The dashboard screen is the physical surface the dashboard lives on: a 65-inch wall display in the sales pit, a 27-inch monitor on an operator's desk, a 15-inch laptop at the standup, a phone on the way to Monday. Strkr's dashboard surface renders cleanly on every one of those screens with no reconfiguration, because the layout respects the viewing distance and the available real estate.
A dashboard is not a dashboard until it reaches a screen. The screen shapes the design: a wall display reads from across the room, a desk monitor reads at arm's length, a phone reads at eye level while walking. Strkr's dashboard surface declares its intended screen context and lays out accordingly, so the same source dashboard renders cleanly on four very different displays.
A wall display in a sales pit or service floor is read from across the room. The dashboard needs oversized anchor numbers, high-contrast state tints, and a trend band legible without squinting. Chrome recedes. The content is a billboard, not a report.
A desk monitor is the operator's primary surface. The dashboard carries dense tiles, interactive filters, drill tables, and side-panel record detail. Chrome steps forward. The operator spends an hour at the screen and reads deeply.
A laptop is the shared surface at a standup or a review meeting. The dashboard renders with medium density, legible from a few feet away. Interactive filters work for the presenter who clicks through. The surface balances density with legibility.
A phone is the leader's surface between meetings. The dashboard reflows to a single column with anchors on top, trends in the middle, drills at the bottom. The reader scrolls once. Touch targets meet the 44 point standard. Push alerts deliver breach events.
A tablet is the service tech's surface in the field or the ops lead's surface on a factory floor. The dashboard renders with large touch targets, medium density, and a reflow that respects portrait and landscape orientation.
A boardroom projector displays a dashboard at low resolution and from the back of a room. The dashboard renders with large type, high-contrast color, and a minimal tile count. Interactivity steps back. The reader reads a snapshot, not a tool.
A dashboard on a wall display needs to run unattended. Strkr's TV mode packages the dashboard for a dedicated screen: full-screen rendering, large type, rotating pages, auto-refresh, and a kiosk-safe browser mode. The sales pit sees the current state of pipeline at a glance. The service floor sees the SLA shape of the week. No human has to tap the screen to keep it live.
TV mode renders the dashboard full-screen with chrome removed. Address bars, browser menus, and operating system clocks hide. The display shows only the dashboard. The team sees the content, not the browser frame around it.
Anchor numbers render oversized for cross-room legibility. The type scale shifts up two steps compared to desk-monitor rendering. The team in the pit reads the current state at a glance without walking up to the display.
TV mode supports a playlist of dashboards: pipeline, support SLA, marketing attribution, product KPIs. The display cycles through on a configurable interval. The team sees the whole business over the course of a few minutes.
The dashboard refreshes on a cadence configured per screen: every minute for operational floor views, every ten minutes for marketing attribution. The screen never shows a stale read. The leader walking past sees the current number.
The display runs in kiosk mode: the browser locks to the dashboard URL, prevents accidental navigation, and recovers automatically from a network blip or a device restart. The dashboard just runs. The IT team does not babysit the display.
TV mode defaults to dark theme because wall displays live in rooms with ambient light. Dark backgrounds reduce glare and extend screen life. The theme toggles to light for office areas with bright lighting.
The desk monitor is the operator's workspace. Service agents, inside sales reps, CSMs, support team leads: these roles live on a dashboard surface for most of their day. Strkr's dashboard renders for the operator with dense tiles, interactive filters, and a side panel that opens records without leaving the dashboard. The screen is a workbench, not a readout.
The operator reads at arm's length with time to study. The layout carries more tiles per row, more drill tables, and more inline detail. Density supports the operator who needs comprehensive context to prioritize their next action.
Filter chips let the operator slice by owner, segment, period, and status in a click. The operator pivots from one slice to another throughout the day as their workload shifts. The chips reset to a sensible default on page refresh.
Clicking any record in a drill table opens the record in a side panel. The dashboard stays visible on the left. The operator reads the record detail without a full page navigation. Edits save and the dashboard updates.
The dashboard supports keyboard shortcuts for frequent operator actions: switch filters, open side panel, mark a record, jump to the next tile. Experienced operators work faster. The surface respects their fluency.
The dashboard remembers the operator's last filter state, their last expanded drill, their last side panel open. The operator returns from a break and lands exactly where they were. Context does not reset on every refresh.
Operators with dual monitors can arrange two dashboards side by side or extend a single dashboard across the two displays. The layout snaps to each monitor cleanly. Power operators get the horizontal real estate they need.
Dashboards on phones and tablets are not an afterthought. Leaders between meetings, service techs in the field, CSMs on a client visit all read dashboards on mobile devices. Strkr's dashboard surface reflows cleanly for every mobile form factor with native-feeling interactions and offline resilience.
On a 375 pixel phone screen the twelve-column grid collapses to a single column with tile order preserved. Anchors read first, trends second, drills third. The leader scrolls once and reads the same answer as the desktop reader.
