Converge
Converge is a concrete intelligence platform that pairs wireless jobsite sensors with web and mobile apps to monitor strength and temperature in real time, backed by ConcreteDNA modules for data management and mix analytics.
Converge sells hardware and software for monitoring fresh and hardening concrete on major building and infrastructure projects. The ConcreteDNA umbrella includes Cure for real-time strength and temperature readings, Data Hub for automated collection of delivery tickets and lab results, and Mix AI for predictive mix guidance (Converge marketing site, 2026).
Sensor families include embedded long-range devices, reusable long-range kits, Bluetooth Signal nodes, mesh-style reusable systems, and the Signal Long Range product that claims up to about seventy-two acres of coverage from a single gateway for large pours (Converge sensors page, 2026). A Helix reusable sensor is described for infrastructure-scale work with up to about a one-and-a-half mile range in marketing copy.
Published customer quotes cite moving from a seven-day floor cycle to a five-day cycle on a high-rise using sensor data alone, and other teams highlight faster notifications when target strengths are reached (Converge case studies, 2026). Marketing also states teams can build up to about thirty percent faster with the monitoring workflow, which you should treat as directional and confirm on your schedules (Converge homepage, 2026).
Precast logistics and yard tracking appear under an early-access Precast DNA module, so precast producers should validate feature readiness before relying on it in production contracts (Converge intelligence platform pages, 2026).
Specifications
Pricing
Platforms
Used for
Used by
Tasks
Pros and cons
Pros
- Broad sensor lineup for short slabs through long-range infrastructure pours.
- Large public case study library covering towers, tunnels, stadiums, and transport jobs.
- Clear split between Cure, Data Hub, and Mix AI so buyers can phase adoption.
Cons
- Precast DNA remains in early access for parts of the workflow.
- Hardware logistics and calibration still need trained field staff.
- Marketing speed-up percentages depend on baseline schedules; benchmark on your own cycle.
Key features
ConcreteDNA Cure: Wireless strength and temperature monitoring with ASTM-compliant workflows described for Signal-class hardware.
ConcreteDNA Data Hub: Aggregates delivery logs, lab tests, and related records to cut manual spreadsheets.
ConcreteDNA Mix AI: Predictive and generative models for mix selection and carbon-aware choices.
Signal Long Range: Embedded sensor marketed for very large pours with wide RF coverage from a gateway.
Mesh and Signal systems: Reusable and embedded options for different site network conditions.
Pricing
Sensors and software (contact)
Contact sales
No public list pricing on converge.io; request demo for hardware bundles and SaaS fees.
Frequently asked questions
Does Converge replace cylinder breaks?
The vendor positions sensors for continuous monitoring and notifications when target strengths are met. Local codes still govern acceptance testing; align the sensor plan with your engineer of record.
Which sensor works for large pours?
Signal Long Range and Helix are marketed for very large sites with long RF reach. Compare embedment requirements and reuse economics against Mesh or Signal Bluetooth kits.
Can Converge help with carbon reporting?
Mix AI messaging focuses on CO2-aware mix selection. Ask for calculation methodology and third-party verification if you need credits or owner reporting.
Is Converge limited to the UK?
Case studies span multiple regions. Confirm shipping, calibration support, and cellular or gateway requirements for your country.
How does Data Hub collect information?
Marketing describes automated ingestion of delivery tickets and lab data. Integrations should be confirmed for your batching plant and testing lab formats.
What training is required?
Quotes praise vendor support, but plan for internal training on sensor placement, curing plans, and software permissions before first production pour.