Endpoint Protection
Endpoint Protection

The battlefront is in the endpoint. Endpoints are the workstations, servers, printers, mobile devices, and IoT devices that you, your employees, and management use on a daily basis. Threat actors work diligently to compromise and control these assets. We provide continuous monitoring of endpoints. When threats are detected our system responds in near real-time to prevent the malware from achieving its objective.

Detection and Response
Detection and Response

Threat actors deploy an ever-evolving and increasingly complex array of methods to attack your enterprise. Legacy anti-malware and anti-virus solutions are proving incapable of keeping pace with these methods. Our solution employs Static and Behavioral Artificial Intelligence to detect and defeat threats. Machine Learning continuously trains the AI to recognize new and emerging threats.

Attack Prevention
Attack Prevention

Traditional, or legacy, antivirus vendors have come under attack and suffered breaches. Their own solutions failed to even detect the threat let alone prevent its execution on the endpoint. Our solution is geared to stop phishing, ransomware, keyloggers, and memory injection attacks before execution.

Threat Hunting
Threat Hunting

Threat hunting is a proactive, continuous, practice that seeks to identify threats (internal and external). Threat hunting empowers enterprises with an offensive security capability that increases the risk to threat actors. We gather, analyze, visualize, and report a great deal of information regarding attacks. These enables us to rapidly pivot from defense to offense in the mission to protect your enterprise.

Observability
Observability

Observability is an attribute that provides enterprise-defenders with a deep, very granular, view of how an endpoint behaviors and also who that endpoint interacts with other assets in its environment. For example, “Why did Mike’s workstation run an ARP scan of Steve’s workstation at 3am?” Observabilit is key to finding anomalous activities and threats. Asset Discovery is the first step. The next step is to gain near-full visibility by collecting and analyzing logs and event data.

How IT Works

1
Discovery

Discovery involves the deployment light-weight agents to search for and identity network devices and endpoints. The devices include workstations, laptops, mobile devices, servers, printers, routers, switches, printers, virtual servers, IoT devices, and cloud-based assets. Discovery seeks to identify rogue, unauthorized, employee- or vendor-owned Bring Your Own Device (BYOD).

2
Protection

Protection involves the implementation of policy and the deployment of resources intended to minimize the risk of a cybersecurity event. Protection is a continuous effort to minimize, and whenever possible, eliminate the risk of a cybersecurity event.

3
Detection

Detection involves the implementation of policies and procedures in order to facilitate the timely detection of cybersecurity events. These policies and procedures define the human, hardware, and software resources deployed for the timely, continuous, and near real-time detection of cybersecurity events.

4
Response

Response involves the implementation of policies and procedures necessary to react in a timely, effective, and collaborative manner to a cybersecurity event. Response is the rapid mobilization, coordination, and deployment of human and technical resources to contain and resolve cybersecurity events.

5
Recovery

Recovery involves the implementation of policies and procedures necessary to restore from damage resulting from a cybersecurity event. Recovery seeks to empower the enterprise to rapidly restore, replace, or repair lost data, services, and processes.