Some countries known for producing electronic and security equipment include the United States, South Korea, Taiwan, Japan, and several European countries. Keep in mind that the global supply chain is interconnected, and components from various countries may be used in the production of a single device.

Security Camera Manufacturers

Axis Communication

Origin: Sweden

Made in: China, Taiwan, Malaysia, Hungary, Israel, Sweden

All Axis products are compliant with NDAA

Axis Communications AB is a Swedish manufacturer of network cameras. Axis primarily operates in physical security and video surveillance industries.

Axis referred to a statement confirming their “entire product portfolio” is NDAA-compliant. Axis added that past non-compliant products could still be available from resellers, saying: “Previously we used HiSilicon chipsets in a very small number of products (Companion hardware products). It’s possible that some of these products still can be purchased by some of our resellers, but today Axis only offers NDAA-compliant products.”

Best Selling Axis NDAA Products

See the list of Axis NDAA compliant products

Bosch

Origin: Germany

Made in: Germany, China, Vietnam, Israel, Belgium

US-Listed Bosch Products are compliant with NDAA

Bosch, is a German multinational engineering and technology company headquartered in Gerlingen, Germany.

Bosch referred to a statement confirming their US listed products portfolio is NDAA-compliant and moving forward, all products manufactured for the U.S. market will be NDAA compliant as well.

Bosch also shared a list of products that manufactured in Portugal and Mexico. Portugal and Mexico are countries that are included in the Trade Act Agreement. This means that the listed products are TAA compliant.

Best Selling Bosch NDAA Products

See the list of Bosch NDAA compliant products

Mobotix

Origin: Germany

Made in: Germany

All Mobotix products are compliant with NDAA

MOBOTIX is a leading manufacturer of premium-quality intelligent IP video systems. MOBOTIX was founded in 1999 and is based in Langmeil, Germany.

Mobotix referred to a statement confirming their “entire product portfolio” is 100 percent NDAA-compliant.

“MOBOTIX is fully committed to adhering to NDAA Sec 889 (a)(1)(B) guidelines. We are not allowing any substantial or essential component from a supplier that is named in this section. This includes any component necessary for the proper function or performance of a product or system.”

Best Selling Mobotix NDAA Products

See the list of Mobotix NDAA compliant products

Pelco

Origin: United States

Made in: United States

All Pelco products are compliant with NDAA

Pelco Incorporated is an American-based security and surveillance technologies company, founded in 1957 and headquartered in Fresno, California.

“Pelco product lines do not use or incorporate any essential components or critical technology including SoCs produced by NDAA banned component vendors, nor does Pelco OEM any product lines produced by NDAA banned manufacturers. Also, Pelco was acquired by Motorola and Motorola has declared its intention to also make Pelco products in the USA.”

However, Pelco shared list of 4 GFC Professional series products that non-compliant.

Best Selling Pelco NDAA Products

See the list of Pelco NDAA compliant products

Arecont Vision

Origin: United States

Made in: Taiwan

Arecont Vision has mixed of NDAA-Compliant and Non-Compliant Products

Arecont Vision Costar, LLC is a US-based company founded in 2018 to offer complete video surveillance solutions to customers around the world.

The entire MegaIP camera family, all of the Contera NVRs models include both NDAA (National Defense Authorization Act H. R. 2500) and ONVIF compliance. By the Q3/Q4 of 2021 most of the newer Contera line of cameras will be NDAA as well. Here the Arecont Vision Costar’s NDAA compl

Digital Watchdog

Origin: United States

Made in: Korea

Digital Watchdog products are mostly compliant with NDAA

DW is the industry leader in digital recorders, surveillance cameras and management software. Founded 1987 and engineered in the USA and Korea.

Digital Watchdog referred to a statement confirming most of their product portfolio is NDAA-compliant.

“The following Digital Watchdog cameras, encoders, network video recorders (NVRs) and digital video recorders (DVRs) which do not use or deploy critical components, nor include SoCs produced by NDAA banned component vendors, are compliant with the NDAA.

The products listed below are compliant with GSA Schedules and have been deemed TAA compliant as the final products have been manufactured and substantially transformed within the United States and South Korea, both approved signatory countries designated by the TAA.”

Best Selling Digital Watchdog NDAA Products

See the list of Digital Watchdog NDAA compliant products

Speco Technologies

Origin: United States

Made in: Korea

Speco has mixed of NDAA-Compliant and Non-Compliant Products

Speco Technologies is a manufacturer of video surveillance and audio surveillance products for more than 60 years

Speco Technologies referred to a statement confirming some of their product portfolio is NDAA-compliant.

“Speco is actively moving to exclude components from banned companies. Please find below a list of current active models from Speco Technologies that do not contain any components from (NDAA Section 889 Part B) banned companies”

Best Selling Speco NDAA Products

See the list of Speco Technologies NDAA compliant products

Ubiquiti

Origin: United States

Made in: Korea

Ubiquity products are mostly compliant with NDAA

Ubiquiti Inc. (formerly Ubiquiti Networks, Inc.) is an American manufacturer of wireless data communication and wired products and founded in San Jose, California, in 2003.

Ubiquity referred to a statement confirming most of their product portfolio is NDAA-compliant.

“As of the date hereof and to the best of Ubiquiti’s knowledge, the products listed below do not contain a substantial or essential component or use critical technology produced by Huawei Technologies Company, ZTE Corporation, Hytera Communications Corporation, Hangzhou Hikvision Digital Technology Company or Dahua Technology Company (or any known subsidiary or affiliate of such entities).”

Honeywell

Origin: United States

Made in: Korea

Honeywell has mixed of NDAA-Compliant and Non-Compliant Products

Honeywell International Inc. is an American publicly traded, multinational conglomerate headquartered in Charlotte, North Carolina.

Honeywell referred to a statement confirming some of their product portfolio is NDAA-compliant.

“The Honeywell 30 Series, 60 Series and Modum IP cameras are designed for use as part of video systems which comply with NDAA 2019, Section 889. In addition to the 30/60/Modum Series cameras, our MAXPRO® and Pro-Watch® VMS/NVR ranges, our 30 Series Embedded NVRs and our ADPRO iFT/iFT-E IP NVRs follow our extensive cyber testing process and do not contain components from any of the companies highlighted in NDAA 2019, Section 889. Together with the Series 30/60/Modum cameras they can be used to provide video systems compliant with NDAA 2019, Section 889”

Panasonic

Origin: Japan

Made in: Japan

Panasonic i-PRO products are mostly compliant with NDAA

In October 2019, i-PRO became independent from Panasonic to establish the Image Sensing Business.

Panasonic i-PRO didn’t share a a public statement on their website and didin’t provide a list of NDAA compliant (or non compliant) products. Here the statements they made in different channels.

“All Panasonic-branded cameras sold in the U.S. are engineered, manufactured and quality assured solely by Panasonic. As such, they are not impacted by the NDAA legislation (federal ban).

For those valued partners that attended our 2019 Partner Summit, we committed to you that, not only will our i-PRO line be 100% non-Hisilicon by the end of March 2021, but many of our products will also be TAA compliant.

The Advidia camera lineup is not fully NDAA compliant at this time. We are working with our 3rd-party manufacturers to ensure full NDAA compliance by March 2021″

Hanwha Vision (Samsung Techwin)

Origin: South Korea

Made in: South Korea

Hanwha Techwwin products are mostly compliant with NDAA

Hanwha Techwin founded 1938 as Samsung Techwin, is a surveillance and optoelectronics company. The company headquartered in South Korea.

