Finding an entrance is only the first stage of a parking journey. After the gate opens, a driver still needs to decide where to go, which level has space and what to do when a preferred area is full. Recent parking guidance projects in Texas and California illustrate how operators are bringing vehicle counting, digital signs and management information together to answer those questions.
The projects are at different stages. A system announced for the Southstone Yards development in Frisco, Texas, was described as a planned implementation. At the University of California, Berkeley, a provider reported that a guidance system had been delivered for the Bancroft Parking Structure. The examples should not be treated as identical deployments, but together they offer useful lessons for facility owners, parking operators and the teams responsible for vehicle access.
01 — A planned office garage project in Texas
On October 19, 2026, EnSight Technologies announced that it had been selected, together with Mitchell Time & Parking, to implement a vision-based occupancy management and guidance system at Southstone Yards. The proposed system is intended to serve the garage for an office building within the mixed-use development.
The announcement describes cameras that count vehicles moving between levels and digital signs that present parking availability. At the entrance, drivers are intended to see information about different levels. Signs at interior decision points are intended to guide them as they proceed through the garage. The provider also describes a management portal and an interface for sharing data with other systems.
It is important to distinguish the project announcement from completed operation. Selection of a provider does not by itself establish that installation, testing and commissioning have finished. The eventual site configuration, performance and opening arrangements should be checked against the latest information available from the project participants.
For designers, however, the proposed approach highlights a clear operational goal: give a driver useful information before a choice must be made. A display located after a vehicle has already passed a ramp may be less helpful than one positioned where the driver can still choose a direction safely.
02 — A campus garage already using guidance
In September 2026, an industry report carrying information from EnSight Technologies described a vision-based guidance system at UC Berkeley's new Bancroft Parking Structure. The report said the system covered eight garage levels and provided availability information through signs at entrances and inside the building. UC Berkeley's own parking information identifies the Bancroft structure as open; its current access and operating details should be checked directly before visiting.
The campus setting differs from a mixed-use office development. A university garage may serve permit holders, staff, students and visitors whose parking rights or arrival patterns differ. A guidance display can help people understand where spaces may be available, but occupancy information alone does not determine whether a particular driver is permitted to use a particular space.
That distinction is important when preparing a specification. If signs show general availability, project teams should decide whether and how reserved, accessible, permit-only or temporarily closed spaces are represented. The display should not encourage a driver to enter an area for which they are not eligible.
JWSY J-T07 parking space display post, shown as a product illustration. This image does not imply use at either location discussed.
03 — From a vehicle count to a useful message
A parking guidance system has several stages. It detects or counts vehicles, processes that information, associates it with a zone or level, and communicates a result to drivers and staff. Different projects may use different combinations of cameras, sensors, controllers and software. An equipment list alone does not explain how the system will behave when conditions change.
The first design question is where vehicles cross the boundaries of the area being counted. A garage level with multiple ramps, special entrances or service routes can require a more detailed traffic map than a simple single-entry level. The project team should also identify how motorcycles, delivery vehicles, maintenance vehicles and temporary lane closures are handled within its chosen counting method.
The second question is what happens when the displayed number no longer matches the physical situation. Counts can require reconciliation after an equipment interruption or an unusual traffic movement. Operators should ask vendors how staff can review and correct a discrepancy, what historical information is available and how the system behaves while a correction is being made.
These are project-planning questions, not claims that a particular product or installation has a specified accuracy. Any accuracy figure should be supported by the vendor's terms, test method and the actual conditions of the proposed site.
04 — Connecting guidance to entry and exit operations
Parking guidance and access control solve related but different problems. A barrier or other entrance device manages passage through a lane; a guidance system provides information about available parking. The two may exchange information, but one should not be assumed to perform the function of the other without a confirmed integration design.
For example, a facility may want to display a message before drivers reach an entrance when a garage is full. The team must decide which data source determines the message, how quickly it updates and whether staff can override it. If entry is restricted for some users but permitted for others, the access policy must be reflected in the overall workflow rather than reduced to a single full-or-empty indicator.
An integration discussion should include the roles of the parking operator, access-control provider, guidance provider and network administrator. The parties should document interfaces, responsibility for configuration, event timestamps and the process for diagnosing a disagreement between systems. A demonstration at one site does not prove compatibility at another.
Clear physical separation also matters. Signs need to be visible early enough for a driver to respond, while the entrance lane needs enough space for queues and for vehicles that cannot proceed. The layout should be reviewed in relation to the building, local traffic rules and the needs of people walking through the area.
05 — Operational and maintenance questions before purchase
Before comparing proposals, buyers can prepare a map of each entrance, exit, level, ramp and reserved area. They can then describe the decisions they want to support: whether a driver should enter, which level to choose and how staff should respond when an area is unavailable. This keeps the discussion focused on operating outcomes as well as hardware.
Buyers should ask how data is displayed during normal service and during an outage, whether alerts are available, what maintenance access is needed and how changes to parking rules are configured. They should also establish an acceptance test covering representative vehicle movements, signage, communications failures and the handover process for staff.
Where cameras or vehicle records are involved, the project owner should separately review the applicable privacy and data-handling requirements with appropriate advisers. Not every guidance system requires the same data, and a procurement specification should state the intended purpose rather than assume a universal retention period or access policy.
The Texas and California examples point to a broader lesson for parking projects: information is most valuable when it is connected to a decision that a driver or operator can actually make. Combining a clear layout, reliable operating procedures and well-placed information can help a facility plan its vehicle journey from the entrance through the parking area and back to the exit.
JWSY JWS-T06-2I/2O parking access terminal, shown as a product illustration. This image does not imply installation at the projects discussed.
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