SEE HOW ASTRA’S ANOMALY DETECTION CAN HELP MAKE YOUR ENERGY AND UTILITIES SITES SAFER AND MORE SECURE.
FOR ENERGY AND UTILITY SITES
Energy and utility sites have historically been targets for terrorism, cyber-attacks, vandalism, theft, and other nefarious activities. Securing and protecting large, sprawling plants and disparate auxiliary sites has been a challenge for decades… until now.
TIGHTER
SECURITY AND
SAFER FACILITIES
IMPROVED
RESPONSE
TIMES
EYES ON EVERY
SECURITY VIDEO
FEED, 24/7
FOR ENERGY AND UTILITY SITES
Energy and utility sites have historically been targets for terrorism, cyber-attacks, vandalism, theft, and other nefarious activities. Securing and protecting large, sprawling plants and disparate auxiliary sites has been a challenge for decades… until now.
TIGHTER
SECURITY AND
SAFER FACILITIES
IMPROVED
RESPONSE
TIMES
EYES ON EVERY
SECURITY VIDEO
FEED, 24/7
Through the use of artificial intelligence, machine learning and proprietary algorithms, ASTRA’s anomaly detection capabilities are offering energy and utility companies the ability to have attentive eyes on every camera in their facility, substations, and remote locations 24/7/365.
Foregoing pre-configured rules, ASTRA can even detect events of interest your security operators may not have even considered. It continuously learns the nuances of your energy and utility sites, accounting for incremental and environmental changes, allowing ASTRA to detect and alert on concerns, threats, or situations that your team couldn’t see or didn’t notice. It puts virtual eyes on every pixel of every security video feed.
This means your team can act immediately and protect your business against impending threats, downtime, liabilities, and reputational damage, rather than just review the footage weeks later – or worse, discovering an incident happened long after the footage has been overwritten.
Through the use of artificial intelligence, machine learning and proprietary algorithms, ASTRA’s anomaly detection capabilities are offering energy and utility companies ability to have attentive eyes on every camera in their facility, substations, and remote locations 24/7/365.
Foregoing pre-configured rules, ASTRA can even detect events of interest your security operators may not have even considered. It continuously learns the nuances of your energy and utility sites, accounting for incremental and environmental changes, allowing ASTRA to detect and alert on concerns, threats, or situations that your team couldn’t see or didn’t notice. It puts virtual eyes on every pixel of every security video feed, never missing a noteworthy event.
This means your team can act immediately and protect your business against impending threats, downtime, liabilities, and reputational damage, rather than just review the footage weeks later – or worse, discovering an incident happened long after the footage has been overwritten.
WHAT CAN ASTRA DETECT?
Though the variety of events that ASTRA can detect are literally infinite, here are just some of the anomalies and events of interest it can detect at your energy and utilities operation:
VANDALISM, THEFT,
SUSPICIOUS ACTIVITY
LOITERING AND
SCOUTING
FIRE, SMOKE,
WATER DAMAGE
AGGRESSIVE
BEHAVIOR
EQUIPMENT
MALFUNCTIONS
RESTRICTED AREA ACTIVITY
AND TRESPASSING
SLIP AND FALL,
EMPLOYEE INCIDENTS
BUILT FOR EFFICIENCY
COST EFFICIENT
ASTRA was designed from the outset with efficiency and cost savings in mind.
The lightweight design requires modest off-the-shelf hardware, minimal space, and adds little to no load to your network. For disparate or remote sites with limited video feeds, ASTRA can be run on small form factor, cost-effective servers. This translates to a low implementation cost which is far outweighed by the added security and liability protection your energy and utility operation receives.
BOOST OPERATOR EFFICIENCY
ASTRA works within your existing VMS platform, requiring no additional staff training and only minimal configuration.
Adding to this efficiency, ASTRA uses blank screen monitoring, which only shows operators the video feeds with events of interest as they arise. This not only reduces operator fatigue and improves their ability to respond quickly to events, it means you can monitor the same size system more efficiently with fewer operators.