Hanwha Techwin referred to a statement confirming most of their product portfolio is NDAA-compliant.

“Hanwha Techwin is committed to complying with all government and international trade regulations. Hanwha Techwin supports NDAA-compliance across its product lines and has a full suite of trade-compliant devices, with many currently used in government, defense and a range of commercial applications.

All Hanwha Techwin manufacturing facilities are located in Vietnam and South Korea, making them compliant with Trade Agreements Act (TAA) terms and qualifying Hanwha Techwin products for sale under GSA guidelines.”

Best Selling Axis NDAA Products

See the list of Hanwha Vision NDAA compliant products

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ACTİ

Origin: Taiwan

Made in: Taiwan

Acti products are mostly compliant with NDAA

ACTi, a leading Taiwan-based IP camera manufacturer, offers a wide range of IP camera models that contain SoC made in either Taiwan, Japan or the United States.

Acti referred to a statement confirming most of their product portfolio is NDAA-compliant.

“ACTi is providing more than 150 different camera models that contain SoC components from very respected and accepted global brands from Taiwan, Japan and the United States. As the technology research company, ACTi has also developed its own SoC, called A1, which can be found in the wide range of ACTi cameras today.”

Best Selling ACTi NDAA Products

See the list of Acti NDAA compliant products

GeoVision

Origin: Taiwan

Made in: Taiwan

GeoVision has mixed of NDAA-Compliant and Non-Compliant Products

GeoVision Inc. is a manufacturer of intelligent video surveillance systems founded in 1998 in Taiwan.

“GeoVision confirms that the listed products are not manufactured by nor utilize components from Hikvision, Dahua or contain HiSilicon SoCs. The NVR units listed below are manufactured in Irvi

Vivotek

Origin: Taiwan

Made in: Taiwan

Vivotek products are mostly compliant with NDAA

VIVOTEK Inc. was founded in February 2000. The Company markets VIVOTEK solutions worldwide, and has become a leading brand in global security surveillance.

Vivotek referred to a statement confirming most of their product portfolio is NDAA-compliant.

“The listed VIVOTEK cameras and network video recorders (NVRs), which do not use or deploy critical components including SoCs produced by NDAA banned component vendors, are compliant with the NDAA. These products will be included in VIVOTEK’s GSA contracts and are recommended for US Government applications that are subject to the NDAA.”

Best Selling Vivotek NDAA Products

See the list of Vivotek NDAA compliant products

Can I use security cameras that are not produced in China?

Yes, you can certainly choose security cameras that are not produced in China if you have concerns about the origin of the products. Many companies around the world manufacture security cameras, and you can find alternatives from various countries.

When selecting security cameras, it’s essential to consider factors beyond just the country of origin. Look for reputable brands and manufacturers that prioritize security, privacy, and quality. Consider reading reviews, checking certifications, and researching the specifications of the cameras to ensure they meet your requirements.

Some countries known for producing electronic and security equipment include the United States, South Korea, Taiwan, Japan, and several European countries. Keep in mind that the global supply chain is interconnected, and components from various countries may be used in the production of a single device.

I’ve wanted to make this list for a while, and hopefully it will help answer some simple questions or guide newcomers on their IP video quest. Feel free to add, change, or refine this!

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Most Popular Camera Manufactures (on this forum):

ACTi (http://www.acti.com) – Midrange camera – good price – free software.

Avtech (http://www.avtech.com.tw) – Has good ‘push’ support for events to mobile devices.

Avigilon (http://www.avigilon.com) – Similar to Axis cost – must buy through dealer – good software/support.

Axis (http://www.axis.com) – Popular choice – higher end cameras get expensive – easy to find online for sale – free + paid software options.

Dahua (http://www.dahuasecurity.com‎) – Re-branded as Q-See – low price – difficult to find updates/support.

Geovision (http://www.geovision.com.tw‎) – Midrange – have some LPR cameras.

Grandstream (http://www.grandstream.com) – Low cost – have some unique features.

Hikvision (http://www.hikvision.com‎) – Becoming more popular – re-branded as Lorex/Swann systems from Costco.

IQinVision (http://www.iqeye.com) Midrange pricing.

Mobotix (http://www.mobotix.com) – Cameras made in Germany – reliable but expensive – no moving parts to fail in their cameras.

Vivotek (http://www.vivotek.com) – Midrange pricing.

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Other Camera Manufactures:

Arecont (http://www.arecontvision.com/‎)

Brickcom (http://www.brickcom.com/)

Bosch (http://www.boschsecurity.us/en-us/ProductInformation/Cameras/NetworkCameras/)

Canon (http://www.usa.canon.com/cusa/professional/products/security_video_solutions/network_cameras)

GE (Unknown Website Address)

Honeywell (http://www.honeywellvideo.com/products/cameras/ip/index.html)

JVC (http://pro.jvc.com/prof/attributes/category.jsp?productId=PRO5.2)

Panasonic (http://www.panasonic.com/business/psna/products-surveillance-monitoring/index.aspx)

Pelco (http://www.pelco.com/sites/global/en/home.page)

Samsung (https://www.samsung-security.com/)

Sony (http://pro.sony.com/bbsc/ssr/mkt-security/)

Toshiba (http://www.toshibasecurity.com/)

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IR Illuminators:

Raytec (http://www.rayteccctv.com/)

Axton (http://www.axtontech.com/)

Iluminar (http://www.iluminarinc.com/)

+Other Generic Brands

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Accessories:

PoE Switch (Unmanaged, or Managed which allows remote powering on/off of specific ports) (TRENDnet, Netgear, D-Link, Cisco, Axis, etc.)

Ethernet Cable (Regular/Burial Grade)

Lenses (C/CS/S/D Mounts)

IR Illuminators (Discussed Above)

Enclosures (Pelco, Videolarm, Axis, Generic Brand, etc.)

PIR Sensor (Optex, Bosch, etc)

UPS Battery Backup System

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Popular Places To Buy:

[Redacted – do a search on the forum for general ideas ]

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Video Recording Software:

ACTi VMS (Free) – Only supports ACTi Cameras.

Avigilon (Per channel: Core ~$100, Standard ~$200, Enterprise ~$350) – Purchase through authorized dealers.

Axis Camera Companion (Free) – Only supports certain (newer) Axis Cameras. 16 cameras max.

Axis Camera Station (~$90/license)

Axxon Next (Free for 16 channels) (http://www.axxonsoft.com/products/axxon_next/)

BlueIris ($29.95 – $49.95) (http://blueirissoftware.com/) – Supports a large variety of network cameras.

exacqVision ($50 – $150/license + $25 yearly for optional updates)

Genetec (Expensive)

Geovision (Free)

Luxriot ($99 – $1000+)

Milestone XProtect (Free – $1000+)

Mobotix Control Center (Free) – Supports other cameras for viewing. May be able to record with MXServer.

OnSSI (Unknown)

Vitamin D (Free/$49/$199) (http://www.vitamindinc.com/index.php) – PC + Mac Compatible

Zoneminder (Free) – Open source Linux software.

…Etc, Most Manufactures Provide Their Own Software.

