Sphere Partners

Turn Your City's Infrastructure Into a Real-Time Intelligence Network

Sphere integrates leading cloud, data, CRM, and AI platforms into unified enterprise systems. We design integration architecture, implement platform solutions, and embed automation and AI into operational workflows to drive measurable business performance.

0 GatewaysBuilt on Sidewalk
< 6 wksDeployment Timeline
15+ StreamsUnified Data Sources
23%Avg Utility Cost Savings

Organizations around the world trust us

ideel
JFrog
Clearcover
91 Seconds
PHC
NextCapital
DigitalOcean
Enova
bp
Groupon
CreditNinja
Navy Pier
DoorDash
Gett
Experify
ideel
JFrog
Clearcover
91 Seconds
PHC
NextCapital
DigitalOcean
Enova
bp
Groupon
CreditNinja
Navy Pier
DoorDash
Gett
Experify

Why This Matters Now

Cities are drowning in siloed infrastructure data, with traffic sensors that don't talk to air quality monitors, utility systems disconnected from mobility data, and operations teams making decisions based on stale information. Traditional smart city platforms require expensive private IoT gateway networks, multi-year procurement cycles, and proprietary lock-in. By the time a city deploys, the technology is already outdated.

1. Fragmented Data, Zero Unified View

Traffic, utilities, environmental, and public safety data sits in separate systems. City operations teams can't see the full picture or act on it fast enough.

2. Private IoT Networks Cost Millions

Building a city-wide private LoRaWAN or cellular IoT network requires $2M–$10M in infrastructure before a single sensor is live.

3. Procurement Cycles Kill Innovation

Traditional government IT procurement takes 18–36 months. By go-live, the technology is obsolete and the problem has worsened.

What Sphere Delivers

Sphere leverages Sidewalk – an Amazon's shared, city-scale IoT connectivity network – to eliminate the need for private gateway infrastructure entirely. Our pre-built accelerator connects environmental, traffic, utility, and public safety sensors to a unified AWS-hosted city intelligence platform. Cities get real-time dashboards, automated alerts, and predictive analytics without the traditional capital expenditure.

Amazon Sidewalk Integration

Deploy sensors across the city using Amazon's shared Sidewalk network. No private gateways. No carrier contracts. Coverage wherever Sidewalk devices exist which is most US cities.

Unified City Intelligence Dashboard

One operations console aggregating all sensor streams air quality, noise, flood risk, traffic flow, utility anomalies with city-wide heatmaps and incident alerting.

Predictive Environmental Analytics

ML models trained on your city's historical data forecast air quality events, flooding risks, and congestion patterns hours in advance enabling proactive response.

FedRAMP-Ready AWS Infrastructure

All data hosted on AWS GovCloud with FedRAMP-ready architecture, FISMA compliance support, and full audit logging meeting federal and municipal security requirements.

Open API & GIS Integration

Connects to existing city GIS platforms, 311 systems, and emergency dispatch via open APIs. No rip-and-replace of existing investments.

Multi-Department Visibility

Give public safety, utilities, transportation, and environmental teams a shared operational view of city conditions, with the same live data available across departments.

Built On Industry-Leading Technology

Sphere builds the platform on a proven AWS and IoT foundation, selected for secure connectivity, real-time data handling, scalable analytics, and public-sector readiness. This stack supports city-wide sensor deployments, live operational visibility, predictive modelling, and straightforward integration with the systems municipalities already run.

Amazon Sidewalk (shared IoT connectivity)
AWS IoT Core + IoT Greengrass
Amazon Timestream (time-series data)
Amazon QuickSight (real-time dashboards)
Amazon SageMaker (predictive ML)
AWS GovCloud (FedRAMP-ready)
RESTful APIs + GIS integration (ArcGIS, QGIS)

We'd love to hear from you!

Please provide your contact details, and our team will get back to you promptly.

Who This Is For

INDUSTRY
VERTICAL APPLICATION
Municipal Gov.

City-wide air quality, noise, and flood monitoring with public dashboards and automated EPA reporting

Public Safety

Real-time gunshot detection, crowd density monitoring, and incident alerting integrated with dispatch systems

Smart Mobility

Parking occupancy, bike lane usage, and pedestrian flow data to optimize urban mobility planning

Utilities

Water main leak detection, electrical grid anomaly monitoring, and smart street lighting control

Public Health

Heat island mapping, pollen monitoring, and respiratory health early warning systems

Schedule Your City Intelligence Briefing

In 45 minutes with Sphere's smart city architects, we'll review your city's current data infrastructure, map out a Sidewalk-based sensor.

