Tool and asset identification
Associate each tag with a tool or asset record and display relevant information when it is read. A pilot establishes usable tag placement and reader coverage.
Connect objects with useful information
RFID, UHF & NFC Identification Systems
Give tools, equipment and tagged objects a useful digital identity. We develop project-specific integrations between RFID or NFC hardware, operational records and business applications.
The first step
A defined pilot before expanding the system.
Start with one use case and a bounded test. The proposal confirms equipment, quantities, deliverables, price and schedule before work begins.
01 / Define the test
Choose representative objects, tags, a reading zone or NFC interaction, and the event that should appear in the software.
02 / Connect the path
Integrate the reader with an asset register or test application. Agree on handling duplicate reads and unwanted events.
03 / Check the results
Record expected, missed and out-of-zone reads. For NFC, check compatible devices and the link destination.
04 / Deliver and decide
Document configuration, results, limitations and next steps. Pilot evidence supports a decision to adjust, expand or stop that technical approach.
How remote delivery works
- CARRAS
- Agreed design and integration, programming, setup instructions and remote review of test results.
- Client or local technician
- Site and equipment access, physical mounting, power, network and on-site tests according to the agreed plan.
- Before starting
- Define who buys and receives each component, who installs it and which access is required. Site visits are outside our remote service.
What is agreed in writing
- Acceptance: test scenarios, metrics, thresholds and evidence to review. A prototype does not guarantee performance at a larger installation.
- Handoff: included files, configuration, access and documentation, with usage and ownership terms.
- Operations: hosting, licenses, connectivity and other recurring costs; responsibility for monitoring, updates and backups.
- Support: delivery coverage, how to report issues and which maintenance or changes require an additional agreement.
Custom applications
What this technology can help you build
Examples for planning a project. Configuration and scope are confirmed around your environment and the required testing.
Inventory and checkpoint workflows
Capture reads in a defined location and connect them to operational records. Direction, custody and stock changes require explicit workflow rules, not just a detected tag.
NFC digital touchpoints
Use compatible NFC cards or tags to open profiles, instructions or forms. Content can be managed through a web platform so the physical touchpoint remains useful.
- RFID UHF
- NFC
- Tags & readers
- Antennas
- APIs
The operating need
Technology shaped around the work.
A tag read is only useful when the business knows what it represents and what should happen next. CARRAS works on RFID UHF and NFC solutions that connect identification events with inventory records, tool workflows or digital information. UHF RFID can suit reading tagged items within a defined zone; NFC suits deliberate close-range interactions such as opening a digital profile or recording a checkpoint. We select the approach around the object, environment and workflow, then validate a limited pilot before expanding the system.
Strong fit for
- 01Teams managing tools, equipment or tagged stock
- 02Businesses exploring entry and exit checkpoints
- 03Companies connecting NFC cards or physical touchpoints to digital services
Business outcome
Designed to improve the operation
- Associate a physical item with a consistent digital record
- Reduce repeated identification steps in suitable workflows
- Review detected events, exceptions and history in one application
Frequently asked
What is the difference between RFID UHF and NFC?+
RFID is a broad family of radio identification technologies. UHF RFID is often used to identify tagged items across a reading zone. NFC is designed for close-range interactions, such as tapping a compatible phone on a tag. Tags and readers must match the technology; a phone with NFC does not ordinarily read UHF tags.
Can RFID tell whether a tool is inside a trailer?+
It may support that workflow, but the system needs an on-site pilot. Metal, tag placement, antenna orientation, nearby items and reader power affect which tags are detected. An absent read does not by itself prove that a tool is missing, and an outside tag may still be detected.
Does RFID provide GPS-style live location?+
A standard reader reports tags detected in its coverage area. Continuous coordinates or precise location require additional system design and suitable hardware. We describe the actual detection capability and its limits in the project scope.
Can you connect a reader to an existing inventory system?+
We first review the reader protocol, available APIs, identifiers and permissions. The integration can map reads to records, deduplicate repeated events and apply the business's confirmed rules for changes and alerts.
Can we start with a small pilot?+
Yes. A focused pilot uses representative objects and a realistic location to evaluate detection, missed reads, unwanted reads and operator workflow. Its results determine whether to adjust the design or expand the deployment.
Related capabilities
Explore the connected system
Make physical events visible
Sensors & Connected Devices
Sensor data, device firmware and software brought together in one practical system.
ExploreOperational Infrastructure
Internal Systems
Operational dashboards, records, reporting, intake, and team workflow systems.
ExploreFrom an idea to a physical part
3D Printing & Prototyping
Project-specific enclosures, mounts and physical prototypes that fit the job.
ExploreStart with clarity
Turn the operating problem into a practical technology plan.
Tell us what is slowing the business down, what you have tried, and what a better process needs to accomplish.