Texas Licensed Installer
Licensed commercial security installation
If your current cameras can't tell you who walked through a door at 11 PM, or your footage is too blurry to identify a face after an incident, the system isn't doing its job. A surveillance setup that looked adequate five years ago often fails the most basic test: producing usable evidence when you need it.
Commercial IP security camera systems deliver high-definition digital video over your standard network infrastructure, with remote access from any mobile device, granular recording controls, and the ability to expand as your facility grows — without pulling new cable runs every time you add a camera.
iGHTY Support designs and installs IP-based video surveillance systems for businesses across Dallas-Fort Worth. We handle site assessment, network planning, camera selection, structured cabling, NVR configuration, and remote access setup — so your system is operational and properly documented from the first day.
Site assessment, network planning, camera selection, structured cabling, NVR configuration, and remote access setup.
Analog CCTV systems are still in use across thousands of commercial facilities, and many of them function well enough for basic deterrence. But when a business needs clear footage for an insurance claim, a workplace investigation, or a regulatory audit, the gap between analog and IP becomes a practical problem — not a technical one.
Standard analog cameras top out at roughly 1–4 effective megapixels under ideal conditions. Commercial IP cameras routinely deliver 4MP, 8MP, or 4K resolution, which means license plates in a parking lot, faces at a lobby entrance, and serial numbers on equipment are legible in the recorded footage — not just visible at the right angle in ideal lighting.
IP cameras transmit video over your standard Ethernet network. With the right configuration, authenticated users can view live and recorded footage from a smartphone, tablet, or browser — from any location. This is particularly useful for business owners managing multiple facilities, operations managers who work across sites, and security teams that respond to alerts remotely.
Adding a camera to an analog system typically means running new coaxial cable back to the DVR. Adding a camera to an IP system means connecting to the nearest network switch — often an existing one already serving the area. This flexibility significantly reduces the cost of expanding a system over time.
Modern IP cameras can do more than record. Line crossing alerts, object classification (distinguishing people from vehicles), loitering detection, and license plate recognition are all available as camera-level or NVR-level analytics on current commercial hardware. These features reduce false alarm fatigue and help operations teams respond to meaningful events rather than reviewing hours of uneventful footage.
Power over Ethernet (PoE) delivers both electrical power and video data through a single Cat6 cable, eliminating the need for a separate power run at each camera location. This simplifies installation in finished ceilings, reduces material costs, and makes relocating cameras significantly easier.
iGHTY Support handles commercial IP surveillance projects from initial assessment through long-term maintenance. Here's what we actually deliver:
Before any hardware is specified, we walk the facility with the client. We assess every area being considered for camera coverage, evaluate lighting conditions, measure cable run distances, identify structural constraints, and document existing network infrastructure that may support the deployment. This step determines what equipment will actually work in your specific building — not just what looks good on a spec sheet.
Effective surveillance coverage comes from positioning, not just camera count. We produce a placement diagram that shows field of view for each proposed camera location, identifies overlap zones, documents blind spots that can't be covered within the project scope, and specifies mounting heights and angles. This document is reviewed with the client before installation begins so there are no surprises after the cameras go up.
IP cameras require a network to function. We design the PoE infrastructure — switch placement, port count, power budget calculations, and VLAN configuration — to support the camera deployment without impacting your existing business network. For larger installations, we install dedicated managed PoE switches with sufficient power headroom to run every camera at full load simultaneously. We also account for maximum cable run distances (100 meters per Cat6 run) and specify fiber uplinks where camera locations exceed those limits.
We run Cat6 cable from each camera location to the PoE switch, installed through conduit or within walls, ceiling spaces, and cable trays where building structure allows. All cable runs are tested for continuity, labeled at both ends, and documented in the as-built record we leave with the client. No exposed cables stapled to drywall, no unlabeled runs in the ceiling.
