you can't improve it!
while you construct!
Our Proprietary data collection device allows us to scan 100,000 sqft under an hour. These data sets are uploaded to cloud, post which it takes us additional 5 hours to generate measurable and actionable as-built 3D models with construction defects, BIM comparisons and thermal analytics
Our competition takes around 15-25 days from the planning stage to generating point
data, which needs to be viewed on "their" proprietary software which also needs a
expensive computer to run.
Our sensor-fusion device, coupled with onboard computing capabilities, collects and processes nearly 1 billion 3D points per hour. After post-processing on the cloud, generated models and analytics can be viewed on any phone or on a laptop. Our algorithms compress nearly a tera-byte worth of data into 40MB 3D models!
See the construction as it happens, in full rich color detail and measurable structures.
Fusing LIDAR, Odometry data, HDR, and
Thermal Cameras, our algorithms recreate the visual as-built environment
with 3mm std accuracy.
The generated models are:
— Exportable to any BIM software
— Lightweight and browser friendly
— Easy to compare with BIM
2D as-built layout drawings are also processed and made available in DWG/other formats.
Observance measures mm-level deviations between aligned as-built and BIM 3D files using advanced alignment algorithms
Observance allows you to see the
deviations as color-coded textures, mapped onto building surfaces.
Deviations such as
structural, dimensional, angular, plumb, and bulges can quickly be
identified and converted into tasks/action-items on Observance's
integrated task management portal.
— Import and View BIM files
— Compare with the actual constructed site
— AI-based model-alignment
— See deviations as color-coded textures
— Convert major deviations into PM tasks
Thermal Imaging captures thermal inconsistencies impacting project quality
Temperature variations on building
surfaces can be caused due to several factors that include,
environmental temperature, water seepage/leakage, electrical heat loss,
cement curing, etc. Our algorithms are constantly learning to provide
temperature variations that might be caused due to:
— Water Leakage
— Water Seepage
— Electrical Over-current
— In-efficient HVAC systems
— Machines needing maintenance
— Improper material usage
Constantly fed with new data, our ML models are learning to predict 100+ different kinds of construction defects.
Our models are learning to predict
defects related to structural loads, concrete mixtures and curing, salt
in water, workmanship issues, missing SOPs, thermal, health and safety.
These defects help PMC and builders to:
— Identify defects early
— Identify defects invisible to the human eye
— Implement H&S standards
— Reduce development costs
— Reduce maintenance costs
Observance includes tools to manage and control project deliverables, timelines, defect identification/resolution tools, and requirements-to-solutions traceability.
Observance helps control and manage
construction projects by providing tools that manage:
PMC and construction companies need to use multiple SWs to plan, manage, execute and deliver their projects. Not anymore!
Working very closely with the
stakeholders, the Observance team realized the amount of time and
resources that is lost, as they struggle to manage 10s of different SW
for each project. Most of these SW are designed to exclude more than 90%
members from accessing data, are expensive and require massive computing
resources. Not anymore! If you are using Observance you do not need:
— BIM Viewers
— Scan Viewers
— 2D Drawing Generator and Viewers
— File Managers
— Project Management Tools
— Scheduling Tools
— Image/defect-image sharing tools
— Task Management Tools
— People Management Tools
— Internal Communication Tools, and a lot more.
Observance is a complete platform, that becomes single-stop tool for construction companies, that is available anytime, anywhere and on any device.