are visible together, without switching between portals.
Exceptions first
Jobs that are running late or out of range are flagged before the customer calls.
Customers kept informed
Status updates go out automatically as each job progresses.
Clearer utilisation
Trip and idle-time history shows how vehicles are really used over weeks and months.
Related services
The services behind these solutions
- Web Application DevelopmentFast, accessible web apps and portals that work in any modern browser.
- IoT DevelopmentSoftware for connected devices, from data collection to storage and apps.
- System Integration and Product EngineeringConnecting your systems, and testing new ideas with focused proofs of concept.
Other industries
Questions
Frequently asked questions
Straight answers to the questions teams in this industry ask before starting.
Do we need to change our vehicle trackers?
Usually not. The platform reads data from your existing telematics provider through its API. We confirm what the provider makes available before planning anything.
How current is the vehicle position?
It depends on how often your tracking devices report and what the provider’s API allows. The view shows the time of each position, so dispatchers always know how fresh it is.
Can customers see the status of their delivery?
Yes. Customers can receive status updates by email or message, or view a simple status page for their order that shows only their own deliveries.
Can it combine more than one tracking provider?
Yes, if each provider offers API access. A mixed fleet is shown in one view, with each vehicle linked to its provider.
Does it plan or optimise routes?
Route planning is not part of the typical scope. The platform focuses on visibility, exceptions and reporting, and can show planned routes from the system that creates them.
Want one view of your operation?
Tell us which systems your team switches between today and the question they answer most often. We’ll reply by email and suggest where to start.