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Network Video Recorders (NVR’s)/NAS Stations:

Synology (1 License Included – ~$50 /per additional license)

Dahua

QNAP

Luxriot

NUUO

Hikvision

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iPhone Viewing Apps:

Netcam Viewer (Free/$5.99) (http://bit.ly/18UfXMs)

Live Cams Pro ($1.99) (http://bit.ly/19RAleQ)

QCamPro ($7.99) (http://bit.ly/14iCWxR)

Official Mobotix (Free) (http://bit.ly/15XNtmo)

IP Cam Viewer Pro ($3.99) (http://bit.ly/10QAwYn)

Dahua iDMSS Lite (Free) (http://bit.ly/110ZjmV)

Dahua iDMSS Plus ($4.99) (http://bit.ly/12FyWpw)

+Specific Manufacturer’s Apps (Q-See, Hikvision, etc) (Search Manually) – Typically better integrated then 3rd party apps.

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Android Viewing Apps:

IP Cam Viewer Pro ($3.99) (http://bit.ly/TG6OyB)

Dahua gDMSS Lite (Free) (http://bit.ly/12zjvAs)

Dahua gDMSS Plus ($5.00) (http://bit.ly/12FzfAA)

+Specific Manufacturer’s Apps (Q-See, Hikvision, etc) (Search Manually) – Typically better integrated then 3rd party apps.

The Ultimate IP Camera Guide v3.

Review Sites/Sample Videos:

Network Camera Critic (http://www.networkcameracritic.com/)

Mateusz CCTVnerd (http://www.youtube.com/user/mateuszfen)

Megapixel Cameras – Images and Demos (viewtopic.php?f=19&t=11322)

Plazor (http://www.plazor.com)

Axis YouTube Channel (http://www.youtube.com/user/AxisCommunications)

Avigilon YouTube Channel (http://www.youtube.com/user/Avigilon)

MXInstaller (http://www.mxinstaller.com/)

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Companies That Rebrand/Resell:

Swann (Rebrands Hikvision Equipment)

Lorex (Rebrands Hikvision Equipment)

Q-See (Rebrands Dahua Equipment)

Toshiba (Appears To Rebrand Vivotek)

Cisco (Sometimes Rebrands Pelco)

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Other Helpful Links:

CCTV Lens Calculator (http://www.jvsg.com/online/#)

Identification And Recognition Guide (http://www.axis.com/academy/identification/index.htm) – Make sure you have the correct resolution for your application.

Security Today – IP Cameras (http://security-today.com/directory/list/ip-video.aspx)

CCTV Frame Rates Comparison (

) – Recordings don’t necessarily have to be 30fps for desired results.

IP Video 101 Training (http://ipvm.com/report/ip_video_training_course_101)

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Live Demo Cameras:

Mobotix Cameras (http://www.mobotix.ro/live-ro-p-3.html) or (http://comsurv.com/live-video-cameras/)

Axis Cameras (http://www.axis.com/camerademo/) or (http://ipcameralive.com/)

Mixture (http://camelive.info)

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Terminology:

CBR: “Constant bit rate [encoding] means that the rate at which a codec’s output data should be consumed is constant.” (i.e. the amount of data flowing from camera to user/nvr is always constant – even during movement or lack thereof. [See also VBR])

DSD: (http://www.dsdcctv.com/)

DVR: “a consumer electronics device or application software that records video in a digital format to a disk drive, USB flash drive, SD memory card or other local or networked mass storage device.”

Edge Recording: “The concept of taking audio/video from a camera, and storing it at the edge of the Ethernet network instead of transporting it across the network to a centralized recording facility such as a Network Video Recorder.” (Most cameras have this ability now.)

IR/IR Illuminator: LED’s (often a separate device) which provide illumination for cameras in near to total darkness. The light produced cannot be seen by the human eye. The camera must be sensitive to IR for this to be useful (some cameras have ‘fixed’ IR cut filters). ‘White light’ illuminators are also available. These produce light visible to the human eye and to a camera with or without an IR cut filter.

LPR/ANPR/AVI/CPR/LAPI: “A mass surveillance method that uses optical character recognition on images to read vehicle registration plates.”

NAS: Basically a box filled with hard drives for storage of data. Some cameras have the ability to record directly to these networked boxes without the need for an always on or dedicated computer.

NVR: “A software program that records video in a digital format to a disk drive, USB flash drive, SD memory card or other mass storage device.”

ONVIF: “Open Network Video Interface Forum (ONVIF) is a global and open industry forum with the goal to facilitate the development and use of a global open standard for the interface of physical IP-based security products.”

PIR: Passive Infrared “is an electronic sensor that measures infrared (IR) light radiating from objects in its field of view. They are most often used in PIR-based motion detectors.”

PoE: “A system to safely pass electrical power, along with data, on Ethernet cabling.”

UPS: “uninterruptible power supply…is an electrical apparatus that provides emergency power to a load when the input power source, typically mains power, fails.”

VBR: “Variable bit rate files vary the amount of output data per time segment.” (i.e. Less data during still scenes, more data during high movement periods.)

WDR: “‘Wide dynamic range’ describes an attribute of an imaging system which can capture greater scene details from shadows to highlights than normal.”

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Commonly Asked Questions:

Q: “Which brand or manufacturer should I buy?”

A: Each brand has its strengths and weakness, whether it be price, size, low light capabilities, resolution, frame rate, support, software, compatibility, etc. There really isn’t one magical brand or camera. Each security scenario is different and requires a unique solution.

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Q: “Where can I buy an IP HD PTZ Outdoor Camera for $200?”

A: Probably not going to happen. PTZ cameras are expensive because of all the motors, belts, gears, and such. Perhaps instead consider using several fixed multi-megapixel HD cameras instead for coverage.

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Q: “How do I embed/add video from a camera to a website?”

A: See: http://www.networkcameracritic.com/?p=1290 or http://bit.ly/10rC8WV

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Q: “How do I view my cameras on my TV/Monitor?

A: Consider using an Android powered HDMI dongle. These mini computers are powerful and compact enough to be attached to a TV or monitor for camera viewing using an Android app. Also see: http://www.networkcameracritic.com/?p=1049

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Q: “Should I buy a Foscam?”

A: These cameras are not typically discussed here because of their poor reliability and feature set. They are often cloned and copied making firmware updates and support hard to come by. So in short, probably not. However if you are just starting with IP cameras, many members have since upgraded from these over time to bigger and better.

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Q: “How do I view my camera(s) from the internet?”

A: You need to setup your router for port forwarding. Here are several guides to assist you. See: http://www.networkcameracritic.com/?p=124 or http://bit.ly/184DTvf

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Q: “What shutter speed should I use during low light/night?”

A: “Typically 1/30 of a second is as low as you would want to have it set. Any longer and moving objects will be blurry making the footage less then useful.

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Q: “Should I use a wireless camera for my application?”

A: Wifi signals, especially at long distances, can drop or become unreliable. They also become targets of hacking “resulting in free access to your personal cameras (EXTREMLY DANGEROUS) or blocked cameras, ones that will not record anything.” It is best to use a hardwired connection via cable for installations. PoE installation can supply signal and power over one cable for easy installation. If a cable is not an option consider using a dedicated wifi access point, like the type made by Ubiquiti Networks.

Technical Guide to IP Cameras– Overview, Types, Applications

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An IP camera (Internet Protocol Camera) is a type of security camera that receives video data and sends video footage via an IP network. It is also known as network camera or IP security camera, often used as remote monitoring and management tools in many sectors and environments to protect the property or monitor home, business, or public security. Connected with other devices such as network video recorders and displays via a network, IP cameras allow you to monitor specific areas from any remote location, bringing much convenience to our daily lives.

