This microsite summarizes the Smart Building & Special Projects proposal prepared by Corvalent for Clayco, including a real audio podcast walkthrough and 8 real CorGrid platform screenshots. The Full Proposal PDF and demonstration video are still pending final assets from the Corvalent team.
Clayco operates at the intersection of development, architecture, engineering, construction, technology, and building performance. Its integrated model creates an environment where digital technologies can support not only the construction phase but also the long term operational performance of the facilities it delivers.
Technology already plays an important role across modern engineering and construction — BIM, Virtual Design and Construction, digital coordination, connected assets, cloud infrastructure, analytics, and intelligent building systems are increasingly part of an integrated project lifecycle.
HVAC systems, electrical infrastructure, lighting, environmental sensors, occupancy systems, critical equipment, energy meters, water systems, access control, and distributed assets can become continuous sources of operational intelligence.
The opportunity is not only to construct intelligent facilities, but to create buildings that remain measurable, connected, and increasingly intelligent throughout their operational lifecycle.
"Smart Buildings are environments where automated systems, sensors, continuous data collection, and real time analytics enable owners and operators to make better decisions about efficiency, effectiveness, maintenance, and occupant experience."
— Deloitte, Smart Building Solutions
"Connected buildings can dynamically respond to occupancy, environmental conditions, energy availability, and real time operational demand."
— McKinsey & Company, Laying the Foundation for Success in the Connected Building Era
Corvalent is a U.S. based technology company with more than three decades of experience and an international presence, specializing in the development and integration of advanced IoT, AIoT, and Edge Computing solutions.
Our differentiator is the ability to combine hardware and software through an integrated Technology as a Service approach, creating intelligent ecosystems capable of addressing complex automation, monitoring, asset management, and real time data challenges.
Corvalent solutions are designed not simply to collect data, but to transform physical operations into actionable digital intelligence by connecting assets, people, facilities, and business objectives through one scalable technology architecture.
CorGrid is Corvalent's central IoT platform and the intelligence layer behind our Smart Solutions. Designed as a modular, scalable, and data driven platform, CorGrid enables organizations to connect and monitor thousands of distributed sensors, devices, assets, facilities, and operational processes in real time.
CorGrid supports Corvalent Smart Solutions across Smart Machines, Smart Process, Smart Building, Smart Energy, Smart Cities, and Special Projects, allowing the same technology foundation to address different operational environments. Its flexible and technology agnostic architecture can support TaaS, SaaS, On Premises, and Hybrid deployment models, complementing existing Azure, AWS, Google Cloud, Ethernet, Wi-Fi, and cellular environments.
Six practical areas where CorGrid can complement Clayco's integrated delivery model with a scalable operational intelligence layer.
Modern facilities frequently contain independent HVAC, electrical, lighting, water, security, environmental, and specialty systems. CorGrid can create a common operational intelligence layer capable of consolidating these data sources into facility specific or portfolio wide dashboards, complementing Clayco's BIM and VDC capabilities with live information from the completed building.
Deloitte identifies this type of unified operational intelligence as one of the foundations of Smart Buildings — the convergence of IoT, AI, OT, and IT into one intelligence layer for portfolio wide visibility.
CorGrid can collect operational signals from critical assets such as HVAC equipment, pumps, motors, compressors, cooling systems, electrical infrastructure, generators, and specialized mechanical systems. Predictive models identify abnormal behavior before failure occurs, prioritizing maintenance based on operational risk.
Deloitte highlights predictive maintenance as a key Smart Building application; McKinsey identifies IoT based condition monitoring as key to shifting toward proactive asset management.
Electricity meters, submeters, HVAC systems, lighting, major equipment, renewable generation, and other energy consuming assets can be monitored in real time — revealing where, when, and why energy is consumed, and where optimization opportunities exist.
Deloitte identifies energy management as a major Smart Building value area; McKinsey highlights connected meters and controls for continuous consumption modeling and demand reduction.
Instead of requiring facility teams to manually investigate hundreds of individual signals, CorGrid can use analytics and AI to identify operational relationships and surface prioritized insights — transforming large volumes of building telemetry into clear operational recommendations for engineering, facilities, sustainability, and management teams.
Deloitte describes this transition toward a unified intelligence layer as core to modern Smart Building architecture; McKinsey points to increasingly autonomous building infrastructure.
CorGrid can provide an executive level portfolio hierarchy — Enterprise, Region, Campus, Building, Floor, Zone, Asset, Sensor — allowing users to move from an executive KPI to the specific equipment generating the data. For Clayco, this could also create a compelling post construction digital service model.
Deloitte emphasizes that a centralized view can transform individual buildings into decision grade data sources supporting operations and capital planning.
