Twin Eagle Solutions

    Discipline 01 · Design & Engineering

    Industrial Camera System Design & Engineering

    Before a camera is ordered, Twin Eagle Solutions walks the site, models the field of view, selects the lens and sensor for the actual scene, sizes the edge compute, designs the VMS and cybersecurity, and engineers the comms and power that will keep the system online. Quiet engineering up front is the largest predictor of a video system that earns its keep — and the cheapest line item in any program.

    What "Design & Engineering" actually means for industrial video

    Twin Eagle Solutions has been designing and engineering industrial camera and analytic systems for oil & gas, water/wastewater, utility, and mining operators across the lower 48 states since 2001. Our engagements typically begin with a site survey and lighting assessment, followed by 3D field-of-view modeling against a survey of the asset, lens and sensor selection in visible, IR-illuminated, or longwave-thermal variants, edge-compute and VMS architecture, last-mile communications design, solar or AC power sizing, OT/IT cybersecurity segmentation aligned to IEC 62443 and the Purdue model, VisionAery analytic-deployment design, and a complete pre-construction deliverable package that hands off directly to our in-house Build & Install discipline.

    The discipline matters because the cost of fixing an under-engineered camera system in the field is roughly an order of magnitude higher than the cost of engineering it correctly the first time. A misjudged camera placement, the wrong lens for the scene, an undersized solar array, a flat camera VLAN without segmentation, or a VMS license that doesn't fit the analytic load are all preventable problems — and they are all problems our team finds (and fixes) regularly on systems designed by others.

    Twin Eagle Solutions is vendor-neutral. Our designs are built around what the engineering requires, not what a single manufacturer wants to sell. Cameras come from Axis, Hanwha, Bosch, Pelco, FLIR, and specialty industrial vendors; VMS platforms include Genetec, Milestone, Avigilon, and ExacqVision; edge-compute uses NVIDIA Jetson-class and x86 industrial PCs; and analytics combine VisionAery edge-AI with major camera-vendor analytic libraries.

    Six capabilities that make up the discipline

    Site Survey & Lighting Assessment

    Every camera system Twin Eagle Solutions designs starts with a physical or virtual site survey. Our engineers walk the pad, the tank battery, the compressor station, the lift station, the substation, or the mine site and document the lighting at the hours that matter — flare-lit at night, sun-into-lens at sunrise and sunset, and the dust, fog, snow, or vapor conditions the analytics will actually have to see through. Lux levels, IR illumination requirements, glare sources, and reflective surfaces are all logged so that the lens, sensor, and analytic choice are matched to reality, not to a brochure.

    Camera Placement Design & Field-of-View Modeling

    Camera placement is the single largest predictor of whether a remote video system actually works. Twin Eagle Solutions models every proposed camera in 3D against a survey of the asset — pumpjack, tank, flare stack, gate, bay, perimeter — to verify pixel density on target, angle of incidence for analytics, and overlap between adjacent cameras. We size the pole, the cross-arm, the down-tilt, and the back-set so the field of view captures the action, not the sky. Coverage gaps, glare zones, occlusion from equipment, and seasonal foliage are all engineered out before the BoM is built.

    Lens, Sensor & PTZ Selection (Visible / IR / Thermal)

    Lens and sensor choice is where industrial video either earns its keep or fails silently. Twin Eagle Solutions specifies fixed bullet, multi-sensor, panoramic, and PTZ cameras in visible, low-light, IR-illuminated, and longwave-thermal variants depending on the analytic the camera has to feed. Resolution, frame rate, codec (H.264, H.265, smart codecs), wide-dynamic-range performance, low-light sensitivity at sub-lux levels, and thermal NETD are all specified per camera. We are vendor-neutral — Axis, Hanwha, Bosch, Pelco, Hikvision-class commercial, FLIR, and a number of specialty industrial vendors all have a place depending on the scene.

    Edge Compute, Server & VMS Architecture

    Industrial video is bandwidth-heavy and latency-sensitive — sending every pixel to the cloud is rarely the right answer. Twin Eagle Solutions engineers the right split between edge analytic compute (NVIDIA Jetson-class, x86 industrial PCs, or analytic-capable cameras) and central VMS / NVR / cloud. We size CPU, GPU, RAM, and storage for the camera count, retention requirement, analytic load, and redundancy posture. VMS platform selection is vendor-neutral and driven by feature fit — Genetec, Milestone, Avigilon, ExacqVision, and others are all in our toolkit. Storage is sized against retention policy, codec, frame rate, and motion-vs-continuous recording strategy.

    Last-Mile Comms, Power & Cybersecurity Design

    Cameras don't work without bandwidth and power. Twin Eagle Solutions designs the last-mile communications path — Twin Eagle private wireless, cellular bonded, Starlink, or customer-provided fiber and microwave — sized against the camera count, codec, and analytic upload pattern. Power is engineered as solar with battery autonomy, hybrid solar/AC, or AC with UPS — sized against the actual camera, illuminator, heater, and edge-compute load with seasonal sun and temperature derating. Cybersecurity follows the Purdue model and IEC 62443 — segmented VLANs, OT-zone firewalls, deny-by-default access, and remote-access tunnels engineered into the design from day one.

