A patient may see the reception desk, a preoperative bay and the operating room. Behind that visible journey, an ambulatory surgical centre (ASC) increasingly relies on a network of scheduling software, electronic records, patient messaging, inventory tools, billing platforms, credentialing files, quality dashboards and compliance systems.
Tina DiMarino, DNP, MBA, RN, CNOR, CASC, FACHE, CEO, from Custom Surgical Partners, notes that ambulatory surgery center management increasingly depends on whether clinical, administrative and compliance systems can share accurate information without creating unnecessary work for staff.
This shift involves more than replacing paper with screens. ASCs are moving away from isolated applications and manual tracking towards systems that connect clinical, administrative and compliance work. When information moves reliably, teams can see whether a patient has completed required forms, an implant is available, a clinician’s credentials are current or a quality measure needs attention.
Fragmented systems produce a different experience. Employees may need to enter the same details into several platforms, confirm information by telephone or reconstruct records shortly before a procedure. Digital tools do not make an ASC safer or more efficient on their own. Their value depends on how well they fit the centre’s procedures, staff responsibilities and regulatory obligations.
The modern ASC depends on more than clinical equipment
Technology discussions in surgery often focus on devices used during a procedure. Much of an ASC’s digital infrastructure, however, sits outside the operating room.
A typical case may involve online registration, insurance verification, medical-history collection, preoperative assessment, consent documentation, scheduling, clinical charting, medication reconciliation, supply tracking, claims submission and follow-up communication. Different applications may support each stage.
This creates an important operational question: which record contains the authoritative information?
If a patient updates an allergy in a registration portal, the change needs to reach the clinical record used by the care team. When the schedule changes, staffing, equipment and supply plans may also need adjustment. If a surgeon’s privileges expire, the credentialing system should alert the responsible staff before another case is assigned.
Federal ASC Conditions for Coverage place responsibility for the centre’s operation with its governing body. They also require complete and accurate medical records, an ongoing quality assessment and performance improvement programme, and oversight of contracted services [1]. Digital platforms can organise the information used to fulfil those responsibilities, but they do not transfer accountability to a software vendor.
A lengthy feature list may look impressive while leaving essential workflow gaps unresolved. A more useful evaluation begins with practical questions:
- Which task will the system replace or improve?
- Who will enter, verify, and act on the information?
- Which other platforms need access to it?
- What happens when the system is unavailable?
- How will inaccurate or incomplete records be identified?
How connected systems support scheduling and patient flow
Scheduling involves more than placing a procedure on a calendar. For a case to proceed, the patient, surgeon, anaesthesia team, room, equipment, supplies, authorisation and required documentation must be ready at the appropriate time.
Connected systems can make those dependencies easier to see. A scheduling platform might show whether preoperative testing is complete, insurance authorisation remains pending, or specialist equipment has been reserved. Patient messaging tools can send instructions and collect confirmations, while inventory systems can link expected cases with required supplies.
Digital platforms are not automatically connected. Two applications may still require employees to enter identical information separately. This duplication consumes time and increases the possibility that names, dates, procedure details, or medication information will become inconsistent.
The Office of the National Coordinator for Health Information Technology describes interoperability as the ability to access, exchange and use electronic health information in support of safe and coordinated care [2]. Achieving it involves more than creating a technical interface. The receiving platform must interpret information correctly, staff must know where to find it, and the centre must decide which record is authoritative when details conflict.
A patient-flow dashboard might show when a patient has arrived, entered preoperative care, moved to the procedure room, entered recovery and completed discharge. This visibility can help leaders identify recurring delays, but it should not encourage teams to rush clinical decisions or treat every variation as a performance failure.
A longer recovery period may reflect the patient’s condition rather than an inefficient process. A delayed start may follow a safety concern discovered during assessment. Digital timestamps show what occurred, but they do not always explain the reason.
Reliable analysis therefore depends on data quality as much as connectivity. Incomplete fields, inconsistent definitions and delayed entries can distort reports. Before acting on a dashboard, leaders need to understand how each measure is calculated, who records the underlying information and whether unusual cases receive individual review.
