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const t = ie(e); if (t.initHash) { de(e, "revealed") } else { e.addEventListener("htmx:afterProcessNode", function () { de(e, "revealed") }, { once: true }) } } } function vt(e, t, n, r) { const o = function () { if (!n.loaded) { n.loaded = true; t(e) } }; if (r > 0) { E().setTimeout(o, r) } else { o() } } function wt(t, n, e) { let i = false; se(o, function (r) { if (s(t, "hx-" + r)) { const o = te(t, "hx-" + r); i = true; n.path = o; n.verb = r; e.forEach(function (e) { St(t, e, n, function (e, t) { const n = ue(e); if (g(n, Q.config.disableSelector)) { a(n); return } he(r, o, n, t) }) }) } }); return i } function St(r, e, t, n) { if (e.trigger === "revealed") { yt(); pt(r, n, t, e); bt(ue(r)) } else if (e.trigger === "intersect") { const o = {}; if (e.root) { o.root = ae(r, e.root) } if (e.threshold) { o.threshold = parseFloat(e.threshold) } const i = new IntersectionObserver(function (t) { for (let e = 0; e < t.length; e++) { const n = t[e]; if (n.isIntersecting) { de(r, "intersect"); break } } }, o); i.observe(ue(r)); pt(ue(r), n, t, e) } else if (e.trigger === "load") { if (!gt(e, r, Mt("load", { elt: r }))) { vt(ue(r), n, t, e.delay) } } else if (e.pollInterval > 0) { t.polling = true; ct(ue(r), n, e) } else { pt(r, n, t, e) } } function Et(e) { const t = ue(e); if (!t) { return false } const n = t.attributes; for (let e = 0; e < n.length; e++) { const r = n[e].name; if (l(r, "hx-on:") || l(r, "data-hx-on:") || l(r, "hx-on-") || l(r, "data-hx-on-")) { return true } } return false } const Ct = (new XPathEvaluator).createExpression('.//*[@*[ starts-with(name(), "hx-on:") or starts-with(name(), "data-hx-on:") or' + ' starts-with(name(), "hx-on-") or starts-with(name(), "data-hx-on-") ]]'); function Ot(e, t) { if (Et(e)) { t.push(ue(e)) } const n = Ct.evaluate(e); let r = null; while (r = n.iterateNext()) t.push(ue(r)) } function Rt(e) { const t = []; if (e instanceof DocumentFragment) { for (const n of e.childNodes) { Ot(n, t) } } else { Ot(e, t) } return t } function Ht(e) { if (e.querySelectorAll) { const n = ", [hx-boost] a, [data-hx-boost] a, a[hx-boost], a[data-hx-boost]"; const r = []; for (const i in Mn) { const s = Mn[i]; if (s.getSelectors) { var t = s.getSelectors(); if (t) { r.push(t) } } } const o = e.querySelectorAll(R + n + ", form, [type='submit']," + " [hx-ext], [data-hx-ext], [hx-trigger], [data-hx-trigger]" + r.flat().map(e => ", " + e).join("")); return o } else { return [] } } function Tt(e) { const t = g(ue(e.target), "button, input[type='submit']"); const n = Lt(e); if (n) { n.lastButtonClicked = t } } function qt(e) { const t = Lt(e); if (t) { t.lastButtonClicked = null } } function Lt(e) { const t = g(ue(e.target), "button, input[type='submit']"); if (!t) { return } const n = y("#" + ee(t, "form"), t.getRootNode()) || g(t, "form"); if (!n) { return } return ie(n) } function Nt(e) { e.addEventListener("click", Tt); e.addEventListener("focusin", Tt); e.addEventListener("focusout", qt) } function At(t, e, n) { const r = ie(t); if (!Array.isArray(r.onHandlers)) { r.onHandlers = [] } let o; const i = function (e) { vn(t, function () { if (at(t)) { return } if (!o) { o = new Function("event", n) } o.call(t, e) }) }; t.addEventListener(e, i); r.onHandlers.push({ event: e, listener: i }) } function It(t) { ke(t); for (let e = 0; e < t.attributes.length; e++) { const n = t.attributes[e].name; const r = t.attributes[e].value; if (l(n, "hx-on") || l(n, "data-hx-on")) { const o = n.indexOf("-on") + 3; const i = n.slice(o, o + 1); if (i === "-" || i === ":") { let e = n.slice(o + 1); if (l(e, ":")) { e = "htmx" + e } else if (l(e, "-")) { e = "htmx:" + e.slice(1) } else if (l(e, "htmx-")) { e = "htmx:" + e.slice(5) } At(t, e, r) } } } } function Pt(t) { if (g(t, Q.config.disableSelector)) { a(t); return } const n = ie(t); if (n.initHash !