viAct
Autonomous robotic monitoring
viact.aiEnterprise evidence
Procurement review neededPublic information covers operating limits. Still unresolved: safety & supervision, field deployments, measured productivity.
20 official sources · Fresh page review · Not independently tested
Sources reviewed 2026-11-05
1 / 6 areas with published evidence · 0 independently verified
Evidence & checks
Safety & supervisionMixed claims — review
Supports compliance with the 4S/Smart Site Safety System (SSSS) mandate, DEVB construction safety requirements, and the Factory and Industrial Undertakings (F&IU) Ordinance for machine guarding zones.Reviewed 2026-11-05View source
Unsafe behaviours like elevated forks during transit or sharp high-speed turns are detected as standalone violations.Reviewed 2026-11-05View source
No safety alerts, no site integration, no emergency response capability, no industrial durability viAct IoT Safety Watch: Detects worker fatigue, fall from height events, and physiological distress; triggers real-time alerts to supervisors; integrates with site safety systems; and operates in harsh industrial environments Sites deploying viAct Smart Watch solution alongside AI video analytics report a 90% reduction in safety breaches.Reviewed 2026-11-05View source
It is an AI and computer vision-powered agile mobile robot that is well-trained to auto-patrol even in challenging and dynamic environments; thus facilitating remote inspection of construction jobsites, without any human supervision.Reviewed 2026-11-05View source
Before relying on it
Request the application-specific risk assessment and safety documentation; test emergency stops, exclusion zones and human supervision on site.
Field deploymentsMixed claims — review
### 80% of CCTV at Construction Sites are still Monitored ManuallyReviewed 2026-11-05View source
AI monitoring on construction sites to prevent accidents related to danger zone intrusionReviewed 2026-11-05View source
This not only makes the construction site unhygienic but is a great hurdle to our daily operations.Reviewed 2026-11-05View source
Most confined spaces are in locations where permanent power and reliable internet are either unavailable or impractical, like underground tunnels mid-bore, offshore tank entries, remote pipeline work, or temporary construction sites with no fixed infrastructure.Reviewed 2026-11-05View source
Before relying on it
Speak with a named contractor using this model on a comparable site; confirm scope, duration and operating conditions.
Measured productivityMixed claims — review
### The productivity of construction remains stuck at the same level as 80 years ago with slow adopting of new technologiesReviewed 2026-11-05View source
### Inaccuracy, Incomplete & Late Action Caused by ManpowerReviewed 2026-11-05View source
However, it is not unknown to us that in spite of its great importance, the industry is plagued with severe inefficiencies and low and stagnant levels of productivity.Reviewed 2026-11-05View source
Fixed-point LiDAR poles deployed across the excavation perimeter operated continuously at 240,000 points per second with ±2 cm accuracy, generating time-stamped 4D models of ground deformation, excavation face conditions, and lateral support wall movement, delivering spatial coverage and precision that no periodic manual inspection schedule could replicate.Reviewed 2026-11-05View source
Before relying on it
Run a supervised site pilot against your crew baseline; count setup, rework, downtime and intervention, not just peak speed.
Operating limitsCompany-published
Extreme temperaturesReviewed 2026-11-05View source
Mining: Blast radius exclusion zones with timed activation; haul road pedestrian separation; crusher and mill danger area monitoring; slope and excavation perimeter alerts.Reviewed 2026-11-05View source
Before relying on it
Validate terrain, weather, payload, power and runtime limits against the actual site.
Maintenance & supportMixed claims — review
Oil and Gas: Storage tank inspections, pipeline maintenance, vessel entry, and refinery confined space operations where flammable and toxic gas exposure is the primary risk.Reviewed 2026-11-05View source
Mining: Underground shaft work, ore pass monitoring, and enclosed processing equipment maintenance where rescue access is severely limited.Reviewed 2026-11-05View source
viMOV employed in confined spaces such as rig cabins and deck maintenance zones helps flag hazards without relying on grid power.Reviewed 2026-11-05View source
Before relying on it
Confirm local service coverage, replacement parts, operator training, response times and warranty exclusions.
Workflow integrationMixed claims — review
viAct Computer Vision AI Video Analytics For Work At Height Safety, Fall From Height Safety & Fall Protection | Slips, Trips, and Almost Falls Detection | Missing Barricades DetectionReviewed 2026-11-05View source
### The AI navigation system detects missing barricades or open edge at high-rise platforms and alerts stakeholders so that insightful actions can be taken to prevent any FFH instances.Reviewed 2026-11-05View source
Plug-and-play Video Analytics Software enabling rapid, no-code integration across existing CCTV systems and get safety insights on an intuitive dashboard.Reviewed 2026-11-05View source
Once detected: An automatic alert is immediately sent to supervisors and EHS teams through viHUB, mobile notifications, and SMS The alert includes the worker’s live GPS location, identity, and timestamp The worker receives a vibration or an on-screen prompt asking them to confirm their condition If no response is received within the configured time window, the system automatically escalates the incident as an emergency This rapid escalation process is especially critical for lone workers, remote operations, underground environments, and hazardous industrial sites where immediate visibility can save lives.Reviewed 2026-11-05View source
Before relying on it
Test your actual plans, coordinate systems, data export and handoff to existing site workflows.
Published claims are not verified controls. No hands-on performance or security testing has been performed.
What we know
viBOT is an agile robot that performs autonomous 360-degree progress tracking and safety monitoring in dynamic construction environments.
Worth asking
What level of autonomy is maintained when connectivity to the cloud-based control center is lost?
Sources
- viAct - AI Monitoring That Redefines Workplace Safetyviact.ai
- viAct | Confined Space Working Safety Monitoring | AI Video Analytics for Safety | Workplace Safety with AIwww.viact.ai
- viAct | Danger Zone Detection for Construction Jobsites | AI Video Analytics for Workplace Safety | Dangerous Situtation Alert System | Hazardous Areas Access Control | Unsafe Act Detection Alertwww.viact.ai
- viAct Computer Vision AI Video Analytics For Work At Height Safety, Fall From Height Safety & Fall Protection | Slips, Trips, and Almost Falls Detection | Missing Barricades Detectionwww.viact.ai
- Real Estate ESG Software | AI Video Analytics for Environmental Monitoring | AI for Construction ESG | Construction Waste Management Appwww.viact.ai
- viAct | Technical Guide | Smart Site Safety Systemwww.viact.ai
- Video Analytics Solution - AI CCTV for Safety Monitoringwww.viact.ai
- Leading AI-powered Smart Watch for Workplace Safety | IoT Based Smart Watchwww.viact.ai
Evidence details
Enterprise controls
Enterprise-grade by design - SOC 2 Type II attested and GDPR compliant, with no facial recognition by default Enterprise-grade by design - SOC 2 Type II attested and GDPR compliant, with no facial recognition by default
Developer access
API availability has not been verified.
Last checked Nov 5, 2026
Company-published evidence, not an independent audit. Unknown means unverified.