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PDK.io Cloud Access Control
True cloud, mobile-first access control from ProdataKey. The Red series controllers and readers orchestrate every piece of electrified commercial hardware we install — electric strikes, electrified panic, electrified mortise, auto door operators, and maglocks. Authorized PDK.io dealer for Brevard County.
Parent company: ProdataKey (PDK) · Draper, UT · Cloud platform: pdk.io · Mobile app: PDK Access
About PDK.io
ProdataKey (PDK), headquartered in Draper, Utah, built pdk.io as the first true cloud access control platform — no on-site server, no SQL license, no annual SMA contract. The architecture: one Red Cloud Node per site bridges pdk.io to local hardware. Red 1 / Red 2 / Red 4 / Red 16 expansion controllers handle additional doors, self-discovered via Ethernet or connected wirelessly via PDK\'s proprietary WiMAC mesh. OSDP-compliant Red Readers support 13.56 MHz high-security smartcards, 125 kHz HID-compatible prox, and Bluetooth mobile credentials in a single device. Administration happens entirely in a browser or the PDK Access mobile app.
The PDK value proposition over legacy Lenel/AMAG/Software House isn\'t just convenience — it\'s total cost of ownership. No server hardware. No Windows Server licenses. No SQL licenses. No per-user software fees. No per-credential subscription for mobile credentials. Flat platform pricing per site. For a typical 50-door office building, the 5-year total cost of PDK vs Lenel runs roughly 40–60% lower, with comparable feature coverage for all but the most specialized federal/classified applications. That pricing model plus the plug-and-play hardware architecture (self-discovery, OSDP multi-drop, Controller Continuity for outage resilience) is why PDK has become the default spec for new access control installs across commercial office, retail, schools, healthcare offices, self-storage, and multi-tenant residential.
Key-En-Lock is an authorized PDK.io dealer for Brevard County. We handle end-to-end PDK deployments — site survey, electrified hardware specification, power supply sizing, cable planning, installation, commissioning, and ongoing administration. Our 20+ years of commercial locksmith and hardware experience means we can pair PDK with any electrified lock hardware we install — Schlage, Sargent, Corbin Russwin, Yale/ACCENTRA, Best, Von Duprin, Marks USA, Medeco, Mul-T-Lock, and the full Grade 1 commercial catalog. We don't just drop off a Cloud Node; we design the whole door system around it.
Red Series Controllers
The Red line is PDK\'s current flagship hardware. OSDP-compliant, self-discoverable, with onboard supervised power. One Cloud Node per site plus expansion controllers as the system grows.
| Controller | Category | Description |
|---|---|---|
| Red Cloud Node (Red CN) | Main controller · 1 per site | The gateway between pdk.io cloud and all on-site hardware. Built-in Ethernet with self-discovery — no IP address entry needed. Doubles as a single-door controller for small installs (the only device you need for one opening). Onboard power supply + supervised circuit monitors inputs, outputs, battery voltage, and controller health. Stores a local database so access continues during internet outages. |
| Red 1 | Single-door expansion | Add one door to an existing Cloud Node. Self-discovered via Ethernet when plugged in. Onboard power and supervised circuit. Optional WiMAC wireless or PoE++ plug-in module kits. |
| Red 2 | Two-door controller | Flagship expansion controller — two doors per unit. OSDP-compliant, supports up to 4 readers per wire via OSDP multi-drop (read-in/read-out pairs on shared wire). Self-discovered by Cloud Node. PoE++ or WiMAC wireless module option. |
| Red 4 | Four-door controller | Four-door expansion for medium builds. Same OSDP architecture as Red 2 with double the capacity per enclosure — reduces panel count and wiring runs for 8–32 door installs. |
| Red 16 | Sixteen-door controller | High-density expansion for large facilities. Sixteen doors per controller — dramatically reduces enclosure count and labor for enterprise installs. Common spec for office towers, large schools, and multi-building campuses. |
| RGW (Red Gate Wireless) | Outdoor / gate controller | Two-door controller purpose-built for gates and outdoor openings. WiMAC wireless between gate and building — eliminates expensive trenching for exterior gate wiring. Battery monitoring, optional PoE++, IP-rated enclosure. Replaces legacy GCW. |
Red Readers
Multi-technology readers supporting OSDP Secure Channel, 13.56 MHz smartcards, 125 kHz prox, and Bluetooth mobile credentials — all in a single device. IP55 rated indoor/outdoor.