== Pe(t)) { De(t); n.initHash = Pe(t); de(t, "htmx:beforeProcessNode"); const e = st(t); const r = wt(t, n, e); if (!r) { if (re(t, "hx-boost") === "true") { ft(t, n, e) } else if (s(t, "hx-trigger")) { e.forEach(function (e) { St(t, e, n, function () { }) }) } } if (t.tagName === "FORM" || ee(t, "type") === "submit" && s(t, "form")) { Nt(t) } de(t, "htmx:afterProcessNode") } } function kt(e) { e = y(e); if (g(e, Q.config.disableSelector)) { a(e); return } Pt(e); se(Ht(e), function (e) { Pt(e) }); se(Rt(e), It) } function Dt(e) { return e.replace(/([a-z0-9])([A-Z])/g, "$1-$2").toLowerCase() } function Mt(e, t) { let n; if (window.CustomEvent && typeof window.CustomEvent === "function") { n = new CustomEvent(e, { bubbles: true, cancelable: true, composed: true, detail: t }) } else { n = ne().createEvent("CustomEvent"); n.initCustomEvent(e, true, true, t) } return n } function fe(e, t, n) { de(e, t, ce({ error: t }, n)) } function Xt(e) { return e === "htmx:afterProcessNode" } function Ft(e, t) { se(Un(e), function (e) { try { t(e) } catch (e) { C(e) } }) } function C(e) { if (console.error) { console.error(e) } else if (console.log) { console.log("ERROR: ", e) } } function de(e, t, n) { e = y(e); if (n == null) { n = {} } n.elt = e; const r = Mt(t, n); if (Q.logger && !Xt(t)) { Q.logger(e, t, n) } if (n.error) { C(n.error); de(e, "htmx:error", { errorInfo: n }) } let o = e.dispatchEvent(r); const i = Dt(t); if (o && i !== t) { const s = Mt(i, r.detail); o = o && e.dispatchEvent(s) } Ft(ue(e), function (e) { o = o && (e.onEvent(t, r) !== false && !r.defaultPrevented) }); return o } let Bt = location.pathname + location.search; function Ut() { const e = ne().querySelector("[hx-history-elt],[data-hx-history-elt]"); return e || ne().body } function jt(t, e) { if (!B()) { return } const n = _t(e); const r = ne().title; const o = window.scrollY; if (Q.config.historyCacheSize <= 0) { localStorage.removeItem("htmx-history-cache"); return } t = U(t); const i = S(localStorage.getItem("htmx-history-cache")) || []; for (let e = 0; e < i.length; e++) { if (i[e].url === t) { i.splice(e, 1); break } } const s = { url: t, content: n, title: r, scroll: o }; de(ne().body, "htmx:historyItemCreated", { item: s, cache: i }); i.push(s); while (i.length > Q.config.historyCacheSize) { i.shift() } while (i.length > 0) { try { localStorage.setItem("htmx-history-cache", JSON.stringify(i)); break } catch (e) { fe(ne().body, "htmx:historyCacheError", { cause: e, cache: i }); i.shift() } } } function Vt(t) { if (!B()) { return null } t = U(t); const n = S(localStorage.getItem("htmx-history-cache")) || []; for (let e = 0; e < n.length; e++) { if (n[e].url === t) { return n[e] } } return null } function _t(e) { const t = Q.config.requestClass; const n = e.cloneNode(true); se(x(n, "." + t), function (e) { G(e, t) }); se(x(n, "[data-disabled-by-htmx]"), function (e) { e.removeAttribute("disabled") }); return n.innerHTML } function zt() { const e = Ut(); const t = Bt || location.pathname + location.search; let n; try { n = ne().querySelector('[hx-history="false" i],[data-hx-history="false" i]') } catch (e) { n = ne().querySelector('[hx-history="false"],[data-hx-history="false"]') } if (!n) { de(ne().body, "htmx:beforeHistorySave", { path: t, historyElt: e }); jt(t, e) } if (Q.config.historyEnabled) history.replaceState({ htmx: true }, ne().title, window.location.href) } function $t(e) { if (Q.config.getCacheBusterParam) { e = e.replace(/org\.htmx\.cache-buster=[^&]*&?