How Does An IP Camera Work?

IP cameras work the same way as digital cameras to capture high-quality images. What sets them apart is the capability of IP cameras to compress those files and automatically transmit them to a network video recorder (NVR) via a network. Usually, IP cameras are connected to the network via ethernet cable with a broadband modem or router, or wirelessly via a Wi-Fi router.

In a building that has already been equipped with a network, all you have to do is to connect the IP surveillance cameras and other devices into your network system, just the same way that you would do when you connect your laptop or cell phone to your Wi-Fi.

After everything is well connected, the cameras can start working, capturing and sending video footage to the network video recorder.

Four Common Types of IP Camera

There are various video surveillance solutions, in which many different types of security cameras are adopted. Among those surveillance cameras, there are four most commonly used ones, dome cameras, bullet cameras, and turret cameras. Knowing more about the differences among dome vs bullet vs turret vs fisheye cameras will help you find out the one that fits you most.

Four Important Specifications of IP Cameras

When looking for a security camera, not only should you decide on the type of it, but also you need to notice that the specifications can make a huge difference. There are four of the most essential specifications.

Resolution

The resolution of IP cameras is the total number of pixels that make up an image, which is usually measured by the width and height of the image. The most common resolutions of security cameras are 720p, 1080p, 5MP, 4K and 8MP. Usually, higher resolutions mean that there are more pixels per inch (PPI), resulting in a high-quality, crisp image.

Field of View

The lens of an IP camera allows you to frame an area that you want to spot. Different lens systems come with different fields of view, which determines how wide an area you can see. A wider field of view will allow the camera to spot a larger area. Typically, for a large parking lot and a small room, you will need lenses with different viewing angles.

Focal Length

The focal length of a lens, which is measured in “mm”, determines the angle of view and how far the camera can see. There are two types of lens, fixed lens and varifocal lens. The most common fixed focal length is 3.6mm, which leads to a 90° view angle and a distance of 20 feet. There is also 8mm lens with a 40° view angle and identification distance of 40 feet. For varifocal lenses, the most common ones are 2.8-12mm lenses.

At 2.8mm you get around 100° view angle, with only around 10-feet identification distance. At 12mm you will achieve around a 30° angle of view and identification at around 50 feet. The wider the focal length, the further away it can focus and the narrower the field of view.

Low Light Sensitivity

Low-light sensitivity, usually measured in Lux(lx), refers to the ability of a camera to provide high-quality images even in low-light conditions by presenting details and reducing noise in the output images. There are few factors contributing to the low light performance of a camera, including pixel size, signal-to-noise ratio, lens aperture, etc. A lower Lux has the ability to present high-quality images in darker areas. For example, cameras with 100-1,000lx are applied to record under work-space light, while cameras with 0.0001lx are usually adopted for moonless nights or overcast nights.

Most Popular IP Camera Applications

Home Use

For those looking for tools to get close with their families, monitor family security or protect family property, IP cameras are always a go-for item. Many homeowners equip their families with a video surveillance system to make themselves and their families feel safer.

The IP cameras installed in home security systems have been used to serve a number of purposes. For example, they can be installed near the front door to capture the image of each one who steps into or sneaks around the house, or installed in the backyard to catch a view of their families’ happy moments, or installed inside the room, to make sure their baby is being well taken care of, etc.

Business Use

Commercial security cameras are often used in business buildings, supermarkets, shops, restaurants, etc. For business owners, security cameras can not only protect their property to ensure normal operations and prevent criminal acts with real-time monitoring, but also can keep them connected with daily operations and employee safety.

Outdoor perimeter security can also be maintained with video surveillance solutions to monitor the surroundings. Compared to traditional systems, commercial IP video surveillance systems offer greater reliability and security with built-in encryption, data compression, network connection, and cybersecurity measures.

Public Safety

Surveillance cameras play an important role in managing public rules, protecting public safety and property. It’s not difficult to find that there are plenty of monitoring cameras along the traffic roads, parking lots and around the governments or hospitals. Moreover, there are lots of public areas deployed with security cameras, including schools, parks, communities, neighborhoods, etc.

Conclusion

IP cameras have become a dispensable part of home, business or public surveillance systems. With the proper video management software, the video recorded by IP cameras can be viewed from anywhere worldwide via the network, whether using a laptop or a mobile phone. In many cases, IP cameras can also be controlled remotely, adding much convenience to our lives.

There are various types of security cameras that are designed for specific applications, and that’s why you need to take several factors into consideration when purchasing IP cameras for your security system. Before the next step, it would be better to figure out your budget and your requirements first.

Guide to Understanding IP Cameras

Welcome to a venture into the captivating digital world of Internet Protocol (IP) cameras. Whether you’re considering investing in this game-changing technology or you’re simply eager to boost your tech acumen, we’ve got your covered. Untangling complex technical jargon and translating it into simple language, this blog post will chart your course through the depths of understanding IP cameras.

What is an IP Camera?

An IP camera , also known as a network camera, is a digital video tool that sends and receives data via the internet. Unlike its analogue predecessor, the CCTV (Closed Circuit TV), it offers the functionality to view live or recorded footage from anywhere, anytime using a web-based platform or mobile application. Think of IP camera as the digital evolution.

Advantages of the IP Camera

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Understanding IP Camera Operation

Let’s dive deeper into how these fantastic little devices work.

Capturing Images

The essence of an IP security camera is in its lens, sensor, and processor. The lens focuses on the light emanating from the surroundings, which then hits a digital sensor. This sensor transforms the received light into an electronic signal that the processor can turn into a digital video stream.

Sending Images

The key difference between an IP camera and previous systems lies in its ingenious use of the Internet Protocol. Instead of sending unprocessed data to a recorder, IP cameras encode and process the signal on the device before transmitting it to be stored or viewed over the network. This reduces the workload for the recorder, enhancing the system’s efficiency.

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Most Popular Types of IP Cameras

Not all IP cameras are created equal, of course. Different styles suit different needs. Here’s a quick classification of the most commonly used types:

Bullet Cameras

These are named for their cylindrical shape, resembling a bullet. Bullet cameras are great for monitoring both wide focused areas such as entrances or small rooms.

Dome Cameras

Identified by their dome shape, these cameras provide a wider viewing angle ideal for bigger spaces like living rooms or stores.  Some come with adjustable lenses to hone in on important areas.

PTZ Cameras

PTZ stands for Pan-Tilt-Zoom. A PTZ IP camera provides the functionality to remotely control the movement and zoom of the camera, making it perfect for large, open spaces.

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IP Camera Installation: Tips and Tricks

Installing an IP camera isn’t rocket science. Here are some friendly tips to ensure you obtain the best surveillance results:

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Securing Your IP Camera

In an increasingly digital world, security is paramount. Here are a few guidelines to secure your IP camera system:

Change the Default Password

On purchase, devices often come with generic login credentials. It’s essential to change these immediately to a unique and complex password.

Regular Firmware Updates

Stay up-to-date with the latest firmware version provided by the manufacturer. This ensures your device is protected from any known loopholes.

Effective Network Security

Ensure your home or business network security is robust. Use established security measures such as firewalls and secure Wi-Fi protocols.

