Sense Everything. Spend Almost Nothing.

Sphere’s Sidewalk Environmental & Industrial Monitoring accelerator deploys dense sensor networks for air quality, temperature, humidity, vibration, and gas detection — across facilities, campuses, and industrial sites — using Amazon Sidewalk’s shared network. No private IoT infrastructure required.

50+

Sensor Types Supported

< 48hr

Deployment Timeline

30%

Energy Cost Savings

$0

Gateway Infrastructure

Why This Matters Now

Industrial facilities and commercial buildings generate massive amounts of environmental data that goes unmonitored – HVAC inefficiencies burning thousands in wasted energy, air quality conditions creating liability and regulatory exposure, and early-warning equipment signals going undetected until they cause failures. Traditional monitoring systems require expensive wired infrastructure or private wireless gateways.

1. Energy Waste Is Invisible

Most facilities overspend on HVAC and lighting by 20–40% because they have no real-time visibility into actual space usage and environmental conditions.

2. EHS Compliance Is Reactive

Environmental health and safety incidents happen because monitoring is either absent or too sparse to detect developing issues before they reach threshold levels.

3. Wired Monitoring Is Cost-Prohibitive

Installing wired environmental sensors in a 500,000 sq ft facility can cost $500K–$2M. Wireless alternatives typically require private gateway networks costing $100K+.

What Sphere Delivers

Amazon Sidewalk solves the connectivity cost problem entirely by providing a shared, city-scale wireless network at zero per-device infrastructure cost. Sphere’s accelerator adds pre-certified sensor hardware, automated data ingestion, and a real-time monitoring platform – enabling dense, comprehensive environmental monitoring at 10x lower cost than traditional approaches.

Built On Industry-Leading Technology

Sphere’s environmental monitoring platform runs on a cloud-native stack built for continuous sensing, alerting, and operational response across distributed facilities. The architecture combines Amazon Sidewalk connectivity, AWS device and data services, real-time event logic, compliance reporting, and integration with building and maintenance systems so sensor data flows directly into day-to-day facility operations.

Who This Is For

INDUSTRY

VERTICAL APPLICATION

Commercial Real Estate

Monitor all tenant spaces for temperature, CO2, and occupancy. Optimize HVAC usage and demonstrate ESG compliance to tenants.

Manufacturing

Continuous air quality and gas detection monitoring across production floors, warehouses, and storage areas.

Pharmaceuticals

FDA-compliant temperature and humidity monitoring for cleanrooms, storage areas, and laboratory environments.

Data Centers

Continuous temperature, humidity, and airflow monitoring with automated alerts for hot spots and cooling failures.

Municipal Buildings

Energy efficiency monitoring across city-owned buildings for sustainability reporting and carbon footprint reduction.

Get a Free Facility Monitoring Assessment

Sphere’s EHS and IoT engineers will assess your facility’s monitoring gaps, estimate Sidewalk coverage, and deliver a prioritized sensor deployment plan with ROI projections – at no cost.

How It Works

Assessment

Sphere maps facility layout, identifies monitoring zones, and selects appropriate sensor types for each area.

Deploy Sensors

Install sensor nodes at identified locations. Connect via Amazon Sidewalk – typically 1–3 hours per floor of installation.

Platform Config

Configure data pipelines, alert thresholds, compliance reports, and dashboard views in AWS.

Go Live & Monitor

First sensor data visible within 1 hour of installation. Full compliance reporting operational within 48 hours.

ROI & Bussines Impact

Facilities using Sphere’s environmental monitoring platform report average energy savings of 18–30% (from HVAC optimization and occupancy-based control), elimination of $50K–$200K in annual regulatory risk exposure, and reduction in equipment failure downtime of 40–60%.

For a 500,000 sq ft commercial facility, typical annual savings exceed $400K against a platform cost of $60K–$120K/year – a 3–7x ROI.

Let’s Connect

Trusted by

Flexible, fast, and focused — Sphere solves your tech and business challenges as you scale.

Luke Suneja

Client Partner

Loading form

Hear From Our Clients

Sphere Partners
Selah Ben-Haim VP of Engineering at Prominence Advisors

Our experience with Sphere and their team has been and continues to be fantastic. We keep throwing new projects at them, and they keep knocking them out of the park (including the rescue of a project that was previously bungled by another vendor).

Sphere Partners
Ben Crawford Senior Product Manager at Enova Financial

I would expect to be delighted. It’s been a really positive experience, working with Sphere, and I would expect you to have the same.

Sphere Partners
Mark Friedgan CEO at CreditNinja

Sphere consistently prioritizes the needs of their clients, demonstrating both agility and teamwork. They bring innovative and well-considered solutions, consistently surpassing my expectations.

