Technology

Proprietary innovations redefining enterprise access control.

Because AI shouldn’t require destroying your building’s infrastructure.

EntryOne product portfolio lineup
Patent pending across multiple categories Core thesis: keep wires + keep badges Design goal: un‑killable reliability

Category 1: The frictionless enterprise migration

Because AI shouldn’t require destroying your building’s infrastructure.

Painless, zero‑downtime migration

Upgrade a 1,000‑door campus one door at a time—while the remaining doors stay fully operational on the legacy system.

In‑Line Legacy Overlay (Patent Pending)

Modernize without throwing away current investments: install Identry 6 next to legacy Wiegand/OSDP readers, keep encrypted badges, and pull zero Cat6.

Instant zero‑trust MFA compliance

Overlay PIN, Mobile, or Face MFA onto high‑security doors via direct serial—satisfying stricter audits with zero facility downtime.

Category 2: The core infrastructure advantage

The physical hardware architecture that makes the system un‑killable.

Two-lane wiring: one lane carries power + IP data, the second lane carries a deterministic unlock token.

Distributed Edge Architecture (Patent Pending)

The “holy grail” of legacy wire utilization: two isolated physical lanes on existing untwisted wire—one for heavy IP/video + AI data, one for a mission‑critical deterministic unlock token.

Universal topology range (1 in → 1,000 ft)

From ultra‑short installs behind the door to 1,000‑foot runs on legacy wire—without mid‑span repeaters or fragile boosters (deployment dependent).

Zero‑drop signal immunity

When motor noise, strike kickback, or elevator EMI freezes normal readers, the dedicated low‑frequency lane still delivers an un‑killable micro‑packet for instant actuation.

Elegant state‑machine reliability

EntryCore recovers from power sags in under a second—delivering the power of a networked AI appliance with the raw reliability of a life‑safety switch.

Category 3: Cloud & decentralized fleet management

Eliminate the single points of failure that plague legacy systems.

True serverless IoT architecture (panel‑less)

No multi‑door control panels. Every hardware node connects directly to a serverless AWS stack—making the platform scalable and resilient to traditional virtual‑server outages.

Decentralized IoT edge intelligence

Each door operates as an independent cloud‑connected IoT pair—eliminating multi‑door blackouts during maintenance, updates, or reboots.

True zero‑touch cloud provisioning (TLS 1.3)

Embedded device certificates enable automatic authentication and secure tunnels to the cloud the moment PoE power is applied—no onsite network setup.

Instant single‑tenant & GovCloud sovereignty

Infrastructure‑as‑code enables isolated deployments for regulated customers—dedicated stacks, regional data residency, and sovereign environments without years of platform rewrites.

Category 4: Deep‑tech elevator integration

Bypass legacy elevator monopolies with noise‑immune edge tokens and universal translation.

Noise‑immune elevator edge integration (Patent Pending)

Extend security into elevator shafts using a deterministic micro‑token over serial to punch through extreme EMI—bypassing fragile in‑cab IP networking.

Direct‑drive floor control protocol

Translate the surviving token into native dry‑contact outputs—bringing premium biometric floor control to traditional elevators without proprietary API fees.

Category 5: Advanced software & cryptography

The invisible digital fortress protecting your facility.

Encrypted commissioning (factory or in‑field)

Identry 6 and EntryCore establish an AES‑encrypted trust relationship during commissioning—either pre‑provisioned at the factory or provisioned in the field by an authorized installer. This binds unlock tokens to a specific door pair and helps prevent hot‑swap attacks.

Disjoint namespace cryptography (Patent Pending)

Locks down the deterministic unlock token against sniffing, spoofing, and replay—without heavy, slow network‑encryption overhead at the edge.

Appless intercom & visual guest admission (Patent Pending)

Text‑to‑admit workflows open a secure browser link—letting residents view a guest and grant access without installing a third‑party app.

False‑grant discrepancy auditing

When a legacy credential “grants” but biometric MFA fails, the portal flags the mismatch—turning Wiegand vulnerabilities into real‑time audit alerts.

Want the technical deep‑dive?

Explore wiring topologies, the two‑lane unlock token, and deployment models on the architecture page.

Note: Biometric features are subject to state/local regulations. Organizations are responsible for notices, consent, and retention policies.