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Ackcio

Wireless mesh sensor network for geotechnical and structural site monitoring

Ackcio Beam is a hardware-and-software system that automates geotechnical and structural sensor monitoring (inclinometers, piezometers, strain gauges, tiltmeters) using a proprietary long-range wireless mesh network, removing cabled data-acquisition runs on construction, tunneling, mining, and infrastructure sites.

~$3.5M-$5.6M across Seed, Pre-Series A (2020), and Series A (S$4M, ~$3M, closed September 2021) rounds - third-party trackers disagree (Tracxn: $3.51M total; PitchBook: $5.62M; CB Insights: $3.03M). Series A led by Atlas Ventures with Seeds Capital (Enterprise Singapore), Wavemaker Partners, Aletra Capital Partners, AccelerAsia Ventures, Seasight Holdings, and Foundamental (per Foundamental's own portfolio page) participating. raisedGrowth Stage
Founded 2016 · No exact customer, project, or logo count is publicly disclosed. The company states deployments in "over 53 countries across six continents" as of its current marketing site, up from "22 markets across six continents" cited in its September 2021 Series A announcement. It publishes 26 anonymized case studies spanning construction, tunneling, mining, and rail projects in Singapore, Hong Kong, Taiwan, Italy, Greece, Turkey, Australia, Peru, South Africa, Indonesia, Denmark, and Norway, without naming client companies. LinkedIn lists 11-50 employees. Despite a 10-year operating history, international office footprint (Singapore HQ, Canada, Sweden), and a completed Series A round, total disclosed funding remains under $6M and the team stays small, so this is assessed as Growth Stage rather than Established - the "global leader" language on its own homepage is a marketing claim not supported by third-party metrics.
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WHY IT EXISTS

Why This Tool Exists

The Problem

Geotechnical and structural monitoring on construction, tunneling, and mining sites (ground settlement, structural tilt, pore-water pressure, strain on shoring and retaining structures) has traditionally relied on manually read instruments or cable-based data-acquisition systems, which are costly and slow to install, vulnerable to damage from ongoing site works, and give only delayed or periodic readings - a problem when ground movement or structural risk needs to be caught before an incident occurs.

The Solution

Ackcio Beam connects existing third-party geotechnical/structural sensors to battery-powered wireless "Nodes" that relay readings through a proprietary long-range mesh network (Ackcio Mesh) to a site Gateway, removing the need for cable runs between sensors and the data-logging point both above and below ground. The Gateway automatically pushes sensor data via API or FTP to the client's own software on a configurable schedule, while Ackcio's Snape web software and Nimbus mobile app handle network configuration and on-site node commissioning.

USAGE

How You Use It

Delivery Method
Hardware (wireless IoT sensor nodes and gateways)SaaS (Snape network configuration and data management software)Mobile App (Nimbus, for on-site node commissioning)
Integrations
Data pushed via API or FTP to client-selected third-party software/dashboards (no named integration partners publicly disclosed)
Disciplines
Construction, Civil Engineering
Workflows
Coordination & Delivery
Project Phases
Construction Administration, Safety Management
Project Types
Infrastructure, Industrial, Commercial
TRANSPARENCY

Data Transparency

Exactly what this tool uses and how

Input
What it needs
Required:Third-party geotechnical/structural sensors already installed or specified for the site (e.g., inclinometers, piezometers, strain gauges, tiltmeters, extensometers, crackmeters), Ackcio Node and Gateway hardware deployment on site
Optional:Existing site/BIM context for sensor placement planning (not required by the system itself)
Formats:Analogue sensor output (voltage, current-loop, Wheatstone Bridge), Digital protocols (RS485, RS232, SDI-12), Vibrating-wire sensor output, MEMS tilt sensor output
Output
What you get
Format:Sensor time-series data pushed via API or FTP to client-selected third-party software/dashboards
Fields:Settlement / lateral displacement, Structural tilt (horizontal and vertical), Pore water pressure, Strain/load on struts, props, and retaining structures, Crack width/displacement, Ground anchor/soil nail tension
Algorithm
How it works
Model:Not publicly specified as an AI/ML model - Ackcio Beam is a wireless IoT data-acquisition and mesh-networking system, not an AI/ML analytics product. No machine-learning model, training data, or inference approach is disclosed on public sources.
Accuracy:Not publicly specified - Ackcio does not publish an algorithmic accuracy benchmark; measurement accuracy is a function of the third-party sensors connected to its Nodes, not an Ackcio-disclosed figure
Privacy
How your data is protected
Retention:Ackcio's public privacy policy covers ackcio.com website visitors and marketing contacts only: it states personal data (Contact, Identity, Financial, and Transaction Data) is kept six years after the customer relationship ends for tax purposes, and other data "for as long as reasonably necessary" for the purpose collected. Retention of sensor/site monitoring data collected via Ackcio Beam hardware is not addressed in the public policy.
Training:Not publicly specified - no mention in the privacy policy of using customer or sensor data for AI/ML model training
Compliance:GDPR referenced in the privacy policy as an applicable legal framework for EU data subjects, No SOC 2, ISO 27001, or other third-party security certification found on public sources
API
Integration
Endpoint:Contact vendor for API access
Method:Gateway uploads data via API or FTP push to client-selected third-party software (protocol/endpoint not publicly documented)
USE CASES

Use Cases

  • ·Automating settlement and lateral displacement monitoring on excavation and tunneling sites
  • ·Remote structural tilt and crack monitoring on buildings and historic sites adjacent to construction works
  • ·Pore-water pressure and strain monitoring for shoring, retaining walls, and ground anchors
  • ·Slope stability and landslide-risk monitoring on infrastructure and mining sites
  • ·Underground mine geotechnical monitoring without running cables through active tunnels
PRICING

Pricing

Free
Not publicly specified - no free tier disclosed; site directs prospects to request a demo/quote
Pro
Not publicly specified - no published rate card; hardware (Nodes, Gateways) plus software is likely priced per deployment, contact vendor
Enterprise
Custom pricing for large or multi-site geotechnical monitoring deployments; contact vendor
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Research Sources & Data QualityLast verified: 2026-07-16
Data Sources (14)
Verified Data (8)
problem, solution, deliveryMethod, yearFounded, fundingTotal, customerBase-geographic-claims, privacy-retention-website-data, privacy-compliance
Not Found (8)
pricing, api-documentation, named-integration-partners, soc2-or-iso-certification, ai-training-data-use, algorithm-accuracy-benchmark, exact-customer-or-project-count, patent-number-for-mesh-network
Our Commitment: We only include verified data from official sources. If information isn't publicly available, we mark it as "Not publicly specified" rather than guessing.
ALTERNATIVES

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