The Network Video Recorder is the storage and management core of an IP camera system. We size NVR capacity based on camera resolution, frame rate, retention period requirements, and budget — then install, configure, and connect the unit to your network. We set up recording schedules, configure storage redundancy where appropriate (RAID), and test every camera channel before the system is handed over.
Out-of-the-box IP camera images rarely look the way they should in a commercial environment. We configure exposure settings for your specific lighting conditions, set up privacy masks for areas that shouldn't be recorded (bathrooms, changing areas, HR offices), define motion detection zones, adjust compression settings to balance image quality against storage consumption, and verify that night vision or IR illumination is functioning correctly.
We configure remote access as part of every installation — whether through a cloud relay, a static IP, or a site-to-site VPN depending on your network environment and security requirements. We set up the management app on client devices, configure user permission levels so each account sees only the cameras relevant to their role, and test remote access from outside the network before signing off.
On platforms that support it, we configure camera-level or NVR-level analytics — perimeter crossing alerts, object classification, loitering detection, and license plate recognition for entry points. We set alert thresholds, configure email or push notification delivery, and test detection performance against real-world conditions in your facility.
For clients with compliance requirements or high-value footage retention needs, we configure cloud backup for NVR recordings. This ensures that critical footage is preserved even if on-site hardware is compromised. Cloud storage options vary by platform; we discuss the bandwidth and cost implications during system design.
If your facility already has an IP camera system — whether it's underperforming, has reached storage capacity, or simply needs expansion — we assess the existing hardware, firmware, and network configuration before recommending a path forward. Not every older system warrants full replacement; some installations can be meaningfully improved through firmware updates, storage upgrades, or adding cameras within the existing NVR's capacity.
For businesses with more than one location, we design systems that allow footage from all sites to be viewed through a single management interface. This requires careful network planning — either through VPN connections between sites or through cloud-managed VMS (Video Management Software) platforms. We coordinate multi-site deployments to ensure consistent configuration and unified administration.
Camera lenses accumulate dust. Firmware updates fix security vulnerabilities and add features. Storage drives fail. We offer scheduled maintenance visits to inspect camera alignment, clean lenses, verify NVR health, apply firmware updates, and confirm that all recording schedules and motion alerts are functioning correctly. For clients who want proactive monitoring rather than reactive support, we discuss remote monitoring service options.
Camera form factor and optics matter more than most clients realize before they've been through a project. Here's how the main IP camera types compare in commercial applications:
Low-profile housings with wide-angle lenses, typically installed flush-mounted in ceilings or wall-mounted at interior locations. Vandal-resistant dome covers make them appropriate for high-traffic indoor areas where tampering is a consideration.
Best ApplicationsLobbies, reception areas, retail sales floors, corridors, office common areas, and any interior space where a discreet, vandal-resistant camera is appropriate.
Cylindrical housing with directional lenses, optimized for longer-range coverage and outdoor exposure. The visible housing serves as a deterrent. Rated for outdoor use with weather-resistant (IP66/IP67) enclosures as standard.
Best ApplicationsParking lots, building perimeters, fence lines, loading dock entrances, and long corridors where a single camera needs to cover a defined linear field at distance.
Motorized cameras capable of covering large areas through operator-controlled or auto-tracking movement. PTZ cameras can be programmed with preset patrol patterns or respond to motion events by moving to a defined position.
Best ApplicationsLarge open warehouses, open parking facilities, campuses, and any area where a single high-value camera position needs to cover a wide area or track movement. PTZ cameras supplement fixed cameras — they don't replace them for evidentiary coverage.
Ball-joint mounted cameras that allow precise aiming adjustments after installation without disturbing the base mount. They produce less IR reflection in low-light conditions than dome cameras, which improves night image quality in indoor settings.
Best ApplicationsInterior corners, stairwells, conference rooms, and spaces where IR reflection from a dome cover would degrade night footage quality.
Single-lens cameras delivering 180° or 360° panoramic views, dewarped in software to produce usable flat or multi-view images. A single fisheye camera can replace three to four standard cameras in a large open floor plan.