The captivating world of IP cameras offers the potential for superior surveillance solutions. The charm of hands-on control combined with the convenience of remote access can revolutionize how we approach security. Yet, it is crucial to remember that with great power comes great responsibility. In this digital age, securing our devices should always be a priority. Embrace the technology but don’t forget to keep it secure. Welcome to the future of surveillance.

Operator using a VMS vs NVR security system.

If you’re deploying a video management system, you’re probably weighing many considerations. Everything from camera count and site requirements to infrastructure and network availability. Through it all, you might also be wondering.

Should you choose a video management system (VMS) or network video recorder (NVR)?

Here’s the short answer: it depends. Both an NVR and a VMS have pros and cons. The right choice for your business will be contingent on factors like your budget, the number of cameras, how you use your video system, and what your long-term plans are.

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How to choose the right video management system

Taking the time to explore what your organization needs from a video management system (VMS) will help ensure you get the right deployment. To help you make the best choice, we’ve created a list of questions you and your team can go through.

What’s a network video recorder?

If you and your team have been shopping for a video surveillance system, you’ve probably come across the term network video recorder or NVR. But what is an NVR security system?

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An NVR is a specialized appliance that enables a network video camera system. It’s a simple device that connects to a small number of cameras over your network. For example, an NVR will usually accommodate anywhere between eight and 32 cameras.

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The NVR is designed to record and store video from your network video cameras, and usually, there’s no software to install or maintain. You can use a simple web-based application to view cameras or retrieve video recordings.

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Beyond basic viewing, search, and export functionality, a typical NVR security system doesn’t offer many other features. This is one of the reasons why an NVR is better suited for simple deployments. Whereas a video surveillance system is primarily used for after-the-fact investigations.

VMS vs NVR Comparison 2024

Read Also : The Ultimate Guide to EZVIZ Camera

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How is an NVR different than a VMS solution?

A video management system or VMS is different from an NVR in many ways. A VMS is a software application that allows you to monitor and manage a large number of IP video cameras from any location. It’s either hosted on a network-connected server or runs as a cloud-based service. Whether you decide to go with on-premises server infrastructure or the cloud, you’ll be able to monitor live video and access recordings using the VMS software.

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One of the biggest differences between an NVR and a VMS is that a VMS is more feature rich. Here are a few examples of what you can do with an IP video management system:

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Receive real-time notifications when a camera falls offline, or movement is detected in a specific area

View camera locations or alarms on a map of your facilities or jump from camera to camera to track suspects moving through your property

Use built-in cybersecurity and privacy features to protect your video and data

Integrate other physical security or business systems to enhance response

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Essentially, the advanced features of a VMS help you streamline video management tasks. This is particularly useful in larger, mission-critical deployments.

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What are the pros and cons of an NVR camera system?

An NVR is a budget-friendly option for small to medium-sized video surveillance deployments. Since there’s no software to install or maintain, an NVR camera system is normally quite easy to set up. You can simply power up the NVR, connect it to a network, and configure your cameras via a web-based app. The ease of an NVR security system helps keep costs down.

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The biggest downside to an NVR is that you’re limited to very basic functionality. Because of this, you may need to rely on IT professionals to ensure your system is cybersecure. And you won’t have access to newer video analytics or the advanced features that are included in a VMS.

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Some NVRs are also proprietary. This means you’ll be stuck with specific vendors’ cameras and the NVR won’t support other types of devices or systems. Even if you do find an NVR that integrates with other physical security systems such as access control, the functionality may be limited.

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What are the pros and cons of a video management system?

A VMS can provide many advantages over an NVR surveillance system. For one, you can scale your video surveillance system to hundreds or thousands of cameras. You can also connect many VMS systems across various locations back into a security operations center to facilitate centralized video management.

As mentioned earlier, a VMS comes packed with advanced features that can enhance your response procedures and investigations. It also offers built-in system health monitoring tools and privacy-by-design features that help mitigate cyber risks and enhance compliance.

With an open architecture VMS, you can choose the cameras that best suit your budget and deployment. You can also easily unify your video software with other physical security systems such as access control and intrusion monitoring solutions and connect cameras to various sensors. This gives your operators a more complete picture of what’s happening when responding to events or handling investigations.

Some VMS solutions come with application programming interfaces (APIs). This allows you to add customizations and really tailor the VMS to meet your environment’s specific requirements.

Overall, there’s far more flexibility with a VMS. This means you can keep growing and expanding your system over time and adding newer technologies as they come to market.

What are the disadvantages of a VMS? The advanced capabilities of a VMS will come at a cost. A VMS is more expensive than an NVR overall. Software license fees, software maintenance agreement fees, and the cost of purchasing and maintaining servers can add up.

A VMS also has a more complex installation. You’ll need to rely on the help of a system integrator to ensure everything is set up and running well. They may also provide operator training for a VMS system, so these costs should also be factored into the deployment budget.

Top considerations when deciding between a VMS and NVR

Choosing between a VMS and an NVR isn’t always straightforward. You might think an NVR security system is right for you today, but perhaps that’ll change in time when you decide to add more cameras or integrate an access control system.

So how do you know if a VMS or NVR is better for your deployment? Consider the following key decision criteria:

 Size of your deployment

How many cameras will you be managing today? Do you plan to add more cameras or expand video coverage over time? Do you have more than one location that you’d like to secure with video surveillance technology?

If you’re planning on implementing fewer than 32 cameras at one location, then an NVR might be your best option. However, if you have a larger number of video devices, have plans to expand your coverage later on, or have multiple locations to secure, choosing a VMS will likely be the better long-term choice.

 Use cases for your video system

How will you be using your video system? Are you doing live monitoring and handling investigations regularly, or just conducting investigations following the odd incident? Do you have a busy environment where video surveillance is considered mission-critical?

If you need video surveillance to investigate random occurrences or to keep a visual on specific areas of business, an NVR may be able to fulfill those basic needs. But if you have multiple operators monitoring live video around the clock and handling investigations a few times a week or month, a VMS will offer better monitoring and search capabilities.

 Video retention needs

How long do you need to keep your video recordings? Does your industry have regulations about video and data retention that you need to abide by? Do you need to store video evidence for significantly longer periods of time?

An NVR usually provides limited storage capacity. Though device specifications will vary, you may find that you’ll get up to 30 days of retention. But the more cameras you have, the less storage capacity you’ll be able to access.

On the other hand, with a VMS, you can select and build servers to meet your video retention requirements. And if you find out later that you need to keep video evidence for longer, you can add servers or expand with Cloud Storage to accommodate those demands.

 Unification and integration capabilities

Do you want to implement various types of cameras from different vendors? Are there other physical security systems or sensors that you’d like to connect to your network video system? Do you have plans to add access control or video analytics later on?

With an NVR, you may be limited to specific cameras or vendors. And you may not be able to unify your video surveillance system with other technologies. Even when you can connect other devices, sensors, or systems with your NVR surveillance system, the integration may limit what you can do.

Full flexibility comes from an open-architecture VMS. Open IP video software allows you to choose any cameras, add new sensors, and connect different systems. This gives you a more comprehensive view of your environment and the freedom to evolve your deployment as new needs come up.

 Video management tools

What tools would best serve your team and objectives? Do you want to monitor many locations from a security operation center? How many people need access to your system, and are user privileges important to your operations?

“Our SOC operators can pull up video to see exactly what happened and share information with security personnel while they’re still at the scene. Security Center allows us to manage situations on campus more effectively.”