/, ""); if (Y(e, "&") || Y(e, "?")) { e = e.slice(0, -1) } } if (Q.config.historyEnabled) { history.pushState({ htmx: true }, "", e) } Bt = e } function Jt(e) { if (Q.config.historyEnabled) history.replaceState({ htmx: true }, "", e); Bt = e } function Kt(e) { se(e, function (e) { e.call(undefined) }) } function Gt(o) { const e = new XMLHttpRequest; const i = { path: o, xhr: e }; de(ne().body, "htmx:historyCacheMiss", i); e.open("GET", o, true); e.setRequestHeader("HX-Request", "true"); e.setRequestHeader("HX-History-Restore-Request", "true"); e.setRequestHeader("HX-Current-URL", ne().location.href); e.onload = function () { if (this.status >= 200 && this.status < 400) { de(ne().body, "htmx:historyCacheMissLoad", i); const e = P(this.response); const t = e.querySelector("[hx-history-elt],[data-hx-history-elt]") || e; const n = Ut(); const r = xn(n); kn(e.title); qe(e); Ve(n, t, r); Te(); Kt(r.tasks); Bt = o; de(ne().body, "htmx:historyRestore", { path: o, cacheMiss: true, serverResponse: this.response }) } else { fe(ne().body, "htmx:historyCacheMissLoadError", i) } }; e.send() } function Wt(e) { zt(); e = e || location.pathname + location.search; const t = Vt(e); if (t) { const n = P(t.content); const r = Ut(); const o = xn(r); kn(t.title); qe(n); Ve(r, n, o); Te(); Kt(o.tasks); E().setTimeout(function () { window.scrollTo(0, t.scroll) }, 0); Bt = e; de(ne().body, "htmx:historyRestore", { path: e, item: t }) } else { if (Q.config.refreshOnHistoryMiss) { window.location.reload(true) } else { Gt(e) } } } function Zt(e) { let t = we(e, "hx-indicator"); if (t == null) { t = [e] } se(t, function (e) { const t = ie(e); t.requestCount = (t.requestCount || 0) + 1; e.classList.add.call(e.classList, Q.config.requestClass) }); return t } function Yt(e) { let t = we(e, "hx-disabled-elt"); if (t == null) { t = [] } se(t, function (e) { const t = ie(e); t.requestCount = (t.requestCount || 0) + 1; e.setAttribute("disabled", ""); e.setAttribute("data-disabled-by-htmx", "") }); return t } function Qt(e, t) { se(e.concat(t), function (e) { const t = ie(e); t.requestCount = (t.requestCount || 1) - 1 }); se(e, function (e) { const t = ie(e); if (t.requestCount === 0) { e.classList.remove.call(e.classList, Q.config.requestClass) } }); se(t, function (e) { const t = ie(e); if (t.requestCount === 0) { e.removeAttribute("disabled"); e.removeAttribute("data-disabled-by-htmx") } }) } function en(t, n) { for (let e = 0; e < t.length; e++) { const r = t[e]; if (r.isSameNode(n)) { return true } } return false } function tn(e) { const t = e; if (t.name === "" || t.name == null || t.disabled || g(t, "fieldset[disabled]")) { return false } if (t.type === "button" || t.type === "submit" || t.tagName === "image" || t.tagName === "reset" || t.tagName === "file") { return false } if (t.type === "checkbox" || t.type === "radio") { return t.checked } return true } function nn(t, e, n) { if (t != null && e != null) { if (Array.isArray(e)) { e.forEach(function (e) { n.append(t, e) }) } else { n.append(t, e) } } } function rn(t, n, r) { if (t != null && n != null) { let e = r.getAll(t); if (Array.isArray(n)) { e = e.filter(e => n.indexOf(e) < 0) } else { e = e.filter(e => e !