- Red Mullion Reader — Thin form factor designed for door frame (mullion) mounting. OSDP + Wiegand. Multi-technology: 13.56 MHz high-security smartcards + 125 kHz prox + Bluetooth mobile. IP55 rated indoor/outdoor. The most-specified reader.
- Red Single-Gang Reader — Wall-mount reader sized to a standard single-gang electrical box. Same multi-technology capability as mullion. For applications where a larger visible reader is preferred or where a gang box is already in place.
- Red Keypad (RKB) — Combination reader + keypad. Card + PIN dual-credential, or PIN-only for unmanned doors, or card-only. Multi-tech 13.56 MHz + 125 kHz + Bluetooth. Common spec for high-security openings requiring two-factor credential.
- Rugged Readers (RDRGR, RDRMR) — Vandal-resistant aluminum-faced readers for high-abuse environments — schools, gyms, industrial sites, detention. Touch keypads with no moving parts.
- Touch io (legacy) — Bluetooth-capable touch reader compatible with earlier PDK installs. Still supported for service and expansion of legacy systems.
- Wiegand-output third-party readers — PDK controllers accept any standard Wiegand 26–37 bit reader — HID, Farpointe, Allegion, others. Useful when existing HID prox infrastructure is already deployed and customer wants to migrate controllers without replacing every reader.
Credentials
PDK supports every major credential format. Mix and match per user — one employee can have a mobile credential, a 13.56 MHz smartcard, and a PIN code all assigned to their account.
| Credential Type | Description |
|---|---|
| Red High-Security Mobile | BLE mobile credential in the PDK Access app. iOS and Android. No third-party provider — admins issue credentials directly from pdk.io with no per-credential subscription fee. The preferred modern credential. |
| Red 13.56 MHz Smartcard | High-security encrypted smartcard. Resistant to cloning (unlike legacy 125 kHz prox). The current spec for new card-based deployments. |
| 125 kHz Proximity | Standard prox cards compatible with HID 26–37 bit formats. Use existing HID card inventories when migrating from Lenel, AMAG, or other legacy systems to pdk.io. |
| Fobs | Keychain-size credentials — 13.56 MHz or 125 kHz. For staff who don't carry wallets or ID badges. |
| PIN code | Keypad-only access for unmanned doors, maintenance entries, and delivery access. Paired with card for two-factor on high-security openings. |
| Emergency Cards (Ecards) | Special credentials that always work regardless of schedules, lockdowns, or user permissions. Fire marshal, law enforcement, or emergency response use. Defined per site. |
pdk.io Platform Features
The cloud platform is where PDK\'s architectural advantages show up. Feature depth that matches legacy enterprise systems, delivered through a browser and a mobile app with no server to maintain.
- True cloud — no on-site server — pdk.io is a browser-based cloud platform. No local server to maintain, patch, or replace. No server license. Access from any internet-connected device — phone, tablet, laptop.
- Mobile-first admin — Full system administration from the PDK Access mobile app — add users, issue credentials, remote unlock, generate reports, configure rules. No desktop required.
- Self-discovery — Plug a Red controller into Ethernet and it appears in pdk.io within seconds — no IP address entry, no port forwarding, no static IP reservations. Plug-and-play from out of the box.
- OSDP Secure Channel — Encrypted reader-to-controller communication. Defeats eavesdropping attacks that plague legacy Wiegand installs. Up to 4 readers per controller wire via OSDP multi-drop — dramatic labor savings on read-in/read-out door pairs.
- Controller Continuity — Red controllers cache the access database and rules locally. During internet outages, credentials and schedules continue to function for a configurable retention period. Events queue and sync when connection returns.
- Rules engine — Conditional automation: "If door held open >30 seconds, send email to security@..."; "If lockdown input triggered, lock all doors in zone"; "Disable user X's credential after 5:00 PM Friday." Visual rule builder in pdk.io.