An NVR is usually great for smaller environments that don’t typically experience much disruption. If an incident should occur, you’ll be able to look through recordings and find the video evidence you need. While some NVRs may come with search capabilities and other built-in features, they still won’t compete with the range of features available in a VMS.

If you have many security operators, want to build a security operations center, or need access to enhanced search capabilities, a VMS will be hugely beneficial. A VMS will give you a host of tools and features that can help your team get to the bottom of things quickly when incidents or emergencies come up.

 Cybersecurity and future requirements

Are privacy and cybersecurity regulations on your radar? Do you have the tools to monitor and mitigate threats? Can you limit access to sensitive data and remain compliant with evolving data protection and privacy laws?

Cyberattacks are at an all-time high and there’s no sign of cybercrime slowing down. Protecting your video and data isn’t just about mitigating loss and ensuring business continuity; it’s also about adhering to new and evolving compliance standards and laws.

If you decide to implement an NVR, there are measures you can take to protect your network and IP camera system. However, this usually requires additional expertise, components, and ongoing risk mitigation strategies.

An advanced VMS that is built with privacy and cybersecurity is different. It gives you layers of defense and a host of built-in tools to secure your video and keep data out of the wrong hands. This includes everything from encryption, multi-factor authentication and authorization to real-time system health monitoring and system hardening recommendations.

 Future growth and scalability

What are your plans for the future? Is there a possibility that your video system will grow beyond your current requirements? Do you want the freedom to evolve your system if new objectives come up?

If you have one location with a few video cameras and have no plans of ever doing more than that, an NVR will usually fit the bill.

However, if there’s a chance your deployment will evolve to encompass other locations, objectives, or requirements, a VMS will give you the freedom to grow and change. This might include adding more cameras with edge analytics or even extending system access to law enforcement during emergencies. Thinking through these longer-term considerations could reveal that investing in a VMS today is worthwhile.

What if you could have the best of an NVR and VMS?

Perhaps you’re still on the fence about whether to invest in an NVR or VMS. Maybe you’re thinking you want the advanced features, scalability, and openness of a VMS, and the ease of deployment and cost-efficiency of an NVR.

Well, here’s the good news: there’s another option to consider—Genetec Streamvault™, a plug-and-play, all-in-one security appliance.

Streamvault is a purpose-built, turnkey appliance that comes pre-loaded with the Omnicast™ video surveillance software. This allows you to get your video surveillance deployment up and running quickly while getting access to all the latest video management features. It’s a more cost-effective, easy-to-deploy solution that essentially offers the best of a VMS and NVR.

Streamvault is also highly scalable and comes pre-hardened out of the box. This means you can accommodate a larger number of cameras while ensuring the highest cyber resilience

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Applicable to: Cameras with YI IoT APP or any other brand cameras using YI IoT. YI IoT Light bulb camera is also applicable to this guide

YI IoT and YI Home are different apps, if you are looking for a guide to YI Home, check out: How To SetUp YI Home or Kami Camera

YI IoT Camera APP download

YI IoT supports Android and iPhone, you can download it from google play or app store.

Register your account and login

YI IoT only supports email registration, or you can sign in with Facebook.

Connect YI IOT Camera

Connect power

Before add YI IoT camera, please connect YI IoT camera to the power supply first.

After the device is successfully started, wait for about 20s, and you can start scanning when you hear a beeping sound.

Add camera

There are 3 ways to add a YI IoT camera, we recommend using ‘WiFi connection’ to add a YI IoT camera.

Click the ‘+’ icon, then click ‘Scan code binbing’, scan the QR code on YI IoT camera, the APP will show the recommended way to add.

Follow the instructions on the APP to add a YI IoT camera.

Can’t find the QR code on the YI IoT camera? You don’t need to scan the QR code, you can add the camera manually.

Add camera: WiFi connection

1. Select WiFi connection, make sure YI IoT camera is beeping, click ‘l heard the beep‘ > Next.

Drop drop sound

Note: Only when YI IoT camera beeps ‘drop-drop’, you can add YI IoT camera, no beep please reset YI IoT camera.

2. Enter your WiFi password, then click next.

If the app does not show your wifi, please make sure your phone is connected to wifi.

3. The app shows the QR code to YI IoT camera to scan, phone is 4-8 inches away from the camera, camera will issue a voice prompt for a successful scan.

After the camera issued voice prompts click “I heard Waiting to connect“, then enter the next step

YI IoT camera scan to QR code

You can turn on ‘try sonic binding’, to improve the connection success rate.

4. Wait for YI IoT camera to connect to wifi, set the camera name after successful connection.
The new YI IoT camera comes with free cloud storage, or click ‘<‘ to cancel.

Add camera: Hotspot config to wifi

1. Select ‘Hotspot config to wifi‘,make sure YI IoT camera is beeping, click ‘l heard the beep‘ > Next.

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See also  YI IoT Light Bulb Camera Review and SetUp

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Drop drop sound

Note: Only when YI IoT camera beeps ‘drop-drop’, you can add the camera, no beep please reset the camera.

2. Enter your wifi password, then connect the phone WiFi to the network with”CAM_ “the default password is: 12345678 and return to the APP

3.Back to YI IoT APP, wait for YI IoT camera to connect to wifi, set the camera name after successful connection.

How to use YI IoT Camera without Internet？

If you don’t have wifi, or use YI IoT camera without internet, you can use Hotspot direct connect.

But you can’t watch YI IoT camera remotely, you can’t receive alarm notifications, you can only use the simplest functions.

1. Select Hotspot direct connect, then connect the phone WiFi to the network with”CAM_ “the default password is: 12345678 and return to the APP

2. Go back to the app, click on to connect, and now you can use the camera.

Note: This mode can only be used if you connect to the camera’s hotspot wifi.

YI IoT Important Function Settings

Share the camera

Sharing the camera allows multiple phones to use the camera.

1. Click on the share icon > Share cameras with your family,You can choose QR Code or YI loT account to share.

Note: The other party needs to have a YI IoT account to add a camera.

QR Code Share

1. Select QR Code, Select the permissions available to share, and then tap Share.

2. Ask invitee to open the app and press the account icon in the lower right corner of the page.

Press the QR Code icon in the upper right corner and have your friend scan.

YI loT account Share

1. Select YI IoT account, select shareable permissions, enter the invitee’s YI IoT email address, and click Share.

2. YI IoT APP will send a notification to your invitee. Your invitee needs to confirm invitation in the App.

Recording Settings

The camera will only be displayed when the SD card is inserted SD card recording settings, inserting the SD card will, the camera will restart.

By default, the camera is activated with Event recordi, after activating motion detection, the camera will automatically record when it detects motion.

You can set the recording mode in SD card recording.

All time recording: The camera will record all the time and will not stop.
Event recording: Only record when an alarm event is detected

All-day Recording: 24-hour operation
Custom: You can set the time to start recording, (up to 3)

View Camera Recording

Click on the Activity to enter the interface, ‘‘ is the cloud storage video, ‘‘ is the SD card video.

The blue time indicates the time when there is video recording.

Motion Detection Settings

After turning on motion detection, the camera detects motion and the app will push an alarm notification.
The motion detection recording is set in the SD card recording.

You can set the detection sensitivity and notification frequency in Smart Detection, and you can also activate the alarm sound.