== n) } r.delete(t); se(e, e => r.append(t, e)) } } function on(t, n, r, o, i) { if (o == null || en(t, o)) { return } else { t.push(o) } if (tn(o)) { const s = ee(o, "name"); let e = o.value; if (o instanceof HTMLSelectElement && o.multiple) { e = M(o.querySelectorAll("option:checked")).map(function (e) { return e.value }) } if (o instanceof HTMLInputElement && o.files) { e = M(o.files) } nn(s, e, n); if (i) { sn(o, r) } } if (o instanceof HTMLFormElement) { se(o.elements, function (e) { if (t.indexOf(e) >= 0) { rn(e.name, e.value, n) } else { t.push(e) } if (i) { sn(e, r) } }); new FormData(o).forEach(function (e, t) { if (e instanceof File && e.name === "") { return } nn(t, e, n) }) } } function sn(e, t) { const n = e; if (n.willValidate) { de(n, "htmx:validation:validate"); if (!n.checkValidity()) { t.push({ elt: n, message: n.validationMessage, validity: n.validity }); de(n, "htmx:validation:failed", { message: n.validationMessage, validity: n.validity }) } } } function ln(n, e) { for (const t of e.keys()) { n.delete(t) } e.forEach(function (e, t) { n.append(t, e) }); return n } function cn(e, t) { const n = []; const r = new FormData; const o = new FormData; const i = []; const s = ie(e); if (s.lastButtonClicked && !le(s.lastButtonClicked)) { s.lastButtonClicked = null } let l = e instanceof HTMLFormElement && e.noValidate !== true || te(e, "hx-validate") === "true"; if (s.lastButtonClicked) { l = l && s.lastButtonClicked.formNoValidate !== true } if (t !== "get") { on(n, o, i, g(e, "form"), l) } on(n, r, i, e, l); if (s.lastButtonClicked || e.tagName === "BUTTON" || e.tagName === "INPUT" && ee(e, "type") === "submit") { const u = s.lastButtonClicked || e; const a = ee(u, "name"); nn(a, u.value, o) } const c = we(e, "hx-include"); se(c, function (e) { on(n, r, i, ue(e), l); if (!d(e, "form")) { se(f(e).querySelectorAll(ot), function (e) { on(n, r, i, e, l) }) } }); ln(r, o); return { errors: i, formData: r, values: Nn(r) } } function un(e, t, n) { if (e !== "") { e += "&" } if (String(n) === "[object Object]") { n = JSON.stringify(n) } const r = encodeURIComponent(n); e += encodeURIComponent(t) + "=" + r; return e } function an(e) { e = qn(e); let n = ""; e.forEach(function (e, t) { n = un(n, t, e) }); return n } function fn(e, t, n) { const r = { "HX-Request": "true", "HX-Trigger": ee(e, "id"), "HX-Trigger-Name": ee(e, "name"), "HX-Target": te(t, "id"), "HX-Current-URL": ne().location.href }; bn(e, "hx-headers", false, r); if (n !== undefined) { r["HX-Prompt"] = n } if (ie(e).boosted) { r["HX-Boosted"] = "true" } return r } function dn(n, e) { const t = re(e, "hx-params"); if (t) { if (t === "none") { return new FormData } else if (t === "*") { return n } else if (t.indexOf("not ") === 0) { se(t.substr(4).split(","), function (e) { e = e.trim(); n.delete(e) }); return n } else { const r = new FormData; se(t.split(","), function (t) { t = t.trim(); if (n.has(t)) { n.getAll(t).forEach(function (e) { r.append(t, e) }) } }); return r } } else { return n } } function hn(e) { return !!ee(e, "href") && ee(e, "href").indexOf("#") >= 0 } function gn(e, t) { const n = t || re(e, "hx-swap"); const r = { swapStyle: ie(e).boosted ? "innerHTML" : Q.config.defaultSwapStyle, swapDelay: Q.config.defaultSwapDelay, settleDelay: Q.config.defaultSettleDelay }; if (Q.config.scrollIntoViewOnBoost && ie(e).boosted && !hn(e)) { r.show = "top" } if (n) { const s = F(n); if (s.length > 0) { for (let e = 0; e < s.length; e++) { const l = s[e]; if (l.indexOf("swap:") === 0) { r.swapDelay = h(l.substr(5)) } else if (l.indexOf("settle:") === 0) { r.settleDelay = h(l.substr(7)) } else if (l.indexOf("transition:") === 0) { r.transition = l.substr(11) === "true" } else if (l.indexOf("ignoreTitle:") === 0) { r.ignoreTitle = l.substr(12) === "true" } else if (l.indexOf("scroll:") === 0) { const c = l.substr(7); var o = c.split(":"); const u = o.pop(); var i = o.length > 0 ? o.join(":") : null; r.scroll = u; r.scrollTarget = i } else if (l.indexOf("show:") === 0) { const a = l.substr(5); var o = a.split(":"); const f = o.pop(); var i = o.length > 0 ? o.join(":") : null; r.show = f; r.showTarget = i } else if (l.indexOf("focus-scroll:") === 0) { const d = l.substr("focus-scroll:".length); r.focusScroll = d == "true" } else if (e == 0) { r.swapStyle = l } else { C("Unknown modifier in hx-swap: " + l) } } } } return r } function pn(e) { return re(e, "hx-encoding") === "multipart/form-data" || d(e, "form") && ee(e, "enctype") === "multipart/form-data" } function mn(t, n, r) { let o = null; Ft(n, function (e) { if (o == null) { o = e.encodeParameters(t, r, n) } }); if (o != null) { return o } else { if (pn(n)) { return ln(new FormData, qn(r)) } else { return an(r) } } } function xn(e) { return { tasks: [], elts: [e] } } function yn(e, t) { const n = e[0]; const r = e[e.length - 1]; if (t.scroll) { var o = null; if (t.scrollTarget) { o = ue(ae(n, t.scrollTarget)) } if (t.scroll === "top" && (n || o)) { o = o || n; o.scrollTop = 0 } if (t.scroll === "bottom" && (r || o)) { o = o || r; o.scrollTop = o.scrollHeight } } if (t.show) { var o = null; if (t.showTarget) { let e = t.showTarget; if (t.showTarget === "window") { e = "body" } o = ue(ae(n, e)) } if (t.show === "top" && (n || o)) { o = o || n; o.scrollIntoView({ block: "start", behavior: Q.config.scrollBehavior }) } if (t.show === "bottom" && (r || o)) { o = o || r; o.scrollIntoView({ block: "end", behavior: Q.config.scrollBehavior }) } } } function bn(r, e, o, i) { if (i == null) { i = {} } if (r == null) { return i } const s = te(r, e); if (s) { let e = s.trim(); let t = o; if (e === "unset") { return null } if (e.indexOf("javascript:") === 0) { e = e.substr(11); t = true } else if (e.indexOf("js:") === 0) { e = e.substr(3); t = true } if (e.indexOf("{") !== 0) { e = "{" + e + "}" } let n; if (t) { n = vn(r, function () { return Function("return (" + e + ")")() }, {}) } else { n = S(e) } for (const l in n) { if (n.hasOwnProperty(l)) { if (i[l] == null) { i[l] = n[l] } } } } return bn(ue(c(r)), e, o, i) } function vn(e, t, n) { if (Q.config.allowEval) { return t() } else { fe(e, "htmx:evalDisallowedError"); return n } } function wn(e, t) { return bn(e, "hx-vars", true, t) } function Sn(e, t) { return bn(e, "hx-vals", false, t) } function En(e) { return ce(wn(e), Sn(e)) } function Cn(t, n, r) { if (r !== null) { try { t.setRequestHeader(n, r) } catch (e) { t.setRequestHeader(n, encodeURIComponent(r)); t.setRequestHeader(n + "-URI-AutoEncoded", "true") } } } function On(t) { if (t.responseURL && typeof URL !== "undefined") { try { const e = new URL(t.responseURL); return e.pathname + e.search } catch (e) { fe(ne().body, "htmx:badResponseUrl", { url: t.responseURL }) } } } function O(e, t) { return t.test(e.getAllResponseHeaders()) } function Rn(t, n, r) { t = t.toLowerCase(); if (r) { if (r instanceof Element || typeof r === "string") { return he(t, n, null, null, { targetOverride: y(r) || ve, returnPromise: true }) } else { let e = y(r.target); if (r.target && !e || !e && !y(r.source)) { e = ve } return he(t, n, y(r.source), r.event, { handler: r.handler, headers: r.headers, values: r.values, targetOverride: e, swapOverride: r.swap, select: r.select, returnPromise: true }) } } else { return he(t, n, null, null, { returnPromise: true }) } } function Hn(e) { const t = []; while (e) { t.push(e); e = e.parentElement } return t } function Tn(e, t, n) { let r; let o; if (typeof URL === "function") { o = new URL(t, document.location.href); 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else if (e.getAttribute("href")) { var a = new XMLHttpRequest; return a.open("GET", e.getAttribute("href")), a.onload = function () { t(a.responseText) }, void a.send() } } } }, n = function (e) { if (e.getAttribute("href") + e.getAttribute("hx-get") + e.getAttribute("data-hx-get") == "") return; if (void 0 !