- Floor Groups (elevator control) — Floor-level access control for multi-tenant elevators. Define Floor Groups (e.g., "All Access", "Floor 3 Only") and assign users. Elevator cab readers control floor selection.
- Unlimited users, doors, events — No per-user licensing. No per-door fees once hardware is purchased. Unlimited audit history in the cloud. The platform scales from 1 door / 10 users to 1,000+ doors / 10,000+ users without software tier upgrades.
- Comelit video intercom integration — Native integration with Comelit IP video intercoms. Intercom calls an admin's phone, admin reviews video, remote-unlocks from PDK Access app. Common spec for multi-tenant residential and corporate lobbies.
- Full REST API — Every action exposed via API — integrate with HR systems for auto-onboarding, tie into visitor management, pull events into SIEM tools, build custom dashboards. Standard REST with OAuth2.
Hardware Compatibility — What PDK Controls
Electric Strikes (see hub)
| Hardware | PDK Integration Notes |
|---|---|
| HES 1006 / 9600 Series | Grade 1 electric strike for ANSI 4-7/8" frame prep. 12/24VDC fail-secure or fail-safe. Direct PDK Red 2/Red 4 output — no extra relay board needed. |
| Folger Adam 310 / 712 | Heavy-duty institutional electric strike. PDK controls via onboard output. Common spec for detention, courthouse, healthcare. |
| Von Duprin 6000 Series | Von Duprin electric strike for rim exit devices and mortise latches. Direct PDK integration. |
| Adams Rite 7400 / 7170 | Narrow-stile electric strikes for aluminum storefront doors. Common Florida retail/office spec — PDK controls with low-current draw. |
| Trine / Rutherford Controls | Budget and mid-range strikes. Full PDK compatibility via standard relay output. |
Electrified Panic Hardware (see hub)
| Hardware | PDK Integration Notes |
|---|---|
| Von Duprin 99 EL / 98 EL | Electrified latch retraction variant. PDK controls an auxiliary power supply that retracts the panic bar on valid read — free exit from inside, electronic entry from outside. |
| Falcon 25 EL / 19 EL | Falcon electrified exit devices. Same architecture as Von Duprin EL — PDK triggers a dedicated panic power supply. |
| Sargent 80 Series EL | Sargent electrified exit devices with latch retraction or electrified trim. PDK controls via auxiliary power supply for latch retraction, or direct relay output for electrified trim. |
| Corbin Russwin ED5200/ED4200 EL | Corbin Russwin electrified exit devices. PDK integration matches Sargent pattern. |
| Marks USA M9900 EL | American-made electrified exit trim. Common spec for BAA federal projects. |
| Jackson 1085/1090 EL | Jackson electrified exit trims for aluminum storefront — PDK controls via trim-level relay. |
Electrified Mortise Locks (see hub)
| Hardware | PDK Integration Notes |
|---|---|
| Schlage L9080 EL / EU | Schlage L9000 series electrified mortise lock. EL (electrified lock — unlocks on power) or EU (electrified unlock — unlocks on loss of power for fail-safe egress). PDK relay output triggers the mortise solenoid. |
| Sargent 8271 / 8273 EL | Sargent 8200 series electrified mortise. Same EL / EU functional options as Schlage. |
| Corbin Russwin ML2051 EL | Corbin Russwin ML2000 series electrified mortise. PDK direct integration. |
| Yale / ACCENTRA 8811 EL | Yale 8800 series electrified mortise. Common healthcare/institutional spec. |
| Best 45H-EL | Best 45H electrified mortise with SFIC core. Facility-staff rekey workflow + PDK credential control combined. |
Electrified Cylindrical Locks (see hub)
| Hardware | PDK Integration Notes |
|---|---|
| Schlage ND80PDEL / ND96 | Electrified Schlage ND cylindrical. Fail-safe or fail-secure options. PDK controls via auxiliary power + relay. |
| Sargent 10X EL | Electrified Sargent 10X cylindrical. Same EL/EU architecture. |
| Yale / ACCENTRA 5400LN EL | Electrified Yale 5400LN. Common retail / office spec for single-door electronic access. |
| Corbin Russwin CL3357 EL | Electrified CL3300 series. PDK direct integration. |
Auxiliary Hardware (Maglocks, Auto Doors, REX, DPS)
| Hardware | PDK Integration Notes |
|---|---|
