That model is fading fast. A 2024 Harris Poll of 1,518 US IT and physical-security leaders found that 26% now run fully cloud-managed access control, while 60% operate hybrid systems, and 86% of the remaining on-premises or hybrid organizations are actively considering a broader move to the cloud, according to Verkada's State of Cloud Security report.
Cloud-based access control centralizes permissions, supports remote administration, and gives you audit-ready records without a server rack. That said, hardware selection, internet connectivity, and installation quality still determine how well any system actually performs. This guide compares five leading platforms and walks through how to evaluate security, integrations, offline behavior, scalability, and total cost of ownership.
Key Takeaways
- Host software, permissions, and event logs in the cloud—no on-site server required.
- Match the platform to your doors, sites, users, and compliance needs, not brand name alone.
- Vet cybersecurity, credentials, offline behavior, integrations, and support before you sign.
- Use a systems integrator to unify access control with video, fire, and communications.
Overview of Cloud-Based Access Control in the US Market
Cloud-managed physical access control governs entry through doors, gates, elevators, and restricted areas using readers, credentials, controllers, and cloud-hosted software. That's different from "cloud access control" in IT security, which governs who can log into applications and data rather than who can walk through a door.
This model matters for a specific set of US organizations:
- Multi-site businesses managing dozens of locations from one office
- Healthcare networks controlling access to pharmacies, labs, and patient units
- School districts and college campuses handling lockdown readiness
- Government and municipal facilities that need documented entry records
- Banks and other regulated branches controlling vaults and back-office areas
- Industrial plants and manufacturing sites restricting production zones
- Data centers enforcing strict physical security and compliance controls
What You Actually Gain
Cloud access control changes how you run doors day to day. Organizations typically gain:
- Centralized administration across every building from one dashboard
- Faster credential changes when an employee is hired, transferred, or terminated
- Remote troubleshooting without dispatching a technician for every issue
- Audit-ready activity records that satisfy compliance reviews
- Automatic software updates without manual firmware patching schedules
- Portfolio-wide visibility for directors managing multiple sites
Cloud vs. On-Premises: The Real Trade-offs
| Factor | Cloud-Based | On-Premises |
|---|---|---|
| Server ownership | Provider-hosted | Customer-owned |
| Software updates | Automatic | Manually scheduled |
| Remote access | Built in | Requires VPN/extra setup |
| Cost structure | Recurring subscription | Higher upfront capital cost |
| Hardware dependency | Still requires local controllers | Local controllers + server |
| Continuity during outage | Varies by vendor's local caching | Fully local, unaffected by internet |
Treat every platform below as a representative option to evaluate—not a default pick. Confirm current features, pricing, and availability with each vendor before you commit.
Top Cloud-Based Access Control Systems in the US
This shortlist includes platforms with established cloud management, documented physical access-control capabilities, and commercial-grade integrations.
Each one fits at least one major customer segment: enterprise, distributed retail, healthcare, or technology-focused offices.
Brivo
Brivo has been building cloud access-control products since 2002 and targets enterprise, commercial, multifamily, education, retail, and healthcare deployments. Its platform centralizes doors, users, policies, and video across a portfolio, with global roles and schedules that admins can push to every site at once.
Credential support spans mobile passes, cards, fobs, PINs, license-plate recognition, and biometrics. Brivo also lists integrations with Microsoft Entra ID, Okta, and more than 400 technology partners.
Comparison snapshot:
- Best for: Enterprise organizations managing large, distributed portfolios
- Offline behavior: Panels cache credentials and rules locally; cellular modules add a backup connection path
- Considerations: Feature tiers and add-ons (mobile passes, SSO, video) can complicate budgeting
- Pricing approach: Subscription-based, typically quoted per reader/door plus add-on modules
Kisi
Kisi's One Security Platform combines access control, visitor management, intrusion detection, and video into a single hub. It's built for general business use, coworking spaces, and fitness facilities that need a straightforward user experience.
Kisi supports existing card credentials, NFC/RFID badges, mobile credentials, Apple Wallet, and time-limited access links. Its published API manages users, locks, and access rights directly, with SSO integrations for Entra ID, Okta, OneLogin, and Google.
Comparison snapshot:
- Best for: Offices and multi-location businesses that want fast deployment and a modern app experience
- Offline behavior: Encrypted offline support covers cards and phones during internet outages
- Considerations: Hardware costs (controllers, readers) are separate from the software subscription
- Pricing approach: Modular by location count, starting around $99/month for the base platform
Avigilon Alta (formerly Openpath)
Avigilon rebranded Openpath's access-control line as Alta, keeping the mobile-first, touchless entry experience the product was known for. It supports Wave-to-Unlock, QR codes, key cards, and intercom integration, plus identity-linked video search when paired with Avigilon cameras.
Multi-site organizations can sync users and permissions across locations from one console, which makes Alta a fit for companies that want a modern experience layered onto enterprise-grade video and security integrations.