Best ApplicationsOpen retail floors, warehouses, atriums, and large interior spaces where reducing camera count without creating blind spots is the primary goal.
Single camera housings containing multiple independent lenses — typically two to four — each providing a distinct field of view. They share a single network connection and housing while delivering coverage equivalent to multiple individual cameras.
Best ApplicationsIntersections, building corners requiring coverage in multiple directions, and wide perimeter areas where running multiple cable drops would be impractical.
Specialized cameras with long-exposure sensors and narrow focal lengths designed to capture legible license plate images at vehicle speed. Correct placement, lighting, and angle are critical — LPR cameras are not interchangeable with standard surveillance cameras.
Best ApplicationsParking facility entrances and exits, gated entry points, loading dock vehicle check-in, and any application requiring documented vehicle identification.
Thermal cameras detect heat signatures rather than reflected light, enabling detection of people and vehicles in complete darkness, heavy rain, smoke, and environments where visible-light cameras fail. They are detection tools, not identification tools — thermal footage rarely provides enough detail for identity verification.
Best ApplicationsCritical perimeter security, utility infrastructure protection, large industrial facility boundaries, and environments where lighting for standard cameras is neither practical nor permitted.
Some businesses are clearly overdue for an IP surveillance system. Others aren't sure. Here are the situations we encounter most often in Dallas commercial facilities:
Blurry, pixelated recordings that can't identify faces, vehicles, or actions are common with legacy analog systems.
If reviewing footage requires someone to be physically at the DVR, you're missing a core functional capability that IP systems provide by design.
Adding cameras to a maxed-out DVR means replacing the recorder. Adding cameras to a properly designed IP system often means connecting to an existing switch.
Managing separate DVRs at each site with no unified view is an operational burden that multi-site IP platforms solve directly.
Higher-resolution coverage with analytics that alert on specific behaviors is meaningfully more effective than passive recording.
Healthcare, financial services, and educational institutions all have documentation obligations that a well-configured IP system with proper audit logs supports.
Many regulatory frameworks and insurance policies require longer retention periods than older DVR systems can accommodate.
Dead cameras on a legacy DVR often indicate the system is at end-of-life.
We walk your facility with someone who knows the operation — ideally a manager or owner familiar with where incidents have occurred, which areas have restricted access, and what the business's day-to-day traffic patterns look like. We document each proposed camera location, measure cable run distances, review existing network infrastructure, and identify any structural or environmental constraints that affect the design.
Based on the assessment, we produce a written system design that includes a camera placement diagram, hardware specifications for each location, cabling requirements, PoE switch and NVR specifications, storage calculations with retention period documentation, and a line-item cost breakdown. The design is reviewed with the client before any procurement or installation begins.
Our installation team handles structured cabling, camera mounting, PoE switch installation, and NVR placement. Cable runs are labeled, tested, and documented. Camera housings are mounted securely at the specified locations and angles. All work is performed to commercial installation standards — no improvised cabling solutions, no missing junction box covers, no unterminated cable ends left in ceiling spaces.
After hardware installation, we configure every camera — image settings, recording schedule, motion zones, analytics, and privacy masks. NVR storage is verified, channel assignments are documented, and user accounts are created with appropriate permission levels. We test remote access from outside the network and verify that every camera is recording correctly before the job is considered complete.
We provide administrator training on the management interface — how to review footage, export clips, manage user accounts, and respond to alerts. We leave a complete as-built document covering camera locations, cable run labels, network configuration, NVR admin credentials, and support contact information. We're available for support after handoff, and we offer scheduled maintenance agreements for clients who want proactive system upkeep.
The planning, hardware, network design, and installation methods for commercial IP surveillance differ significantly from residential work. We focus on commercial clients and understand the operational and compliance requirements that drive surveillance decisions at the business level.
IP cameras are network devices. A surveillance installation that isn't coordinated with the client's IT infrastructure creates ongoing performance and security problems. Our background in network infrastructure means we design camera deployments that work alongside your existing IT environment, not against it.