| Securitron M62 / M62SF Maglocks | Direct PDK relay output to 1200-lb or 1500-lb maglock. Fail-safe by design — requires continuous power to hold. REX and DPS wired back to PDK for status and free egress. |
| Auto Door Operators | LCN 4630, Norton 6000, dormakaba ED400, and Stanley D-4990 all accept PDK credential-triggered activation. ADA-compliant credentialed opening for accessible entrances. |
| Request-to-Exit (REX) sensors | Bosch DS160, Bea FalconPro, and other motion-based REX sensors wire directly to PDK Red controllers. Audit events log as "request to exit" rather than unauthorized access. |
| Door Position Switches (DPS) | Magnetic door contacts wire to PDK inputs. Enables door-held-open alerts, forced-entry detection, and real-time door status reporting. |
| Electrified Continuous Hinges | Select SL11 / SL24 and Pemko CECH power-transfer continuous hinges. Pass power through the hinge to electrified mortise or electrified trim. PDK controls via relay upstream of the hinge. |
PDK is hardware-agnostic — if it accepts a dry-contact relay or a Wiegand/OSDP input, PDK can control it. The compatibility matrix above covers the most-requested integrations; we can design around virtually any electrified lock hardware you already own.
Design Considerations
Access control isn\'t just software — it\'s a coordinated system of electrified hardware, power supplies, code compliance, and network resilience. Here\'s what we work through at design stage:
| Consideration | Details |
|---|---|
| Free Egress Always | Florida Building Code and NFPA 101 Life Safety require free egress at all times. Fail-safe hardware unlocks on power loss; electrified exit devices allow egress via panic bar regardless of credential. PDK systems are designed around these requirements — every door retains mechanical egress. |
| Fail-Safe vs Fail-Secure | Fail-safe = unlocks on power loss (required for most egress paths by fire code). Fail-secure = stays locked on power loss (appropriate for storage, IT rooms, non-egress doors). PDK controls both; hardware selection drives fail mode, not the controller. |
| Power Supply Sizing | Electrified panic hardware (latch retraction) and maglocks draw significant current. PDK Red controllers have onboard power, but large installs require separate Altronix or LifeSafety Power distribution supplies. We size supplies per opening during design. |
| OSDP wiring plan | OSDP multi-drop lets up to 4 readers share a single controller run — huge labor savings on read-in/read-out door pairs. We plan cable runs at design stage to maximize this. |
| Fire alarm interface | NFPA 101 requires electromagnetic hardware to release on fire alarm. PDK supports fire alarm input that triggers unlock across a zone. Wiring and testing must meet AHJ (Authority Having Jurisdiction) requirements. |
| Internet resilience | pdk.io is cloud-based, but Red controllers run locally during outages via Controller Continuity. For critical facilities (healthcare, 24/7 operations) we recommend dual-WAN internet paths at the Cloud Node's network. |
Applications
Where PDK.io is the default spec across Brevard County:
Office & Commercial
Multi-tenant office buildings, single-tenant corporate. PDK scales from front door only to full-building coverage with elevator control and tenant-level zones.
Schools & Education
Campus access control, classroom lockdown, visitor management. One-button lockdown via PDK Access app or dedicated panic button — every exterior door locks instantly, staff credentials continue to work.
Healthcare
Hospital pharmacy, records, IT rooms. PDK + electrified mortise locks + Controller Continuity = HIPAA-aligned access with local failover during internet outages.
Self-Storage
Facility gate + office + tenant units. WiMAC wireless + RGW gate controller eliminates trenching. Mobile credentials issued per tenant.
Fitness & Gyms
24/7 member access via mobile credential. Automatic staff schedule + member day-pass workflow.
Multi-Tenant Residential
Apartment lobbies, amenity rooms, elevators with Floor Groups. Comelit video intercom integration for guest entry.
