Cyber Security & Managed Services

Intrusion detection and prevention systems are most valuable when they are tuned to the specific environment they are protecting. A system running on default signatures will generate enough false positives to drown out real alerts, and security teams will start ignoring the dashboard. A properly tuned IDS/IPS deployment gives security teams the alerts they can act on, without the noise that makes those alerts invisible.

We deploy IDS/IPS systems and do the initial tuning work as part of the deployment - not as an afterthought. This means configuring signature sets appropriate to the actual applications and services in the environment, setting alert thresholds based on a baseline of normal traffic patterns, and establishing escalation procedures for different alert categories.

For government and defense clients with networks that contain sensitive information, intrusion detection is not optional. We have experience deploying and configuring these systems in environments where the security requirements go beyond what standard enterprise configurations provide.

Enterprise network security architecture has to balance two things that are in tension: security controls that protect the organization, and operational usability that lets people do their jobs. Organizations that lock things down too hard end up with users finding workarounds that are more dangerous than the risks the controls were meant to address. Organizations that prioritize usability end up with networks that are easy to move through once an attacker is inside.

We design network security architectures that address both sides of this balance. This means proper network segmentation so that a compromised system in one part of the network cannot easily reach critical systems in another part. It means next-generation firewall policies that are specific enough to be meaningful without being so restrictive that legitimate traffic gets blocked. It means VPN configurations that give remote users access to what they need without opening broader network access than is necessary.

For organizations that have an existing network security architecture that needs to be reviewed or updated, we do security architecture assessments that produce clear findings and prioritized recommendations - not a 200-page report that nobody reads.

Physical security and digital security are increasingly interconnected. An IP camera system generates network traffic and stores video data - both of which need to be secured. An access control system is a network-connected device - which means it is an attack surface. We design physical security infrastructure with the digital security requirements built in from the start.

Our surveillance work covers IP camera deployment and configuration, video management systems, storage for video retention, and integration with access control systems. We also cover analytics features where clients need more than passive recording - motion detection zones, crowd analytics, license plate recognition, and integration with other security systems.

For defense and government facilities with specific physical security requirements - perimeter surveillance, restricted area monitoring, vehicle access control, visitor management - we design systems that work within the classification and physical security constraints of the facility.

Infrastructure maintenance that happens reactively - only when something breaks - is expensive and disruptive. Preventive maintenance reduces the frequency and severity of failures, and having a structured maintenance agreement means the work actually gets scheduled and done rather than perpetually deferred.

Our AMC agreements cover the hardware and software infrastructure that clients have deployed, with terms tailored to the criticality of the systems involved. For core infrastructure that cannot tolerate extended downtime, we define response times and escalation procedures that reflect that criticality. For less critical systems, we structure the agreement to be cost-effective while still ensuring the work gets done.

Beyond the reactive response commitments, our AMC agreements include proactive activities: scheduled maintenance visits, firmware and patch management, capacity monitoring, and technology lifecycle tracking. The goal is to catch problems before they become incidents, and to give clients advance warning when equipment or software is approaching end of support.

Servers and networks do not keep business hours. A storage failure at 2 AM is not less serious than one at 2 PM, and finding out about it when staff arrive in the morning rather than immediately is the difference between a recoverable incident and a significant operational impact. Round-the-clock monitoring matters for any infrastructure that needs to be available around the clock.

We offer 24x7 monitoring services with defined alert thresholds, escalation procedures, and response commitments. Our monitoring covers network devices, servers, storage, security appliances, and applications - anything that can be monitored via SNMP, API, or agent. When a threshold is breached or a service goes down, the right people are notified and the incident response process starts immediately.

For clients who want human eyes on their infrastructure around the clock rather than just automated alerts, we offer a managed NOC service where our team actively monitors the environment and takes first-line response actions - restarting services, clearing log queues, rerouting traffic - before escalating issues that require customer involvement.

Business continuity planning is one of those things that organizations know they should do and frequently put off until something goes wrong. By then, of course, it is too late to have planned. The organizations that recover quickly from infrastructure failures or disasters are the ones that planned for recovery before they needed it - and tested that plan before they needed it.

We help clients build business continuity frameworks that are practical and actionable, not just documents that satisfy a compliance requirement. This means understanding the actual business processes that depend on technology, identifying which ones cannot tolerate extended outages, and designing the recovery architecture around those specific requirements.

The technical components of a business continuity solution - backup systems, failover infrastructure, alternate site capabilities, and data replication - only work as part of a plan that people understand and have practiced. We do the technical deployment and the planning work together, and we facilitate tabletop exercises that let client teams work through failure scenarios before they become real.