No sales pressureSenior engineer callCustom ROI estimate

How It Works

1

Assessment

2-week infrastructure and connectivity audit. Identify sensor placement, existing data systems, and Sidewalk coverage.

2

Deploy Sensors

Install pre-configured sensor nodes across target locations. Connect via Amazon Sidewalk – no gateway setup required.

3

Cloud Integration

Stand up the AWS IoT Core pipeline, data lake, and QuickSight dashboard. Integrate with existing city systems via APIs.

4

Train & Optimize

Deploy ML forecasting models on city-specific historical data. Train operations staff. Go live.

ROI & Business Impact

  • 23% Reduction in Utility Costs

    Average 23% reduction in utility costs driven by leak detection and smart lighting.

  • 40% Faster Emergency Response

    40% faster emergency response times from real-time incident detection.

  • $1.2M–$3.8M Annual Savings

    $1.2M–$3.8M in annual operational savings.

  • 8–14 Month Payback

    ROI is typically achieved within 8–14 months of go-live.

  • Zero Gateway Capex

    Eliminating private IoT gateway infrastructure alone saves $2M–$8M in capital costs compared with traditional approaches.

Hear from

our clients
Lee Ebreo

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 and if we did not partner with Sphere to help us achieve our goals.

Selah Ben-Haim

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).

Ben Crawford

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.

Mark Friedgan

Mark Friedgan

CEO at CreditNinja

Sphere consistently prioritizes the needs of their clients, demonstrating both agility and teamwork. As an offshore team, they have been an integral part of our organization and we plan to continue growing with them.

René Pfitzner

René Pfitzner

Co-Founder at Experify

Sphere provided excellent full-stack development manpower to augment our team and help push our product forward. They are easy to work with, tech-savvy and proactive.

Bruce Burdick

Bruce Burdick

Chief Information Officer at Integra Credit

We've been working with Sphere and its excellent consultants since our founding. I've found that they are true partners in the success of our business.

Jemal Swoboda

Jemal Swoboda

CEO at Dabble

The resources and developers that Sphere Software provides are skilled and have the required technical expertise, but more importantly, they have helped us build a culture of excellence within our team.

Arthur Tretyak

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… and for a fraction of the cost. Our experience with Sphere has been exceptional.

Lee Ebreo

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 and if we did not partner with Sphere to help us achieve our goals.

Selah Ben-Haim

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).

Join 300+
Satisfied Clients

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Years of Excellence

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Projects Delivered

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Countries

Globally diverse, community-focused

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Clients

top 20 average 8+ years

Latest Insights

Frequently Asked Questions

Amazon Sidewalk is a shared low-bandwidth wireless network designed to connect compatible IoT devices across broad areas. For cities, it creates a way to deploy distributed sensors without first funding and building a separate private gateway network, which helps accelerate rollout and reduce upfront infrastructure cost.
Traditional smart city deployments often start with network buildout, hardware integration, and long procurement cycles. Sphere's approach uses Amazon Sidewalk as the connectivity layer and AWS as the cloud backbone, so cities can focus on use cases, sensor coverage, and operational outcomes instead of standing up a private network from scratch.
This solution is designed to use Amazon Sidewalk rather than a city-owned gateway network. That removes a major capital and operational burden and makes it easier to launch pilots or targeted rollouts quickly.
The platform is built to support a wide range of low-power urban sensing use cases, including air quality, noise, traffic flow, parking occupancy, flood indicators, utility anomaly detection, and public space monitoring. The exact sensor mix depends on the city's priorities, deployment zones, and integration requirements.
Sphere's solution is designed to connect with existing GIS platforms, 311 systems, dispatch workflows, and other municipal applications through APIs. That means cities can extend what they already use instead of replacing core systems.
The architecture is intended to support public-sector security requirements through AWS-based controls, logging, access management, and compliance-oriented design. Final compliance posture depends on the city's required standards, data types, hosting model, and implementation scope.
ROI depends on the use cases selected and the city's baseline costs. The strongest returns usually come from operational efficiency, faster response, avoided infrastructure spend, utility optimization, and earlier detection of issues such as leaks, congestion, or environmental events.

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