Sphere Partners
René Pfitzner Co-Founder at Experify

Sphere provided excellent full-stack development manpower to augment our team and work with us.

Sphere Partners
Bruce Burdick Chief Information Officer at Integra Credit

We've been working with Sphere and its excellent consultants since our founding. Their combination of offshore talent, pricing, and shift offsetting is hard to beat. They provide crucial augmentation to our in-house team. We simply couldn't achieve our production ambitions without their service.

Sphere Partners
Jemal Swoboda CEO at Dabble

The resources and developers that Sphere Software provides are skilled and have the required technical expertise to complete their tasks successfully, with the team easily scaled in either direction. The deliverables are always high-quality.

Sphere Partners
Arthur Tretyak Founder and CEO at IntegraCredit

With Sphere, we were able to migrate in half the time it would take to train an additional FTE…

Sphere Partners
Lee Ebreo VP of Engineering at Credit Ninja

These things would not have been achievable if we did not build our own in-house system. We augmented our development team capabilities using Sphere’s developer, who works very well with our Dev Lead in Chicago. Sphere’s developer was an expert in the new system, and continues to be an expert as we evolve it.

TOP AI CODE
Generation COMPANY
UNITED STATES 2025

TOP AI TEXT
Generation COMPANY
florida 2025

TOP APP development COMPANY
manufacturing 2025

TOP artificial intelligence COMPANY
united states 2025

TOP chatbot
COMPANY
united states 2025

TOP recommendation systems COMPANY
united states 2025

Sphere in Numbers

We understand that actions speak louder than words and numbers
but here are some key facts about us.

20

Years of Experience

230

Delivered Projects

200+

Senior Specialists

94%

Satisfaction Rate

Get The Latest Insights

Frequently asked question

Industrial environmental monitoring with IoT uses connected sensors to track air quality, gas exposure, temperature, humidity, particulate matter, noise, occupancy, and equipment conditions across facilities in real time. Industrial environmental monitoring with IoT gives EHS teams and facility operators continuous visibility instead of relying on manual checks and delayed reports.

IoT environmental monitoring improves EHS performance by giving EHS professionals live data, threshold alerts, incident history, and audit-ready records across production areas, storage zones, and occupied spaces. IoT environmental monitoring helps safety teams identify environmental risk earlier and respond before conditions become reportable incidents or worker exposure events.

HVAC cost reduction with IoT monitoring works by using occupancy, temperature, humidity, and air quality data to adjust conditioning based on actual demand inside each space. HVAC cost reduction with IoT monitoring helps eliminate energy waste in underused areas and gives facility teams better control over ventilation and comfort without running systems harder than necessary.

Industrial air quality monitoring IoT systems commonly include sensors for temperature, humidity, CO2, VOCs, PM2.5, PM10, noise, and light, with optional vibration and equipment-health signals. Industrial air quality monitoring IoT becomes more useful when a single node captures multiple environmental conditions instead of forcing teams to manage separate point solutions.

OSHA environmental monitoring with IoT supports compliance by capturing continuous timestamped environmental data, alarm events, and calibration records that can be used for audits, investigations, and internal reporting. OSHA environmental monitoring with IoT gives EHS leaders a clearer record of what happened, when thresholds were crossed, and how the facility responded.

IoT gas detection monitoring is a connected safety system that tracks combustible gas, toxic gas, and oxygen deficiency conditions across industrial environments. IoT gas detection monitoring helps safety personnel receive automated alerts for LEL, H2S, CO, NH3, and oxygen events so response starts immediately instead of waiting for a manual inspection round.

Real-time environmental monitoring for industrial facilities helps EHS professionals move from reactive response to continuous oversight. Real-time environmental monitoring for industrial facilities makes it easier to spot recurring exposure patterns, verify safe operating conditions, support investigations, and coordinate faster action with operations and maintenance teams.

A facility environmental monitoring system can connect to BMS, BAS, CMMS, and ERP platforms so environmental events trigger operational workflows instead of staying trapped inside a dashboard. A connected facility environmental monitoring system can route threshold breaches into maintenance work orders, building automation adjustments, and compliance records.

An IoT environmental monitoring platform can use vibration and temperature anomalies to identify early signs of stress in HVAC units, motors, and pumps. Predictive maintenance inside an IoT environmental monitoring platform helps facility teams intervene before equipment failure creates comfort problems, safety risk, or unplanned downtime.

Buyers should look for multi-parameter sensing, gas detection support, real-time alerts, occupancy-based HVAC intelligence, compliance reporting, predictive maintenance triggers, and integration with existing facility systems. The right industrial environmental monitoring with IoT solution should serve EHS, facilities, and operations from the same deployment instead of creating one more isolated monitoring tool.

Get Started Today