Consumer-grade IP cameras in commercial installations produce ongoing service calls. We specify hardware from manufacturers with documented commercial track records, long firmware support commitments, and replaceable components. The upfront cost difference pays for itself in reduced maintenance over a three-to-five year ownership period.
More cameras don't always mean better coverage. The right camera at the right location, properly aimed and configured, is worth more than three cameras positioned to generate a high-count proposal. We design for effective coverage of your specific facility, not for maximum invoice value.
We design IP infrastructure with expansion in mind — switch capacity, NVR channel headroom, and cable pathways that accommodate growth. Adding three cameras in 18 months shouldn't require a redesign.
We change default credentials on every device, segment camera traffic on dedicated VLANs, disable unused services, and document the security configuration we've applied. IP cameras are network endpoints, and we treat them as such.
Healthcare surveillance requires specific planning around patient privacy. Cameras cannot be placed in patient rooms, bathrooms, changing areas, or anywhere that a reasonable expectation of medical privacy exists. Within those constraints, IP cameras serve legitimate security functions in pharmacy areas, medication storage rooms, lobby and reception, parking structures, infant security in maternity wards, and staff-only access corridors. We apply privacy masks as a standard part of healthcare camera configuration, and we document placement decisions for compliance purposes.
Warehouses present large open floor plans, high-bay racking that creates visual obstructions, multiple entry points with different access levels, and shift operations that run through hours when supervision is minimal. Fisheye cameras reduce blind spots in open floor areas. Bullet cameras cover loading dock entrances and exterior perimeters. PTZ cameras with auto-tracking are useful in facilities with active operations where a single camera needs to follow movement across a large zone. IP cameras with high dynamic range (HDR) handle the contrast between dark interiors and bright dock doors better than standard sensors.
Manufacturing environments need coverage that can withstand vibration, temperature variation, dust, and humidity in some areas — alongside clean, climate-controlled office and administrative spaces. We specify IP67 or IP68 rated cameras for production floor and outdoor installations and standard indoor cameras for administrative areas. Production line monitoring, quality control documentation, equipment access restriction, and perimeter coverage are the most common applications. High-resolution cameras positioned at product handling areas can provide footage useful in both security investigations and operational process reviews.
Multi-floor office buildings typically need coverage in lobbies, elevator landings, server rooms, parking structures, and building entry points — with executive floor and sensitive area coverage addressed separately. Tiered access to camera footage is standard in corporate environments: a security team might view all cameras, while an office manager sees only the cameras on their floor. Cloud-managed VMS platforms simplify multi-location management for organizations with offices across the DFW Metroplex.
Retail surveillance addresses two related but distinct needs: loss prevention and liability documentation. High-resolution cameras positioned at point-of-sale terminals provide clear footage for transaction disputes. Fisheye cameras reduce dead zones on sales floors without creating an obtrusive camera presence. Loading dock and stockroom coverage documents inventory handling. For multi-location retail operators, a unified management platform lets loss prevention review footage from any store without traveling to each location.
Banks, credit unions, and financial advisory firms operate under explicit regulatory requirements for camera coverage of teller lines, vault entry points, ATM locations, and customer service areas. These requirements specify minimum image quality, retention periods, and camera placement criteria. We design financial institution surveillance systems with those regulatory standards in mind and document the configuration in a format that supports compliance audits. On-premise NVR combined with encrypted cloud backup is a common architecture for financial clients with extended retention requirements.
Campus surveillance in K-12 and higher education environments serves both security and operational functions. Building perimeter and parking lot coverage deters after-hours trespassing. Main entrance camera coverage supports visitor management and access control integration. Interior hallways, common areas, and gymnasium coverage provides incident documentation. All camera placements are reviewed against applicable state and district policies regarding student privacy before installation begins. We coordinate with district IT departments for network integration.
