Is ASIS Technologies access control hardware compatible with the OSDP standard?

Yes. WebENTRA controllers and KeyENTRA readers support OSDP, the SIA-developed standard published as IEC 60839-11-5, alongside Wiegand and RS485 (ADNET, CLEX) interfaces.

What encryption does SKeyMa use to protect credential data?

WebENTRA R100 Series readers combine the SKeyMa key-management framework with AES-128 and 3DES algorithms, storing secret keys in a Secure Access Module (SAM). SKeyMa is also offered as a tiered service â€” Prime, Corporate, and Private â€” using AES-256.

Why do GoENTRA and WebENTRA list different encryption strengths (AES-256 vs AES-128)?

They protect different layers. WebENTRA R100 Series reader-to-SAM communication uses AES-128 with 3DES. GoENTRA mobile credentials and the higher SKeyMa service tiers use AES-256. Both are current, supported configurations; the appropriate tier depends on deployment risk profile.

Can IBSSweb scale from a single-door installation to a multi-site enterprise deployment?

Yes. IBSSweb scales from a simple access-control-only configuration up to a global, multi-site deployment supporting up to 100,000 users, with automatic server failover for continuous availability.

Does IBSSweb have any known database limitations?

When deployed on SQL Server Express, IBSSweb is subject to that edition's database size ceiling. Administrators must perform periodic data trimming to maintain uninterrupted operation.

What are the four AI pillars inside IBSSweb v5 AI?

PULSE (Predictive System Health), RISK (Credential Intelligence), AOS (Automated Operations), and COG (Cognitive Support).

What certifications does ASIS Technologies hold?

ISO 9001:2015 quality management certification, bizSAFE Level 3, the Progressive Wage Mark, and CE and FCC certification on edge hardware.

Should an enterprise security management system be hosted on-site or in the cloud?

Either can work. On-site hosting, on a physical server or a virtual machine, gives your own IT team full control and suits organizations with highly sensitive data. Cloud hosting shifts server maintenance to a data center and suits organizations that would rather not manage that hardware themselves.

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Public Address System

Public Address (PA) systems are essential for broadcasting information, background music, and emergency announcements to a defined audience or area. Two primary architectures exist: Analog and IP Network-based.

Analog Public Address (PA) Systems

Traditional PA systems transmit audio as analog waveforms via dedicated copper cabling for microphones, line-level audio, and 70V/100V constant voltage speaker lines.

Simplicity: Easy to understand and install for smaller, less complex setups.
Lower Initial Cost: Cost-effective for basic, small installations with few zones.
No Network Dependency: Operates independently of IT networks, ideal for unreliable network environments.
Mature Technology: Widely understood and maintained.

IP Network Public Address (PA) Systems

Modern IP PA systems digitize audio, transmitting it as data packets over Ethernet LAN/WAN. Control signals are also network-managed.

Scalability: Easily expand by adding IP devices or zones; simpler with existing network infrastructure.
Flexibility: Software-defined zoning, routing, scheduling, and grouping allow easy reconfiguration without rewiring.
Infrastructure Use: Leverages existing Ethernet networks, reducing dedicated cabling costs.
Superior Audio Quality: Digital transmission avoids degradation over distance.
Centralized Control: Monitor, manage, and update systems remotely via software, supporting diagnostics (e.g., ELV IP2100).
Redundancy: Decentralized systems (e.g., ELV IP2100) enhance uptime; a console failure won’t halt the entire system.

ST2212 4-Zone Decoder Card with Line Supervision

The ST2212 is a 4-zone decoder for advanced PA systems, featuring built-in line supervision for real-time zone monitoring and fault detection. It seamlessly integrates with paging consoles for reliable and flexible control.

PRODUCTS