== e.preloadState) return; var t = r(e, "preload") || "mousedown"; const n = -1 !== t.indexOf("always"); switch (n && (t = t.replace("always", "").trim()), e.addEventListener(t, (function (r) { "PAUSE" === e.preloadState && (e.preloadState = "READY", "mouseover" === t ? window.setTimeout(a(e), 100) : a(e)()) })), t) { case "mouseover": e.addEventListener("touchstart", a(e)), e.addEventListener("mouseout", (function (t) { t.target === e && "READY" === e.preloadState && (e.preloadState = "PAUSE") })); break; case "mousedown": e.addEventListener("touchstart", a(e)) }e.preloadState = "PAUSE", e.preloadAlways = n, htmx.trigger(e, "preload:init") }; t.target.querySelectorAll("[preload]").forEach((function (e) { n(e), e.querySelectorAll("a,[hx-get],[data-hx-get]").forEach(n) })) } } });Looking for reliable, high-capacity storage for your video surveillance systems? Western Digital’s WD Purple HDDs are engineered to meet the demands of 24/7 surveillance recording, ensuring seamless performance and scalability for your DVR or NVR setups.
Custom-Built for Surveillance: Perfect for managing continuous workloads and multiple HD camera streams.
AllFrame™ Technology: Minimize frame loss and enhance playback for uninterrupted monitoring.
Scalable Solutions: Support up to 64 HD cameras, ideal for growing surveillance networks.
With capacities ranging from 1TB to 8TB, WD Purple® HDDs are the smart choice for everything from small-scale to enterprise-level security systems.
Contact ServerDirect today for tailored solutions and the best HDD options for your surveillance needs.
The evolution of video surveillance systems marks a significant leap forward in security measures, driven by advancements in camera hardware and server technology.
Enhanced Video Surveillance
The concept of video surveillance has traditionally been synonymous with security, evolving from basic setups of cameras connected to tape recorders, activated by motion, to sophisticated systems powered by advancements in technology. The transition towards intelligent (IP) cameras paired with cutting-edge recording systems has expanded the scope of surveillance far beyond its original intent.
From Simple Monitoring to Complex Analysis
Today's surveillance systems are not limited to mere observation; they now play pivotal roles in various applications such as license plate recognition, visitor counting, forensic analysis, and even autonomous outdoor security. Enhanced cameras, capable of high-definition video capture under diverse lighting conditions, bring unparalleled clarity and coverage with features like optical zoom and wide-angle views.
The Advent of Smart Surveillance
The integration of artificial intelligence into cameras and recording systems has been a game-changer, enabling these systems to differentiate between routine occurrences and potential security threats through facial recognition, motion detection, and behavioral analysis. This level of intelligence allows for proactive rather than reactive security measures, assessing the need for intervention automatically.
Video Surveillance Empowered by AI
Smart video surveillance, is reshaping security and efficiency in key industries. These systems go beyond traditional monitoring, delivering actionable insights and bolstering safety across retail, transportation, and public spaces. Here's a closer look at their impact across a few industries.
