Planning calculator
Bandwidth is one of the most frequently underestimated aspects of cloud surveillance planning – and one of the most common sources of deployment problems. Upload too many camera streams simultaneously and you saturate your internet connection; too little cloud sync and you lose the remote access and AI analytics that justify cloud surveillance in the first place. This guide helps you calculate bandwidth requirements for your deployment and design a configuration that works within your available connectivity.
Bandwidth is one of the most frequently underestimated aspects of cloud surveillance planning – and one of the most common sources of deployment problems. Upload too many camera streams simultaneously and you saturate your internet connection; too little cloud sync and you lose the remote access and AI analytics that justify cloud surveillance in the first place. This guide helps you calculate bandwidth requirements for your deployment and design a configuration that works within your available connectivity.
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Estimate upload requirements before adding cameras or changing retention strategy.
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Cloud Surveillance Bandwidth Calculator: How Much Internet Do You Need?
How Cloud Surveillance Uses Bandwidth
Cloud surveillance uses internet bandwidth in two primary ways:
- Continuous upload: The camera streams video continuously to the cloud. Highest bandwidth use; required for pure cloud platforms with no local recording.
- Selective sync (hybrid): The local gateway records all video; only selected footage (motion events, AI-flagged clips, on-demand requests) syncs to the cloud. Dramatically lower bandwidth use; the Ifovea hybrid approach.
For most commercial sites, selective sync is the right architectural choice – it makes cloud surveillance viable even with modest internet connections while preserving full cloud management, remote access, and AI analytics.
Turn this into a practical surveillance plan
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Bandwidth by Camera Resolution (Continuous Stream)
| Resolution | Codec | Bitrate (per camera) | Upload per camera/day |
|---|---|---|---|
| 1080p (2MP) | H.264 | 2-4 Mbps | 21-43 GB/day |
| 1080p (2MP) | H.265 | 1-2 Mbps | 11-22 GB/day |
| 4MP | H.264 | 4-8 Mbps | 43-86 GB/day |
| 4MP | H.265 | 2-4 Mbps | 22-43 GB/day |
| 4K (8MP) | H.264 | 8-16 Mbps | 86-173 GB/day |
| 4K (8MP) | H.265 | 4-8 Mbps | 43-86 GB/day |
Note: These are continuous stream bitrates. Actual bitrate varies based on scene complexity, motion level, and camera settings. Motion-triggered recording reduces average bitrate significantly.
Required Upload Bandwidth for Continuous Streaming (Pure Cloud)
| Camera Count | Resolution | Codec | Required Upload Bandwidth |
|---|---|---|---|
| 8 cameras | 1080p | H.265 | 8-16 Mbps upload |
| 16 cameras | 1080p | H.265 | 16-32 Mbps upload |
| 32 cameras | 1080p | H.265 | 32-64 Mbps upload |
| 8 cameras | 4MP | H.265 | 16-32 Mbps upload |
| 16 cameras | 4MP | H.265 | 32-64 Mbps upload |
| 32 cameras | 4MP | H.265 | 64-128 Mbps upload |
Important: This bandwidth is dedicated to surveillance upload. Business operations (VoIP, cloud applications, video conferencing) require additional bandwidth on the same connection. A 32-camera 4MP deployment on a typical commercial 100 Mbps connection would consume 64-128% of the upload capacity for surveillance alone – not viable for pure cloud without a dedicated internet circuit.
Bandwidth with Hybrid Architecture (Selective Sync)
With Ifovea’s hybrid approach, cameras record to the local gateway. Only event-triggered clips sync to the cloud. The bandwidth reduction is dramatic:
| Site Activity Level | Cameras | Sync Mode | Typical Daily Upload |
|---|---|---|---|
| Low (retail overnight) | 16 cameras | Motion events only | 2-8 GB/day |
| Medium (busy retail day) | 16 cameras | Motion events only | 10-30 GB/day |
| High (warehouse 24/7) | 40 cameras | Motion events only | 20-80 GB/day |
| All of the above | Any count | Off-hours scheduled sync | Peak during business hours: near zero |
With off-hours scheduled sync, virtually all cloud upload happens overnight – preserving daytime bandwidth entirely for business operations.
Site Bandwidth Reference Guide
| Site Type | Camera Count | Recommended Architecture | Minimum Upload for Cloud Sync |
|---|---|---|---|
| Small retail (5-15 cameras) | 5-15 | Cloud-only or hybrid | 10-25 Mbps upload (cloud-only) |
| Medium office/retail (16-30 cameras) | 16-30 | Hybrid strongly recommended | 5-15 Mbps (hybrid selective sync) |
| Large facility (31-100 cameras) | 31-100 | Hybrid required | 10-30 Mbps (hybrid, off-hours sync) |
| Enterprise campus (100+ cameras) | 100+ | Hybrid with dedicated circuit | Dedicated circuit; site-specific design |
| Construction / cellular internet | Any | Hybrid required | 50-200 GB/month (cellular data plan) |
How to Measure Your Current Bandwidth
Before planning a cloud surveillance deployment, measure actual upload bandwidth at each site during business hours (when the connection is under its normal load):
- Use a speed test tool (speedtest.net or fast.com) from a computer connected to the site’s primary internet connection
- Test at peak usage times – typically mid-morning and mid-afternoon on a business day
- Record upload speed, not just download speed – most business internet connections have significantly lower upload than download capacity
- Share these measurements with Ifovea’s team during deployment planning – they’ll help you configure sync modes appropriate for each site’s connectivity profile
Bandwidth FAQs
Will cloud surveillance slow down my business internet?
With pure cloud architecture and continuous upload, yes – if upload bandwidth is insufficient, cloud surveillance will compete with business applications. With Ifovea’s hybrid selective sync or off-hours scheduled sync, the impact on business operations is minimal to zero.
How does Ifovea limit bandwidth usage per site?
Ifovea’s gateway configuration allows per-site upload bandwidth caps – preventing surveillance sync from consuming more than a configured percentage of the available upload connection. This cap is set per site during deployment configuration.
What if our internet goes down entirely?
With Ifovea’s hybrid architecture, cameras continue recording locally. No internet connection = no cloud sync, but local recording continues without interruption. When connectivity is restored, sync resumes automatically.
Can Ifovea work on a cellular (LTE/5G) internet connection?
Yes – with hybrid architecture and event-based sync configuration. Typical cellular-connected construction sites use 50-200 GB of data per month depending on camera count and activity level. A dedicated LTE data plan for surveillance is recommended for this configuration.
Get a Site-Specific Bandwidth Assessment
Share your camera count, resolution requirements, and measured upload bandwidth at each site with Ifovea’s team. We’ll design a sync configuration that delivers full cloud surveillance functionality within your available connectivity at each location.
Bandwidth-aware migration planning
Bandwidth planning should connect to hybrid architecture, camera inventory, multi-site rollout, and storage retention choices.
Frequently asked questions
Are calculator estimates final pricing?
No. They are planning inputs. Final requirements depend on camera count, resolution, frame rate, retention, bandwidth, analytics, and deployment architecture.
What inputs matter most?
Camera count, resolution, recording schedule, motion level, retention period, and upload capacity usually have the largest effect.
Can iFovea help validate the estimate?
Yes. iFovea can review site details and camera inventory to turn rough estimates into a practical deployment plan.
How should teams use the result?
Use the result to compare cloud, hybrid, and legacy system costs, then validate assumptions before procurement.
Related resources
Continue comparing options, planning migration, and estimating the right cloud surveillance architecture.
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