Data Centers
Server room cabinets, facility perimeter. PDK + electrified locks + audit trail for compliance frameworks.
Auto Dealerships
Service bays, parts rooms, F&I offices. Per-department access schedules. Brevard auto dealers are a common spec.
Retail
Back-of-house, inventory rooms, manager offices. Eliminate lost-key rekeys when employees leave — just revoke credentials.
PDK Services We Provide
As the Brevard County authorized PDK.io dealer, we handle end-to-end access control — design through ongoing administration:
- PDK system design & quote — door-by-door survey, hardware selection (electrified strike vs panic vs mortise), power supply sizing, cable path planning. Produces a line-item proposal with PDK hardware and associated commercial lock hardware.
- Cloud Node installation & site setup — mount and power the main Cloud Node, register the site in pdk.io, configure network, set up admin users and the initial user/schedule structure.
- Red 1 / Red 2 / Red 4 / Red 16 controller installs — single-door through 16-door expansions. Self-discovery setup, OSDP reader commissioning, DPS and REX wiring.
- Electrified hardware integration — pairing PDK with electric strikes, electrified exit devices, electrified mortise locks, and auto door operators across every commercial brand we service.
- Gate access control (RGW installs) — WiMAC wireless gate controller with no trenching. Common for self-storage, HOA community gates, and industrial perimeters.
- OSDP reader migration — replace legacy Wiegand readers with OSDP multi-drop Red readers. Reduces cable runs, encrypts reader-to-controller communication, future-proofs existing panels.
- Mobile credential rollout — issue Bluetooth mobile credentials to staff via the PDK Access app. No more lost-card costs, no per-credential subscription fees.
- Elevator access control — Floor Groups configuration, elevator cab reader install, cab-to-controller wiring through traveling cable.
- Lockdown system design — zone-based lockdown for schools, offices, healthcare. Panic button hardware, PDK rule engine configuration, fire-alarm override integration.
- Comelit video intercom integration — pair Comelit IP intercoms with PDK for lobby and gate guest entry. Admin accepts calls from PDK Access app.
- Ongoing system administration — user add/revoke, schedule changes, credential replacement, audit report pulls, quarterly/annual system health checks.
- Emergency response — lockouts, lost credentials, forced entry events, system-wide credential reset. 24-hour response for PDK customers in Brevard County.
Need PDK.io Access Control in Brevard County?
Authorized dealer. Site surveys, hardware integration, OSDP deployments, mobile credential rollouts, 24-hour emergency response.
Call (321) 224-5625Frequently Asked Questions
What's the difference between PDK.io and legacy access control like Lenel, AMAG, or Software House?
Architecture. Legacy systems like Lenel OnGuard and AMAG Symmetry run on an on-site server — you buy the server, the OS license, the SQL license, the access control application license, pay IT staff to patch and maintain it, and deal with server hardware failures. PDK.io is true cloud — there's no on-site server. The Cloud Node is a small appliance that bridges cloud software to local hardware. Admin happens in a browser or mobile app. Updates happen automatically. No server license fees. The model is the same shift that happened from on-prem Exchange to cloud email. For 95% of buildings PDK delivers equal or better functionality at a fraction of the total cost. Legacy systems still win for some very large enterprise deployments with complex compliance (classified federal, some healthcare), but for commercial, retail, schools, healthcare offices, self-storage, and most office buildings, PDK is the current best spec.
What's the subscription cost?
PDK.io charges a modest annual platform fee per Cloud Node (one per site). No per-user fees. No per-door fees. No per-credential fees. No limits on credential issuance, user count, audit history, or mobile credentials. We size the subscription at design stage based on site count and give you the total cost of ownership over 5 years so there's no sticker shock. Compare this to legacy Lenel, which typically has per-reader licensing, per-credential software fees, and annual SMA (software maintenance agreement) that scales with system size — PDK's flat pricing is dramatically simpler.
Does PDK work with our existing HID prox cards?