Large industrial facilities — utility infrastructure, manufacturing campuses, chemical processing sites — require perimeter security coverage over distances that conventional camera systems aren't designed to handle. Long-range bullet cameras with motorized varifocal lenses, multi-sensor cameras at fence line corners, and thermal cameras for after-hours perimeter detection are common elements in industrial deployments. We design for continuous coverage of critical infrastructure points and for integration with access control systems at gate and entry points.
iGHTY Support installs commercial IP camera systems throughout the DFW Metroplex, including:
An IP (Internet Protocol) security camera is a digital surveillance camera that encodes and transmits video over a standard Ethernet network, rather than through coaxial cable to an analog DVR. IP cameras process video on the camera itself and send the compressed digital stream to a Network Video Recorder (NVR) or cloud storage platform. They support significantly higher resolutions than traditional analog cameras, integrate with existing business networks, and enable authenticated remote access from any browser or mobile device.
IP cameras offer higher resolution — typically 4MP to 4K compared to analog's practical ceiling — along with native network connectivity, mobile and browser-based remote access, scalability using standard Cat6 infrastructure, built-in analytics, and Power over Ethernet (PoE) that combines power and video data in a single cable. Analog systems aren't obsolete, and existing coax infrastructure can sometimes be extended cost-effectively — but for new commercial installations or meaningful system expansions, IP architecture is the practical choice.
Yes, with proper network planning. IP cameras are placed on a dedicated VLAN that segregates surveillance traffic from general business data, protecting both network performance and security. We evaluate your existing network infrastructure — switch port availability, bandwidth capacity, and cable plant condition — during the site assessment and specify any upgrades required before installation begins. Most commercial networks require minimal changes to support a correctly designed IP camera deployment without impacting business operations.
Storage requirements depend on camera resolution, frame rate, compression format, and how many days of footage need to be retained. A 4MP camera recording continuously at 15 fps using H.265 compression requires roughly 20–30 GB per day. A 16-camera system targeting 30-day retention needs approximately 10–15 TB of usable NVR storage. H.265 encoding reduces storage consumption by around 50% compared to H.264, making it the standard choice for new installations. We calculate your exact storage requirement during the system design phase.
Yes. Commercial IP camera platforms support live and recorded footage access through mobile apps and web browsers, from any location with an internet connection. Remote access is configured during installation through a cloud relay, static IP, or site-to-site VPN depending on your network environment and security requirements. We set up remote access and configure user permission levels so each account sees only the cameras appropriate to their role — and we verify it works from outside the building before the installation is complete.
IP cameras are network-connected endpoints and carry real cybersecurity considerations. We address these during every installation: changing all default credentials, applying current firmware, placing cameras on isolated VLANs, disabling unused network services, and configuring firewall rules to restrict external access. We specify cameras from manufacturers with documented security update programs and avoid hardware with poor patch support histories. Facilities handling sensitive data or operating in regulated industries should address IP camera cybersecurity explicitly as part of the system design conversation.
Costs vary based on camera count, camera type, structured cabling requirements, NVR storage capacity, and network infrastructure work. A small 4–8 camera office installation typically runs $2,500–$6,000 including hardware and labor. A mid-size warehouse or multi-entry commercial deployment with 16–32 cameras generally ranges from $8,000 to $25,000 or more depending on facility complexity and hardware tier. iGHTY Support provides a detailed, itemized written quote after the site assessment — no ballpark estimates, no line items that appear after the job starts.
A commercial IP camera system is only as effective as its design, installation, and configuration. Hardware that's poorly placed, incorrectly configured, or installed on a network it wasn't designed for creates footage that looks adequate until the day you actually need it.
iGHTY Support designs and installs IP video surveillance systems for businesses throughout Dallas-Fort Worth — from single-location offices to multi-site industrial operations. We start with a site assessment, design a system built around your specific facility, and install it to commercial standards with complete documentation and administrator training.
The first step is a free site assessment. No obligation, no sales pitch — a direct conversation about your facility, your coverage needs, and the system that makes sense for your operation.