All interactive targets meet the 44 point touch standard. Chart elements expose a slightly larger touch zone than the visual mark. The reader with a one-handed grip hits the right chip the first time.
A share link previews with the dashboard title and the anchor numbers in the native share sheet. The leader forwards a link to a peer and the peer sees context before they tap. Permissions enforce in the view.
When a tile breaches its threshold a push notification lands on the leader's phone with the metric name, the breach value, and a tap target that opens the drill. The phone is a primary alert surface, not a feature-matrix checkbox.
The dashboard caches its last read on the device. A leader who opens the app underground sees the last fresh state with a timestamp. The design is honest about staleness instead of pretending to be live when the connection has dropped.
On a tablet the dashboard respects both portrait and landscape orientations without a rebuild. Portrait reads like a tall mobile view with tile stacking. Landscape reads like a condensed desk-monitor view with multiple tiles per row.
Dashboards reach every lighting condition: a bright office in the afternoon, a dim conference room at a review, a plane cabin at night, a sales pit under fluorescent lights. Strkr's dashboard surface carries a dark mode, a light mode, and a high-contrast mode so the reader always sees a legible dashboard regardless of the ambient conditions.
Every dashboard reads legibly in both light and dark themes. The palette is defined with CSS tokens that redefine under a dark theme. Operators who read at night get the same signal as operators who read in a bright office.
A high-contrast mode increases the separation between text, chart marks, and backgrounds. Operators in bright rooms or with visual sensitivities toggle the mode and keep working. Accessibility and ambient lighting share the same solution.
The dashboard follows the device's theme preference by default. Phones that auto-switch at sunset carry the dashboard with them. Operators do not reconfigure the dashboard themselves.
TV-mode wall displays override the device preference and lock to dark theme. Boardroom projectors lock to light. The override lives on the screen configuration, not on the device. The dashboard behaves predictably per surface.
Body text and chart labels meet WCAG AA contrast in both light and dark modes. Chart series colors maintain separation for 95 percent of colorblind readers. Accessibility is baseline, not a toggle.
The dashboard respects the device's reduced-motion preference. Operators with vestibular sensitivities see chart transitions skip or dampen. The dashboard reads for every operator, not just the ones with default settings.
Wall displays and office screens live in semi-public spaces. Visitors, cleaners, and after-hours staff walk past them. Strkr's dashboard surface includes screen-specific security controls: role-scoped views, data masking, auto-logout, and tenant-level IP allowlists. The screen shows the right data to the right audience and nothing to the wrong one.
Wall-display dashboards render under a role-scoped view that strips individual names and PII by default. The pit sees pipeline shape, not every rep's commission. The service floor sees SLA by team, not every agent's performance.
Fields marked sensitive in the data model render redacted on shared screens. Compensation, patient identifiers, and account-level financial detail hide. The screen passes a compliance review even when a visitor walks past.
Shared screens auto-logout after configured off-hours. The next morning a staff member taps a hardware token or enters a short code to resume. Data does not sit live on an unattended screen overnight.
Wall-display tenants can lock dashboard access to office IP ranges. The display works in the pit, not off a VPN or a public network. The security posture matches the physical location of the screen.
Admins register each physical screen in a device registry: location, dashboards assigned, refresh cadence, security posture. The admin revokes a device's access from the registry if the screen is retired or moved. Nothing lingers.
Strkr is HIPAA compliant with a BAA available, SOC 2 Type II in progress through 2026-Q4, GDPR, and CCPA compliant. Wall displays in healthcare or financial services environments inherit the tenant's compliance posture automatically.
The physical surface a dashboard renders on: a wall display, a desk monitor, a laptop, a tablet, a phone, a boardroom projector. Each surface shapes the design. Strkr's dashboard surface renders cleanly on every one with no reconfiguration.
Yes. TV mode packages the dashboard for a dedicated display with full-screen rendering, oversized type, rotating pages, auto-refresh, kiosk-safe browser mode, and dark theme by default. The display runs unattended.
The twelve-column grid collapses to a single column with tile order preserved. Anchors read first, trends second, drills third. Touch targets meet the 44 point standard. Push alerts deliver breach events. The dashboard reads cleanly on 375 pixel screens.
Yes. Wall displays render under role-scoped views that strip PII by default, mask sensitive fields, auto-logout after hours, and lock to office IP ranges. Admins register each device and revoke access when a screen retires.
Every dashboard reads legibly in both light and dark themes. Devices follow their system preference by default. Wall displays and projectors can override per screen. Accessibility and ambient lighting share the same solution.
Strkr is HIPAA compliant with a BAA available. Wall displays in healthcare settings render under role-scoped views with PHI masked by default. SOC 2 Type II is in progress with completion targeted through 2026-Q4, and Strkr is GDPR and CCPA compliant.
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