Yes. Red readers support 125 kHz HID prox (26–37 bit formats) alongside 13.56 MHz high-security smartcards and Bluetooth mobile. When migrating from Lenel, AMAG, or other legacy systems, we typically deploy Red readers and import your existing HID card inventory into pdk.io. Users keep their current cards; you swap the controllers and readers. Over time you can migrate users to higher-security 13.56 MHz smartcards or mobile credentials as cards are lost or staff turns over.
What commercial hardware does PDK control?
Virtually every electrified commercial lock hardware we install — see the compatibility matrix on this page. Core categories: electric strikes (HES, Folger Adam, Von Duprin 6000, Adams Rite), electrified panic hardware (Von Duprin EL, Falcon EL, Marks EL), electrified mortise locks (Schlage L9080 EL, Sargent 8271 EL, CR ML2051 EL, Yale 8811 EL), electrified cylindrical locks (Schlage ND80PDEL, Sargent 10X EL, Yale 5400LNEL), auto door operators (LCN 4630, Norton 6000, dormakaba ED400, Stanley D-4990), maglocks (Securitron M62, M62SF), and gate operators (Liftmaster, DoorKing, Elite). PDK is hardware-agnostic — if it accepts a dry-contact relay or a Wiegand/OSDP input, PDK controls it.
What happens if our internet goes down?
PDK Red controllers cache the access database and schedules locally via Controller Continuity. During internet outages, credentials and time schedules continue to function for a configurable retention period. Bluetooth and card reads work normally. Access events queue locally and upload to pdk.io when the connection returns. A few functions require cloud connection (elevator access and activating doors from the mobile app), but credential-based entry continues uninterrupted. For 24/7 critical facilities we recommend dual-WAN paths at the Cloud Node's network connection for additional resilience.
Can staff unlock doors with their phone?
Yes — this is a core PDK feature. Install the free PDK Access app (iOS or Android), and staff with mobile credentials can unlock doors via Bluetooth. Phone stays in the pocket; walk up to the door and it unlocks. Or tap "Unlock" in the app if the reader is out of BLE range. Mobile credentials are issued from pdk.io with no per-credential subscription fee — the economic model is dramatically better than HID's legacy per-credential subscription for competing mobile products. Lost phones can be revoked instantly from the admin console.
Is PDK secure enough for government or healthcare?
For most government and healthcare applications, yes. PDK Red uses OSDP Secure Channel for encrypted reader-to-controller communication (defeats the Wiegand eavesdropping attacks that plague legacy installs). 13.56 MHz Red smartcards use encrypted credentials resistant to cloning. The cloud platform uses TLS encryption and SOC 2 compliance for infrastructure. For HIPAA, PDK meets the technical safeguards required by the Security Rule — audit trail, unique user ID, automatic logoff, encryption. For classified federal installations (SCIF, SIPR rooms) a higher-tier system with FIPS 140-2 validation is typically required — we recommend Lenel or AMAG there. For everything else — including vast majority of healthcare, government offices, courts, and critical infrastructure below the classified tier — PDK is appropriate spec.
What about pairing PDK with high-security cylinder keys?
Very common spec. Electronic access controls the primary credential path, and a mechanical high-security cylinder (Medeco M4 or Mul-T-Lock MT5+) provides mechanical override for emergencies. Install an electrified cylindrical or mortise lock (ND80PDEL, Yale 5400LN EL, Schlage L9080EL, etc) "less cylinder", then fit a Medeco or Mul-T-Lock cylinder in the housing. Result: PDK-credentialed entry for daily operation + UL437 mechanical key for emergency/backup access. Best-of-both-worlds for compliance-regulated facilities.
Can I add PDK to just one or two doors, or does it require a whole-building install?
Single-door installs are fully supported. The Red Cloud Node doubles as a single-door controller — for one opening, you need only the Cloud Node, one reader, and the electrified hardware. That's a full PDK system for $1,500–$3,000 installed depending on hardware choices. As you grow, add Red 1 / Red 2 / Red 4 / Red 16 expansion controllers — each new controller self-discovers and appears in pdk.io. There's no minimum door count and no "starter kit" vs "professional kit" tier. Start with the front door; expand to full-building coverage over years without re-platforming.