Connecting Clayco's existing BIM and VDC capabilities with live operational IoT data creates the foundation for a continuously updated digital representation of the facility — extending BIM from a project delivery tool into an ongoing building intelligence environment, and a pathway toward an operational Digital Twin.
McKinsey identifies connected sensors, RFID, and analytics as key elements of construction's digital evolution; Deloitte highlights connected construction for improved visibility and predictive decision making.
A combination of proven technologies applied to buildings, equipment, and portfolios.
Real time electricity and energy monitoring provides granular visibility into how buildings, systems, and equipment consume resources, enabling optimization and measurement of sustainability initiatives.
Temperature, humidity, CO2, particulate matter, VOC, and occupancy measurements help optimize HVAC operation while improving indoor environmental quality and supporting automatic adjustments.
Continuous analysis of equipment and building data can detect anomalies, identify probable root causes, prioritize alarms, and anticipate maintenance requirements — reducing downtime and controlling operational costs.
Flow, pressure, and leak detection sensors can identify abnormal consumption, helping reduce waste and protect buildings from water related damage.
Anonymous occupancy and utilization data can help determine how spaces are actually used, supporting more efficient HVAC, lighting, cleaning, and portfolio planning.
Energy, water, operational, and environmental telemetry can provide automated data inputs for sustainability dashboards and ESG reporting instead of relying exclusively on periodic manual collection.
Benefits closely aligned with the Smart Building value frameworks from Deloitte and McKinsey.
Centralized visibility allows facilities and engineering teams to understand building performance quickly and prioritize the conditions requiring attention.
Equipment telemetry and AI based analytics can identify developing problems before they become operational failures, reducing unplanned downtime.
HVAC, lighting, electrical, water, environmental, and specialty systems viewed within a common operational environment rather than managed in isolation.
Real time energy, water, equipment, and occupancy information helps identify inefficiencies and provides measurable data for continuous optimization.
Automated measurement creates an auditable foundation for energy, emissions, water, and other sustainability KPIs while demonstrating actual post occupancy performance.
Continuous monitoring and automated alerts provide faster awareness of abnormal environmental or equipment conditions and create historical records for analysis.
Large volumes of building telemetry can be translated into prioritized insights rather than requiring teams to manually interpret thousands of readings.
A common platform allows organizations to deploy common KPIs, alerts, analytics, and dashboards across multiple buildings with drill down visibility.
These benefits closely reflect the broader Smart Building value framework described by Deloitte, which emphasizes efficiency, effectiveness, environmental performance, proactive maintenance, and improved occupant experience. They also align with McKinsey's view of connected infrastructure as an environment where real time information, IoT, analytics, and automated systems enable better utilization of assets, energy, buildings, and operational resources.
— Deloitte & McKinsey & Company
Protection of building and operational data with the highest security standards, ensuring confidentiality and regulatory compliance.
Granular permission definitions by user, building, portfolio, and role. Admin, Operator, Viewer, and Manager profiles with specific access levels.
Complete audit trail with timestamped records of every action, access, configuration change, and data export made in the platform.
TLS 1.3 in transit and AES-256 at rest. Digital certificates and secure key management with automatic rotation.
GDPR/CCPA, ISO 27001, SOC 2 Type II. Automated report generation for internal and regulatory audits.
Results reported across similar industrial and Smart Building deployments — indicative of the impact CorGrid can bring to Clayco's facilities and customer projects.
¹ Benchmarks based on Corvalent implementations in industrial, process, and building operations environments, and on published Smart Building research from Deloitte and McKinsey & Company. Actual results vary depending on facility baseline and scope.
A preview of how the CorGrid platform monitors buildings, equipment, and portfolios in real time.
Real time gauges and historical trend charts for environmental and equipment sensors — air quality, barometric pressure, battery level, and humidity — with drill-down detail on demand.
Supporting documentation, audio, and video for deeper review of the Smart Building & Special Projects proposal. Files below are placeholders — the Corvalent team will attach final assets.
Complete proposal deck prepared for Clayco: strategic context, CorGrid platform, value areas, technologies, benefits, and next steps.
An exclusive audio walkthrough of the proposal: how CorGrid can bring operational intelligence to Clayco's buildings and customer projects.
Watch a demonstration of the CorGrid platform and see how the solution works in practice across real world building and industrial operations.
What would be the best date and time to move forward with a Discovery & Technical Alignment meeting with your team?
External Industry References:
Deloitte: Smart Building Solutions; Driving Efficiency and Effectiveness with Smart Buildings; Building a Sustainable Future with Smart Buildings.
McKinsey & Company: Laying the Foundation for Success in the Connected Building Era; How Disruptive Technologies Are Opening Up Innovative Opportunities in Services; Imagining Construction's Digital Future.
