The WR-AFB project is a multi-tiered monitor, command and control system integration project seeking to protect the Joint Surveillance and Target Attack Radar System (JSTARS) aircraft assets in Warner Robins, GA.

• Cesarano Technologies™ served as the principal architect of the field programmable gate array sensor interface server (FPGA-SIS) responsible for all sensor monitoring and XML annunciation, and further designed the line-supervision circuits used to detect tamper and spoof on both conductive and fiber data lines.

The WR-AFB project also spans a myriad of various other interworking technological layers including IR FLIR™ video assessment, video motion detection, short and long range RADAR, Diebold™ entry control and BMS technology, relay-based optical and pressure sensors, over 70 video assessment and 30 data feeds, RS-232/422 control protocol nodes, multi-layered encryption and integration into an L-3 proprietary fiber-backbone XML network.

• Cesarano Technologies™ additionally conceived and introduced a novel, system-level approach to base security by treating each physical security point as a set of numeric states.

By treating each physical security point as a member of both a local and a global numeric set, various behaviours can be imposed or coordinated between numerous security points based on mathematically similar objects shared via the XML backbone. This can allow portions of the base to be evaluated like a scalable VLSI/ULSI integrated circuit, opening the door to using some modern circuit design technologies to optimize security-related communications across the entire base. Additionally, this approach made it possible to footprint signal paths to illuminate areas in need of enhanced resource allocation.

RF pathloss link budget and coverage analysis has seen substantial advancement in both accuracy and reliability with the incorporation of United States Geological Survey (USGS NED 1/3 Arc Second) data via the "Seamless Data Warehouse".

• Cesarano Technologies™ developed a proposal for USCBP to evaluate terrestrial RF operating frequencies for US Customs and Border Protection at southern border stations in each of 2, 7, and 15 GHz frequency bands as alternatives to a more costly satellite-centric solution.

We also contributed simulations and analysis for a proposal under the USAF suggesting a redundant ring architecture between Minutemen missile launch facilities (LFs) and their coordinating master facility (MAF) for North American Minuteman ICBM silos to attain > 95% terrestrial RF communication viability between LF's and MAF's at all times. Cesarano Technologies™ further contributed to evaluating the feasibility of these RF links over satellite.

• Cesarano Technologies™ exclusively determined that 2/3 of the United States Minuteman ICBM launch facility silos could be sufficiently serviced with redundant terrestrial RF links alone.

In 2009, Cesarano Technologies began offering customized software development suites in addition to its reputed hardware-centric services. Stock Predator™ works in real time with incoming stock quote data to perform a variety of traditional mathematical analysis strategies on any publicly traded company or commodity.

• Stock Predator™ can utilize pricing feeds reserved to licensed securities traders, and was painstakingly coded to work as fast as possible to outperform competing software products by fractions of a second.
• ThoughtDoc™ is a secure, configurable, rapid access inpatient electronic entrance form developed for flexibility and integration with existing medical software.

Lockdown™ is a multi-input threat detection and assessment technology that employs a myriad of strategies to combat active shooter scenarios. Lockdown™ can respond not only to manual activation, but also to sounds outside of a predetermined dynamic range, to unique text message alert codes (e.g., from inside the facility), in response to a network (e.g., internet) cue, and is even capable of extending its inputs to include biological, chemical or radiological threats. Lockdown™ can report directly via network, text message, or over a GSM network, and can currently address 256 distinct inputs per system node.

• Lockdown™ was allotted federal funding following a demonstration to select members of the U.S. Congress on Capitol Hill in 2016.
• Lockdown™ is an original product developed by Cesarano Technologies, LLC.