Why compliance technology still requires human oversight
Compliance platforms can organise work that might otherwise be distributed across binders, spreadsheets, shared drives and email.
A digital system may track policies, staff education, licences, credentials, quality projects, infection-prevention audits, contracts and corrective actions. Version control can identify the current policy, while reminders can flag upcoming expirations. Permission settings can restrict access to sensitive records, and audit logs can show who changed a file.
These functions matter because Medicare-certified ASCs must maintain an ongoing, data-driven quality assessment and performance improvement programme [1]. The Ambulatory Surgical Center Quality Reporting Program also collects and publicly reports specified facility-level quality data. ASCs that do not meet programme requirements may receive a reduction to their Medicare annual payment update [3].
A completed task or green status indicator does not necessarily prove that a requirement has been met.
A policy may be uploaded but not followed. A training module may be marked complete without demonstrating competency. An automated reminder may reach someone who no longer owns the task. A dashboard may count events without examining why they occurred.
Software can organise evidence, but people must interpret it. Leaders still need to determine whether a policy reflects current practice, whether an audit finding requires corrective action and whether a performance measure points to a meaningful patient-safety concern. The centre must also confirm that the technology has been configured correctly.
Survey readiness is more effective as an ongoing operational discipline than as a document-gathering exercise before an inspection. Digital tools can expose gaps earlier, but staff require time, authority and clear responsibility to address them.
Each digital process should therefore have an assigned owner. The implementation plan should also establish who reviews alerts, how overdue items are escalated and how the centre confirms that a completed task produced the expected result.
The privacy and cybersecurity questions leaders cannot ignore
Every connected platform increases the number of places where information may be stored, viewed or transmitted. These can include electronic health records, patient portals, cloud scheduling tools, billing systems, staff devices, vendor platforms and network-connected clinical equipment.
The HIPAA Security Rule requires regulated entities to use administrative, physical and technical safeguards to protect the confidentiality, integrity and availability of electronic protected health information [4]. For an ASC, security is not limited to preventing unauthorised disclosure. Information must remain accurate and accessible when clinical teams need it.
A ransomware incident or extended outage can disrupt scheduling, medical-record access, medication information, claims processing and communication with patients. Cybersecurity planning should therefore address clinical continuity as well as the restoration of office computers.
HHS’s voluntary healthcare cybersecurity performance goals identify priorities including vulnerability management, email security, multifactor authentication, incident planning, network segmentation and reliable backups [5]. Appropriate controls will vary according to the centre’s technology and risk profile, but accountability cannot be delegated entirely to an external IT provider.
ASC leaders should know which vendors handle protected information, how access is granted and removed, how updates are applied, where backups are stored and how the centre will operate during downtime. Business associate agreements should define the services being provided, the permitted uses and disclosures of protected health information, and the safeguards the vendor must maintain [6].
Staff behaviour is another part of the security model. Shared passwords, excessive access privileges, unattended screens and unverified email requests can undermine costly technical controls. Training should use situations employees may genuinely encounter, including suspicious messages, unusual login prompts and urgent requests to alter payment or patient information.
Custom Surgical Partners works with physician groups on operational strategy, compliance and accreditation preparation, staff education, performance analysis and ongoing ASC support. Digital tools are most effective when they are connected to documented procedures, clear governance and defined responsibilities.
The best system is not necessarily the one with the most automation. It is the one staff can rely on to find accurate information, respond appropriately and continue essential work when circumstances change.
References
[1] Electronic Code of Federal Regulations. (n.d.). 42 CFR Part 416: Ambulatory surgical services. Accessed July 16, 2026.
[2] Office of the National Coordinator for Health Information Technology. (n.d.). Interoperability. Accessed July 16, 2026.
[3] Centers for Medicare & Medicaid Services. (n.d.). Ambulatory Surgical Center Quality Reporting. Accessed July 16, 2026.
[4] U.S. Department of Health and Human Services. (n.d.). Summary of the HIPAA Security Rule. Accessed July 16, 2026.
[5] U.S. Department of Health and Human Services. (n.d.). Healthcare and Public Health Cybersecurity Performance Goals. Accessed July 16, 2026.
[6] U.S. Department of Health and Human Services. (2013). Business associate contracts.