PRODUCTS OFFERINGS 1.	FLUID LEVEL MONITORING SYSTEM This system monitors liquid level relative to a reference height using high-end industrial sensors. The system is designed to accommodate different storage tank configurations. Due to its flexible programming interface, various parameters can be set which allow the detection of the following conditions:  i.	Tank empty ii.	Tank Full iii.	% volume iv.	Tank temperature v.	Fluid pH vi.	Fluid Turbidity Based on a set of user-configured alarm thresholds, the internal status of the storage container can be transmitted in real-time to technical personnel. This system is available in the following models: a.	GPRS model This model performs continuous update of the system’s internal state by data upload to online servers over the GSM/GPRS network infrastructure. This model is indicated for use in remote areas where the only viable network infrastructure is GPRS. Web-enabled system monitoring allows instant review of storage states at any instant. Alarms can be configured to initiate upload when a set of user-set conditions are met. Users with registered accounts can easily access these servers for system log visualization and downloads. Unattended site management is most enhanced using this system. b.	(W)LAN model This model performs continuous update of the system’s internal state by data upload to online servers within a Wireless LAN/Wired LAN. Users with registered accounts can easily access these servers for system log visualization and downloads from around the world with proper networking configuration on the WLAN/LAN end.  This system is recommended for deployments where a LAN/WLAN connection is already existent.  c.	STAND-ALONE model System internal states are continuously logged to high-capacity on-board memory sticks. This model is optimal for deployments where management personnel have a presence as only visual and audio alerts are generated in addition to alarm condition storage. The three models provide the following functionalities: i.	Alarm Configuration. Up to 8 different alarms can be set. These alarm combination effectively defines system’s monitoring bounds. ii.	E-mails can be sent from the server end for both model (i) and (ii). iii.	4 programmable output actuators operated by the logical result of the processing applied to the monitored inputs and the user-set alarm conditions. iv.	Up to 8 inputs (4 analog, 4 digital) on the three models.  2.	NETWORKED DISPENSER MONITORING SYSTEM Direct monitoring of pulser units integrated into dispensers is performed by high-capability computerized hardware to compute the volume of liquid flow in a given time window. The dispenser monitoring system is equipped with a set of flexible user-configured monitoring parameters that enable the detection of the following deployment scenarios: a.	Pulser power disconnect b.	Pulser pulse train disconnect c.	Pulser pulse train manipulation d.	Unit tamper detection e.	Battery level monitoring  Data logs from the units are prepared in .CSV format for compatibility with most operating systems. The logs are date-and time-stamped to reflect the exact instant at which they were accumulated. Data accumulation is programmable from 5 minutes to 24 hours dependent on end-user’s application and criticality. These units are available in the following models:  f.	GPRS MODEL g.	This model performs continuous update of the system’s internal state by data upload to online servers over the GSM/GPRS network infrastructure. This model is indicated for use in remote areas where the only viable network infrastructure is GPRS. Web-enabled system monitoring allows instant review of dispenser state at any instant. Users with registered accounts can easily access these servers for system log visualization and downloads. Unattended site management is most enhanced using this system. Riding on the backbone of TCP-IP protocol, a very robust solution is provided for networked dispenser monitoring requirements.  h.	WLAN MODEL i.	This model performs continuous update of the system’s internal state by data upload to online servers within a Wireless LAN/Wired LAN. Users with registered accounts can easily access these servers for system log visualization and downloads from around the world with proper networking configuration on the WLAN/LAN end.  This system is recommended for deployments where a LAN/WLAN connection is already existent.  j.	STAND-ALONE MODEL  This model is a simple data harvester with storage only to on-board memory. Data can be retrieved from the logger via an integrated SD/MMC slot in .CSV format for compatibility with most operating systems.  3.	AUTOMATIC GENERATOR START SYSTEMS AGS systems automatically ensure generator startup in response to external stimuli, or user-configured system states. They provide unattended generator operation in remote deployments and outbacks. Systems are configured to initiate generator start-up/shutdown based on a set of comprehensive factors defined by the user.  4.	GENERATOR SWITCHING SCHEDULERS Programmable schedulers with incorporated timers that guide the operation of automatic transfer switches during periods of local utility failure. Software-driven, these units enable the creation and maintenance of 5 switching schedules per day for each day of the week. They also function as exercisers when required.    5.	AUTOMATIC TRANSFER SWITCHES High-performance automatic transfer power switches for generators in the 30kVA to 500kVa range. These units provide very flexible user-configurable generator-startup and reliable power transfer schemes free of human intervention.   6.	BIOMETRIC Face-On-Chip/Print-On-Chip ACCESS CONTROL SYSTEM Powerful biometric access control systems with users’ identifying credentials stored on smart cards with strongest encryption. These units provide a first-line/last-line of defense in security. Integrated with door strikes and locks, they make for a very viable security infrastructure where access control and management is key. a.	GPRS MODEL These models ride on high-speed always-online GPRS/3G/EDGE networks to facilitate authentication of user credentials with remote server.  b.	WLAN MODEL Works like the GPRS model, but with the server emplaced on the local WLAN. Credential authentication ad validation is also centralized occurring over the wireless network.   c.	LAN MODEL Units are functionally identical to the WLAN model, with a cable Ethernet interface replacing the WLAN front-end for networked operation. 7.	Ultra Bright Message board An ultra-bright moving message display that serve as disseminating information to the client without the use of signboard. The system is provided with Graphical user interface (GUI) in other to add or remove already uploaded information to the display module. This is one of the just concluded display board, the application depend on the type of organization that requested for it, but the LEDs are supper bright both in the day and mid-night, You don’t have to disturb yourself about spending another money on signboard. We are in a digitalized world so we have to go digital too. And also remotely we can talk to the hardware using a registered GSM mobile phone in other to upload any information urgently via text message