    Bill of Materials, Documentation & Pre-Construction Deliverables

    Every Camera System Design & Engineering engagement closes with a deliverable package: a high-level design (HLD), a low-level design (LLD), a complete bill of materials priced against current vendor pricing, a budgetary capital estimate, an as-designed camera schedule with FoV diagrams, a network and IP/VLAN plan, a power and solar sizing calculation, a mounting and structural plan, an analytic-deployment plan, and a pre-construction coordination schedule. The handoff to our in-house Build & Install discipline is direct — the same engineers who designed the system stay on the project through commissioning.

    Engineering Standards

    Standards & frameworks our designs follow

    Every camera system Twin Eagle Solutions designs is grounded in published engineering standards — not house rules. Below is the working set our team designs to.

    IEC 62676

    Video surveillance systems

    ONVIF Profile S/T/G/M

    Camera & VMS interop

    IEC 62443

    OT cybersecurity zones

    Purdue Model

    OT/IT segmentation

    TIA-222 Rev. H

    Pole & tower loading

    NEC / NFPA 70

    Power & grounding

    NEMA 3R / 4 / 4X

    Outdoor enclosures

    IP66 / IP67

    Camera ingress protection

    Frequently asked questions about camera system design & engineering

    What is industrial camera system design?

    Industrial camera system design is the engineering discipline of selecting and placing cameras, lenses, and analytics for industrial sites — pads, tank batteries, compressor stations, lift stations, treatment plants, substations, mines, and central facilities — and then designing the network, power, edge-compute, VMS, and cybersecurity architecture that lets the cameras and analytics actually work in the field. Twin Eagle Solutions performs site surveys, field-of-view modeling, lens and sensor selection, edge-compute architecture, last-mile comms design, solar/power sizing, VMS platform selection, OT/IT cybersecurity zoning, and full pre-construction documentation as a single integrated discipline.

    How long does a camera system design engagement take?

    A single-site camera design typically takes 1–2 weeks once site access is granted. A multi-site fleet design with VisionAery analytic provisioning typically runs 4–8 weeks. Brownfield audits of an existing camera fleet usually take 3–5 weeks including field visits and a written health-assessment deliverable.

    Do you only design with one camera or VMS vendor?

    No. Twin Eagle Solutions is vendor-neutral. Our designs typically incorporate Axis, Hanwha, Bosch, Pelco, FLIR, and specialty industrial cameras depending on the scene, with VMS platforms including Genetec, Milestone, Avigilon, ExacqVision, and others. The hardware is selected to fit the engineering requirement, not the other way around.

    How do you decide where each camera goes?

    Camera placement is engineered against the analytic requirement. We model field of view in 3D against a survey of the asset, verify pixel density on target (typically 60–125 px/m for analytics, higher for license plate or facial recognition), check angle of incidence for the specific analytic, and engineer out glare, occlusion, and seasonal foliage. The camera schedule, mounting heights, down-tilt angles, and lens selections are all documented before procurement.

    Can you design VisionAery analytics into the system from day one?

    Yes. VisionAery edge-AI analytics — liquid leak detection, flare monitoring, fire and smoke detection, tank level monitoring — are engineered into the camera and edge-compute design at the same time as the camera placement. Analytic-ready scene design (presets, AOIs, masks) is part of the deliverable. Third-party analytics (PPE, license plate, zone) from major camera vendors are designed in the same way.

    Do you handle solar and power sizing?

    Yes. Twin Eagle Solutions sizes the solar array, battery bank, charge controller, and inverter against the actual camera, illuminator, heater, and edge-compute load, with seasonal sun and temperature derating for the specific latitude and basin. Hybrid solar/AC and AC-with-UPS architectures are also engineered when site conditions warrant.

    How does cybersecurity factor into a camera system design?

    Camera networks are now part of the OT cyber-attack surface. Twin Eagle Solutions designs camera VLAN segmentation aligned with IEC 62443 zones and the Purdue Enterprise Reference Architecture, with OT-zone firewalls, deny-by-default rules, MFA-protected remote access, and centralized logging documented alongside the camera schedule and network diagram.

    What deliverables do we get at the end of design?

    An HLD and LLD document set, a complete bill of materials priced against current vendor pricing, a budgetary capital estimate, an as-designed camera schedule with FoV diagrams, a network and IP/VLAN plan, a power and solar sizing calculation, a mounting and structural plan, an analytic-deployment plan, and a pre-construction coordination schedule.

    Where do you operate?

    Twin Eagle Solutions has performed camera and analytic design work in the lower 48 states across multiple industries — oil & gas, water and wastewater utilities, electric utilities, and mining. Our highest concentration of oilfield work is in the Permian Basin, Eagle Ford, Bakken, DJ Basin, Anadarko / SCOOP / STACK, Marcellus, and Haynesville.

    How does design hand off to construction?

    The same Twin Eagle Solutions engineering team that produces the design hands off directly to our in-house Build & Install discipline. There is no third-party integrator handoff, no requote of the BoM, and no scope gap between design intent and field reality.

    Related disciplines

    02 · Build & Install

    Shop Integration & Field Deployment

    Skid and trailer integration, NEMA enclosures, in-house tower climbers, analytic provisioning, and commissioning.

    03 · Support & Maintenance

    24/7 Managed Video Services

    24/7 callout & dispatch, proactive monitoring, analytic tuning, VMS health, and lifecycle management.

    Designing a new camera system — or auditing one you inherited?

    Tell us about the site, the assets, and what the cameras need to see. We'll come back with a scoped plan and an honest estimate, usually within one business day.

    Discuss a Camera Design