Motion Detection: Motion detection switch
Sensitivity Level – High：The camera will generate an alert and video when detecting the object slightly shaking.

Sensitivity Level – Medium：The camera will generate an alert and video when detecting the object moving at an moderate.

Sensitivity Level – LOW：The camera will generate an alert and video when detecting the object moving significantly.

Alert Frequency: Low – 10 minute，Medium – 5 minute， High – 1 minute
Schedule: Set alarm notification working time

Camera alarm sound: When activated, the camera will sound an alarm when it detects motion.

Motion tracking Settings

Motion tracking is activated in Camera Settings.
Motion tracking allows you to track moving objects, and the camera will follow the movement of the object.

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See also  : Ubox 4G LTE Cellular Security Camera Guide

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YI IoT Light bulb camera Setup

YI IoT Light bulb camera has the same function as a normal camera, the main feature is that it can be mounted on a light stand.
If your YI IoT camera supports Light, you can see the ‘‘ icon in the live screen. By clicking the ‘‘ icon, you can select the Light working mode.

Auto: When in night vision mode, the camera detects the movement of objects, the camera will start Light.

Manual switch: You can choose Open or Close to switch the Light manually.

YI IoT APP Interface Description

1. Watch 4 cameras at the same time 2. Add cameras

3. switch camera display 4. Share cameras

5. Cloud storage 6. Camera settings 7. alarm information

8. alarm information 9. cloud storage

10. personal information 11.Cloud Storage

12. Flip video screen 13. camera settings

14. save the video on the phone 15. voice intercom

16. sound switch 17. Screenshot

18. Full screen zoom 19. alarm message

20. view camera video 22. Control camera movement

Video Tutorials

YI IoT For PC

YI IoT supports Windows computers, and you can download the software here.

How To Add YI IoT Camera To Your Computer?

If you have added a camera to the YI IoT APP, you can use the camera on your computer by simply logging into your account.

1. Login to software, no account please register first.

2. Click ‘+’ , make sure your camera is beeping, click ‘I heard “Waiting to connect”‘.

Note: Only when the camera beeps ‘drop-drop’, you can add the camera, no beep please reset the camera.

3. Enter your wifi name and password, then click Please choose Wi-Fi

Note: The name and password are case-sensitive

4. Let the camera scan the QR code, If you hear “QR Code scan is successful”, please click Next.

5. Wait for the camera to connect to the wifi, click Save after successful connection.

7. Double-click the camera to watch the video.

YI IoT For PC Interface Description

Why add YI IoT camera failed？

Please check the following issues, then reset the camera and add it again.

I heard “wifi connection failed” or “wifi password error”

Weak WiFi signal, please move device or cell phone closer to WiFi router, or try rebooting WiFi router.
Make sure the wifi password is correct

I heard “Pairing has timed out”

Reset the camera and then re-add it.

What to do if I did not hear “QR Code scan is successful”?

How to reset YI IoT camera？

The camera can be reset only after the camera is started, Press and hold the reset button for 5 seconds.

Reset the sound of the YI IoT camera

Can YI IoT Camera connect to YI Home or Kami Home APP?

No, YI IoT can only connect to YI IoT camera.

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See also : Security Camera Installation Guides

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Why some YI IoT camera features I don’t have?

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YI IOT CAMERA FAQ

Why do YI IoT cameras offline?

YI IoT camera keeps going offline, usually because it can’t connect to wifi.

1. wifi signal is weak, put the YI IoT camera close to the router
2. restart YI IoT camera, the camera will reconnect to wifi
3. Reset the camera and reconnect the YI IoT camera
4. Still keep offline, maybe the wifi module of YI IoT camera is faulty, we suggest contacting your camera seller

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Why are YI IoT cameras often offline?

YI IoT cameras are often offline, usually for the following reasons

1. The wifi signal of the location where you put the YI IoT camera is too weak, you can strengthen your wifi signal or put the camera close to the router.
2. Memory card problems cause YI IoT camera offline, you can take out the memory card, and then see if the camera can work properly.
3. The above attempts are not working properly, it is possible that the wifi module of YI IoT camera is faulty, we suggest contacting your camera seller

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Why can’t I control the YI IoT camera pan and tilt?

Please make sure your YI IoT camera supports pan and tilt
If you can’t respond to the control button, or can only control part of the pan and tilt, it means the camera is malfunctioning internally, please contact your camera seller

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Why do YI IoT cameras often restart automatically?

The automatic reboot may be a problem with the power supply, power cable and memory card.
You can replace them in order to troubleshoot the problem, if it cannot be solved, then it may be a YI IoT camera hardware problem, please contact your camera seller.

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I can’t find YI IoT APP in app store and google play?

YI IoT APP was deleted from app store and google play, you need to wait for YI IoT APP to be re-listed.

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How can I connect the camera when the QR code on the YI IoT camera is damaged?

The two-dimensional code is not required, you can manually select the mode to connect the YI IoT camera.

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Why does the YI IoT camera move in the opposite direction when tracking?

You need to contact your YI IoT camera seller in order to resolve this issue.

1. Ask for a replacement camera
2. You can solve the problem by upgrading the camera firmware, contact your camera seller to push the firmware.

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How to solve the glass will reflect the night vision?

YI IoT camera can’t turn off the night vision light manually, so it can’t be solved, please keep the camera away from windows, glass, etc.

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Forgot the PIN password of YI IoT camera

PIN password is set by the user,there is no way to retrieve PIN password.
If you forget the password, you can only reset the camera and reconnect the YI IoT camera.
Note: After resetting the camera, you can’t view the previous VIDEO.

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What sd card does YI IoT camera support?

YI IoT camera supports Micro SD Card, minimum 8GB, class10 memory card.
We recommend using a SanDisk or Samsung Micro SD Card.

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How do I return it?

Please contact your camera seller, camapp365.com does not sell cameras and is not a YI IoT person

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Can camapp365.com solve my problem?

There are too many comments for me to reply to every question, but I will check and update the FAQ uniformly.

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Wisenet WAVE User Manual

How to collect Wave Mobile logs for iOS

Summary:

When there are instances of abnormal behavior on the Wave Mobile applications. Support will ask for the collection of logs from the mobile device.

Step By Step Guide:

1. Open the Wave Mobile app

2. Click on the three horizontal lines in the upper left of the application

3. Click Disconnect from Server

4. Press and hold down on the version number for over ten seconds (Figure 1)

Figure 1

5. Click on Change Log Level (Figure 2)

6. Change the log level to Debug2 (Figure 2)

7. Change the minutes to 5 (Figure 2)

8. Click on Upload Logs Next (Figure 2)

Figure 2

9. A System ID will be copied to the clipboard (Figure 3)

10. Click the back arrow (Figure 3)

Figure 3

11. Reconnect to your system

12. Recreate the issue more than once for good logging

13. Close Wave Mobile and note the time

14. Update your support ticket with the System ID, and the time of the events

Why won’t Wisenet Viewer uninstall from my macOS

Summary:

The end-user has locked themselves out of their Wisenet Viewer, and you need to reinstall. But Viewer uninstallation does not clear out the credentials after uninstall.

Explanation of Behavior:

Resolution:

Figure 1

Figure 2

Figure 3

Figure 4

Why do Wave resources spike when I use API transcoding to a third party

Summary:

Transcoding is taking compressed or encoded content, decompressing or decoding it, modifying it somehow, and re-compressing or re-encoding it. The most common scenario is decreasing the resolution and bitrate/framerate. Sometimes this can include changing a video or audio format from one to another (e.g, MJPEG to H264), or adding watermarks to the video.