Retail Industry: To deter theft, understand customer behavior, and optimize store layouts. AI video surveillance identifies suspicious activities, tracks customer flow, and analyzes shopping patterns. Reduces losses due to theft, enhances customer experience, and increases sales through data-driven layout adjustments.
Transportation & Logistics: For ensuring the safety of passengers, streamlining operations, and monitoring traffic flow. Smart video systems can detect unauthorized access, manage crowd control, and automate license plate recognition for traffic management. Improves overall safety, reduces operational delays, and facilitates smoother traffic and logistics management.
Public Safety and City Surveillance: To enhance urban security, facilitate emergency response, and improve public area management. AI-enhanced surveillance can recognize potentially dangerous behaviors, assist in crowd monitoring during events, and support law enforcement in crime prevention. Increases public safety, aids in faster emergency response, and supports effective law enforcement operations.
Healthcare: To monitor sensitive areas, ensure patient safety, and manage visitor traffic. AI video surveillance monitors patient activity without compromising privacy, detects unauthorized entry, and ensures staff safety.
Enhances patient and staff safety, secures sensitive data and areas, and streamlines hospital operations.
Education: To safeguard students and faculty, prevent unauthorized access, and enhance campus security.
Smart video systems monitor campus activity, secure entry points, and integrate with emergency response mechanisms. Provides a safer learning environment, deters potential threats, and facilitates swift response to incidents.
Milestone Systems is a leading provider of data-based video technology software used both within and outside the security industry. Their video management software offers organisations and institutions the opportunity to create an optimal combination of cameras, sensors and analysis tools. Because there is no one-size-fits-all solution for video technology, and because your needs as an organisation can constantly change, Milestone has developed their open platform video management software XProtect.
ServerDirect & Milestone SolutionThe Avigilon portfolio of fixed video, advanced analytics and smart access control systems are part of Motorola Solutions’ mission-critical ecosystem designed for public safety and enterprise security. Avigilon solutions help you find and share critical intelligence faster, so you can respond to events with the speed and decisiveness that keeps people, operations and assets safe. Motorola Solutions’ suite of technologies — land mobile radio mission-critical communications, video security & access control and command center software, bolstered by managed & support services — create the most integrated technology ecosystem to make communities safer and help businesses stay productive and secure.
ServerDirect & Avigilon SolutionLeading technology provider of business intelligence, unified physical security, public safety, and operations. Genetec develops open-platform software, hardware, and cloud-based services for the physical security and public safety industry. Its flagship product, Security Center, unifies IP-based video surveillance, access control, and automatic license plate recognition (ALPR) into one platform.
ServerDirect & Genetec SolutionVideo surveillance hardware provides real-time monitoring of premises, allowing for immediate detection of unauthorized activities or intrusions. This continuous surveillance enhances security by acting as both a deterrent to potential intruders and a tool for quick response to security incidents.
In addition to security, video surveillance helps ensure the safety of individuals in both public and private spaces. It can help identify hazardous situations before they escalate, such as detecting fires early or monitoring areas prone to accidents, contributing to overall safety enhancements.
Surveillance cameras record continuous footage, providing valuable evidence in the event of criminal activities or disputes. This documentation can be crucial for law enforcement investigations, legal proceedings, and insurance claims, offering clear evidence that can help resolve issues more effectively.
Compared to the cost of security personnel covering the same area, video surveillance hardware offers a cost-effective solution for 24/7 monitoring. Once installed, the ongoing maintenance costs are relatively low, and the systems can scale to cover as much area as needed without exponentially increasing expenses.
Modern video surveillance systems can be accessed remotely via the internet, allowing security personnel or property owners to monitor live feeds from anywhere at any time. This capability enhances the flexibility of security operations and ensures that monitoring can continue uninterrupted, regardless of the physical location of the overseeing individuals.
Today's advanced surveillance cameras and servers come equipped with sophisticated analytics software capable of recognizing faces, detecting motion, and analyzing patterns of behavior. These features can automate alerts for unusual activities, track movements, and even predict potential security breaches before they occur, thereby enhancing the efficiency and intelligence of security measures.
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