Comparison snapshot:
- Best for: Organizations prioritizing mobile-first entry and video/access convergence
- Offline behavior: Controllers cache credentials for offline unlocks; power-outage behavior depends on backup power and fail-safe door wiring
- Considerations: Smartphone reliance and legacy hardware compatibility are worth confirming during a site assessment
- Pricing approach: Subscription plus hardware; total cost varies by reader and controller count
Salto KS
Salto KS is a cloud platform built around wireless and electronic locking hardware rather than traditional wired controllers.
An IQ gateway connects to the cloud over Wi-Fi, PoE, or cellular, then talks to individual smart locks over Bluetooth. That setup fits buildings where running wire to every door isn't practical.
The hardware lineup includes electronic locks, cylinders, padlocks, locker locks, and wall readers, compatible with European, Scandinavian, and ANSI mortise locks. Credentials include tags, digital keys, PINs, and a mobile Keychain app.
Comparison snapshot:
- Best for: Distributed facilities or older buildings where wireless locking reduces installation complexity
- Offline behavior: Locks store access rights locally; PIN access works offline automatically, but digital key and tag offline access must be enabled in advance
- Considerations: The IQ gateway must reconnect to sync any rights changes
- Pricing approach: Per-lock/per-gateway licensing; installation scope depends on existing door hardware
Verkada Access Control
Verkada's access-control lineup, including the AC41, AC42, and AC62 controllers, is built to sit alongside its cameras, sensors, and alarms inside one interface called Command. Doors can associate directly with specific camera angles, giving security teams video context for every access event.
Credentials include the Verkada Pass mobile app, Bluetooth touchless entry, cards, and PINs. The AC41 and AX11 also support third-party readers and Wiegand devices, so existing hardware doesn't always need full replacement. Verkada also publishes SOC 2 Type 2 and ISO 27001:2022 certifications through its Trust Hub, which is worth reviewing in regulated industries.
Comparison snapshot:
- Best for: Organizations that want a single pane of glass for video and access control together
- Offline behavior: Depends on controller model; check current documentation for cached-credential behavior per device
- Considerations: Licensing layers (per-door, per-controller, and mobile NFC per 20 users) add up quickly on larger portfolios
- Pricing approach: Subscription-based per door and controller, plus separate mobile NFC licensing
How We Chose the Best Cloud-Based Access Control Systems
Treat this list as a research-based shortlist, not an absolute ranking. The most common buying mistake we see is comparing software demos side-by-side without checking the hardware quote, migration timeline, or credential lifecycle plan behind each platform.
Here's what actually separates a good fit from a bad one:
- Security and administration — Evaluate encryption, role-based permissions, credential revocation speed, and audit-trail protection. Use NIST SP 800-53 access-enforcement and audit-integrity controls as a benchmark for vendor claims.
- Reliability during outages — Confirm how controllers behave without internet: do doors stay locked, unlocked, or does cached data keep normal operation running?
- Integrations and interoperability — Verify compatibility with existing readers, video, intercoms, fire alarms, and HR or identity platforms before assuming a rip-and-replace.
- Total cost of ownership — Add up hardware, licensing, installation, training, and replacement credentials, not just the advertised subscription rate.
- Vendor and implementation support — Review support hours, documentation quality, and experience in regulated environments such as healthcare or government.
Conclusion
The best cloud-based access control system matches your risk profile, building types, existing infrastructure, and expansion plans.
Before you select a platform, request:
- A site assessment
- A migration plan
- Security documentation
- A full cost model from hardware through year-three support
IP Systems has worked with commercial and public-sector organizations since 1998. We design and install access control alongside video, fire, and communication systems for healthcare networks, school districts, and manufacturing facilities.
We don't sell a proprietary access-control platform. Our team assesses your facilities, integrates the right cloud or on-premises hardware, and provides ongoing monitoring through our Network Operations Center.
If you're weighing these options for a multi-site rollout, reach out at salesteam@ipsystems.tech or (330) 963-0064 for a tailored assessment.
Frequently Asked Questions
What is a cloud-based access control system?
It's a physical security system where the management software, credentials, permissions, and event logs are hosted through cloud services, while local hardware still controls the doors. Always confirm how the system behaves offline and what security controls protect the cloud portion.
What is access control in cloud computing?
This refers to managing who can access cloud-hosted applications and data, using identities, permissions, and authentication, rather than physical doors. It's a related but separate concept from cloud-managed door hardware, even though both rely on audit logs and role permissions.
What is ACL vs RBAC?
An access control list (ACL) assigns permissions directly to specific users or resources. Role-based access control (RBAC) assigns permissions based on job roles instead, which is typically easier to manage across large access-control deployments.
What is an example of DAC?
Discretionary access control (DAC) lets an owner or administrator decide who gets access. A simple example: a facilities manager grants one specific contractor a temporary badge to a mechanical room for the duration of a repair job.
Are there different types of cloud security I should know about?
Yes. The main categories include identity and access management, data protection, network security, endpoint security, monitoring, and physical security. These work together, since a gap in one area, like weak identity controls, can undermine the others.
Is NAC a firewall?
No. Network access control (NAC) evaluates whether a device or user should be allowed onto a network, while a firewall filters traffic according to security rules. Neither term refers to physical door access control.