Note: Please be aware of the potential CPU overload. We don’t recommend
increasing this value unless your hardware is suitable for the task.

Explanation of Behavior:

Resolution:

<server_address>:<server_port>/#/settings/advanced

Figure 1

How many Wave clients can connect to Wave Server?

Summary:

This article considers a max number of connections to a single Wave Server. In multi-Server systems, designers should consider the number of desktop clients and the number of devices available on each Server to avoid any potential bottlenecks.

Explanation of Behavior:

Resolution:

How to perform a silent install with the WAVE software.

Summary:

System administrators often prefer to deploy software via automatic methods to remove the need for a technician to visit each workstation, login, etc.  A silent install assumes a method of pushing software already exists.

Step By Step Guide:

1. Download the appropriate WAVE software from wavevms.com.

2. Use the /S switch appended to the WAVE installation executable.  This will force a silent installation without requiring any user interaction.

    Example: wave-client-5.0.0.35270-windows_x64.exe /S

Note: Always test this process in a lab or test environment before deploying into a production
environment.

3. Use this command for deployment using your preferred software deployment method.  Note that you may need administrator credentials for the installation.

To validate that the installation was successful, the user will see the WAVE client icon on their desktop and/or the WAVE server tray icon in the system tray. 

How do I add a Wave Sync end user account?

Summary:

This article will walk you through creating Wave Sync end-user accounts.

NOTE: For attaching your server to the Wave Sync service, click >Here<

Step By Step Guide:

1. Log in to Wave as an admin

2. Right-click on Users (Figure 1)

3. Select New User (Figure 1)

Figure 1

4. Select Wave Sync (Figure 2)

5. Enter the end user’s email address (Figure 2)

6. Select the Role for this end-user(Figure 2)

7. Click OK (Figure 2)

Figure 2

8. The end-user  will receive a confirmation email with a link to set the password on their Wave Sync account (Figure 3)

9. Click on the Orange link and set up the Wave Sync User account (Figure 3)

Figure 3

10. The end-user can now log in to Wave from a desktop pc or mobile application with their email as their username and their password set up via the link (Figure 3)

My camera streams are loading too slow, or just failing to load.

Summary:

If a Wave server is suffering abnormal performance issues or failing to load streams from a particular device. That device may be misconfigured in relation to Wave. Always check out our camera compatibility page to see is Wave supports the settings you have that particular camera or encoder streaming at.

NOTE: If your settings exceed what Wave has certified for proper function. Your
server will experience multiple resource issues.
This Article provides steps to resolve said resource issues.

Step By Step Guide:

1. Start by launching the Windows Resource Monitor (Figure 1)

Figure 1

2. Or the WAVE Monitoring (admins only) (Figure 2)

NOTE: This picture has the CPU on the high side

Figure 2

2. See If the Hanwha Media Server taxing the processor at 70% or higher in the Windows Resource Monitor.

Note: If the WAVE Media Server is using more resources, this is due to the
settings of the connected devices exceeding the recommended settings.
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3. Use the IPVD Site to locate the third party or Hanwha devices, and their proper settings. 

4. Type the model number in to the search window.  Then select the model number of your device(s) in the search window. 

5. When you select the proper model it will display the tested Resolution(max) and FPS(max) setting. Make sure the secondary stream resolution and the FPS(max) is the same or lower than the Resolution (max) FPS(max) (Figure 3)

Figure 3

6. These settings will need to be done in the third-party device user interface in most. cases.

7. Once these modification are done, please see If the Hanwha Media Server has lowered the percentage of the processor in the Windows Resource Monitor.

8. Please keep check if there is abnormal performance in Windows Resource Monitor on the server to see if there is anything out of the ordinary. 

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How to Reset my WAVE & Wave Sync Passwords?

Summary:

There will be times that require your password to be reset for WAVE and WAVE Sync. This article will cover the requirements and steps to reset your password.

Minimum Password Requirements:

In WISENET WAVE, there are minimum password security requirements for new passwords, including:

NOTE: Although WAVE does not allow users to modify the password requirements, users
who us LDAP/Active Directory integration can enforce their own password policy for their
own organization.

How to Reset your Password:

WAVE Sync connected systems:

1. Navigate to the built-in password reset function or click here (Figure 1)

Figure 1

Non-WAVE Sync Connected Systems:

1.  Contact your System Owner, or System Admin can help them reset their password.

WAVE: Using NVR with WAVE – architecture

Wisenet WAVE is a software based on a server-client architecture (or you’ll also hear us refer to it as server-hive client architecture). This means that server functionality is required for a system to function.

The architectural framework remains the same when an embedded NVR is used with WAVE. An NVR needs to be registered to the WAVE server as a device and WAVE clients would connect to the WAVE server to receive video streams. A client machine cannot connect directly to the NVR to establish a connection.

Best Practice:

– It is recommended to have a dedicated computer to run a WAVE Server application. Because WAVE is such a light software, users may be tempted to install both the WAVE Server and WAVE Client on the same computer to run the system; however, this is not recommended. If multiple clients are connecting to the system to view NVR streams, the computer with the WAVE Server installed needs to be running all the time. If the computer with the WAVE Server is shut down for any reason, no one will be able to access the system.

Recommended Server specs when using an NVR:

– It is recommended to follow WAVE server specifications.  

– The required server specifications will vary depending on the number of cameras, resolution of the camera streams, the number of connected clients, as well as the number of servers in the system.

– It is recommended to use at least an Intel i3 (9th Generation) or similar server or better.

WRR-P-E200w1 – RAID controller

This unit does not ship with raid controllers. It is a JBOD unit (Just a Bunch Of Disks.)

https://hanwhavisionamerica.com/wp-content/uploads/attachments/w/r/wrr-q-a201w_datasheet_1.pdf

Wisenet WAVE Videos

Wisenet WAVE – Multiple Desktop Client Instances

Wisenet WAVE – Server Health Monitoring

Wisenet WAVE – Storage Analytics

Wisenet WAVE – Video Export, Part 1

Wisenet WAVE – Video Export, Part 2

Wisenet WAVE – Zoom Windows

Wisenet WAVE – Digital mapping

Wisenet WAVE – Customizable layouts

Wisenet WAVE – Rules and Events Engine

Wisenet WAVE – Fish-Eye Dewarping

Wisenet Wave Ubunto Server

Wisenet WAVE Ubuntu Client

Wisenet WAVE Install Windows

Wisenet WAVE Configure New System

Wisenet WAVE – Storage backup

Wisenet WAVE – Smart motion search

Wisenet WAVE – Screen Recording

Wisenet WAVE – Preview search

Wisenet WAVE – One click system wide updates

Wisenet WAVE – Device auto-discovery

Wisenet WAVE – Automatic camera failover

Wisenet WAVE – Camera Analytics Integration

Wisenet WAVE – Advanced PTZ control

Wisenet WAVE – Add Device

Wisenet Installation App – PTRZ

Wisenet WAVE 3.2 Enhanced Wisenet NVR Integration Part 1 

Wisenet WAVE 3.2 Enhanced Wisenet NVR Integration Part 2

Wisenet WAVE 3.2 – Exporting Video

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Common Questions

WAVE System Architecture

WAVE Design